ハースストーン HEARTHSTONE SHELBURNE II 8372 WOOD STOVE EPA REPORT
技術資料

TEST REPORT TEST OF A HYBRID WOOD STOVE FOR EMISSIONS AND EFFICIENCY PER EPA METHODS 28R AND ASTM E2515 and ASTM E2780, MAY 2015 Client: Hearthstone 317 Stafford ave. Morrisville, Vt 05661 Model name: Green Mountain 60 Model 8660, Shelburne Model 8372, Hipster 20 Model AMB8260 Attention: Rafaël Sanchez TESTED BY: Services Polytests Inc. 695-B Gaudette St-jean-sur-Richelieu, QC, J3B 7S7 TEST DATES: January 15th to 22nd 2018 REPORT DATE: February 6th 2018 Revision 1: November 25th 2020 Revision2: January 20th 2021 Project number: PI-20162 All services undertaken are subject to the following general policy: Reports are submitted for exclusive use of the clients to whom they are addressed. Their significance is subject to the adequacy and representative character of the samples and to the comprehensiveness of the tests, examinations or surveys made. This document may not be reproduced except in its entirety without the written permission from Services Polytests Services Polytests have not been involved in any R&D design consulting regarding this unit as requested by the NSPS. Tested: written by: Maxime Martin Danick Power, P. Eng Verified by third party certifier (PFS): St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 2 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th SUMMARY 1 Introduction .................................................................................................................................................. 5 1.1 General ................................................................................................................................................. 5 1.2 Test unit information ........................................................................................................................... 5 1.3 Results .................................................................................................................................................. 5 1.4 Pretest information .............................................................................................................................. 6 2 Summary of test results ................................................................................................................................ 6 2.1 Emissions .............................................................................................................................................. 6 2.2 Average calculation .............................................................................................................................. 7 2.3 Test facility conditions ......................................................................................................................... 7 2.4 Fuel qualities ........................................................................................................................................ 8 2.5 Dilution tunnel flow rate measurements and sampling data (ASTM E2515) ....................................... 8 2.6 Dilution tunnel dual train precision ..................................................................................................... 9 2.7 General summary of results ................................................................................................................. 9 3 Process description ..................................................................................................................................... 10 3.1 Discussion .......................................................................................................................................... 10 3.2 Unit dimensions ................................................................................................................................. 10 3.3 Air supply system ............................................................................................................................... 11 3.4 operation during test ......................................................................................................................... 12 3.5 Start-up operation ............................................................................................................................. 13 3.6 Sampling locations ............................................................................................................................. 13 3.7 Drawings ............................................................................................................................................ 13 3.8 Emissions efficiency testing equipment list ....................................................................................... 13 4 Sampling methods ...................................................................................................................................... 13 4.1 Particulate sampling .......................................................................................................................... 13 5 Quality assurance ....................................................................................................................................... 14 5.1 Instrument calibration ....................................................................................................................... 14 5.1.1 Gas meters ..................................................................................................................................... 14 5.1.2 SCALES ........................................................................................................................................... 14 5.1.3 Gas analyzers ................................................................................................................................. 14 5.2 Test method procedures .................................................................................................................... 14 5.2.1 Leak check procedures .................................................................................................................. 14 5.2.2 Tunnel velocity flow measurement ............................................................................................... 14 St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 3 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th 5.2.3 Pm sampling proportionality (ASTM E2515) ................................................................................. 14 List of Revision: Revision 1 (November 25th 2020):  NCBI Report added Appendix 12: Volume Calculation  CBI & NCBI Report added Appendix 13: operating instruction  The section 3.4 p.12 updated for runs Anomalies, Validity and appropriateness detail.  The section 3.4 p.12 updated to address the negative back filter weight.  Updated Section 1.4 p.6 conditioning was done at medium hate draw.  Appendix 9 updated for more detailed fuel load  NCBI report updated to include Appendix 4 Pre-burn Data Revision 2 (January 20th 2021):  appendix 1 molecular weight updated to 29 for all runs  Updated names on report to match the EPA certificate, WHA and Coc St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 4 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th List of appendixes APPENDIX 1: Raw data, forms and results APPENDIX 2: Proportionality results APPENDIX 3: Calibration data APPENDIX 4: Unit pre burn APPENDIX 5: Participants APPENDIX 6: Drawings and specifications APPENDIX 7: Operator’s manual APPENDIX 8: Photographs of test set up APPENDIX 9: Test load photographs APPENDIX 10: Laboratory Operating Procedures APPENDIX 11: Sample calculations APPENDIX 12: Volume calculations APPENDIX 13: Operating instruction APPENDIX 14: Drawing Air flow pattern St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 5 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th 1 INTRODUCTION 1.1 GENERAL Laboratory  Location: Services Polytests Inc., 695-B Gaudette St-jean-sur-Richelieu QC, Canada J3B 7S7  Elevation: 100 feet above sea level Test program  Purpose: unit qualification NSPS 2020  Test dates: January 15th to 22nd 2018  Test methods used: o Particulate emissions: ASTM E2780-10 ; ASTM E2515-11 methods 28R as referred into 40 CFR Part 60 Subpart AAA o Efficiency: CSA B415.1-10 1.2 TEST UNIT INFORMATION General  Manufacturer: Hearthstone  Product type: Hybrid wood stove  Combustion system: catalytic, with pre-combustion  Unit tested: Green Mountain 60 8660  Option: optional convection fan can be installed on the wood stove  Similar Model: Shelburne 8372, Hipster 20 AMB 8260  In summary: rear-exit version of the stove, named the “Shelburne” (model# 8372) This rear-exit version has identical K-list firebox components, dimensions, and construction, the differences being a rear-exit option and revised cosmetics to the external shell. The “Hipster 20” (Model 8260) has identical K-list firebox components, dimensions, and construction, the difference being revised cosmetics. Refer Appendix 6 for all details. 1.3 RESULTS Emission results obtained  Weighted Average emission rate: 0.62 grams/hour  Weighted Average Efficiency: 79.2 %  Weighted Average Co: 0.39 grams/min Conformity: NSPS Phase 2020 St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 6 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th 1.4 PRETEST INFORMATION Unit condition: The unit was received first week of January 2018 in good condition. The 50hrs of aging was done by the manufacturer at medium heat draw (all data in Appendix 4). Set up  Venting system type: 6-inch diameter insulated chimney  System height from floor: 15 feet  Particularities: The unit was tested with the convection Fan ON for average numbers (Test #1, 2, 4 and 5), and one confirmation test is done without any convection fan (test #3). Break in period  Duration: the unit was pre burned by the manufacturer and run for at least 50 hours, adequate documentation of fuel additions, flue and unit temperatures recorded.  Fuel: BC FIR between 19% and 25% 2 SUMMARY OF TEST RESULTS 2.1 EMISSIONS Run Number Test Date (AAA-MM- DD) Emission Rate (g/hr) Burn Rate (kg/hr) 1st hour Emission Rate (g/hr) CSA B415.1 CO emission Gr/hr CSA B415.1 CO emission Gr/Kg dry 1 2018-01-15 0,39 0,834 1,53 8,88 10,64 2 2018-01-16 0,20 1,239 0,41 21,14 17,05 3 2018-01-17 0,27 1,170 0,98 23,79 20,32 4 2018-01-18 0,78 1,604 2,35 32,83 20,45 5 2018-01-22 2,15 2,370 4,38 51,43 21,70 St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 7 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th 2.2 AVERAGE CALCULATION Test No. Burn Rate (Kg/hr) (E) Ave. Emission Rate g/hr (OHE) % Heat Output (BTU/HR) CSA B415.1 CO emission g/min 1 0,83 0,39 80,42% 12 608 0,15 2 1,24 0,199 80,29% 18 702 0,35 4 1,60 0,777 77,81% 23 468 0,55 5 2,37 2,153 75,37% 33 576 0,86 Weighted particulate emission average of 4 test runs: 0.62 grams per hour. Weighted average HHV efficiency of 4 test runs: 79.2 %. Average Co 0.39 gr/min 2.3 TEST FACILITY CONDITIONS Run Number Room Temperature Barometric pressure Relative humidity Air Velocity Before After Before After Before After Before After (F) (F) (in.Hg) (in.Hg) (%) (%) (ft/min) (ft/min) 1 68 69 30,357 30,298 19 22 6 9 2 71 73 30,327 30,298 16,8 16,9 5 3 3 71 73 30,268 30,121 19,1 20,1 4 6 4 72 72 29,914 29,855 18,7 19 4 8 5 71 73 30,268 30,180 27,1 22,4 4 5 St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 8 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th 2.4 FUEL QUALITIES Run Number Pre-test Load Test Load Loading Weight Wet Basis (lbs) Moisture Content Dry Basis (%) Coal bed Weight (lbs) Weight Wet Basis (lbs) Density Wet Basis (lbs/cuft) Moisture Content Dry Basis (%) Piece Length (in.) Number of 2X4's Number of 4x4's Number of Spacers 1 16,24 20,49 2,7 13,07 6,439 20,50 17,25 2 2 12 2 15,98 21,55 2,6 13,29 6,547 20,61 17,5 2 2 12 3 16,55 21,67 2,7 13,09 6,450 20,37 17,25 2 2 12 4 16,88 21,49 2,9 13,28 6,540 20,45 17,25 2 2 12 5 15,48 22,34 2,7 13,59 6,694 20,03 17 2 2 12 2.5 DILUTION TUNNEL FLOW RATE MEASUREMENTS AND SAMPLING DATA (ASTM E2515) Average dilution tunnel measurements Sample Data Run Number Burn Rate (Min) Volumetric Flow Rate (dscf/min) Total Temperatures (°R) Volume sampled (DSCF) Particulate catch (mg) 1 2 1 2 1 354 175,47 545,21 61,090 61,665 2,40 2,20 2 242 176,34 547,59 42,193 42,845 0,80 0,80 3 253 171,49 550,62 44,253 44,804 1,20 1,10 4 187 165,15 559,40 32,827 33,546 2,80 2,50 5 130 160,60 577,05 22,384 22,838 5,30 4,80 St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 9 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th 2.6 DILUTION TUNNEL DUAL TRAIN PRECISION Run Number Sample Ratio Total Emission (g) Train 1 Train 2 Train 1 Train 2 % Deviation 1 1016,80 1007,31 2,44 2,22 4,82% 2 1011,39 996,00 0,81 0,80 0,77% 3 980,45 968,39 1,18 1,07 4,97% 4 940,80 920,63 2,59 2,26 6,91% 5 932,69 914,14 4,94 4,39 5,95% 2.7 GENERAL SUMMARY OF RESULTS Run Number Burn Rate (kg/hr) Average Surface Temperature (F) Change in surface Temperature (F) Initial Draft (in. H2O) static pressure tunnel (in. H2O) neg. Primary Air Setting Run Time (min) 1 0,834 298,35 -57,5 0,055 0.39 min 354 2 1,239 366,37 -61,1 0,067 0.40 Cat 2 setting 242 3 1,170 406,38 -59,3 0,065 0.39 Cat 2 setting 253 4 1,604 416,97 -75,9 0,075 0.39 Cat 3 setting 187 5 2,370 473,27 -51,4 0,084 0.37 Full open 130 St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 10 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th 3 PROCESS DESCRIPTION 3.1 DISCUSSION The unit was delivered by the client and received in a good condition. Four runs have been done for weighted average with the optional convection fan at “ON” position. One confirmation test was done without the optional convection fan. 3.2 UNIT DIMENSIONS Baffle  Location: between top of combustion chamber and hearth  Restriction: 2.5-inch X 18 inch at the front of the unit  Dimensions: cover the hearth area minus the restriction at the front  Material: Vermiculite 1 inch thick. Bricks  Inside firebox refractory brick 1¼ inch. thick cover all the sides and the back of the combustion chamber bottom covered by ½ thick refractory brick Flue gas exhaust  Location: top flue  Dimensions: 6 in. diameter  Material: Cast Iron Gasket  Window: 1/4 Round  Door gasket against facing: fiberglass 3/8 round inch diameter  Refer to appendix 6 for complete list and location of each gaskets Overall unit dimension  Overall dimensions: 25 7/8-inch-wide x 19 1/4-inch-deep x 29 ¼ inch high  Firebox: Refer to appendix 12 for dimension and calculation  Usable volume: 2.03 cuft Convection fan  Optional Convection fan blower:  Free air: 150 CFM 110-120V (ref.: PT#90-57000) Catalyst (appendix 6 for details):  Applied Ceramics – P/N WF-4150001076  Cell density: 50 CPSI  Material: 16 Ga SS430 or 304  Catalyst temperature probe located on the right side of the stove just behind by-pass handle St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 11 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th 3.3 AIR SUPPLY SYSTEM Description  Primary air: Window wash design in cast iron channel fully gasketed on the top and bottom of the combustion chamber. Air intake on the middle-left side of the unit (if facing door of stove)  Secondary air: secondary tube design with air intake coming from the bottom rear of unit, then up through a steel riser tube to the secondary air tube. Characterization The following table shows the inlet and outlet sections of each system. The air introduction system number is referred to on a set of drawings in Appendix 6. AIR INTRODUCTION SYSTEM INLET (1) sq. in. OUTLET (sq. in.) Identification Type Imin Imax Controlled APPENDIX 14 SHARED and PA Primary (air control Slide) 0.312 (air control Slide) 4.610 yes (Air Wash) 5.284 APPENDIX 14 SHARED and SA Secondary (Riser opening) 0.600 (Riser opening) 0.600 yes (Secondary Tube holes) 2.071 Appendix 14 TA Pilot (Orifice) 0.028 (Orifice) 0.028 None (Orifice) 0.096 * This section would be filled by measuring and comparing with the manufacturer’s drawings included in the test report. Legend Identification: Tag name referred to on drawings in Appendix 14, section airflow pattern Type: Characterization of air intake Imin: Minimum air intake of a particular air channel Imax: Maximum air intake of a particular air channel Controlled: Determines if a provision for air control is present Outlet: Total air outlet of a particular air channel St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 12 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th 3.4 OPERATION DURING TEST All runs have been found appropriate, no anomalies happened and all runs below have been validate and found compliant. Negatives weight found on filters stick on gaskets and it were handled property, no negative weight on gaskets or probe. Run #1 This run was performed on January 15th 2018. It lasted 354 minutes and a 0.83 kg/hr burn rate was obtained & emission at 0.39 gr/hr. The optional convection fan Option was operated as per user’s manual during the test. Run 1 has been done with the combustion air control at the minimum setting and (fully closed) and achieved a burn rate of 0.83 kg/hr. Run #2 This run was performed on January 16th 2018. It lasted 242 minutes and a 1.24 kg/hr burn rate was obtained & emission at 0.2 gr/hr. The optional convection fan Option was operated as per user’s manual during the test. Run #3 This run was performed on January 17th 2018. It lasted 253 minutes and a 1.17 kg/hr burn rate was obtained & emission at 0.27 gr/hr. The optional convection fan Option was at OFF position during the entire test. NO fan confirmation test Run #4 This run was performed on January 18th 2018. It lasted 187 minutes and a 1.604 kg/hr burn rate was obtained & emission at 0.78gr/hr. The optional convection fan Option was operated as per user’s manual during the test. Run #5 This run was performed on January 22nd 2018. It lasted 130 minutes and a 2.37 kg/hr burn rate was obtained as maximum output & emission at 2.15gr/hr. The optional convection fan Option was operated as per user’s manual during the test.  Details: Refer to the front page of each test run data sheets found in appendix for the detailed test sequence showing air supply settings and adjustments, fuel bed adjustments and operational specifics of the test unit. Test fuel cribs  Type of wood: Douglas fir, grade c or better, 19 to 25% dry basis moisture content  Description: for each test, description of the fuel crib is found on the front page of each test run data sheet together with photograph in appendix. St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 13 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th 3.5 START-UP OPERATION The complete manufacturer’s firing procedure of each burn rate category is fully described in appendix 13. 3.6 SAMPLING LOCATIONS Particulate samples are collected from the dilution tunnel at a point 15 feet from the tunnel entrance. The tunnel has two elbows and two mixing baffles in the system ahead of the sampling section. The sampling section is a continuous 15-foot section of 6-inch diameter pipe straight over its entire length. Tunnel velocity pressure is determined by a standard pitot tube located 48 inches from the beginning of the sampling section. Thermocouple is installed on the pitot tube to measure the dry bulb temperature. MC is assumed, as allowed, to be 4%. Tunnel samplers are located 56 inches downstream of the pitot tube and 16 inches upstream from the end of this section. 3.7 DRAWINGS Various drawings of the stack gas sampling train and of dilution tunnel system are found in Appendix 1. 3.8 EMISSIONS EFFICIENCY TESTING EQUIPMENT LIST The complete test equipment list together with all corresponding calibration data can be found in Appendix 3. 4 SAMPLING METHODS 4.1 PARTICULATE SAMPLING Particulates were sampled in strict accordance with ASTM E2515. This method uses two identical sampling systems with Gelman A/E 61631 binder free (or equivalent), 47 mm diameter filters. The dryers used in the sample systems are filled with "Drierite" before each test run. St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 14 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th 5 QUALITY ASSURANCE 5.1 INSTRUMENT CALIBRATION 5.1.1 GAS METERS At the conclusion of each test program the gas meters are verified using the reference dry gas meter. This process involves sampling the train operation for 1 cubic foot of volume. With readings made to .01 fr', the resolution is 1 %, giving an accuracy higher than the 2% required by the standard. 5.1.2 SCALES Before each test program, the different scales used are checked with traceable calibration weights to ensure their accuracy. 5.1.3 GAS ANALYZERS The continuous analyzers are zeroed and spanned before each test with NBS traceable gases. A mid-scale multi- component calibration gas is then analyzed (values are recorded). At the conclusion of a test, the instruments are checked again with zero, span and calibration gases (values are recorded only). The drift in each meter is then calculated and must not exceed 5% of the scale used for the test. 5.2 TEST METHOD PROCEDURES 5.2.1 LEAK CHECK PROCEDURES Before and after each test, each sample train is tested for leaks. Leakage rates are measured and must not exceed 0.02 CFM or 4% of the sampling rate. Leak checks are performed checking the entire sampling train. Pre- test and post-test leak checks are conducted with a vacuum of 5 inches of mercury. Vacuum is monitored during each test and the highest vacuum reached is then used for the post-test vacuum value. If leakage limits are not met, the test run is rejected. During these tests, the vacuum is typically less than 2 inches of mercury. Thus, leakage rates reported are expected to be much higher than actual leakage during the tests. 5.2.2 TUNNEL VELOCITY FLOW MEASUREMENT The tunnel velocity is calculated from a center point pitot tube signal multiplied by an adjustment factor. This factor is determined by a traverse of the tunnel as prescribed in EPA Method 1. Final tunnel velocities and flow rates are calculated from EPA Method 2, Equation 6.9 and 6.10. (Tunnel cross sectional area is the average from both lines of traverse.) Pitot tubes are cleaned before each test and leak checks are conducted after each test. 5.2.3 PM SAMPLING PROPORTIONALITY (ASTM E2515) Proportionalities were calculated in accordance with ASTM E2515. The data and results are found in appendix. St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 15 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 1: Raw data, forms and results DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Paramètres Tous les facteurs de corrections et autres paramètres qui peuvent être modifiés par l’utilisateur du fichier sont regroupés ici. Code verrouillage: HEA Description du test Test standard EPA Run # 1 Date 15-01-2018 Technicien M.M Project # PI 20162 Description de l'unité Manufacturier HEARTHSTONE Modèle GM 60 Combustion system Cat Appliance type WOOD STOVE Firebox volume 2,03 cu ft. Appliance weight empty N.A lbs Appliance weight full N.A lbs Paramètres du test Logging time 1 min Manufacturer's rated heat output BTU/h Donnée fournie par le manfacturier Targeted category 1 Targeted output N.A BTU/h Cp steel N.A BTU/lb-°F Échantillonnage Blank sampling rate 0,20 cuft/min Internal probe diameter 0,18 in. Calibration Factor (DGM #1): 0,988 Dimensionless Equipment number (DGM #1): EM 178 Calibration Factor (DGM #2): 0,988 Dimensionless Equipment number (DGM #2): EM 179 Calibration Factor (DGM #3): 0,986 Equipment number (DGM #3): EM 070 Dimensionless Tunnel Targeted tunnel flow rate 160 scfm Tunnel diameter 6 in. Molecular weight 29 Pitot tube type Standard Pitot tube coefficient 0,99 Dimensionless Project nu. PI 20162 Date 15-01-2018 Technicien M.M Fuel data Fuel type Dimension Fuel specie D. Fir HHV 19810,0 kJ/kg D. Fir Oak/Maple %C 48,7 HHV 19 810 19 887 %H 6,9 %C 48,73 50 %O 43,9 %H 6,87 6,6 %Ash 0,5 %O 43,9 42,9 HHV 8519,2 Btu/lb %Ash 0,5 0,5 LHV 7451,0 Btu/lb HHV (Btu/lb) 8519 8552 LHV (Btu/lb) 7451 7480 Default Fuel Values Paramètres Page 1 of 1 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Preload data sheet Lower Ideal Upper 12,79 14,21 15,63 Load Volume: 0,5185 cu. ft Loading Density: 8,002 lbs./ft3 Number of Spaces: Load Density (wet): 31,328 lbs./ft3 Spacer weight (lbs): Dry Wood Density: 26,000954 Weight Ave. MC x Volume Thick Wide x Length lbs Weight Cubic Inches 2 4 8 1,056 20,6 20,3 20,9 21 20,9 21,90144 64,00 2 4 8 1,34 20,8 20,4 20,9 20,8 21,4 27,9524 64,00 2 4 8 1,05 21,3 21,6 21,4 21,3 21,2 22,428 64,00 2 4 8 1,39 21 21,1 21,6 20,9 20,8 29,3012 64,00 2 4 8 1,38 20,4 20,3 20,8 20,4 20,7 28,3176 64,00 2 4 8 1,04 20,9 20,8 20,4 20,3 20,3 21,3616 64,00 2 4 8 1,07 20,9 21 21,3 21,6 21,3 22,7054 64,00 2 4 8 1,048 20,8 20,8 20,6 20,9 20,8 21,77744 64,00 2 4 8 1,52 20,7 19,9 19,6 19,3 19,5 30,096 64,00 2 4 8 1,08 19,6 19,4 20 20,1 20,2 21,4488 64,00 2 4 8 1,084 20,4 20,6 20,8 20,3 20,1 22,15696 64,00 2 4 8 1,102 20,8 20,3 20,4 20,6 20,8 22,67916 64,00 2 4 8 1,036 19,6 19,3 19,1 19,3 19,2 19,9948 64,00 2 4 8 1,048 19,6 19,4 19,9 19,8 19,9 20,66656 64,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 SUM MCx 332,78736 PreTest Load Weight: 16,24 lbs. Dry Weight: 6,12 kg. Average Moisture Content: % Dry: 20,49 20,49 Wet: 17,00 Must be 18-28 must be 15,2-22 Project nu. PI 20162 Date 15-01-2018 Technicien M.M Test Load Weight: Piece Size (in): Meter Moisture Content Dry Uncorrected % Preload Data Page 1 of 1 Confidentiel 06/02/2018 Page 1 FUEL LOAD DATA SHEET, CSA B415 Lower Ideal Upper 12,8 14,2 15,6 * For boilers, a loading density factor of 10 lb/ft3 is applied Load Volume: 0,43 cu. ft Loading Density: 6,4 lbs./ft3 Number of Spaces: 12 Load Density (wet): 30,6 lbs./ft3 Spacer weight: lbs Dry Wood Density: 25,4 lbs./ft3 Weight Ave. MC x Volume Ave. MC Thick Wide xLength lbs Weight Cubic Inches % 1,5 3,5 17,25 1,95 21,10 20,60 20,30 20,80 20,60 40,40872 90,56 20,7 1,5 3,5 17,25 1,89 19,40 19,90 19,30 19,80 19,40 37,00752 90,56 19,6 3,5 3,5 17,25 4,06 20,60 20,10 19,90 20,10 20,30 81,9312 211,31 20,2 3,5 3,5 17,25 3,90 21,00 21,30 20,70 20,60 20,90 81,4682 211,31 20,9 1,5 0,75 5 0,10 21,00 2,142 5,63 21,0 1,5 0,75 5 0,10 21,30 2,1726 5,63 21,3 1,5 0,75 5 0,10 20,80 2,08 5,63 20,8 1,5 0,75 5 0,11 20,90 2,2154 5,63 20,9 1,5 0,75 5 0,10 22,10 2,21 5,63 22,1 1,5 0,75 5 0,11 22,30 2,4084 5,63 22,3 1,5 0,75 5 0,11 21,60 2,4192 5,63 21,6 1,5 0,75 5 0,11 21,40 2,354 5,63 21,4 1,5 0,75 5 0,10 21,80 2,2236 5,63 21,8 1,5 0,75 5 0,09 21,60 2,0304 5,63 21,6 1,5 0,75 5 0,11 21,00 2,268 5,63 21,0 1,5 0,75 5 0,13 21,00 2,688 5,63 21,0 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 SUM MCx 268,02724 21,1 % Test Load Weight: 13,07 lbs. Dry Weight: 4,92 kg. Average Moisture Content: % Dry: 20,50 Dry(EPA) 20,50 20,50 Wet: 17,02 Dry(B415 20,50 Must be 19-25 must be 15,2-22 Coal Bed Range: 2,6 lbs. to 3,3 lbs. TEST CHARGE: Project nu. PI 20162 Coal bed weight: 2,7 lbs. Date 15-01-2018 Technicien M.M Test Load Weight: Piece Size (in): Meter Moisture Content Dry Uncorrected % Load Data Page 1 of 1 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Filter set weight Ambient blank (g) Date Heure probe front back gasket probe front back gasket probe front back gasket Filter Number 17 7 8 21 18 9 10 22 50 11 12 23 13 Before (1) Before (2) Before (3) Before (4) Before (5) 108,9499 0,1289 0,1280 35,4196 108,9471 0,1281 0,1274 35,1414 107,6467 0,1256 0,1243 35,1863 0,1263 11/01/2018 17:00 Before (6) 108,9498 0,1288 0,1279 35,4195 108,9471 0,1280 0,1274 35,1413 107,6466 0,1256 0,1243 35,1864 0,1264 15/01/2018 10:00 After (1) 108,9514 0,1288 0,1270 35,4230 108,9486 0,1277 0,1269 35,1435 107,6478 0,1249 0,1233 35,1900 0,1264 15/01/2018 08:00 After (2) 108,9505 0,1285 0,1269 35,4222 108,9476 0,1277 0,1268 35,1429 107,6469 0,1248 0,1233 35,1894 0,1264 29/01/2018 08:00 After (3) 108,9505 0,1285 0,1269 35,4217 108,9476 0,1277 0,1268 35,1427 107,6470 0,1251 0,1234 35,1897 0,1264 01/02/2018 08:00 After (4) 108,9505 0,1285 0,1269 35,4216 108,9476 0,1277 0,1268 35,1426 107,6470 0,1251 0,1234 35,1896 0,1264 05/02/2018 08:00 After (5) After (6) 108,9505 0,1285 0,1269 35,4216 108,9476 0,1277 0,1268 35,1426 107,6470 0,1251 0,1234 35,1896 0,1264 05/02/2018 08:00 Difference 0,0007 -0,0003 -0,0010 0,0021 0,0005 -0,0003 -0,0006 0,0013 0,0004 -0,0005 -0,0009 0,0032 0,0000 Total (mg) 1,5 2,4 2,2 0 Total ajusté (mg) 1,50 2,40 2,20 Project nu. PI 20162 Date 15-01-2018 Technicien M.M System 2 (g) System 1 (g) 1st hour System 1 (g) Filter set weight Page 1 of 1 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 SFBA EPA EMISSION RESULTS RESULTS Average emission rate: 0,4 g/hr Burn Rate : 0,834 Dry kg/hr Test Duration: 354 min PRESSURE FACTOR: DGM 1 0,98829 BAROMETRIC PRESSURE DGM 2 0,98803 Average: 30,327299 in Hg DGM 3 1,01361 Start: 30,356829 in Hg End: 30,297769 in Hg TEMPERATURE FACTORS DGM 1 0,98793 DGM 2 0,98688 DGM CONTROLLER VALUES DGM 3 0,99725 DGM 1 Final: 21850,412 Cuft Initial: 21787,075 Cuft VOLUMES SAMPLED DGM 1 61,090 SCft DGM 2 Final: 19238,958 Cuft DGM 2 61,665 Scft Initial: 19174,976 Cuft DGM 3 43,034 SCft DGM #3 Final: 650,240 Cuft Initial: 607,080 Cuft TOTAL TUNNEL VOLUME : 62116 TEMPERATURES SAMPLE RATIOS DGM 1 534,450 °R Sample Train 1: 1016,804 DGM 2 535,019 °R Sample Train 2: 1007,314 CALIBRATION FACTORS Paticulate concentration DGM 1 0,9879 Sample Train 1 0,000039 g/dscf DGM 2 0,9884 Sample Train 2 0,000036 g/dscf DGM #3 0,9864 Room 0,000000 g/dscf TUNNEL FLOW RATE: 175,469 Dscfm TOTAL EMISSIONS PARTICULATE CATCH Sample Train 1 2,44 g Total Sample Train 1: 2,40 mg Sample Train 2 2,22 g Total Sample Train 2: 2,20 mg Total Sample Train 1 1st hour: 1,50 mg EMISSION RATES Sample Train 1 0,41 g/hr Sample Train 2 0,38 g/hr 1st hour emission rate 1,53 g/hr DEVIATION: 4,82% Train 1 Train 2 Cs 3,929E-05 3,56766E-05 Particulates Calculations Page 1 of 1 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Average 0,04 9,91 #DIV/0! 215,02 69,46 84,29 320,65 219,48 311,15 296,92 343,56 ***** *1 *2 *3 *4 *5 *6 *7 *8 Elapsed Weight Flue Room Tunnel Unit Unit Unit Unit Unit Time Raw data row Remaining CO CO2 O2 Gas Temp Dry Bulb Top Back R.Side L.Side Bottom min lbs %%% °F °F °F °F °F °F °F °F 0,00 209,00 13,1 0,1 1,3 0,0 235,1 68,4 132,9 280,0 235,6 325,3 304,9 518,0 1,0 210,0 12,8 0,2 1,2 0,0 244,2 68,7 101,9 279,2 251,0 323,9 303,9 511,7 2,0 211,0 12,7 0,2 1,3 0,0 282,2 69,4 99,6 284,3 263,0 322,8 302,7 508,2 3,0 212,0 12,6 0,1 1,8 0,0 321,5 69,2 100,4 297,1 272,7 322,2 302,1 502,2 4,0 213,0 12,4 0,1 2,2 0,0 354,9 69,3 102,0 316,7 280,6 321,3 301,7 497,0 5,0 214,0 12,3 0,1 2,4 0,0 334,2 69,2 92,7 336,1 287,4 320,8 301,2 496,2 6,0 215,0 12,3 0,1 2,4 0,0 304,8 68,4 88,8 344,1 293,4 320,2 300,9 494,2 7,0 216,0 12,2 0,0 6,0 0,0 284,3 68,5 88,2 346,1 298,2 319,4 300,6 491,6 8,0 217,0 12,1 0,0 4,7 0,0 270,5 68,9 89,7 346,6 302,5 318,6 299,9 488,9 9,0 218,0 12,1 0,0 4,9 0,0 261,0 68,6 88,4 345,9 305,9 317,4 299,2 486,0 10,0 219,0 12,1 0,0 5,1 0,0 255,3 67,8 87,2 345,6 308,9 316,1 298,3 483,2 11,0 220,0 12,0 0,0 5,3 0,0 253,3 67,8 86,6 344,1 311,3 314,8 297,4 480,1 12,0 221,0 12,0 0,0 5,6 0,0 254,1 67,5 86,4 344,5 313,2 313,4 296,2 477,3 13,0 222,0 11,9 0,1 7,1 0,0 257,7 68,2 86,6 343,9 314,7 311,8 295,3 473,6 14,0 223,0 11,8 0,1 8,8 0,0 263,5 68,0 88,9 346,4 316,0 310,5 294,3 469,4 15,0 224,0 11,7 0,1 9,4 0,0 270,4 68,6 89,7 348,9 316,9 309,0 293,1 466,6 16,0 225,0 11,6 0,1 10,3 0,0 277,1 67,8 88,9 353,1 317,8 307,5 291,8 463,1 17,0 226,0 11,5 0,1 10,4 0,0 282,5 67,8 88,5 356,2 318,6 306,2 290,8 459,1 18,0 227,0 11,5 0,1 10,1 0,0 285,3 68,7 87,7 360,5 319,4 304,9 289,8 455,6 19,0 228,0 11,4 0,1 9,0 0,0 288,1 68,6 87,4 363,0 319,9 303,9 289,1 452,2 20,0 229,0 11,3 0,1 9,3 0,0 290,3 68,5 89,1 367,1 320,5 302,8 288,1 448,4 21,0 230,0 11,2 0,1 9,3 0,0 291,4 68,7 90,6 371,1 321,1 301,7 287,1 445,3 22,0 231,0 11,1 0,0 9,1 0,0 292,2 68,7 89,3 374,0 321,5 300,7 286,1 442,1 23,0 232,0 11,1 0,0 9,0 0,0 293,9 68,1 88,9 377,4 321,9 300,0 285,2 438,9 24,0 233,0 11,0 0,0 9,3 0,0 297,4 68,4 88,4 379,7 322,2 299,0 284,3 435,5 25,0 234,0 10,9 0,1 10,5 0,0 301,1 68,4 88,5 382,9 322,4 298,0 283,7 432,1 26,0 235,0 10,8 0,1 11,2 0,0 303,3 68,2 89,9 388,4 322,8 297,4 283,1 429,3 27,0 236,0 10,7 0,0 11,8 0,0 304,2 69,2 91,8 395,0 323,2 296,9 282,5 426,5 28,0 237,0 10,6 0,0 12,8 0,0 302,3 69,0 90,6 402,2 323,6 296,5 281,7 424,2 29,0 238,0 10,5 0,0 12,1 0,0 301,7 69,1 90,3 407,9 324,1 296,3 281,8 421,1 30,0 239,0 10,4 0,1 12,7 0,0 299,8 69,1 89,4 406,7 297,0 296,1 281,7 418,9 31,0 240,0 10,4 0,0 11,3 0,0 295,8 68,3 88,1 405,8 280,7 296,1 281,8 416,4 32,0 241,0 10,3 0,0 10,7 0,0 286,8 68,6 88,0 404,5 268,2 296,1 282,2 413,7 33,0 242,0 10,2 0,0 9,7 0,0 279,3 69,2 89,6 401,6 257,2 296,3 282,6 410,8 34,0 243,0 10,2 0,0 9,0 0,0 274,1 69,1 89,0 397,4 250,4 296,2 282,7 408,4 35,0 244,0 10,1 0,0 8,7 0,0 271,0 68,7 87,9 393,3 244,6 296,2 283,1 405,9 36,0 245,0 10,0 0,0 8,7 0,0 268,3 68,9 87,7 389,9 238,7 296,0 283,4 403,4 37,0 246,0 10,0 0,0 9,1 0,0 268,2 68,4 86,9 385,9 235,0 295,9 283,5 400,9 38,0 247,0 9,9 0,0 10,1 0,0 270,9 68,4 86,6 382,9 230,6 295,8 283,9 398,2 39,0 248,0 9,8 0,0 11,3 0,0 274,0 68,8 88,8 382,4 227,7 295,7 284,3 395,4 40,0 249,0 9,7 0,0 11,8 0,0 277,3 69,4 90,2 382,8 224,5 295,4 284,4 393,2 41,0 250,0 9,6 0,0 12,1 0,0 281,0 69,5 88,6 383,8 222,0 295,2 284,4 391,2 42,0 251,0 9,6 0,1 12,1 0,0 283,7 68,7 88,2 385,5 219,3 295,6 284,3 388,8 43,0 252,0 9,5 0,0 11,7 0,0 285,5 68,6 87,6 386,4 217,2 295,6 284,4 386,7 44,0 253,0 9,4 0,0 11,8 0,0 287,3 68,5 87,0 387,7 215,8 295,9 284,2 384,8 45,0 254,0 9,3 0,0 11,9 0,0 288,2 69,2 87,6 389,5 214,4 296,0 284,4 382,6 46,0 255,0 9,2 0,0 12,0 0,0 289,9 69,5 89,7 390,9 213,3 296,3 284,7 379,8 47,0 256,0 9,1 0,0 12,2 0,0 289,6 69,3 89,0 394,3 212,4 296,6 284,3 378,4 48,0 257,0 9,1 0,0 12,5 0,0 288,1 68,3 88,3 399,1 211,6 297,0 284,4 376,3 49,0 258,0 9,0 0,0 12,3 0,0 285,4 68,9 87,7 402,2 211,1 297,5 284,5 374,3 50,0 259,0 9,0 0,0 11,8 0,0 284,0 68,9 87,2 404,1 211,7 298,1 284,5 372,6 51,0 260,0 8,9 0,0 11,5 0,0 281,4 68,8 86,6 405,0 210,1 298,9 284,8 370,5 52,0 261,0 8,8 0,0 11,2 0,0 277,6 68,7 87,9 405,7 210,4 299,5 284,8 368,2 53,0 262,0 8,7 0,0 11,0 0,0 274,0 69,3 89,3 405,4 208,7 300,5 284,8 366,5 54,0 263,0 8,7 0,0 11,1 0,0 271,4 69,4 87,6 404,8 208,6 301,4 284,9 364,7 55,0 264,0 8,6 0,0 11,1 0,0 269,2 69,1 87,2 404,0 207,9 302,3 285,1 362,8 56,0 265,0 8,5 0,0 11,2 0,0 269,7 69,4 87,2 403,2 207,1 303,2 285,0 361,2 57,0 266,0 8,4 0,0 11,6 0,0 269,3 68,7 86,2 401,9 207,4 304,1 284,8 359,4 58,0 267,0 8,4 0,0 12,0 0,0 271,8 69,2 86,6 401,7 207,4 305,0 284,9 357,8 59,0 268,0 8,3 0,0 12,3 0,0 273,3 69,5 88,8 401,6 206,8 305,8 284,6 356,3 60,0 269,0 8,2 0,0 12,7 0,0 274,4 69,4 89,4 401,6 206,9 306,5 285,3 354,5 61,0 270,0 8,1 0,0 12,8 0,0 276,0 69,6 88,2 401,2 206,8 307,3 285,6 352,9 62,0 271,0 8,1 0,0 12,8 0,0 276,0 68,8 87,7 401,8 207,4 308,1 286,2 350,8 63,0 272,0 8,0 0,0 12,6 0,0 276,9 69,3 87,0 402,3 206,5 308,9 286,9 349,0 64,0 273,0 7,9 0,0 12,4 0,0 276,8 68,9 86,6 402,7 205,9 309,4 287,5 347,5 65,0 274,0 7,8 0,0 12,3 0,0 277,9 68,7 88,2 402,7 207,7 310,3 288,5 345,4 66,0 275,0 7,8 0,0 12,4 0,0 277,4 69,6 90,0 403,5 206,6 310,9 289,2 344,3 67,0 276,0 7,7 0,0 12,3 0,0 277,3 69,6 88,1 403,5 206,6 311,3 290,1 342,5 68,0 277,0 7,6 0,0 12,3 0,0 277,0 69,1 87,4 403,8 206,5 312,1 290,8 340,9 69,0 278,0 7,5 0,0 12,4 0,0 277,1 69,4 86,9 404,3 206,5 312,5 291,9 339,3 70,0 279,0 7,5 0,0 12,4 0,0 275,9 68,5 86,2 404,4 206,6 313,1 293,0 337,8 71,0 280,0 7,4 0,1 12,3 0,0 279,4 69,3 86,2 402,1 206,9 313,7 293,8 336,1 72,0 281,0 7,3 0,2 13,0 0,0 287,8 69,6 88,8 400,9 206,7 313,9 294,5 334,3 73,0 282,0 7,3 0,3 13,6 0,0 296,7 69,2 88,9 402,1 206,7 314,4 294,9 333,3 74,0 283,0 7,1 0,3 14,1 0,0 307,5 69,2 88,7 405,0 207,9 314,3 295,2 331,8 75,0 284,0 7,1 0,3 14,7 0,0 307,6 68,9 88,2 411,6 209,0 314,6 295,9 330,2 76,0 285,0 7,0 0,0 13,4 0,0 300,6 69,3 87,2 418,5 209,9 315,0 296,6 329,0 77,0 286,0 6,9 0,0 12,5 0,0 294,8 68,8 87,0 422,7 211,1 315,4 297,3 327,8 78,0 287,0 6,9 0,0 12,1 0,0 287,9 68,8 87,8 424,0 213,4 316,1 298,0 326,4 79,0 288,0 6,8 0,0 11,8 0,0 282,8 69,8 89,8 424,9 212,8 316,9 298,4 325,5 80,0 289,0 6,7 0,0 11,7 0,0 277,8 69,5 87,8 424,4 213,9 317,7 298,9 324,7 81,0 290,0 6,7 0,0 11,8 0,0 274,0 69,1 87,4 423,6 213,6 318,5 299,4 323,4 82,0 291,0 6,6 0,0 11,7 0,0 270,8 69,1 86,8 423,1 213,9 319,4 299,9 322,5 83,0 292,0 6,5 0,0 11,8 0,0 268,3 68,7 86,3 422,0 214,4 320,4 300,4 321,2 84,0 293,0 6,5 0,0 11,8 0,0 265,0 69,3 85,8 420,8 215,1 321,5 300,9 320,2 85,0 294,0 6,4 0,0 11,7 0,0 263,2 69,2 87,7 419,9 215,1 322,5 301,6 318,8 86,0 295,0 6,3 0,0 11,8 0,0 261,6 69,7 88,3 418,0 215,1 323,5 301,9 318,1 87,0 296,0 6,3 0,0 12,0 0,0 260,1 69,7 87,0 415,4 214,8 324,8 302,1 317,1 88,0 297,0 6,2 0,0 12,0 0,0 258,2 69,1 86,7 413,6 214,3 325,9 302,6 316,1 89,0 298,0 6,2 0,0 11,9 0,0 256,6 69,3 85,9 411,9 214,9 327,1 302,9 315,2 90,0 299,0 6,1 0,0 12,0 0,0 255,2 68,7 85,4 410,0 215,4 328,3 303,3 314,3 91,0 300,0 6,0 0,0 11,9 0,0 254,1 69,6 85,1 408,6 215,8 329,5 304,0 313,0 92,0 301,0 6,0 0,0 11,8 0,0 252,5 69,4 87,8 406,8 215,3 330,6 304,4 311,8 93,0 302,0 5,9 0,0 11,7 0,0 250,6 69,7 87,3 405,7 215,2 331,9 304,5 311,4 94,0 303,0 5,8 0,0 11,7 0,0 249,6 69,2 86,5 404,1 215,2 332,9 305,1 310,3 95,0 304,0 5,8 0,0 11,7 0,0 248,3 69,5 86,6 402,3 214,9 334,3 305,3 309,4 96,0 305,0 5,7 0,0 11,6 0,0 247,0 69,4 85,3 400,5 215,0 335,2 305,9 308,7 97,0 306,0 5,7 0,0 11,6 0,0 246,4 68,8 85,1 398,8 214,7 336,4 306,1 307,7 98,0 307,0 5,6 0,0 11,5 0,0 245,7 69,3 85,6 397,3 214,4 337,4 306,7 306,8 99,0 308,0 5,6 0,0 11,6 0,0 245,3 69,8 88,2 396,1 214,0 338,3 307,1 305,8 100,0 309,0 5,5 0,0 11,6 0,0 245,0 69,7 86,5 395,3 214,4 339,1 307,5 305,1 Particulates Calculations Page 1 of 4 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 101,0 310,0 5,4 0,0 11,8 0,0 244,4 68,9 86,1 394,0 214,0 339,9 308,0 304,1 102,0 311,0 5,4 0,0 11,8 0,0 243,5 69,2 85,4 393,3 214,1 341,0 308,4 303,5 103,0 312,0 5,3 0,0 11,9 0,0 243,3 68,3 85,0 392,9 214,2 341,6 309,0 302,5 104,0 313,0 5,3 0,0 12,0 0,0 242,2 69,2 84,5 392,8 213,5 342,2 309,6 301,7 105,0 314,0 5,2 0,0 12,0 0,0 241,6 69,1 86,1 392,3 214,6 342,9 310,3 300,7 106,0 315,0 5,1 0,0 11,9 0,0 246,2 69,9 88,3 389,6 213,9 343,4 310,6 300,2 107,0 316,0 5,1 0,1 13,6 0,0 258,4 69,9 86,6 387,1 214,1 343,7 310,7 299,7 108,0 317,0 5,0 0,1 14,6 0,0 274,8 69,1 87,6 388,3 214,2 343,8 311,2 298,8 109,0 318,0 5,0 0,1 15,1 0,0 280,0 69,9 86,3 394,1 214,8 343,9 311,6 298,0 110,0 319,0 4,9 0,0 13,4 0,0 276,5 69,1 85,9 400,3 216,2 344,0 312,0 297,4 111,0 320,0 4,8 0,0 12,8 0,0 270,8 69,4 85,3 405,1 216,5 344,3 312,4 296,9 112,0 321,0 4,7 0,0 12,5 0,0 265,3 69,0 86,8 407,5 217,3 344,5 313,0 296,0 113,0 322,0 4,7 0,0 12,3 0,0 260,1 70,0 88,0 408,7 217,5 344,9 313,6 295,7 114,0 323,0 4,6 0,0 12,1 0,0 256,2 70,0 86,2 409,1 218,4 345,4 314,2 295,2 115,0 324,0 4,5 0,0 12,2 0,0 253,5 69,7 86,0 409,4 218,1 345,9 314,9 294,5 116,0 325,0 4,5 0,0 12,2 0,0 250,6 70,0 85,3 408,5 218,5 346,3 315,6 294,3 117,0 326,0 4,4 0,0 12,2 0,0 248,4 69,5 84,9 407,7 218,2 346,8 316,3 293,9 118,0 327,0 4,3 0,0 12,0 0,0 246,3 69,6 84,3 406,4 218,7 347,3 317,2 293,2 119,0 328,0 4,3 0,0 12,1 0,0 245,0 70,3 86,5 405,8 218,8 347,8 318,1 292,2 120,0 329,0 4,2 0,0 12,0 0,0 242,5 70,2 86,4 404,8 219,1 348,3 318,5 292,0 121,0 330,0 4,2 0,0 11,5 0,0 240,5 69,9 85,4 403,0 219,7 349,1 319,6 291,4 122,0 331,0 4,2 0,0 11,1 0,0 238,7 70,0 84,9 400,7 219,9 349,5 320,0 290,7 123,0 332,0 4,1 0,0 11,0 0,0 236,8 70,0 84,7 398,9 219,5 350,2 320,5 290,4 124,0 333,0 4,1 0,0 10,9 0,0 235,3 69,5 83,8 395,5 220,0 350,5 321,2 289,6 125,0 334,0 4,0 0,0 10,6 0,0 234,0 70,2 83,7 392,5 219,7 350,9 321,8 288,9 126,0 335,0 4,0 0,0 10,5 0,0 232,6 70,2 86,3 389,7 219,4 351,2 322,4 288,3 127,0 336,0 3,9 0,0 10,5 0,0 230,7 70,6 85,2 387,5 219,2 351,3 322,6 288,1 128,0 337,0 3,9 0,0 10,7 0,0 229,2 69,8 85,0 384,3 219,4 351,5 322,9 287,9 129,0 338,0 3,9 0,0 10,7 0,0 228,3 70,3 84,5 381,9 219,7 351,7 323,1 287,7 130,0 339,0 3,8 0,0 10,7 0,0 227,2 69,6 83,9 379,5 219,4 351,7 323,5 287,4 131,0 340,0 3,8 0,0 10,9 0,0 226,5 69,5 83,7 377,3 219,7 351,7 324,0 287,0 132,0 341,0 3,7 0,0 11,0 0,0 225,4 70,1 83,6 376,1 219,5 351,6 324,3 286,7 133,0 342,0 3,7 0,0 11,1 0,0 224,8 70,3 86,0 375,0 219,1 351,4 324,8 286,1 134,0 343,0 3,6 0,0 11,2 0,0 223,9 70,6 84,8 373,6 219,8 351,4 324,9 286,2 135,0 344,0 3,6 0,0 11,5 0,0 223,3 69,8 84,5 372,4 220,3 351,2 325,7 285,6 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222,4 318,7 319,4 296,6 190,0 399,0 2,2 0,0 9,1 0,0 187,7 70,1 84,4 292,1 222,4 318,3 318,7 297,4 191,0 400,0 2,2 0,0 9,1 0,0 187,0 70,3 83,0 290,6 222,5 318,0 318,0 297,9 192,0 401,0 2,1 0,0 9,0 0,0 186,4 69,9 82,5 289,6 221,8 317,6 317,1 298,2 193,0 402,0 2,1 0,0 9,2 0,0 185,9 69,9 82,8 288,5 221,6 317,2 316,3 299,1 194,0 403,0 2,1 0,0 9,1 0,0 185,5 69,9 81,7 286,9 221,5 316,9 315,6 299,5 195,0 404,0 2,1 0,0 8,9 0,0 185,3 69,9 81,7 286,0 221,1 316,6 314,4 300,4 196,0 405,0 2,1 0,0 9,0 0,0 185,2 69,9 82,4 284,6 220,9 316,2 313,7 300,9 197,0 406,0 2,1 0,0 9,1 0,0 184,6 70,0 84,5 283,7 220,2 315,9 313,0 301,3 198,0 407,0 2,1 0,0 9,1 0,0 184,0 70,3 82,7 283,0 220,6 315,6 312,3 302,2 199,0 408,0 2,0 0,0 9,0 0,0 183,9 69,6 82,4 281,5 220,4 315,1 311,8 302,6 200,0 409,0 2,0 0,0 9,0 0,0 183,5 69,6 82,1 280,9 219,8 314,8 311,0 303,2 201,0 410,0 2,0 0,0 9,0 0,0 183,3 69,8 81,2 279,9 220,0 314,6 310,0 303,9 202,0 411,0 2,0 0,0 9,0 0,0 182,9 70,1 80,8 279,5 220,2 314,1 309,8 303,8 203,0 412,0 2,0 0,0 9,2 0,0 183,0 70,2 80,4 278,6 219,7 313,6 309,4 304,3 204,0 413,0 2,0 0,0 9,2 0,0 182,5 70,0 83,3 278,2 219,7 313,3 308,8 304,6 205,0 414,0 2,0 0,0 9,1 0,0 182,2 70,4 82,9 277,8 219,6 313,0 307,7 305,5 206,0 415,0 2,0 0,0 9,2 0,0 182,2 70,0 82,5 276,9 220,0 312,7 307,2 305,8 Particulates Calculations Page 2 of 4 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 207,0 416,0 1,9 0,0 9,2 0,0 181,9 69,7 81,9 276,4 219,8 312,3 306,5 306,7 208,0 417,0 1,9 0,0 9,1 0,0 181,9 69,7 81,4 276,0 219,3 312,0 305,9 307,4 209,0 418,0 1,9 0,0 9,1 0,0 181,9 69,7 81,6 275,5 219,2 311,8 305,4 307,9 210,0 419,0 1,9 0,0 9,1 0,0 182,2 69,6 81,1 274,8 218,7 311,3 304,5 308,4 211,0 420,0 1,9 0,0 9,2 0,0 181,8 69,4 82,7 274,6 218,9 311,1 304,3 308,3 212,0 421,0 1,8 0,0 9,1 0,0 181,6 69,9 84,2 274,5 218,8 310,7 303,5 309,1 213,0 422,0 1,8 0,0 9,2 0,0 181,8 69,9 82,2 274,0 219,7 310,6 303,0 309,5 214,0 423,0 1,8 0,0 9,2 0,0 181,8 69,5 82,4 273,7 219,4 310,2 302,6 309,6 215,0 424,0 1,8 0,0 9,2 0,0 181,8 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0,0 173,0 69,6 81,8 254,3 204,8 296,2 281,5 341,6 270,0 479,0 1,1 0,0 9,0 0,0 172,3 69,8 83,3 253,9 205,2 295,9 281,1 342,4 271,0 480,0 1,0 0,0 9,1 0,0 172,0 70,1 81,8 253,9 204,9 295,6 280,8 343,3 272,0 481,0 1,1 0,0 9,1 0,0 171,8 69,0 81,7 253,6 204,7 295,3 280,6 344,0 273,0 482,0 1,0 0,0 9,1 0,0 171,9 69,4 81,1 253,3 204,1 295,1 280,2 344,9 274,0 483,0 1,0 0,0 9,1 0,0 172,2 69,2 80,8 253,3 203,8 294,9 279,8 345,8 275,0 484,0 1,0 0,0 9,1 0,0 172,3 69,3 80,4 253,1 203,3 294,6 279,4 346,6 276,0 485,0 1,0 0,0 9,0 0,0 172,3 69,5 80,8 253,0 202,4 294,4 279,4 347,3 277,0 486,0 0,9 0,0 9,0 0,0 172,2 69,9 82,8 253,0 202,7 293,9 279,3 348,1 278,0 487,0 1,0 0,1 9,1 0,0 172,0 70,2 82,2 253,2 202,2 293,7 278,8 348,9 279,0 488,0 0,9 0,1 9,2 0,0 172,0 69,2 81,7 253,1 202,3 293,2 278,4 350,0 280,0 489,0 0,9 0,1 9,1 0,0 172,2 69,3 81,6 253,4 202,1 293,1 278,2 350,7 281,0 490,0 0,9 0,1 9,1 0,0 172,0 69,0 80,7 253,1 202,2 292,6 277,8 351,7 282,0 491,0 0,9 0,0 9,0 0,0 172,6 69,2 80,7 253,3 201,2 292,4 277,5 352,2 283,0 492,0 0,9 0,0 9,0 0,0 172,6 69,4 80,3 253,3 201,2 292,1 277,3 352,6 284,0 493,0 0,9 0,1 9,0 0,0 172,7 69,5 82,4 253,6 200,9 291,8 277,4 353,4 285,0 494,0 0,9 0,1 9,1 0,0 172,3 69,5 83,1 253,7 200,8 291,6 276,9 354,2 286,0 495,0 0,8 0,1 9,1 0,0 172,1 69,3 81,6 253,9 200,9 291,2 276,9 354,7 287,0 496,0 0,9 0,1 9,1 0,0 172,2 69,2 81,8 253,9 200,3 291,0 276,6 355,3 288,0 497,0 0,9 0,1 9,1 0,0 172,4 69,1 81,0 253,8 200,3 290,8 276,1 356,0 289,0 498,0 0,8 0,1 9,2 0,0 172,5 69,2 80,8 254,0 200,4 290,4 276,4 355,6 290,0 499,0 0,8 0,1 9,1 0,0 172,8 69,4 80,0 254,2 199,8 290,2 276,2 356,7 291,0 500,0 0,8 0,1 9,0 0,0 172,8 69,5 82,3 254,0 199,7 289,9 276,1 357,1 292,0 501,0 0,8 0,0 9,0 0,0 172,3 69,8 82,9 254,5 199,5 289,9 275,6 357,7 293,0 502,0 0,8 0,0 9,1 0,0 171,9 69,4 81,7 254,1 199,6 289,7 275,5 358,2 294,0 503,0 0,8 0,0 9,1 0,0 171,8 69,2 81,6 254,0 199,5 289,5 275,3 358,7 295,0 504,0 0,7 0,0 9,1 0,0 172,0 69,2 81,0 254,0 199,0 289,2 274,8 359,0 296,0 505,0 0,7 0,0 9,0 0,0 172,3 69,0 80,4 253,7 198,9 289,3 274,7 359,4 297,0 506,0 0,7 0,0 9,0 0,0 172,1 68,8 80,4 253,5 198,2 289,0 274,4 359,9 298,0 507,0 0,7 0,1 9,0 0,0 172,1 69,2 82,3 253,2 198,2 288,7 274,5 360,2 299,0 508,0 0,7 0,1 9,0 0,0 171,9 69,8 82,9 253,0 197,6 288,4 274,1 360,8 300,0 509,0 0,6 0,1 9,0 0,0 171,9 69,6 81,8 252,9 197,8 288,2 274,0 360,8 301,0 510,0 0,7 0,1 9,0 0,0 171,8 68,7 81,6 252,6 197,7 287,9 273,6 361,9 302,0 511,0 0,6 0,1 8,9 0,0 172,1 69,1 81,3 252,3 196,8 287,8 273,5 362,7 303,0 512,0 0,6 0,0 9,0 0,0 171,8 69,0 80,6 252,2 196,3 287,7 273,4 363,0 304,0 513,0 0,6 0,0 9,1 0,0 171,6 69,1 80,2 251,6 196,0 287,5 273,1 363,9 305,0 514,0 0,6 0,0 9,2 0,0 170,8 68,8 81,9 251,4 196,1 287,5 273,2 364,3 306,0 515,0 0,6 0,0 9,3 0,0 170,3 69,7 83,1 251,6 195,4 287,4 272,9 365,3 307,0 516,0 0,6 0,0 9,3 0,0 170,0 69,5 81,7 251,4 195,6 287,0 272,6 366,2 308,0 517,0 0,6 0,0 9,3 0,0 169,9 68,9 81,6 250,9 195,0 286,9 272,4 367,1 309,0 518,0 0,5 0,0 9,2 0,0 169,6 69,3 81,2 250,5 194,7 286,6 272,1 368,0 310,0 519,0 0,6 0,0 9,0 0,0 169,7 68,8 80,5 250,0 195,6 286,4 272,4 368,3 311,0 520,0 0,5 0,0 9,0 0,0 169,9 68,7 80,2 249,9 194,4 286,3 272,3 369,2 312,0 521,0 0,5 0,0 8,9 0,0 170,0 69,2 81,7 249,8 195,0 286,0 272,4 369,5 Particulates Calculations Page 3 of 4 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 313,0 522,0 0,5 0,0 9,0 0,0 169,7 69,7 83,5 249,8 194,1 285,9 271,9 370,6 314,0 523,0 0,5 0,0 9,1 0,0 169,2 69,4 81,7 249,7 194,0 285,6 272,0 371,6 315,0 524,0 0,5 0,0 9,2 0,0 168,6 68,8 81,7 249,6 194,0 285,4 271,9 372,3 316,0 525,0 0,5 0,0 9,1 0,0 168,0 69,2 81,2 249,3 193,8 285,4 271,3 373,4 317,0 526,0 0,5 0,0 9,0 0,0 167,5 68,8 80,7 248,7 193,9 285,1 271,6 374,2 318,0 527,0 0,4 0,0 8,9 0,0 167,1 68,8 80,2 248,6 193,2 285,0 271,2 375,4 319,0 528,0 0,4 0,0 8,9 0,0 166,8 69,2 81,7 247,9 193,3 284,6 271,1 376,0 320,0 529,0 0,4 0,0 8,9 0,0 166,0 69,5 83,1 247,5 193,0 284,3 270,9 377,2 321,0 530,0 0,4 0,0 8,9 0,0 165,5 69,4 81,5 247,0 192,9 284,1 270,5 378,6 322,0 531,0 0,4 0,0 8,9 0,0 164,8 69,0 81,5 246,9 192,5 283,9 270,5 379,8 323,0 532,0 0,4 0,0 8,8 0,0 164,8 69,3 81,1 246,3 193,2 283,6 270,1 381,1 324,0 533,0 0,4 0,0 8,9 0,0 164,2 68,9 80,6 246,0 192,3 283,3 270,2 382,3 325,0 534,0 0,3 0,0 8,9 0,0 164,3 68,8 80,3 245,7 192,0 283,2 269,9 383,6 326,0 535,0 0,3 0,0 9,0 0,0 164,1 69,0 80,8 245,1 191,7 282,9 269,9 384,5 327,0 536,0 0,3 0,0 9,0 0,0 163,7 69,1 82,8 245,0 191,2 282,6 270,0 385,7 328,0 537,0 0,3 0,0 9,0 0,0 163,1 69,5 81,5 244,5 191,3 282,5 269,6 387,1 329,0 538,0 0,3 0,0 9,0 0,0 162,7 68,9 81,3 244,3 190,6 282,1 269,5 388,4 330,0 539,0 0,3 0,0 9,1 0,0 162,7 68,9 81,1 243,9 190,7 282,0 269,0 389,7 331,0 540,0 0,3 0,0 9,1 0,0 162,7 68,9 80,6 243,7 190,9 281,7 269,1 390,6 332,0 541,0 0,3 0,0 9,1 0,0 162,5 68,9 79,9 243,6 190,9 281,5 268,9 391,7 333,0 542,0 0,2 0,0 9,0 0,0 162,4 69,4 80,5 243,8 190,4 281,2 268,9 392,3 334,0 543,0 0,3 0,0 9,1 0,0 162,8 69,1 82,6 243,5 189,7 281,1 268,9 393,1 335,0 544,0 0,2 0,0 9,1 0,0 162,6 69,8 81,8 243,7 189,6 280,9 268,5 394,2 336,0 545,0 0,2 0,0 9,2 0,0 162,8 69,0 81,2 243,5 189,3 280,5 268,7 394,8 337,0 546,0 0,2 0,0 9,1 0,0 162,6 69,2 81,1 243,5 188,8 280,4 268,2 395,8 338,0 547,0 0,2 0,0 9,1 0,0 162,4 68,9 80,5 243,6 188,8 280,0 268,2 396,6 339,0 548,0 0,2 0,0 9,1 0,0 162,6 68,6 80,1 243,3 188,5 279,8 268,2 397,3 340,0 549,0 0,2 0,0 9,1 0,0 163,1 68,6 80,8 243,8 188,4 279,7 268,3 397,2 341,0 550,0 0,2 0,0 9,0 0,0 163,0 69,5 82,5 243,7 188,4 279,2 268,3 397,9 342,0 551,0 0,2 0,0 8,9 0,0 163,0 69,0 81,7 243,2 188,4 279,1 267,8 398,7 343,0 552,0 0,1 0,0 8,9 0,0 162,9 68,6 81,1 243,4 187,6 278,6 267,8 399,2 344,0 553,0 0,1 0,0 8,9 0,0 162,9 69,3 81,1 243,3 187,3 278,5 267,5 399,9 345,0 554,0 0,1 0,0 8,9 0,0 163,1 68,6 80,5 243,3 187,2 278,2 267,5 400,3 346,0 555,0 0,1 0,0 8,9 0,0 163,7 68,6 80,2 243,1 186,9 278,0 267,4 400,6 347,0 556,0 0,1 0,1 9,0 0,0 163,7 68,9 80,6 243,0 186,7 277,5 267,4 400,7 348,0 557,0 0,1 0,1 9,1 0,0 163,9 68,9 82,5 243,0 186,1 277,4 267,6 400,9 349,0 558,0 0,1 0,1 9,1 0,0 163,8 69,0 81,9 243,4 186,0 277,1 267,2 401,6 350,0 559,0 0,1 0,1 9,1 0,0 164,2 68,7 81,3 244,0 186,1 276,7 267,3 401,8 351,0 560,0 0,1 0,1 9,1 0,0 165,0 69,2 81,1 244,1 186,1 276,6 267,0 402,2 352,0 561,0 0,1 0,1 9,1 0,0 165,4 68,7 80,4 244,8 186,4 276,1 267,4 402,1 353,0 562,0 0,1 0,1 9,1 0,0 165,8 68,9 79,6 245,3 186,0 275,7 267,2 402,2 354,0 563,0 0,0 0,1 9,0 0,0 166,4 68,9 80,6 245,6 186,0 275,3 267,2 402,0 Particulates Calculations Page 4 of 4 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Manufacturer: HEARTHSTONE Model: GM 60 Overall Heating Efficiency: 80,42% 30,00 Run: 1 Combustion Efficiency: 99,50% 392,27 Project #: PI 20162 Heat Transfer Efficiency: 80,83% 11,26 Test Duration: 354 min HHV LHV Heat Output: 12 608 Btu/h 13 291 kJ/h Eff 80,42% 86,92% Heat Input: 15 676 Btu/h 16 526 kJ/h Comb Eff 99,50% 99,50% Ultimate CO2 HT Eff 80,83% 87,36% CO2-ult 19,64 Burn Duration: 5,90 h Output 13 291 kJ/h F0 Burn Rate 0,83 kg/h 1,062 Burn Rate: 1,84 lb/h 0,834 kg/h Grams CO 52 g Input 16 526 kJ/h Stack Temp: 225,8 Deg. F 107,7 Deg. C MC wet 17,02 Air Fuel Ratio (A/F) Dry Molecular Weight (Md) Dry Moles Exhaust Gas (Nr): Air Fuel Ratio (A/F) Note: In the “Input data”, "Calc. % O2", "Fuel Properties", and “Mass Balance” columns, [e], [d], [g], [a]. [b], [c], [h], [u], [w], [j], and [k] refer to their respective variables in Clauses 13.7.3 CSA B415.1 OE Calculations Page 1 of 1 DATA 2018-01-16 EPA PI 20162 RUN 2 CAT 2 MODEL GM 60 Paramètres Tous les facteurs de corrections et autres paramètres qui peuvent être modifiés par l’utilisateur du fichier sont regroupés ici. Code verrouillage: HEA Description du test Test standard EPA Run # 2 Date 16-01-2018 Technicien M.M Project # PI 20162 Description de l'unité Manufacturier HEARTHSTONE Modèle GM 60 Combustion system Cat Appliance type WOOD STOVE Firebox volume 2,03 cu ft. Appliance weight empty N.A lbs Appliance weight full N.A lbs Paramètres du test Logging time 1 min Manufacturer's rated heat output BTU/h Donnée fournie par le manfacturier Targeted category 4 Targeted output N.A BTU/h Cp steel N.A BTU/lb-°F Échantillonnage Blank sampling rate 0,20 cuft/min Internal probe diameter 0,18 in. Calibration Factor (DGM #1): 0,988 Dimensionless Equipment number (DGM #1): EM 178 Calibration Factor (DGM #2): 0,988 Dimensionless Equipment number (DGM #2): EM 179 Calibration Factor (DGM #3): 0,986 Equipment number (DGM #3): EM 070 Dimensionless Tunnel Targeted tunnel flow rate 170 scfm Tunnel diameter 6 in. Molecular weight 29 Pitot tube type Standard Pitot tube coefficient 0,99 Dimensionless Project nu. PI 20162 Date 16-01-2018 Technicien M.M Fuel data Fuel type Dimension Fuel specie D. Fir HHV 19810,0 kJ/kg D. Fir Oak/Maple %C 48,7 HHV 19 810 19 887 %H 6,9 %C 48,73 50 %O 43,9 %H 6,87 6,6 %Ash 0,5 %O 43,9 42,9 HHV 8519,2 Btu/lb %Ash 0,5 0,5 LHV 7451,0 Btu/lb HHV (Btu/lb) 8519 8552 LHV (Btu/lb) 7451 7480 Default Fuel Values Paramètres Page 1 of 1 DATA 2018-01-16 EPA PI 20162 RUN 2 CAT 2 MODEL GM 60 Preload data sheet Lower Ideal Upper 12,79 14,21 15,63 Load Volume: 0,5185 cu. ft Loading Density: 7,873 lbs./ft3 Number of Spaces: Load Density (wet): 30,822 lbs./ft3 Spacer weight (lbs): Dry Wood Density: 25,358353 Weight Ave. MC x Volume Thick Wide x Length lbs Weight Cubic Inches 2 4 8 1,086 22,6 21,8 21,3 21,4 21,8 23,65308 64,00 2 4 8 1,004 21,6 21,8 21,9 22,3 21,6 21,92736 64,00 2 4 8 1,124 22,3 22,4 22,8 22,4 22,6 25,29 64,00 2 4 8 1,026 21,8 21,6 21,9 22,3 22,9 22,6746 64,00 2 4 8 1,116 21 21,3 21,4 21,9 22,3 24,08328 64,00 2 4 8 1,144 22,3 22,4 21,9 21,8 22,3 25,32816 64,00 2 4 8 1,21 21,4 21,2 21 21,6 21,2 25,7488 64,00 2 4 8 1,17 21,3 22,4 22,3 22 22,4 25,8336 64,00 2 4 8 1,168 22,4 22,8 22,4 22,6 22,6 26,35008 64,00 2 4 8 1,202 23,1 23 23,6 22,8 22,4 27,62196 64,00 2 4 8 1,096 21,9 21,4 21,3 21,5 21,2 23,52016 64,00 2 4 8 1,326 20,8 20,4 20,9 20,4 20,5 27,3156 64,00 2 4 8 1,112 19,6 19,1 19,2 19,6 19,8 21,63952 64,00 2 4 8 1,198 19,4 19,8 19,3 19,3 19,8 23,38496 64,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 SUM MCx 344,37116 PreTest Load Weight: 15,98 lbs. Dry Weight: 5,96 kg. Average Moisture Content: % Dry: 21,55 21,55 Wet: 17,73 Must be 18-28 must be 15,2-22 Project nu. PI 20162 Date 16-01-2018 Technicien M.M Test Load Weight: Piece Size (in): Meter Moisture Content Dry Uncorrected % Preload Data Page 1 of 1 Confidentiel 06/02/2018 Page 1 FUEL LOAD DATA SHEET, CSA B415 Lower Ideal Upper 12,8 14,2 15,6 * For boilers, a loading density factor of 10 lb/ft3 is applied Load Volume: 0,43 cu. ft Loading Density: 6,5 lbs./ft3 Number of Spaces: 12 Load Density (wet): 30,7 lbs./ft3 Spacer weight: lbs Dry Wood Density: 25,5 lbs./ft3 Weight Ave. MC x Volume Ave. MC Thick Wide xLength lbs Weight Cubic Inches % 1,5 3,5 17,5 1,91 21,80 20,20 21,60 21,30 20,90 40,3098 91,88 21,2 1,5 3,5 17,5 1,96 19,80 19,60 19,90 19,30 20,80 38,88528 91,88 19,9 3,5 3,5 17,5 4,05 21,10 21,30 20,80 20,00 20,60 84,16104 214,38 20,8 3,5 3,5 17,5 4,11 20,10 20,60 19,30 21,10 20,90 83,8032 214,38 20,4 1,5 0,75 5 0,10 20,60 2,1424 5,63 20,6 1,5 0,75 5 0,10 20,30 2,03 5,63 20,3 1,5 0,75 5 0,10 20,40 2,0808 5,63 20,4 1,5 0,75 5 0,10 20,80 2,08 5,63 20,8 1,5 0,75 5 0,10 20,90 2,0482 5,63 20,9 1,5 0,75 5 0,12 21,00 2,52 5,63 21,0 1,5 0,75 5 0,10 21,30 2,1726 5,63 21,3 1,5 0,75 5 0,09 21,80 2,0492 5,63 21,8 1,5 0,75 5 0,10 22,10 2,1216 5,63 22,1 1,5 0,75 5 0,11 21,80 2,3544 5,63 21,8 1,5 0,75 5 0,10 21,60 2,16 5,63 21,6 1,5 0,75 5 0,14 21,30 3,0672 5,63 21,3 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 SUM MCx 273,98572 21,0 % Test Load Weight: 13,29 lbs. Dry Weight: 5,00 kg. Average Moisture Content: % Dry: 20,61 Dry(EPA) 20,61 20,61 Wet: 17,09 Dry(B415 20,61 Must be 19-25 must be 15,2-22 Coal Bed Range: 2,7 lbs. to 3,3 lbs. TEST CHARGE: Project nu. PI 20162 Coal bed weight: 2,6 lbs. Date 16-01-2018 Technicien M.M Test Load Weight: Piece Size (in): Meter Moisture Content Dry Uncorrected % Load Data Page 1 of 1 DATA 2018-01-16 EPA PI 20162 RUN 2 CAT 2 MODEL GM 60 Filter set weight Ambient blank (g) Date Heure probe front back gasket probe front back gasket probe front back gasket Filter Number 1 14 15 24 3 16 17 25 6 18 19 26 20 Before (1) Before (2) Before (3) Before (4) Before (5) 61,0690 0,1270 0,1266 34,4169 61,4563 0,1263 0,1282 34,9448 61,3760 0,1294 0,1290 35,5631 0,1256 15/01/2018 17:00 Before (6) 61,0689 0,1270 0,1265 34,4169 61,4563 0,1264 0,1281 34,9449 61,3759 0,1293 0,1289 35,5632 0,1256 16/01/2018 09:30 After (1) 61,0692 0,1257 0,1261 34,6202 61,4568 0,1261 0,1281 34,9462 61,3765 0,1288 0,1284 35,5659 0,1257 16/01/2018 16:00 After (2) 61,0689 0,1252 0,1258 34,4194 61,4565 0,1258 0,1279 34,9458 61,3760 0,1285 0,1281 35,5655 0,1256 29/01/2018 08:00 After (3) 61,0690 0,1253 0,1259 34,4195 61,4565 0,1259 0,1279 34,9458 61,3760 0,1285 0,1281 35,5655 0,1256 01/02/2018 08:00 After (4) 61,0690 0,1253 0,1259 34,4195 61,4565 0,1259 0,1279 34,9458 61,3760 0,1285 0,1281 35,5655 0,1256 05/02/2018 08:00 After (5) After (6) 61,0690 0,1253 0,1259 34,4195 61,4565 0,1259 0,1279 34,9458 61,3760 0,1285 0,1281 35,5655 0,1256 05/02/2018 08:00 Difference 0,0001 -0,0017 -0,0006 0,0026 0,0002 -0,0005 -0,0002 0,0009 0,0001 -0,0008 -0,0008 0,0023 0,0000 Total (mg) 0,4 0,8 0,8 0 Total ajusté (mg) 0,40 0,80 0,80 Project nu. PI 20162 Date 16-01-2018 Technicien System 2 (g) System 1 (g) 1st hour System 1 (g) Filter set weight Page 1 of 1 DATA 2018-01-16 EPA PI 20162 RUN 2 CAT 2 MODEL GM 60 SFBA EPA EMISSION RESULTS RESULTS Average emission rate: 0,2 g/hr Burn Rate : 1,239 Dry kg/hr Test Duration: 242 min PRESSURE FACTOR: DGM 1 0,98715 BAROMETRIC PRESSURE DGM 2 0,98609 Average: 30,312534 in Hg DGM 3 1,01312 Start: 30,327299 in Hg End: 30,297769 in Hg TEMPERATURE FACTORS DGM 1 0,98576 DGM 2 0,98457 DGM CONTROLLER VALUES DGM 3 0,99335 DGM 1 Final: 21894,370 Cuft Initial: 21850,478 Cuft VOLUMES SAMPLED DGM 1 42,193 SCft DGM 2 Final: 19283,875 Cuft DGM 2 42,845 Scft Initial: 19239,228 Cuft DGM 3 36,392 SCft DGM #3 Final: 686,900 Cuft Initial: 650,240 Cuft TOTAL TUNNEL VOLUME : 42673 TEMPERATURES SAMPLE RATIOS DGM 1 535,627 °R Sample Train 1: 1011,392 DGM 2 536,274 °R Sample Train 2: 996,000 CALIBRATION FACTORS Paticulate concentration DGM 1 0,9879 Sample Train 1 0,000019 g/dscf DGM 2 0,9884 Sample Train 2 0,000019 g/dscf DGM #3 0,9864 Room 0,000000 g/dscf TUNNEL FLOW RATE: 176,336 Dscfm TOTAL EMISSIONS PARTICULATE CATCH Sample Train 1 0,81 g Total Sample Train 1: 0,80 mg Sample Train 2 0,80 g Total Sample Train 2: 0,80 mg Total Sample Train 1 1st hour: 0,40 mg EMISSION RATES Sample Train 1 0,20 g/hr Sample Train 2 0,20 g/hr 1st hour emission rate 0,40 g/hr DEVIATION: 0,77% Train 1 Train 2 Cs 1,896E-05 1,86721E-05 Particulates Calculations Page 1 of 1 DATA 2018-01-16 EPA PI 20162 RUN 2 CAT 2 MODEL GM 60 Average 0,12 10,65 #DIV/0! 287,90 71,54 87,59 392,63 255,89 382,56 372,89 427,87 ***** *1 *2 *3 *4 *5 *6 *7 *8 Elapsed Weight Flue Room Tunnel Unit Unit Unit Unit Unit Time Raw data row Remaining CO CO2 O2 Gas Temp Dry Bulb Top Back R.Side L.Side Bottom min lbs %%% °F °F °F °F °F °F °F °F 0,00 173,00 13,3 0,1 1,1 0,0 281,7 70,8 125,8 336,2 253,5 371,0 368,3 565,3 1,0 174,0 13,2 0,3 2,0 0,0 297,1 71,0 98,9 331,3 251,9 369,6 366,2 560,4 2,0 175,0 13,0 0,0 5,8 0,0 324,9 71,2 99,1 331,4 251,8 368,1 364,2 555,7 3,0 176,0 12,8 0,1 9,9 0,0 357,1 70,8 101,5 341,1 251,9 366,5 362,8 550,8 4,0 177,0 12,6 0,1 12,7 0,0 392,5 70,8 104,0 355,8 250,4 365,1 361,3 545,4 5,0 178,0 12,5 0,6 14,8 0,0 370,6 70,8 94,9 371,7 249,7 363,7 360,2 544,3 6,0 179,0 12,4 0,1 9,8 0,0 344,0 70,9 91,7 376,3 248,8 362,7 359,2 541,4 7,0 180,0 12,4 0,0 7,4 0,0 325,5 71,3 91,1 377,9 246,7 361,3 358,2 537,8 8,0 181,0 12,3 0,0 6,7 0,0 315,1 71,9 90,6 377,3 245,3 359,7 356,9 534,7 9,0 182,0 12,2 0,0 8,0 0,0 309,9 71,0 90,4 378,0 244,2 358,0 355,5 530,9 10,0 183,0 12,1 0,0 9,8 0,0 307,0 70,8 90,2 379,4 242,5 356,5 354,0 528,4 11,0 184,0 12,0 0,0 10,6 0,0 305,5 70,9 90,3 381,5 241,6 354,8 352,5 525,0 12,0 185,0 11,9 0,0 10,8 0,0 306,0 70,4 90,1 382,6 240,2 353,1 351,2 521,3 13,0 186,0 11,8 0,0 10,1 0,0 307,8 70,8 89,9 383,0 239,9 351,9 349,9 518,1 14,0 187,0 11,6 0,0 10,5 0,0 311,5 70,6 90,4 384,5 239,0 350,1 348,9 513,5 15,0 188,0 11,5 0,1 12,6 0,0 316,2 70,6 91,4 387,9 237,2 349,0 347,8 509,8 16,0 189,0 11,4 0,1 13,1 0,0 322,6 71,7 91,6 390,8 235,3 348,0 347,2 505,6 17,0 190,0 11,3 0,1 13,5 0,0 328,4 70,9 91,9 395,5 234,9 347,1 346,4 502,0 18,0 191,0 11,1 0,1 14,1 0,0 334,7 71,0 92,2 401,1 234,5 346,5 345,9 498,6 19,0 192,0 11,0 0,1 14,4 0,0 339,7 71,4 92,2 406,8 233,6 346,5 345,6 494,9 20,0 193,0 10,9 0,1 14,5 0,0 343,2 70,7 92,2 412,7 233,5 345,9 345,3 491,0 21,0 194,0 10,7 0,1 14,4 0,0 345,1 71,0 92,1 417,9 232,7 346,0 345,1 487,0 22,0 195,0 10,6 0,1 14,3 0,0 346,8 70,9 92,4 423,3 231,7 346,0 345,2 483,9 23,0 196,0 10,5 0,1 14,4 0,0 347,2 71,4 92,1 428,4 231,7 346,4 345,2 480,9 24,0 197,0 10,3 0,1 14,7 0,0 347,7 71,1 93,0 432,9 231,9 347,1 345,4 476,8 25,0 198,0 10,2 0,1 15,0 0,0 349,8 71,6 92,9 437,3 232,4 348,1 346,0 474,2 26,0 199,0 10,0 0,1 15,0 0,0 351,2 71,4 93,2 441,8 232,9 348,6 346,7 470,2 27,0 200,0 9,9 0,1 15,1 0,0 352,9 71,3 93,0 445,1 234,5 349,7 347,4 467,8 28,0 201,0 9,8 0,2 15,2 0,0 354,5 71,1 93,1 450,0 235,2 350,8 348,2 465,4 29,0 202,0 9,7 0,3 15,3 0,0 355,7 70,6 93,3 454,7 235,3 352,0 349,3 462,8 30,0 203,0 9,5 0,3 15,4 0,0 356,1 71,2 92,9 458,5 236,0 353,5 350,1 459,7 31,0 204,0 9,4 0,3 15,4 0,0 356,5 71,5 93,0 462,8 236,3 355,2 351,3 457,4 32,0 205,0 9,3 0,2 15,3 0,0 356,6 71,6 93,1 466,5 238,8 356,9 352,5 454,4 33,0 206,0 9,2 0,2 15,2 0,0 356,0 72,0 93,7 470,9 239,9 358,6 354,0 451,6 34,0 207,0 9,1 0,1 15,0 0,0 354,7 71,9 93,4 474,0 239,3 360,3 355,2 449,3 35,0 208,0 8,9 0,1 14,9 0,0 354,1 71,4 93,5 475,8 241,0 362,3 356,4 446,9 36,0 209,0 8,8 0,2 15,1 0,0 354,8 71,5 93,4 478,5 242,5 364,1 358,0 444,8 37,0 210,0 8,7 0,3 15,3 0,0 355,7 71,5 93,6 480,8 243,3 366,0 359,2 442,4 38,0 211,0 8,5 0,4 15,4 0,0 357,0 71,3 93,6 484,3 244,6 367,8 360,7 440,3 39,0 212,0 8,4 0,7 15,5 0,0 358,4 71,6 93,5 488,1 246,0 369,8 362,1 438,6 40,0 213,0 8,3 1,0 15,4 0,0 358,9 70,9 93,4 491,8 247,1 371,9 363,4 435,9 41,0 214,0 8,1 0,9 15,5 0,0 358,5 71,5 93,9 495,3 247,9 373,8 365,1 433,7 42,0 215,0 8,0 0,8 15,5 0,0 358,9 72,3 93,9 499,1 249,4 376,2 366,8 430,9 43,0 216,0 7,9 0,6 15,6 0,0 358,5 71,8 93,9 501,4 250,8 378,4 368,4 428,6 44,0 217,0 7,8 0,5 15,6 0,0 358,2 71,2 94,0 504,1 252,2 380,5 369,9 426,5 45,0 218,0 7,6 0,3 15,6 0,0 358,9 71,6 94,1 506,1 253,4 382,5 371,7 424,5 46,0 219,0 7,5 0,4 15,6 0,0 359,3 71,4 93,9 507,9 253,9 384,7 373,4 422,3 47,0 220,0 7,4 0,4 15,5 0,0 358,9 71,6 93,6 509,0 256,0 387,0 375,0 420,4 48,0 221,0 7,3 0,3 15,5 0,0 357,6 71,4 93,4 510,9 256,1 389,1 376,8 417,8 49,0 222,0 7,2 0,3 15,4 0,0 356,8 71,6 93,3 511,1 257,6 391,1 378,2 415,6 50,0 223,0 7,0 0,2 15,5 0,0 356,8 71,5 93,5 513,5 258,9 393,5 380,0 413,4 51,0 224,0 7,0 0,1 15,3 0,0 356,2 72,1 93,5 514,1 259,6 395,6 381,7 410,7 52,0 225,0 6,8 0,1 15,2 0,0 354,6 71,8 93,5 515,6 262,1 398,0 383,5 408,6 53,0 226,0 6,7 0,1 15,0 0,0 352,8 71,7 93,4 515,5 262,0 400,0 384,7 406,7 54,0 227,0 6,6 0,0 14,8 0,0 351,3 71,9 93,1 514,7 262,6 402,4 386,7 404,3 55,0 228,0 6,6 0,1 14,8 0,0 350,1 71,7 92,9 514,7 263,6 404,2 388,1 403,1 56,0 229,0 6,4 0,1 14,8 0,0 349,8 71,6 93,1 514,1 264,6 406,1 389,3 400,7 57,0 230,0 6,3 0,1 14,8 0,0 348,4 71,4 92,8 512,8 265,2 407,8 390,4 398,9 58,0 231,0 6,2 0,1 14,8 0,0 348,0 71,6 92,3 511,9 265,2 409,7 391,6 397,4 59,0 232,0 6,1 0,2 14,8 0,0 347,9 71,6 93,2 510,9 266,4 411,6 393,1 395,4 60,0 233,0 6,0 0,3 14,7 0,0 347,3 72,6 93,2 509,9 266,7 413,5 394,5 393,7 61,0 234,0 5,9 0,4 14,7 0,0 346,7 71,3 93,3 510,3 268,2 415,1 395,7 391,8 62,0 235,0 5,8 0,5 14,7 0,0 346,8 71,8 93,0 508,5 268,1 416,7 396,7 390,6 63,0 236,0 5,7 0,5 14,7 0,0 346,8 71,8 93,0 507,8 269,4 418,1 397,8 389,0 64,0 237,0 5,6 0,4 14,7 0,0 346,4 71,1 92,9 507,7 269,4 419,6 398,7 387,6 65,0 238,0 5,5 0,5 14,5 0,0 345,4 71,7 92,6 507,5 269,9 421,0 400,0 386,4 66,0 239,0 5,4 0,4 14,8 0,0 344,6 71,4 92,4 507,3 270,5 422,4 400,9 385,0 67,0 240,0 5,3 0,4 14,8 0,0 344,1 71,5 92,2 506,6 271,1 424,0 402,1 383,7 68,0 241,0 5,2 0,5 14,8 0,0 342,9 71,5 92,5 507,2 271,7 425,5 403,2 382,5 69,0 242,0 5,1 0,5 14,8 0,0 342,1 72,7 92,6 507,1 271,5 427,0 404,8 381,1 70,0 243,0 5,0 0,5 14,8 0,0 341,6 71,8 92,5 507,4 273,3 428,3 405,8 380,2 71,0 244,0 4,9 0,5 14,8 0,0 341,3 71,3 92,4 506,9 272,1 429,7 407,0 379,4 72,0 245,0 4,8 0,4 14,7 0,0 340,5 72,1 92,4 506,9 273,5 430,6 408,3 378,8 73,0 246,0 4,7 0,4 14,8 0,0 339,2 71,6 92,2 506,2 273,7 432,0 409,4 377,9 74,0 247,0 4,6 0,4 14,7 0,0 338,2 72,0 92,1 506,3 273,9 433,0 410,5 377,2 75,0 248,0 4,6 0,4 14,7 0,0 337,4 71,6 91,8 505,2 274,9 433,9 411,5 376,3 76,0 249,0 4,4 0,4 14,6 0,0 336,7 71,4 91,6 505,9 275,7 435,0 412,8 375,7 77,0 250,0 4,3 0,4 14,7 0,0 335,7 72,0 91,4 505,4 275,1 436,4 413,7 375,5 78,0 251,0 4,2 0,4 14,6 0,0 334,6 72,0 91,8 505,6 275,3 437,5 415,0 374,3 79,0 252,0 4,2 0,3 14,5 0,0 332,0 72,6 91,8 504,1 276,0 438,7 416,2 374,1 80,0 253,0 4,1 0,3 14,2 0,0 330,7 72,2 91,7 503,6 277,2 439,3 416,9 373,5 81,0 254,0 4,0 0,3 14,1 0,0 329,2 71,8 91,2 501,5 277,8 440,1 418,1 373,1 82,0 255,0 3,9 0,2 13,9 0,0 327,8 72,0 91,2 500,1 278,5 440,8 419,3 372,8 83,0 256,0 3,9 0,1 13,8 0,0 325,9 71,8 90,7 499,3 279,4 441,4 420,4 372,4 84,0 257,0 3,8 0,1 13,7 0,0 323,8 72,0 90,5 496,2 280,2 442,1 421,2 372,0 85,0 258,0 3,7 0,0 13,6 0,0 321,9 71,5 90,4 494,5 280,2 442,4 421,9 371,6 86,0 259,0 3,7 0,0 13,5 0,0 320,0 71,9 90,0 491,5 280,2 442,5 422,5 371,5 87,0 260,0 3,6 0,0 13,3 0,0 317,8 71,7 90,3 488,7 280,8 442,9 423,7 371,1 88,0 261,0 3,5 0,0 13,2 0,0 315,3 73,1 90,1 486,7 281,3 443,2 424,6 370,6 89,0 262,0 3,4 0,0 13,2 0,0 312,8 72,3 90,2 484,7 282,9 443,5 425,2 370,4 90,0 263,0 3,4 0,0 13,1 0,0 311,0 72,1 90,1 481,7 282,8 443,6 425,9 370,7 91,0 264,0 3,3 0,0 13,1 0,0 309,4 71,9 89,8 479,3 283,2 443,6 426,3 370,1 92,0 265,0 3,2 0,0 13,0 0,0 308,0 71,8 89,7 477,4 283,7 443,4 426,7 370,1 93,0 266,0 3,2 0,0 13,2 0,0 307,3 72,0 89,4 475,5 284,4 443,4 427,3 369,9 94,0 267,0 3,1 0,0 13,5 0,0 306,1 72,2 89,2 474,4 285,2 443,2 427,7 369,8 95,0 268,0 3,0 0,0 13,5 0,0 304,8 71,9 89,1 473,7 286,2 443,4 428,6 369,8 96,0 269,0 3,0 0,0 13,2 0,0 303,1 72,5 88,9 471,7 285,5 443,9 428,8 369,9 97,0 270,0 2,9 0,0 12,8 0,0 301,0 72,3 88,9 469,0 286,9 443,8 429,5 369,4 98,0 271,0 2,9 0,0 12,2 0,0 298,6 72,6 89,1 466,7 286,8 444,1 429,7 369,8 99,0 272,0 2,8 0,0 12,1 0,0 296,7 71,9 88,7 463,4 287,1 444,0 429,8 369,5 100,0 273,0 2,8 0,0 11,9 0,0 294,8 72,2 88,5 460,5 288,3 443,6 430,1 369,9 Particulates Calculations Page 1 of 3 DATA 2018-01-16 EPA PI 20162 RUN 2 CAT 2 MODEL GM 60 101,0 274,0 2,7 0,0 11,9 0,0 293,1 72,0 88,3 457,2 288,8 443,5 429,8 370,0 102,0 275,0 2,7 0,0 11,7 0,0 290,6 72,5 87,9 454,6 289,7 443,5 429,7 370,0 103,0 276,0 2,6 0,0 11,2 0,0 288,4 72,0 87,6 450,8 289,6 443,0 429,8 370,4 104,0 277,0 2,6 0,0 10,7 0,0 286,3 71,9 87,1 446,8 289,8 442,6 429,7 370,2 105,0 278,0 2,6 0,0 10,3 0,0 283,8 72,3 87,2 442,5 290,2 442,4 429,3 370,4 106,0 279,0 2,6 0,0 10,1 0,0 282,3 71,5 87,3 438,2 290,2 441,7 428,9 370,7 107,0 280,0 2,5 0,0 9,8 0,0 280,2 72,9 86,9 434,1 289,9 441,1 428,8 370,4 108,0 281,0 2,5 0,0 9,8 0,0 278,5 71,7 87,1 430,0 290,4 440,2 427,7 370,9 109,0 282,0 2,5 0,0 9,8 0,0 276,2 72,3 86,6 425,8 290,5 439,1 426,7 371,8 110,0 283,0 2,5 0,0 9,9 0,0 274,5 72,1 86,7 421,8 291,5 438,0 426,0 372,4 111,0 284,0 2,4 0,0 9,9 0,0 272,6 72,2 86,4 418,4 290,3 437,0 424,6 373,2 112,0 285,0 2,4 0,0 9,9 0,0 271,9 71,7 86,2 414,9 291,5 435,8 423,7 373,8 113,0 286,0 2,4 0,0 10,4 0,0 270,5 71,6 86,2 411,3 290,1 434,6 422,4 374,7 114,0 287,0 2,3 0,0 10,2 0,0 269,6 71,9 86,0 408,3 290,2 433,4 421,1 375,7 115,0 288,0 2,3 0,0 10,1 0,0 269,3 72,0 86,0 405,3 290,1 432,8 419,9 376,8 116,0 289,0 2,3 0,0 10,1 0,0 268,6 72,1 86,1 402,1 290,0 431,5 418,9 377,8 117,0 290,0 2,2 0,0 10,0 0,0 267,7 72,4 86,1 399,9 289,4 430,5 417,6 379,7 118,0 291,0 2,2 0,0 9,9 0,0 266,8 71,9 85,9 397,1 289,0 429,4 416,0 381,0 119,0 292,0 2,2 0,0 9,9 0,0 266,4 72,2 85,8 395,2 288,5 428,2 414,9 382,7 120,0 293,0 2,2 0,0 9,9 0,0 265,2 71,8 85,6 392,2 287,9 427,0 413,6 384,1 121,0 294,0 2,1 0,0 9,8 0,0 264,3 71,9 85,2 390,2 287,7 425,8 412,3 385,3 122,0 295,0 2,1 0,0 9,8 0,0 263,9 71,4 85,3 387,8 286,9 424,5 411,1 386,7 123,0 296,0 2,1 0,0 9,9 0,0 263,4 71,8 85,2 385,7 286,1 423,3 409,9 388,5 124,0 297,0 2,1 0,0 9,8 0,0 262,5 72,2 84,9 383,5 286,5 422,1 408,7 390,2 125,0 298,0 2,1 0,0 9,8 0,0 262,1 71,9 85,7 381,8 286,1 421,0 407,4 391,5 126,0 299,0 2,1 0,0 9,7 0,0 261,0 72,6 85,3 379,6 285,0 419,4 406,5 392,9 127,0 300,0 2,0 0,0 9,8 0,0 260,1 71,7 85,2 378,1 284,6 418,4 405,0 394,8 128,0 301,0 2,0 0,0 9,8 0,0 259,7 71,7 85,0 375,1 283,6 417,2 404,0 396,1 129,0 302,0 1,9 0,0 9,7 0,0 258,6 72,1 84,8 373,2 282,5 415,8 402,8 397,7 130,0 303,0 1,9 0,0 9,7 0,0 257,8 71,8 84,7 371,6 281,4 415,0 401,7 399,0 131,0 304,0 1,9 0,0 9,7 0,0 257,2 71,6 84,7 369,4 279,8 413,6 400,4 400,3 132,0 305,0 1,9 0,0 9,8 0,0 256,9 71,7 84,6 367,6 279,0 412,2 399,2 402,1 133,0 306,0 1,9 0,0 9,7 0,0 256,1 71,5 84,2 365,4 277,8 411,1 397,7 403,8 134,0 307,0 1,9 0,0 9,7 0,0 255,5 72,2 84,7 363,4 277,4 409,9 396,4 404,9 135,0 308,0 1,8 0,0 9,7 0,0 255,0 72,5 84,6 361,5 276,9 408,7 395,6 406,1 136,0 309,0 1,8 0,0 9,7 0,0 254,0 71,8 84,8 360,2 275,3 408,0 394,5 407,9 137,0 310,0 1,8 0,0 9,7 0,0 253,5 72,1 84,3 358,6 275,4 406,5 393,2 408,7 138,0 311,0 1,7 0,0 9,7 0,0 252,7 72,5 84,3 356,6 274,7 405,6 392,5 410,6 139,0 312,0 1,8 0,0 9,7 0,0 251,7 71,8 84,3 355,8 274,9 404,4 391,2 411,7 140,0 313,0 1,7 0,0 9,3 0,0 251,7 71,6 84,2 354,4 273,9 403,3 389,9 413,3 141,0 314,0 1,7 0,0 8,8 0,0 251,7 71,8 84,1 352,8 273,5 402,4 388,8 414,6 142,0 315,0 1,7 0,0 8,6 0,0 252,1 72,0 84,0 351,4 273,3 401,4 387,7 415,3 143,0 316,0 1,7 0,0 8,3 0,0 252,2 71,2 83,9 350,2 272,2 400,3 386,7 415,7 144,0 317,0 1,6 0,1 8,2 0,0 253,2 72,0 84,7 348,7 272,5 399,2 385,7 415,6 145,0 318,0 1,6 0,1 8,1 0,0 253,2 72,3 84,4 347,6 272,1 398,1 384,6 415,3 146,0 319,0 1,6 0,1 8,3 0,0 253,0 72,1 84,3 346,9 271,8 396,9 383,3 415,3 147,0 320,0 1,6 0,1 8,3 0,0 253,6 71,8 84,3 345,4 271,5 395,7 381,9 415,5 148,0 321,0 1,6 0,1 8,5 0,0 254,1 71,7 84,2 344,4 271,0 394,4 380,8 415,4 149,0 322,0 1,6 0,1 8,7 0,0 254,1 71,7 84,0 343,4 269,6 393,3 379,7 415,9 150,0 323,0 1,5 0,1 8,8 0,0 253,7 71,5 83,8 342,8 269,0 391,9 378,6 416,3 151,0 324,0 1,5 0,1 8,6 0,0 253,1 71,5 83,7 341,7 267,6 390,6 377,1 416,6 152,0 325,0 1,5 0,1 8,7 0,0 253,3 71,9 83,7 340,8 267,0 389,3 376,1 416,7 153,0 326,0 1,5 0,1 8,7 0,0 253,2 71,7 84,0 340,1 265,8 388,2 374,9 417,6 154,0 327,0 1,5 0,1 8,8 0,0 252,8 72,2 84,1 339,5 265,3 387,0 374,3 417,5 155,0 328,0 1,4 0,1 8,9 0,0 252,1 71,8 84,3 338,9 264,1 386,0 373,2 418,2 156,0 329,0 1,4 0,1 8,9 0,0 252,2 71,8 84,0 337,9 262,9 384,6 372,1 419,0 157,0 330,0 1,4 0,1 9,0 0,0 251,8 71,7 84,1 337,6 261,7 383,6 371,3 419,9 158,0 331,0 1,4 0,1 9,0 0,0 251,2 71,2 83,8 336,7 261,1 382,4 370,2 421,3 159,0 332,0 1,3 0,1 8,9 0,0 250,8 71,7 83,6 335,8 259,7 381,3 369,3 422,6 160,0 333,0 1,3 0,1 8,8 0,0 251,0 71,4 83,4 335,0 259,3 380,4 368,2 423,7 161,0 334,0 1,3 0,1 8,7 0,0 251,1 71,9 83,4 334,4 257,9 379,7 367,4 425,0 162,0 335,0 1,3 0,1 8,6 0,0 251,1 71,6 83,2 333,8 257,1 378,7 366,7 426,2 163,0 336,0 1,3 0,1 8,6 0,0 251,0 71,7 84,3 333,2 256,4 377,7 365,4 427,6 164,0 337,0 1,3 0,1 8,5 0,0 251,1 72,3 84,0 332,5 255,7 376,3 364,8 428,4 165,0 338,0 1,2 0,1 8,6 0,0 250,9 71,7 83,8 332,1 254,8 375,4 363,8 429,2 166,0 339,0 1,2 0,1 8,5 0,0 250,8 71,5 83,6 331,4 254,6 374,6 363,2 430,9 167,0 340,0 1,2 0,1 8,5 0,0 250,8 71,4 83,5 330,9 253,9 373,5 362,5 432,0 168,0 341,0 1,2 0,1 8,4 0,0 250,9 71,4 83,4 330,6 252,9 372,6 361,6 432,9 169,0 342,0 1,2 0,1 8,4 0,0 251,1 71,7 83,1 330,0 252,3 371,7 360,4 434,5 170,0 343,0 1,2 0,1 8,5 0,0 251,0 71,6 83,1 329,4 251,5 370,6 359,9 435,2 171,0 344,0 1,2 0,1 8,4 0,0 250,9 71,5 83,0 328,5 250,5 369,6 359,2 436,0 172,0 345,0 1,2 0,1 8,4 0,0 250,6 71,6 83,7 328,2 249,5 368,7 358,2 437,6 173,0 346,0 1,1 0,1 8,4 0,0 250,6 71,8 83,6 327,7 248,5 368,0 357,8 438,3 174,0 347,0 1,1 0,1 8,4 0,0 250,6 71,5 83,9 327,5 248,9 367,1 356,8 439,4 175,0 348,0 1,1 0,1 8,4 0,0 250,4 71,4 83,8 326,7 247,8 366,1 356,0 441,0 176,0 349,0 1,1 0,1 8,4 0,0 250,2 71,4 83,4 326,3 247,4 365,0 355,5 442,1 177,0 350,0 1,1 0,1 8,4 0,0 249,8 71,0 83,3 325,7 246,9 364,3 354,4 443,1 178,0 351,0 1,0 0,1 8,3 0,0 249,9 71,4 83,1 325,1 246,2 363,4 353,8 444,2 179,0 352,0 1,0 0,1 8,3 0,0 249,2 71,1 83,0 324,8 245,7 362,7 353,1 445,1 180,0 353,0 1,0 0,1 8,3 0,0 249,2 71,1 82,6 323,7 245,1 361,6 352,1 446,0 181,0 354,0 1,0 0,1 8,3 0,0 248,7 71,5 83,0 323,3 244,3 360,7 351,5 447,3 182,0 355,0 1,0 0,1 8,3 0,0 248,5 71,7 84,4 322,7 245,0 360,1 351,0 447,6 183,0 356,0 1,0 0,1 8,3 0,0 248,0 71,9 83,7 322,0 244,1 359,4 350,1 449,1 184,0 357,0 0,9 0,1 8,4 0,0 247,7 71,5 83,5 321,7 243,7 358,6 349,7 448,9 185,0 358,0 0,9 0,1 8,3 0,0 248,2 71,8 83,4 321,1 242,4 357,6 349,3 450,0 186,0 359,0 0,9 0,1 8,3 0,0 248,3 71,2 83,2 320,5 242,3 356,9 348,6 450,8 187,0 360,0 0,9 0,1 8,2 0,0 247,7 71,2 83,1 320,1 241,1 355,9 347,7 452,1 188,0 361,0 0,9 0,1 8,2 0,0 247,9 71,1 82,9 319,5 240,9 355,0 347,3 453,0 189,0 362,0 0,8 0,1 8,2 0,0 248,7 71,1 82,8 319,1 240,7 354,1 346,5 454,1 190,0 363,0 0,8 0,1 8,2 0,0 248,8 71,2 82,7 318,6 241,1 353,6 346,1 454,7 191,0 364,0 0,7 0,1 8,2 0,0 249,0 71,6 83,8 318,3 239,6 352,8 345,3 455,3 192,0 365,0 0,8 0,1 8,0 0,0 248,5 71,8 83,7 317,4 237,7 352,3 345,1 455,8 193,0 366,0 0,8 0,1 7,9 0,0 248,2 71,4 83,6 317,0 238,1 351,4 344,3 456,1 194,0 367,0 0,8 0,1 7,9 0,0 248,7 71,2 83,6 316,6 237,3 350,7 343,6 456,9 195,0 368,0 0,8 0,1 7,8 0,0 248,9 71,1 83,2 315,9 236,7 349,7 343,2 457,2 196,0 369,0 0,7 0,1 7,8 0,0 249,1 71,2 83,0 315,8 235,3 349,0 342,5 457,6 197,0 370,0 0,7 0,1 7,7 0,0 248,9 71,5 82,9 315,5 235,4 347,9 341,8 458,5 198,0 371,0 0,7 0,1 7,7 0,0 248,8 71,3 83,0 314,7 234,4 347,1 341,2 458,4 199,0 372,0 0,7 0,1 7,6 0,0 248,9 71,0 82,7 314,4 234,0 346,2 340,5 458,7 200,0 373,0 0,7 0,1 7,6 0,0 248,6 71,4 83,2 313,9 234,4 345,5 339,9 458,3 201,0 374,0 0,6 0,1 7,5 0,0 248,9 71,5 83,5 313,2 233,4 344,6 339,3 457,7 202,0 375,0 0,6 0,1 7,4 0,0 248,7 71,2 83,5 312,9 233,3 343,9 338,8 457,6 203,0 376,0 0,6 0,1 7,4 0,0 249,0 71,4 83,4 312,5 232,1 342,7 338,1 456,8 204,0 377,0 0,6 0,1 7,3 0,0 249,2 71,1 83,2 312,1 231,8 342,0 337,5 456,0 205,0 378,0 0,6 0,1 7,3 0,0 249,6 71,4 83,0 311,9 231,1 341,0 336,7 455,7 206,0 379,0 0,6 0,1 7,2 0,0 249,7 70,8 83,0 311,5 231,1 340,0 336,0 454,9 Particulates Calculations Page 2 of 3 DATA 2018-01-16 EPA PI 20162 RUN 2 CAT 2 MODEL GM 60 207,0 380,0 0,5 0,1 7,5 0,0 248,9 70,7 82,8 310,8 230,4 339,0 335,6 453,7 208,0 381,0 0,5 0,1 7,4 0,0 248,9 71,2 82,6 310,0 229,8 338,0 334,8 453,0 209,0 382,0 0,5 0,1 7,3 0,0 248,9 71,2 83,1 309,5 229,5 337,1 333,9 452,5 210,0 383,0 0,5 0,1 7,3 0,0 248,3 71,1 83,8 308,7 227,8 336,0 333,7 451,2 211,0 384,0 0,5 0,1 7,3 0,0 247,9 70,8 83,4 308,9 229,0 335,3 332,7 450,8 212,0 385,0 0,5 0,1 7,2 0,0 247,9 70,8 83,4 308,1 229,1 334,3 331,9 449,7 213,0 386,0 0,4 0,1 7,3 0,0 248,3 71,0 83,1 307,4 228,8 333,2 331,6 449,0 214,0 387,0 0,4 0,1 7,3 0,0 248,4 70,8 83,1 307,3 228,1 332,2 330,9 447,6 215,0 388,0 0,4 0,1 7,4 0,0 248,0 70,7 82,7 307,4 228,5 331,5 330,1 447,1 216,0 389,0 0,4 0,1 7,4 0,0 247,1 71,0 82,4 307,0 227,9 330,6 329,7 446,1 217,0 390,0 0,4 0,1 7,4 0,0 246,4 70,9 82,5 306,4 228,0 329,8 329,0 446,1 218,0 391,0 0,4 0,1 7,4 0,0 245,3 70,9 83,0 305,9 227,2 328,8 328,2 445,6 219,0 392,0 0,3 0,1 7,4 0,0 244,3 71,2 83,9 305,3 226,3 328,1 327,6 444,8 220,0 393,0 0,3 0,1 7,3 0,0 242,9 71,3 83,3 304,6 225,8 327,2 327,1 444,8 221,0 394,0 0,3 0,1 7,3 0,0 242,2 70,7 83,0 303,9 226,0 326,2 326,2 443,7 222,0 395,0 0,3 0,1 7,3 0,0 241,7 71,3 82,8 303,4 225,4 325,5 325,6 443,7 223,0 396,0 0,3 0,1 7,3 0,0 241,5 70,9 82,5 302,4 224,9 324,5 324,7 443,1 224,0 397,0 0,3 0,1 7,3 0,0 240,9 71,2 82,5 301,4 224,4 323,7 324,3 442,8 225,0 398,0 0,3 0,1 7,3 0,0 240,3 70,7 82,4 300,7 223,5 322,8 323,7 441,7 226,0 399,0 0,2 0,1 7,3 0,0 240,6 70,8 82,2 300,1 222,6 322,1 323,3 441,1 227,0 400,0 0,2 0,1 7,3 0,0 241,0 71,0 82,5 299,6 222,7 321,5 322,5 441,0 228,0 401,0 0,2 0,1 7,3 0,0 240,7 71,2 83,5 299,2 222,4 320,6 322,1 440,2 229,0 402,0 0,2 0,1 7,3 0,0 240,8 71,3 83,2 299,2 221,8 320,0 321,6 440,3 230,0 403,0 0,2 0,1 7,3 0,0 240,6 71,3 82,9 298,4 221,6 319,1 320,7 439,5 231,0 404,0 0,2 0,1 7,3 0,0 240,9 71,3 82,6 298,3 222,0 318,4 320,6 439,7 232,0 405,0 0,2 0,1 7,4 0,0 239,7 71,1 82,5 297,8 221,9 317,5 320,1 440,1 233,0 406,0 0,1 0,1 7,8 0,0 238,4 71,1 82,3 297,4 220,3 317,0 319,6 440,7 234,0 407,0 0,1 0,1 7,6 0,0 237,4 71,0 82,0 297,0 220,0 316,4 319,1 442,4 235,0 408,0 0,1 0,1 7,4 0,0 236,1 70,7 82,1 295,9 220,0 315,4 318,5 443,7 236,0 409,0 0,1 0,1 7,4 0,0 236,0 71,0 82,5 295,4 219,3 314,6 317,9 445,7 237,0 410,0 0,1 0,1 7,3 0,0 235,0 71,1 83,1 294,3 219,7 314,4 317,4 447,0 238,0 411,0 0,1 0,1 7,3 0,0 234,1 71,2 82,7 293,6 218,9 313,8 316,7 449,0 239,0 412,0 0,1 0,1 7,3 0,0 233,5 71,0 82,7 293,1 218,6 313,1 316,1 450,5 240,0 413,0 0,1 0,1 7,2 0,0 233,1 70,9 82,3 292,0 218,2 312,3 315,9 451,7 241,0 414,0 0,1 0,1 7,2 0,0 232,9 70,4 82,1 291,5 217,5 312,2 315,4 453,3 242,0 415,0 0,0 0,1 7,2 0,0 232,6 70,6 82,1 290,7 217,2 311,7 314,9 454,4 Particulates Calculations Page 3 of 3 DATA 2018-01-16 EPA PI 20162 RUN 2 CAT 2 MODEL GM 60 Manufacturer: HEARTHSTONE Model: GM 60 Overall Heating Efficiency: 80,29% 30,08 Run: 2 Combustion Efficiency: 98,96% 364,86 Project #: PI 20162 Heat Transfer Efficiency: 81,13% 10,47 Test Duration: 242 min HHV LHV Heat Output: 18 702 Btu/h 19 716 kJ/h Eff 80,29% 86,78% Heat Input: 23 295 Btu/h 24 557 kJ/h Comb Eff 98,96% 98,96% Ultimate CO2 HT Eff 81,13% 87,69% CO2-ult 19,64 Burn Duration: 4,03 h Output 19 716 kJ/h F0 Burn Rate 1,24 kg/h 1,062 Burn Rate: 2,73 lb/h 1,240 kg/h Grams CO 85 g Input 24 557 kJ/h Stack Temp: 287,9 Deg. F 142,2 Deg. C MC wet 17,09 Air Fuel Ratio (A/F) Dry Molecular Weight (Md) Dry Moles Exhaust Gas (Nr): Air Fuel Ratio (A/F) Note: In the “Input data”, "Calc. % O2", "Fuel Properties", and “Mass Balance” columns, [e], [d], [g], [a]. [b], [c], [h], [u], [w], [j], and [k] refer to their respective variables in Clauses 13.7.3 CSA B415.1 OE Calculations Page 1 of 1 DATA 2018-01-17 EPA PI 20162 RUN 3 CAT 2 MODEL GM 60 NO FAN Paramètres Tous les facteurs de corrections et autres paramètres qui peuvent être modifiés par l’utilisateur du fichier sont regroupés ici. Code verrouillage: HEA Description du test Test standard EPA Run # 3 Date 17-01-2018 Technicien M.M Project # PI 20162 Description de l'unité Manufacturier HEARTHSTONE Modèle GM 60 Combustion system Cat Appliance type WOOD STOVE Firebox volume 2,03 cu ft. Appliance weight empty N.A lbs Appliance weight full N.A lbs Paramètres du test Logging time 1 min Manufacturer's rated heat output BTU/h Donnée fournie par le manfacturier Targeted category 2 Targeted output N.A BTU/h Cp steel N.A BTU/lb-°F Échantillonnage Blank sampling rate 0,20 cuft/min Internal probe diameter 0,18 in. Calibration Factor (DGM #1): 0,988 Dimensionless Equipment number (DGM #1): EM 178 Calibration Factor (DGM #2): 0,988 Dimensionless Equipment number (DGM #2): EM 179 Calibration Factor (DGM #3): 0,986 Equipment number (DGM #3): EM 070 Dimensionless Tunnel Targeted tunnel flow rate 140 scfm Tunnel diameter 6 in. Molecular weight 29 Pitot tube type Standard Pitot tube coefficient 0,99 Dimensionless Project nu. PI 20162 Date 17-01-2018 Technicien M.M Fuel data Fuel type Dimension Fuel specie D. Fir HHV 19810,0 kJ/kg D. Fir Oak/Maple %C 48,7 HHV 19 810 19 887 %H 6,9 %C 48,73 50 %O 43,9 %H 6,87 6,6 %Ash 0,5 %O 43,9 42,9 HHV 8519,2 Btu/lb %Ash 0,5 0,5 LHV 7451,0 Btu/lb HHV (Btu/lb) 8519 8552 LHV (Btu/lb) 7451 7480 Default Fuel Values Paramètres Page 1 of 1 Confidentiel 06/02/2018 Page 1 FUEL LOAD DATA SHEET, CSA B415 Lower Ideal Upper 12,8 14,2 15,6 * For boilers, a loading density factor of 10 lb/ft3 is applied Load Volume: 0,43 cu. ft Loading Density: 6,5 lbs./ft3 Number of Spaces: 12 Load Density (wet): 30,6 lbs./ft3 Spacer weight: lbs Dry Wood Density: 25,4 lbs./ft3 Weight Ave. MC x Volume Ave. MC Thick Wide xLength lbs Weight Cubic Inches % 1,5 3,5 17,25 1,94 21,10 21,60 21,10 21,80 21,70 41,54656 90,56 21,5 1,5 3,5 17,25 1,86 19,10 19,60 19,30 19,40 19,40 36,0096 90,56 19,4 3,5 3,5 17,25 4,08 20,60 19,10 19,10 19,90 20,10 80,6208 211,31 19,8 3,5 3,5 17,25 4,09 20,10 20,10 22,00 21,70 22,00 86,6262 211,31 21,2 1,5 0,75 5 0,09 19,10 1,7954 5,63 19,1 1,5 0,75 5 0,09 19,30 1,7756 5,63 19,3 1,5 0,75 5 0,09 19,60 1,764 5,63 19,6 1,5 0,75 5 0,09 19,20 1,8048 5,63 19,2 1,5 0,75 5 0,09 19,30 1,8142 5,63 19,3 1,5 0,75 5 0,10 19,20 1,92 5,63 19,2 1,5 0,75 5 0,09 19,50 1,833 5,63 19,5 1,5 0,75 5 0,10 19,10 1,8336 5,63 19,1 1,5 0,75 5 0,09 19,60 1,8032 5,63 19,6 1,5 0,75 5 0,09 19,40 1,746 5,63 19,4 1,5 0,75 5 0,09 19,80 1,8612 5,63 19,8 1,5 0,75 5 0,10 19,60 1,9208 5,63 19,6 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 SUM MCx 266,67496 19,7 % Test Load Weight: 13,09 lbs. Dry Weight: 4,93 kg. Average Moisture Content: % Dry: 20,37 Dry(EPA) 20,37 20,37 Wet: 16,92 Dry(B415 20,37 Must be 19-25 must be 15,2-22 Coal Bed Range: 2,6 lbs. to 3,3 lbs. TEST CHARGE: Project nu. PI 20162 Coal bed weight: 2,7 lbs. Date 17-01-2018 Technicien M.M Test Load Weight: Piece Size (in): Meter Moisture Content Dry Uncorrected % Load Data Page 1 of 1 DATA 2018-01-17 EPA PI 20162 RUN 3 CAT 2 MODEL GM 60 NO FAN Preload data sheet Lower Ideal Upper 12,79 14,21 15,63 Load Volume: 0,5185 cu. ft Loading Density: 8,154 lbs./ft3 Number of Spaces: Load Density (wet): 31,922 lbs./ft3 Spacer weight (lbs): Dry Wood Density: 26,235797 Weight Ave. MC x Volume Thick Wide x Length lbs Weight Cubic Inches 2 4 8 1,232 21,3 21,6 21,8 22 22,1 26,80832 64,00 2 4 8 1,268 22,3 22,4 21,9 21,8 21,9 27,97208 64,00 2 4 8 1,188 23 22,8 21,9 22,4 22,6 26,77752 64,00 2 4 8 1,32 23 22,3 21,9 21,6 21,4 29,0928 64,00 2 4 8 1,28 22,3 22,8 22,4 22,9 21,9 28,7488 64,00 2 4 8 1,25 23 23,4 23,3 22,9 23 28,9 64,00 2 4 8 1,044 23,6 23,4 23,6 23,5 23,2 24,49224 64,00 2 4 8 1,058 19,6 19,3 20,1 20,6 20,9 21,2658 64,00 2 4 8 1,142 20,6 20,8 20,9 20,7 20,8 23,70792 64,00 2 4 8 1,25 21,3 21,6 21,9 21,4 21,8 27 64,00 2 4 8 1,134 22 22,3 21,6 20,9 21,1 24,47172 64,00 2 4 8 1,144 20,8 20,9 20,4 20,8 20,7 23,70368 64,00 2 4 8 1,12 21,6 21,4 21,3 20,9 20,8 23,744 64,00 2 4 8 1,122 19,6 19,9 19,3 19,8 19,6 22,03608 64,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 SUM MCx 358,72096 PreTest Load Weight: 16,55 lbs. Dry Weight: 6,17 kg. Average Moisture Content: % Dry: 21,67 21,67 Wet: 17,81 Must be 18-28 must be 15,2-22 Project nu. PI 20162 Date 17-01-2018 Technicien M.M Test Load Weight: Piece Size (in): Meter Moisture Content Dry Uncorrected % Preload Data Page 1 of 1 DATA 2018-01-17 EPA PI 20162 RUN 3 CAT 2 MODEL GM 60 NO FAN Filter set weight Ambient blank (g) Date Heure probe front back gasket probe front back gasket probe front back gasket Filter Number 9 21 22 8 11 23 24 9 42 25 26 10 27 Before (1) Before (2) Before (3) Before (4) Before (5) 61,4481 0,1263 0,1262 35,7852 93,7241 0,1245 0,1241 35,7870 110,3110 0,1246 0,1266 35,3365 0,1285 16/01/2018 17:00 Before (6) 61,4481 0,1263 0,1261 35,7851 93,7242 0,1246 0,1241 35,7869 110,3111 0,1245 0,1265 35,3366 0,1286 17/01/2018 10:00 After (1) 61,4487 0,1264 0,1262 35,7866 93,7257 0,1243 0,1236 35,7888 110,3113 0,1246 0,1260 35,3386 0,1288 17/01/2018 16:00 After (2) 61,4481 0,1261 0,1261 35,7863 93,7243 0,1240 0,1234 35,7883 110,3111 0,1244 0,1258 35,3383 0,1286 29/01/2018 08:00 After (3) 61,4481 0,1261 0,1261 35,7863 93,7243 0,1240 0,1234 35,7883 110,3112 0,1244 0,1259 35,3383 0,1286 05/02/2018 08:00 After (4) After (5) After (6) 61,4481 0,1261 0,1261 35,7863 93,7243 0,1240 0,1234 35,7883 110,3112 0,1244 0,1259 35,3383 0,1286 05/02/2018 08:00 Difference 0,0000 -0,0002 0,0000 0,0012 0,0001 -0,0006 -0,0007 0,0014 0,0001 -0,0001 -0,0006 0,0017 0,0000 Total (mg) 1 1,2 1,1 0 Total ajusté (mg) 1,00 1,20 1,10 Project nu. PI 20162 Date 17-01-2018 Technicien mm System 2 (g) System 1 (g) 1st hour System 1 (g) Filter set weight Page 1 of 1 DATA 2018-01-17 EPA PI 20162 RUN 3 CAT 2 MODEL GM 60 NO FAN SFBA EPA EMISSION RESULTS RESULTS Average emission rate: 0,3 g/hr Burn Rate : 1,170 Dry kg/hr Test Duration: 253 min PRESSURE FACTOR: DGM 1 0,98366 BAROMETRIC PRESSURE DGM 2 0,98299 Average: 30,194414 in Hg DGM 3 1,00917 Start: 30,268239 in Hg End: 30,120589 in Hg TEMPERATURE FACTORS DGM 1 0,98553 DGM 2 0,98425 DGM CONTROLLER VALUES DGM 3 0,99208 DGM 1 Final: 21940,714 Cuft Initial: 21894,505 Cuft VOLUMES SAMPLED DGM 1 44,253 SCft DGM 2 Final: 19330,921 Cuft DGM 2 44,804 Scft Initial: 19284,070 Cuft DGM 3 30,585 SCft DGM #3 Final: 717,870 Cuft Initial: 686,900 Cuft TOTAL TUNNEL VOLUME : 43388 TEMPERATURES SAMPLE RATIOS DGM 1 535,752 °R Sample Train 1: 980,451 DGM 2 536,447 °R Sample Train 2: 968,395 CALIBRATION FACTORS Paticulate concentration DGM 1 0,9879 Sample Train 1 0,000027 g/dscf DGM 2 0,9884 Sample Train 2 0,000025 g/dscf DGM #3 0,9864 Room 0,000000 g/dscf TUNNEL FLOW RATE: 171,492 Dscfm TOTAL EMISSIONS PARTICULATE CATCH Sample Train 1 1,18 g Total Sample Train 1: 1,20 mg Sample Train 2 1,07 g Total Sample Train 2: 1,10 mg Total Sample Train 1 1st hour: 1,00 mg EMISSION RATES Sample Train 1 0,28 g/hr Sample Train 2 0,25 g/hr 1st hour emission rate 0,98 g/hr DEVIATION: 4,97% Train 1 Train 2 Cs 2,712E-05 2,45516E-05 Particulates Calculations Page 1 of 1 DATA 2018-01-17 EPA PI 20162 RUN 3 CAT 2 MODEL GM 60 NO FAN Average 0,11 10,09 #DIV/0! 301,15 72,22 90,62 440,82 437,51 383,10 371,34 399,13 ***** *1 *2 *3 *4 *5 *6 *7 *8 Elapsed Weight Flue Room Tunnel Unit Unit Unit Unit Unit Time Raw data row Remaining CO CO2 O2 Gas Temp Dry Bulb Top Back R.Side L.Side Bottom min lbs %%% °F °F °F °F °F °F °F °F 0,00 203,00 13,1 0,0 4,5 0,0 279,2 71,5 121,2 364,4 440,9 369,6 335,2 581,2 1,0 204,0 13,0 0,2 1,1 0,0 297,6 71,7 99,3 358,4 440,6 368,7 334,5 574,3 2,0 205,0 12,8 0,1 4,5 0,0 326,2 71,5 99,9 357,4 439,7 367,9 333,4 569,3 3,0 206,0 12,7 0,1 6,0 0,0 347,7 71,8 101,6 359,7 438,6 366,5 332,4 562,1 4,0 207,0 12,6 0,1 8,3 0,0 340,5 71,6 95,7 366,6 437,1 365,2 331,5 559,7 5,0 208,0 12,5 0,1 9,0 0,0 321,0 71,7 92,0 368,5 435,3 363,7 330,4 554,6 6,0 209,0 12,5 0,0 5,0 0,0 307,5 71,6 91,1 368,8 433,4 361,9 329,2 550,7 7,0 210,0 12,4 0,0 4,7 0,0 299,2 71,2 90,5 367,6 431,0 360,1 328,0 546,8 8,0 211,0 12,4 0,0 4,8 0,0 294,4 71,2 89,8 366,3 428,5 358,3 326,8 543,0 9,0 212,0 12,3 0,0 5,1 0,0 291,7 71,5 90,0 366,2 425,9 356,1 325,3 538,2 10,0 213,0 12,2 0,1 7,8 0,0 292,8 71,7 90,4 368,6 423,0 353,8 323,9 533,7 11,0 214,0 12,1 0,1 10,6 0,0 302,0 71,6 91,9 371,8 420,3 351,8 322,5 528,9 12,0 215,0 12,0 0,2 11,6 0,0 307,7 72,1 92,1 377,1 417,6 349,4 321,3 523,6 13,0 216,0 11,9 0,1 11,0 0,0 306,8 71,6 91,8 383,1 415,0 347,4 320,2 519,4 14,0 217,0 11,8 0,1 10,7 0,0 303,3 71,4 91,5 386,8 412,3 345,8 319,3 516,1 15,0 218,0 11,7 0,1 9,3 0,0 302,7 71,4 91,6 390,0 409,7 344,4 318,7 511,2 16,0 219,0 11,6 0,1 8,8 0,0 304,1 71,3 91,5 393,7 407,3 342,8 318,2 506,8 17,0 220,0 11,5 0,1 11,3 0,0 309,5 71,3 92,3 398,8 405,0 341,6 317,6 502,0 18,0 221,0 11,3 0,3 12,1 0,0 315,6 71,7 92,8 405,1 402,9 340,7 317,4 497,2 19,0 222,0 11,3 0,3 12,5 0,0 321,4 71,7 93,1 412,2 400,9 339,7 317,3 493,0 20,0 223,0 11,1 0,2 13,0 0,0 325,7 71,9 93,0 418,3 399,2 338,8 317,2 489,0 21,0 224,0 11,0 0,1 12,7 0,0 328,7 72,1 93,2 424,8 397,6 338,4 317,6 485,0 22,0 225,0 10,9 0,1 13,3 0,0 332,3 72,1 94,0 431,5 396,2 338,3 317,6 481,4 23,0 226,0 10,7 0,2 13,5 0,0 334,6 71,9 93,8 436,5 395,1 338,2 317,9 476,8 24,0 227,0 10,6 0,2 13,3 0,0 336,6 72,0 94,0 441,7 394,2 338,4 318,5 474,0 25,0 228,0 10,5 0,1 13,5 0,0 339,3 72,2 94,3 447,4 393,4 338,9 318,9 469,2 26,0 229,0 10,4 0,1 13,9 0,0 342,9 72,2 93,6 454,0 393,0 339,5 319,6 465,5 27,0 230,0 10,2 0,1 14,0 0,0 346,9 72,2 94,0 459,2 392,7 340,2 320,5 461,9 28,0 231,0 10,1 0,1 14,4 0,0 351,4 72,0 94,3 465,3 392,5 340,9 321,3 458,5 29,0 232,0 10,0 0,1 15,0 0,0 354,9 71,8 94,5 471,7 392,6 341,9 322,3 454,3 30,0 233,0 9,8 0,2 15,2 0,0 357,2 72,3 94,8 477,4 392,9 342,9 323,4 450,7 31,0 234,0 9,7 0,4 15,2 0,0 359,3 72,1 95,4 483,4 393,4 344,0 324,8 447,3 32,0 235,0 9,6 0,5 15,1 0,0 360,8 72,4 95,9 488,7 394,1 345,4 326,1 444,2 33,0 236,0 9,4 0,6 15,4 0,0 362,9 72,2 96,0 495,8 395,0 347,1 327,5 441,5 34,0 237,0 9,3 0,6 15,5 0,0 365,1 72,3 96,1 502,2 396,0 348,5 329,3 439,0 35,0 238,0 9,2 0,7 15,6 0,0 366,8 72,1 96,4 508,1 397,1 350,3 331,1 436,2 36,0 239,0 9,1 0,7 15,6 0,0 369,3 72,5 96,7 513,6 398,4 352,1 333,0 433,0 37,0 240,0 8,9 0,7 15,8 0,0 370,6 72,4 96,4 519,5 399,6 354,2 335,0 430,2 38,0 241,0 8,8 0,7 15,8 0,0 372,0 72,0 96,9 523,7 401,2 356,3 337,0 427,7 39,0 242,0 8,6 0,8 15,8 0,0 373,4 72,4 97,2 528,6 402,7 358,6 338,9 424,8 40,0 243,0 8,5 0,9 15,8 0,0 374,3 72,7 97,0 533,8 404,5 360,8 341,0 421,1 41,0 244,0 8,3 0,9 15,9 0,0 375,8 72,7 97,6 538,5 406,3 363,5 343,1 418,8 42,0 245,0 8,2 1,3 15,8 0,0 376,8 72,1 97,7 542,2 408,2 365,8 345,0 415,7 43,0 246,0 8,1 1,4 15,8 0,0 376,8 72,5 97,8 545,8 410,1 368,3 347,2 414,7 44,0 247,0 7,9 1,2 15,8 0,0 377,4 72,1 98,1 548,7 412,2 370,7 349,7 412,1 45,0 248,0 7,8 0,9 15,9 0,0 377,2 72,3 98,2 551,2 414,3 373,4 351,9 409,5 46,0 249,0 7,7 0,6 15,8 0,0 377,8 72,7 97,8 554,3 416,4 375,9 354,3 407,6 47,0 250,0 7,6 0,4 15,5 0,0 377,1 72,8 97,6 556,8 418,6 378,6 356,7 405,2 48,0 251,0 7,4 0,3 15,4 0,0 376,9 72,4 97,5 556,5 420,6 381,0 359,3 403,0 49,0 252,0 7,3 0,3 15,4 0,0 376,4 72,8 97,7 557,6 422,9 383,7 361,6 400,8 50,0 253,0 7,2 0,2 15,3 0,0 375,1 73,2 97,3 559,3 425,1 386,1 363,9 398,1 51,0 254,0 7,1 0,2 15,2 0,0 374,4 73,0 97,9 561,0 427,4 388,5 366,3 396,0 52,0 255,0 7,0 0,2 15,2 0,0 373,1 72,7 97,4 561,2 429,6 390,9 368,4 393,4 53,0 256,0 6,9 0,2 15,2 0,0 373,0 72,9 97,2 561,0 431,7 393,2 370,5 392,9 54,0 257,0 6,8 0,1 15,2 0,0 372,6 72,4 98,3 563,7 433,8 395,4 372,9 390,9 55,0 258,0 6,7 0,2 15,2 0,0 372,1 72,6 97,6 562,5 435,8 397,6 374,8 388,7 56,0 259,0 6,5 0,2 15,3 0,0 372,4 72,9 97,5 561,9 437,7 399,5 377,0 387,3 57,0 260,0 6,4 0,1 15,3 0,0 371,5 72,6 97,7 563,7 439,9 401,6 378,8 385,6 58,0 261,0 6,3 0,1 15,3 0,0 371,4 72,1 96,6 563,4 441,8 403,8 380,6 384,0 59,0 262,0 6,2 0,1 15,2 0,0 370,6 72,8 96,9 564,5 443,7 406,1 383,0 382,1 60,0 263,0 6,1 0,2 15,3 0,0 370,6 73,0 97,0 565,5 445,6 408,2 384,4 379,8 61,0 264,0 6,0 0,2 15,3 0,0 370,8 73,3 97,8 566,8 447,4 410,4 386,1 378,1 62,0 265,0 5,9 0,3 15,4 0,0 370,7 72,2 97,8 567,1 449,3 412,0 387,8 376,7 63,0 266,0 5,8 0,3 15,4 0,0 370,6 72,8 97,8 566,4 450,9 414,2 389,3 376,3 64,0 267,0 5,7 0,3 15,5 0,0 370,6 72,6 98,2 567,9 452,6 416,1 390,9 374,9 65,0 268,0 5,5 0,4 15,5 0,0 371,3 72,8 97,9 567,2 454,5 418,1 392,6 373,5 66,0 269,0 5,4 0,4 15,5 0,0 371,3 72,9 97,2 568,3 456,1 419,9 394,1 372,4 67,0 270,0 5,4 0,3 15,6 0,0 371,2 73,1 97,1 567,9 457,8 421,6 395,5 371,1 68,0 271,0 5,2 0,3 15,7 0,0 371,1 72,8 96,9 568,8 459,6 423,2 397,1 369,9 69,0 272,0 5,1 0,2 15,7 0,0 371,0 72,8 96,9 569,8 461,4 425,1 398,7 368,8 70,0 273,0 5,0 0,1 15,8 0,0 370,1 73,5 96,7 570,9 463,3 426,8 400,1 366,7 71,0 274,0 4,9 0,1 15,7 0,0 368,5 73,2 97,1 572,1 465,0 429,0 401,7 365,6 72,0 275,0 4,8 0,1 15,8 0,0 367,0 73,0 97,0 573,7 466,8 430,8 402,9 364,7 73,0 276,0 4,7 0,1 15,8 0,0 366,2 73,0 96,6 572,3 468,6 432,8 404,5 363,9 74,0 277,0 4,6 0,1 15,7 0,0 364,6 73,0 97,3 573,3 470,5 434,7 405,9 363,4 75,0 278,0 4,6 0,1 15,6 0,0 363,3 73,5 97,1 571,9 472,2 436,5 407,4 362,7 76,0 279,0 4,4 0,2 15,6 0,0 361,3 73,3 96,6 571,1 474,0 438,6 408,8 361,9 77,0 280,0 4,3 0,2 15,4 0,0 359,4 73,3 96,2 569,4 475,8 440,1 410,5 361,1 78,0 281,0 4,3 0,1 15,3 0,0 358,0 72,9 96,3 569,3 477,5 442,0 411,7 360,2 79,0 282,0 4,2 0,1 15,0 0,0 355,3 73,1 95,7 568,4 479,3 443,4 413,3 359,1 80,0 283,0 4,1 0,0 14,5 0,0 353,0 73,3 95,5 568,1 481,1 445,3 414,7 358,0 81,0 284,0 4,0 0,0 14,1 0,0 349,5 73,1 94,8 567,8 482,9 446,9 416,2 356,8 82,0 285,0 4,0 0,0 13,7 0,0 346,7 73,5 95,6 566,2 484,4 448,5 417,4 356,9 83,0 286,0 3,9 0,0 13,4 0,0 343,3 73,6 94,9 565,2 486,1 449,8 418,6 355,3 84,0 287,0 3,8 0,0 13,2 0,0 340,6 73,2 94,9 560,5 487,4 450,9 419,8 356,0 85,0 288,0 3,7 0,0 13,1 0,0 338,1 73,3 95,3 557,7 488,9 451,8 420,9 355,3 86,0 289,0 3,6 0,0 13,0 0,0 335,5 73,6 94,3 554,7 490,4 452,3 422,2 354,8 87,0 290,0 3,6 0,0 12,9 0,0 333,5 73,4 93,7 550,7 491,6 452,8 423,4 354,7 88,0 291,0 3,5 0,0 12,8 0,0 331,5 73,3 93,7 546,9 492,7 453,5 424,4 353,9 89,0 292,0 3,4 0,0 12,8 0,0 329,6 73,4 93,1 545,0 493,8 453,7 425,3 353,5 90,0 293,0 3,4 0,0 12,9 0,0 327,3 72,6 93,1 541,4 494,7 453,8 426,5 353,3 91,0 294,0 3,3 0,0 12,9 0,0 325,3 73,2 93,2 541,0 495,7 453,5 427,4 352,2 92,0 295,0 3,3 0,0 12,8 0,0 323,0 73,1 93,3 536,4 496,4 454,1 428,1 351,7 93,0 296,0 3,2 0,0 12,7 0,0 321,0 73,5 92,8 535,5 497,2 454,0 428,5 351,6 94,0 297,0 3,2 0,0 12,4 0,0 319,3 73,4 92,9 533,3 497,7 454,1 429,3 352,0 95,0 298,0 3,1 0,0 12,3 0,0 317,9 73,0 92,8 528,5 498,2 454,2 429,9 351,6 96,0 299,0 3,0 0,0 13,1 0,0 317,2 72,8 92,5 525,2 498,9 454,3 430,6 351,8 97,0 300,0 3,0 0,0 13,2 0,0 315,4 72,4 91,9 522,6 499,4 453,7 430,8 351,0 98,0 301,0 2,9 0,0 13,1 0,0 313,5 72,6 91,7 520,9 499,9 453,7 431,4 350,9 99,0 302,0 2,9 0,0 13,0 0,0 312,4 73,4 91,6 517,5 500,0 454,0 431,7 351,5 100,0 303,0 2,8 0,0 12,5 0,0 310,7 72,7 91,3 515,0 500,5 454,1 432,1 351,1 Particulates Calculations Page 1 of 3 DATA 2018-01-17 EPA PI 20162 RUN 3 CAT 2 MODEL GM 60 NO FAN 101,0 304,0 2,8 0,0 12,5 0,0 308,5 72,8 91,4 512,5 500,9 454,0 432,4 351,6 102,0 305,0 2,7 0,0 12,4 0,0 307,0 72,9 91,6 510,4 501,2 453,7 432,7 351,5 103,0 306,0 2,7 0,0 12,2 0,0 305,3 72,0 91,6 508,1 501,6 453,7 432,9 352,0 104,0 307,0 2,7 0,0 11,9 0,0 303,5 72,3 91,6 505,8 501,7 453,6 433,2 352,4 105,0 308,0 2,6 0,0 11,3 0,0 302,4 71,8 91,4 502,5 501,8 454,1 433,5 353,7 106,0 309,0 2,6 0,0 10,8 0,0 301,5 72,2 91,1 500,0 501,7 454,1 434,1 354,5 107,0 310,0 2,5 0,0 10,8 0,0 300,5 72,1 90,9 496,6 501,5 454,0 434,3 355,4 108,0 311,0 2,5 0,0 10,6 0,0 299,9 72,2 90,5 494,3 501,1 453,6 434,7 356,0 109,0 312,0 2,5 0,0 10,6 0,0 298,8 72,3 90,4 490,5 500,7 453,3 434,7 356,3 110,0 313,0 2,5 0,0 10,4 0,0 297,1 71,8 90,4 488,3 500,3 452,5 434,8 356,9 111,0 314,0 2,5 0,0 10,3 0,0 296,1 71,6 89,9 484,8 499,4 451,6 434,6 357,1 112,0 315,0 2,4 0,0 10,3 0,0 295,0 71,6 89,6 481,2 498,3 451,1 434,8 357,9 113,0 316,0 2,4 0,0 10,3 0,0 294,1 72,2 90,3 478,4 497,5 450,3 434,4 359,2 114,0 317,0 2,3 0,0 10,2 0,0 292,9 71,8 89,9 476,7 496,5 449,6 433,8 359,7 115,0 318,0 2,3 0,0 10,2 0,0 292,3 72,3 89,9 472,1 495,3 448,6 433,5 361,0 116,0 319,0 2,3 0,0 10,1 0,0 291,4 71,8 90,1 470,0 493,9 448,1 433,1 361,9 117,0 320,0 2,3 0,0 10,1 0,0 290,8 71,9 90,0 467,7 492,8 447,2 432,7 362,7 118,0 321,0 2,3 0,0 10,1 0,0 290,1 72,0 90,1 465,3 491,5 446,4 432,3 362,9 119,0 322,0 2,2 0,0 10,0 0,0 289,5 72,4 89,5 463,9 490,2 445,7 431,7 364,3 120,0 323,0 2,2 0,0 10,0 0,0 288,6 72,1 89,2 460,2 488,9 445,0 431,3 364,8 121,0 324,0 2,2 0,0 9,8 0,0 288,5 72,4 89,0 458,4 487,8 443,8 430,0 365,5 122,0 325,0 2,2 0,0 9,7 0,0 288,1 72,7 88,8 456,4 486,4 442,5 429,4 366,0 123,0 326,0 2,2 0,0 9,7 0,0 287,4 73,0 90,0 454,7 485,2 441,7 428,7 367,5 124,0 327,0 2,1 0,0 9,7 0,0 286,8 72,5 89,3 451,9 484,0 440,5 427,9 368,0 125,0 328,0 2,1 0,0 9,6 0,0 286,6 72,6 89,2 450,3 482,8 439,6 427,2 368,3 126,0 329,0 2,1 0,0 9,6 0,0 286,1 72,6 89,7 448,4 481,5 438,6 426,4 369,2 127,0 330,0 2,0 0,0 9,5 0,0 285,8 72,4 89,2 447,1 480,4 437,7 425,5 370,2 128,0 331,0 2,0 0,0 9,4 0,0 285,5 72,5 88,7 445,4 479,1 436,5 424,5 370,4 129,0 332,0 2,0 0,0 9,3 0,0 284,9 72,6 89,1 443,9 477,9 435,5 424,0 371,0 130,0 333,0 2,0 0,0 8,3 0,0 285,0 72,5 88,3 441,7 476,8 434,1 422,9 372,4 131,0 334,0 2,0 0,0 7,9 0,0 284,5 72,8 88,9 439,6 475,4 433,2 422,0 373,3 132,0 335,0 2,0 0,0 7,8 0,0 284,1 72,8 88,8 437,3 474,3 431,9 420,9 372,9 133,0 336,0 1,9 0,0 7,8 0,0 283,7 73,0 89,3 435,7 473,0 430,7 419,6 373,6 134,0 337,0 1,9 0,0 7,8 0,0 283,3 72,6 88,7 433,9 471,8 428,9 418,3 374,2 135,0 338,0 1,9 0,0 7,8 0,0 283,0 72,5 89,3 432,1 470,5 427,8 417,1 375,4 136,0 339,0 1,9 0,0 7,8 0,0 282,3 72,6 89,1 430,8 469,4 426,4 415,8 375,8 137,0 340,0 1,9 0,0 7,8 0,0 282,5 72,7 89,0 428,4 468,2 424,5 414,7 376,2 138,0 341,0 1,9 0,0 7,7 0,0 282,5 72,5 88,6 427,4 466,9 422,7 413,2 376,7 139,0 342,0 1,8 0,0 7,7 0,0 282,4 72,5 88,7 425,6 465,8 421,7 411,7 377,2 140,0 343,0 1,8 0,0 7,7 0,0 282,5 72,1 88,5 423,4 464,6 419,7 410,4 377,7 141,0 344,0 1,8 0,0 7,7 0,0 282,4 72,4 88,2 422,8 463,5 417,9 409,0 377,9 142,0 345,0 1,8 0,0 7,7 0,0 282,4 72,5 88,3 420,3 462,3 416,1 407,5 378,6 143,0 346,0 1,8 0,0 7,7 0,0 281,4 72,6 88,2 418,5 461,3 414,1 405,9 377,6 144,0 347,0 1,8 0,0 7,7 0,0 280,7 73,0 88,8 418,0 460,3 412,5 404,2 378,2 145,0 348,0 1,8 0,0 7,7 0,0 280,8 72,6 88,4 416,5 459,2 410,8 402,8 378,3 146,0 349,0 1,7 0,0 7,7 0,0 280,7 72,4 88,3 414,4 458,3 409,1 401,2 379,5 147,0 350,0 1,7 0,0 7,6 0,0 280,5 72,3 88,0 413,5 457,4 407,5 400,0 379,6 148,0 351,0 1,7 0,0 7,6 0,0 280,2 72,1 87,7 412,2 456,6 405,7 398,5 379,8 149,0 352,0 1,7 0,0 7,6 0,0 279,7 72,1 87,7 411,3 455,7 403,9 397,1 380,1 150,0 353,0 1,7 0,0 7,6 0,0 279,3 72,0 88,1 410,0 454,7 402,4 395,7 380,1 151,0 354,0 1,6 0,0 7,6 0,0 279,1 72,2 87,6 408,5 454,0 400,7 394,5 380,5 152,0 355,0 1,6 0,0 7,5 0,0 279,1 71,9 87,7 407,7 453,1 398,9 393,0 380,3 153,0 356,0 1,6 0,0 7,5 0,0 278,6 72,7 87,6 406,3 452,2 396,9 391,4 380,4 154,0 357,0 1,6 0,0 7,5 0,0 278,5 72,4 87,5 405,6 451,4 395,7 390,3 380,9 155,0 358,0 1,6 0,0 7,6 0,0 277,5 72,4 88,1 404,4 450,7 393,9 389,0 380,8 156,0 359,0 1,6 0,0 7,6 0,0 277,6 71,9 87,9 402,4 449,7 392,3 387,2 380,7 157,0 360,0 1,6 0,0 7,6 0,0 277,6 71,9 87,5 402,1 448,8 390,6 385,8 380,2 158,0 361,0 1,5 0,0 7,6 0,0 277,1 71,8 87,1 400,3 448,1 389,1 384,5 381,0 159,0 362,0 1,5 0,0 7,6 0,0 277,1 72,1 87,3 399,9 447,2 387,8 383,1 381,5 160,0 363,0 1,5 0,0 7,6 0,0 276,6 72,1 86,8 399,5 446,5 386,2 382,1 381,5 161,0 364,0 1,5 0,0 7,5 0,0 275,8 72,1 87,0 398,4 445,6 384,7 380,9 381,5 162,0 365,0 1,5 0,0 7,5 0,0 276,1 71,7 87,9 397,5 444,9 383,3 379,5 381,2 163,0 366,0 1,5 0,0 7,5 0,0 275,7 72,2 87,4 396,5 444,1 381,9 378,3 382,0 164,0 367,0 1,5 0,0 7,4 0,0 275,4 72,1 87,6 395,7 442,9 380,4 377,3 381,5 165,0 368,0 1,4 0,0 7,4 0,0 274,8 72,4 87,8 394,0 442,2 379,1 376,2 382,2 166,0 369,0 1,4 0,0 7,4 0,0 274,4 72,2 87,2 394,3 441,4 377,8 375,1 382,0 167,0 370,0 1,4 0,0 7,3 0,0 274,2 72,2 87,5 393,7 440,5 376,7 374,2 382,4 168,0 371,0 1,4 0,0 7,3 0,0 274,5 72,0 88,3 392,5 439,7 375,3 373,0 382,0 169,0 372,0 1,4 0,0 7,3 0,0 274,7 71,9 87,8 392,5 438,9 374,1 372,0 382,2 170,0 373,0 1,3 0,0 7,3 0,0 275,2 71,8 87,4 391,7 438,1 373,0 371,2 382,2 171,0 374,0 1,3 0,0 7,2 0,0 275,0 71,7 86,9 390,7 437,3 371,7 370,3 382,4 172,0 375,0 1,3 0,0 7,2 0,0 275,2 71,9 87,3 389,8 436,6 370,5 369,1 382,1 173,0 376,0 1,3 0,0 7,2 0,0 275,0 71,8 87,3 388,9 435,6 369,2 368,2 382,3 174,0 377,0 1,3 0,0 7,2 0,0 274,4 72,4 87,5 388,2 434,6 367,9 367,1 381,1 175,0 378,0 1,3 0,0 7,2 0,0 274,2 72,6 87,2 387,5 433,8 366,7 366,0 380,7 176,0 379,0 1,2 0,0 7,1 0,0 273,3 72,3 87,4 386,9 433,0 365,4 365,2 380,2 177,0 380,0 1,2 0,0 7,1 0,0 273,4 72,1 87,6 386,4 432,2 364,5 364,2 380,9 178,0 381,0 1,2 0,0 7,1 0,0 272,8 72,2 87,2 385,7 431,3 363,1 363,3 381,0 179,0 382,0 1,2 0,0 7,1 0,0 272,2 72,0 86,7 384,9 430,3 361,8 362,2 379,5 180,0 383,0 1,2 0,0 7,0 0,0 272,2 71,8 87,1 384,4 429,5 360,8 361,3 379,8 181,0 384,0 1,2 0,0 7,0 0,0 272,0 71,9 87,3 383,1 428,7 359,7 360,4 379,1 182,0 385,0 1,1 0,0 6,9 0,0 271,4 71,8 86,6 382,7 427,9 358,5 359,5 379,0 183,0 386,0 1,1 0,0 6,8 0,0 271,6 71,7 86,1 381,9 426,9 357,7 358,5 378,1 184,0 387,0 1,1 0,0 6,8 0,0 270,9 72,1 86,7 380,2 426,2 356,2 357,4 378,0 185,0 388,0 1,1 0,0 6,8 0,0 270,4 72,1 87,0 379,3 425,0 355,3 356,8 377,3 186,0 389,0 1,1 0,0 6,8 0,0 269,6 72,2 86,8 378,3 424,1 354,2 355,7 376,7 187,0 390,0 1,1 0,0 6,8 0,0 268,9 71,9 87,5 378,2 423,3 353,0 354,7 376,1 188,0 391,0 1,1 0,0 6,9 0,0 268,9 71,7 87,1 377,9 422,4 352,0 353,9 376,0 189,0 392,0 1,0 0,0 7,2 0,0 268,5 71,6 87,3 377,1 421,3 350,9 353,4 375,5 190,0 393,0 1,0 0,0 7,2 0,0 268,7 71,5 87,0 376,9 420,5 350,0 352,4 374,7 191,0 394,0 1,0 0,0 7,2 0,0 268,3 71,8 87,0 376,2 419,7 349,0 351,7 374,4 192,0 395,0 1,0 0,0 7,2 0,0 268,6 71,7 86,9 375,7 418,8 348,1 350,7 373,8 193,0 396,0 1,0 0,0 7,1 0,0 268,9 71,8 86,9 375,1 417,9 347,0 350,1 373,4 194,0 397,0 1,0 0,0 7,1 0,0 269,5 72,1 86,8 374,3 417,0 345,9 349,4 373,4 195,0 398,0 1,0 0,0 7,0 0,0 269,3 72,2 86,9 374,1 416,1 344,9 348,5 372,2 196,0 399,0 0,9 0,0 7,0 0,0 269,0 72,4 87,1 373,7 415,3 344,2 347,6 371,8 197,0 400,0 0,9 0,0 7,0 0,0 269,2 72,2 87,1 373,6 414,5 343,0 346,9 371,4 198,0 401,0 0,9 0,0 7,0 0,0 269,5 72,0 86,5 372,3 413,7 342,2 346,1 370,8 199,0 402,0 0,9 0,0 7,0 0,0 269,5 71,9 86,5 372,5 412,9 341,3 345,4 370,0 200,0 403,0 0,9 0,0 7,0 0,0 270,2 71,7 87,2 372,4 412,1 340,4 344,6 369,8 201,0 404,0 0,8 0,0 8,0 0,0 267,8 71,9 86,9 372,3 411,1 339,7 344,0 370,0 202,0 405,0 0,9 0,0 8,1 0,0 265,2 71,8 86,2 371,3 410,4 338,7 343,3 370,3 203,0 406,0 0,8 0,0 7,9 0,0 262,5 71,3 86,2 370,5 409,6 338,0 342,9 371,9 204,0 407,0 0,8 0,0 7,9 0,0 260,6 71,3 86,2 369,1 408,7 337,3 342,3 373,7 205,0 408,0 0,8 0,0 7,9 0,0 259,1 72,1 86,3 367,9 407,8 336,2 341,5 375,4 206,0 409,0 0,8 0,0 7,9 0,0 257,0 72,2 86,3 367,3 407,1 335,6 341,0 377,5 Particulates Calculations Page 2 of 3 DATA 2018-01-17 EPA PI 20162 RUN 3 CAT 2 MODEL GM 60 NO FAN 207,0 410,0 0,8 0,0 7,9 0,0 255,7 72,2 86,4 366,7 406,2 334,9 340,4 379,8 208,0 411,0 0,7 0,0 7,9 0,0 254,8 71,8 85,9 365,7 405,6 334,5 339,8 382,5 209,0 412,0 0,7 0,0 7,9 0,0 253,6 71,9 86,2 364,7 404,7 334,0 339,4 385,1 210,0 413,0 0,7 0,0 7,9 0,0 253,0 71,8 86,4 364,3 404,1 333,5 338,8 387,6 211,0 414,0 0,7 0,0 7,9 0,0 253,1 71,6 86,1 363,6 403,6 333,3 338,6 389,7 212,0 415,0 0,6 0,0 7,9 0,0 252,6 71,7 86,3 362,9 402,7 333,0 338,2 392,3 213,0 416,0 0,6 0,0 7,9 0,0 251,9 71,4 86,0 362,8 402,1 332,7 337,8 394,4 214,0 417,0 0,6 0,0 7,8 0,0 251,4 71,3 85,7 361,4 401,4 332,5 337,7 396,6 215,0 418,0 0,6 0,0 7,8 0,0 251,5 72,1 85,7 360,4 400,9 332,0 337,0 398,6 216,0 419,0 0,6 0,0 7,8 0,0 250,7 72,2 86,0 359,8 400,2 331,8 336,8 399,6 217,0 420,0 0,6 0,0 7,8 0,0 250,4 72,1 86,3 359,2 399,6 331,5 336,4 401,6 218,0 421,0 0,6 0,0 7,8 0,0 250,6 72,2 85,6 358,7 399,1 331,2 336,1 403,1 219,0 422,0 0,5 0,0 7,8 0,0 251,0 71,7 85,5 357,5 398,5 331,0 335,8 404,6 220,0 423,0 0,5 0,0 7,7 0,0 251,2 71,9 85,8 357,7 397,9 330,7 335,7 405,5 221,0 424,0 0,5 0,0 7,7 0,0 251,0 71,4 85,8 357,5 397,4 330,5 335,5 406,2 222,0 425,0 0,5 0,0 7,7 0,0 252,0 71,5 85,6 357,8 396,8 330,3 335,3 407,8 223,0 426,0 0,5 0,0 7,7 0,0 252,2 71,4 85,3 357,6 396,4 330,0 335,1 408,5 224,0 427,0 0,4 0,0 7,7 0,0 252,0 71,3 85,7 357,4 395,9 330,0 334,7 409,5 225,0 428,0 0,4 0,0 7,6 0,0 252,2 72,0 85,8 356,6 395,3 329,8 334,6 411,0 226,0 429,0 0,4 0,0 7,6 0,0 252,7 72,1 85,7 357,2 395,0 329,5 334,2 410,6 227,0 430,0 0,4 0,0 7,5 0,0 252,4 72,3 85,7 356,9 394,5 329,1 334,1 411,4 228,0 431,0 0,4 0,0 7,5 0,0 252,1 71,9 85,6 357,0 394,1 328,8 333,7 412,1 229,0 432,0 0,4 0,0 7,4 0,0 252,6 71,5 85,8 356,6 393,6 329,0 333,3 413,5 230,0 433,0 0,3 0,0 7,4 0,0 253,1 71,4 85,1 356,4 393,1 328,5 333,3 414,1 231,0 434,0 0,4 0,0 7,4 0,0 253,6 71,4 85,2 356,6 392,7 328,4 333,2 414,0 232,0 435,0 0,3 0,0 7,4 0,0 254,2 71,5 85,1 355,9 392,2 328,3 333,0 414,7 233,0 436,0 0,3 0,0 7,3 0,0 254,0 71,3 85,4 355,6 391,6 328,0 332,8 415,0 234,0 437,0 0,3 0,0 7,2 0,0 253,8 71,3 85,6 355,4 391,2 327,7 332,5 415,1 235,0 438,0 0,3 0,0 7,2 0,0 253,2 71,8 85,5 354,6 390,7 327,4 332,3 416,1 236,0 439,0 0,2 0,0 7,1 0,0 252,9 71,8 85,8 354,6 390,2 327,1 331,7 415,5 237,0 440,0 0,3 0,0 7,1 0,0 252,7 72,2 85,8 354,4 389,7 326,9 331,4 416,0 238,0 441,0 0,2 0,0 7,1 0,0 252,2 72,0 85,4 353,7 389,3 326,5 330,9 415,6 239,0 442,0 0,2 0,0 7,1 0,0 252,2 71,7 85,3 354,1 388,7 326,1 330,6 417,1 240,0 443,0 0,2 0,0 7,1 0,0 251,7 71,8 85,4 352,9 388,2 326,1 330,5 416,6 241,0 444,0 0,2 0,0 7,0 0,0 252,0 71,5 85,5 353,0 387,7 325,7 329,9 417,1 242,0 445,0 0,1 0,0 7,1 0,0 251,7 71,2 85,2 352,5 387,1 325,5 329,6 417,8 243,0 446,0 0,2 0,0 7,1 0,0 251,7 71,5 85,3 352,8 386,6 325,2 329,3 417,8 244,0 447,0 0,1 0,0 7,0 0,0 252,0 71,3 85,2 351,5 386,0 324,9 328,8 418,2 245,0 448,0 0,2 0,0 7,0 0,0 251,8 71,8 85,6 350,8 385,4 324,6 328,4 419,0 246,0 449,0 0,1 0,0 7,0 0,0 251,7 71,7 85,6 350,5 384,9 324,2 327,8 418,3 247,0 450,0 0,1 0,0 7,0 0,0 251,1 72,3 85,3 350,1 384,4 323,7 327,2 418,0 248,0 451,0 0,1 0,0 6,8 0,0 250,5 72,1 85,4 349,8 383,7 323,4 326,7 418,7 249,0 452,0 0,1 0,0 6,7 0,0 250,4 71,8 85,1 349,4 383,2 323,0 326,3 419,6 250,0 453,0 0,1 0,0 6,8 0,0 250,4 71,6 84,6 349,0 382,5 322,8 325,6 419,6 251,0 454,0 0,1 0,0 6,7 0,0 251,0 71,5 84,7 349,0 382,0 322,5 325,2 419,8 252,0 455,0 0,1 0,0 6,7 0,0 251,0 71,6 84,9 348,6 381,3 322,2 325,0 419,7 253,0 456,0 0,0 0,0 6,7 0,0 250,9 71,6 84,3 347,9 380,7 321,8 324,5 419,5 Particulates Calculations Page 3 of 3 DATA 2018-01-17 EPA PI 20162 RUN 3 CAT 2 MODEL GM 60 NO FAN Manufacturer: HEARTHSTONE Model: GM 60 Overall Heating Efficiency: 79,12% 30,02 Run: 3 Combustion Efficiency: 98,78% 383,40 Project #: PI 20162 Heat Transfer Efficiency: 80,09% 11,00 Test Duration: 253 min HHV LHV Heat Output: 17 403 Btu/h 18 346 kJ/h Eff 79,12% 85,51% Heat Input: 21 997 Btu/h 23 188 kJ/h Comb Eff 98,78% 98,78% Ultimate CO2 HT Eff 80,09% 86,57% CO2-ult 19,64 Burn Duration: 4,22 h Output 18 346 kJ/h F0 Burn Rate 1,17 kg/h 1,062 Burn Rate: 2,58 lb/h 1,171 kg/h Grams CO 100 g Input 23 188 kJ/h Stack Temp: 301,2 Deg. F 149,6 Deg. C MC wet 16,92 Air Fuel Ratio (A/F) Dry Molecular Weight (Md) Dry Moles Exhaust Gas (Nr): Air Fuel Ratio (A/F) Note: In the “Input data”, "Calc. % O2", "Fuel Properties", and “Mass Balance” columns, [e], [d], [g], [a]. [b], [c], [h], [u], [w], [j], and [k] refer to their respective variables in Clauses 13.7.3 CSA B415.1 OE Calculations Page 1 of 1 DATA 2018-01-18 EPA PI 20162 RUN 4 CAT 3 MODEL GM 60 Paramètres Tous les facteurs de corrections et autres paramètres qui peuvent être modifiés par l’utilisateur du fichier sont regroupés ici. Code verrouillage: HEA Description du test Test standard EPA Run # 4 Date 18-01-2018 Technicien M.M Project # PI 20162 Description de l'unité Manufacturier HEARTHSTONE Modèle GM 60 Combustion system Cat Appliance type WOOD STOVE Firebox volume 2,03 cu ft. Appliance weight empty N.A lbs Appliance weight full N.A lbs Paramètres du test Logging time 1 min Manufacturer's rated heat output BTU/h Donnée fournie par le manfacturier Targeted category 3 Targeted output N.A BTU/h Cp steel N.A BTU/lb-°F Échantillonnage Blank sampling rate 0,20 cuft/min Internal probe diameter 0,18 in. Calibration Factor (DGM #1): 0,988 Dimensionless Equipment number (DGM #1): EM 178 Calibration Factor (DGM #2): 0,988 Dimensionless Equipment number (DGM #2): EM 179 Calibration Factor (DGM #3): 0,986 Equipment number (DGM #3): EM 070 Dimensionless Tunnel Targeted tunnel flow rate 160 scfm Tunnel diameter 6 in. Molecular weight 29 Pitot tube type Standard Pitot tube coefficient 0,99 Dimensionless Project nu. PI 20162 Date 18-01-2018 Technicien M.M Fuel data Fuel type Dimension Fuel specie D. Fir HHV 19810,0 kJ/kg D. Fir Oak/Maple %C 48,7 HHV 19 810 19 887 %H 6,9 %C 48,73 50 %O 43,9 %H 6,87 6,6 %Ash 0,5 %O 43,9 42,9 HHV 8519,2 Btu/lb %Ash 0,5 0,5 LHV 7451,0 Btu/lb HHV (Btu/lb) 8519 8552 LHV (Btu/lb) 7451 7480 Default Fuel Values Paramètres Page 1 of 1 DATA 2018-01-18 EPA PI 20162 RUN 4 CAT 3 MODEL GM 60 Preload data sheet Lower Ideal Upper 12,79 14,21 15,63 Load Volume: 0,5185 cu. ft Loading Density: 8,316 lbs./ft3 Number of Spaces: Load Density (wet): 32,558 lbs./ft3 Spacer weight (lbs): Dry Wood Density: 26,798899 Weight Ave. MC x Volume Thick Wide x Length lbs Weight Cubic Inches 2 4 8 1,164 20,9 21,3 21,6 21,4 20,8 24,6768 64,00 2 4 8 1,23 20,8 22,3 21,6 22,1 22,6 26,9124 64,00 2 4 8 1,13 20,8 20,4 20,3 20,2 20,2 23,0294 64,00 2 4 8 1,17 20,7 20,7 20,9 21,3 21,5 24,5934 64,00 2 4 8 1,102 22,1 22,3 22,4 22,4 22,5 24,61868 64,00 2 4 8 1,104 23 22,6 22,3 22,1 22 24,7296 64,00 2 4 8 1,222 23,4 23,4 23 22,9 22,6 28,17932 64,00 2 4 8 1,164 21,3 20,7 20,6 20,6 20,4 24,11808 64,00 2 4 8 1,23 20,3 19,9 19,9 20 20,3 24,6984 64,00 2 4 8 1,432 20,6 20,4 20,6 20,8 21 29,61376 64,00 2 4 8 1,284 20,9 20,4 20,6 20,3 20,2 26,29632 64,00 2 4 8 1,174 22 21,4 21,6 21,8 21,3 25,38188 64,00 2 4 8 1,24 22 22,4 22,6 22,3 22 27,6024 64,00 2 4 8 1,236 23 22,9 22,8 23 23 28,35384 64,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 SUM MCx 362,80428 PreTest Load Weight: 16,88 lbs. Dry Weight: 6,30 kg. Average Moisture Content: % Dry: 21,49 21,49 Wet: 17,69 Must be 18-28 must be 15,2-22 Project nu. PI 20162 Date 18-01-2018 Technicien M.M Test Load Weight: Piece Size (in): Meter Moisture Content Dry Uncorrected % Preload Data Page 1 of 1 Confidentiel 06/02/2018 Page 1 FUEL LOAD DATA SHEET, CSA B415 Lower Ideal Upper 12,8 14,2 15,6 * For boilers, a loading density factor of 10 lb/ft3 is applied Load Volume: 0,43 cu. ft Loading Density: 6,5 lbs./ft3 Number of Spaces: 12 Load Density (wet): 31,1 lbs./ft3 Spacer weight: lbs Dry Wood Density: 25,8 lbs./ft3 Weight Ave. MC x Volume Ave. MC Thick Wide xLength lbs Weight Cubic Inches % 1,5 3,5 17,25 1,92 19,60 19,30 19,10 19,30 19,80 37,32524 90,56 19,4 1,5 3,5 17,25 1,92 19,30 19,20 19,20 19,50 19,50 37,17148 90,56 19,3 3,5 3,5 17,25 4,09 21,20 20,90 21,60 21,80 22,00 87,978 211,31 21,5 3,5 3,5 17,25 4,08 20,60 20,00 20,80 20,30 20,80 83,681 211,31 20,5 1,5 0,75 5 0,10 19,10 1,8718 5,63 19,1 1,5 0,75 5 0,11 19,30 2,0844 5,63 19,3 1,5 0,75 5 0,11 20,30 2,3142 5,63 20,3 1,5 0,75 5 0,10 20,60 2,0188 5,63 20,6 1,5 0,75 5 0,10 21,10 2,1522 5,63 21,1 1,5 0,75 5 0,12 21,30 2,4708 5,63 21,3 1,5 0,75 5 0,11 20,60 2,3484 5,63 20,6 1,5 0,75 5 0,09 19,50 1,833 5,63 19,5 1,5 0,75 5 0,11 19,30 2,0458 5,63 19,3 1,5 0,75 5 0,11 21,40 2,2684 5,63 21,4 1,5 0,75 5 0,11 19,80 2,1384 5,63 19,8 1,5 0,75 5 0,09 19,60 1,8424 5,63 19,6 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 SUM MCx 271,54432 20,2 % Test Load Weight: 13,28 lbs. Dry Weight: 5,00 kg. Average Moisture Content: % Dry: 20,45 Dry(EPA) 20,45 20,45 Wet: 16,98 Dry(B415 20,45 Must be 19-25 must be 15,2-22 Coal Bed Range: 2,7 lbs. to 3,3 lbs. TEST CHARGE: Project nu. PI 20162 Coal bed weight: 2,9 lbs. Date 18-01-2018 Technicien M.M Test Load Weight: Piece Size (in): Meter Moisture Content Dry Uncorrected % Load Data Page 1 of 1 DATA 2018-01-18 EPA PI 20162 RUN 4 CAT 3 MODEL GM 60 Filter set weight Ambient blank (g) Date Heure probe front back gasket probe front back gasket probe front back gasket Filter Number 16 29 31 11 36 32 33 12 41 35 36 13 37 Before (1) Before (2) Before (3) Before (4) Before (5) 108,7541 0,1230 0,1296 35,5039 107,7411 0,1290 0,1305 36,0060 110,3645 0,1310 0,1296 35,7031 0,1299 17/01/2018 17:00 Before (6) 108,7542 0,1229 0,1295 35,5040 107,7411 0,1289 0,1306 36,0061 110,3646 0,1311 0,1295 35,7032 0,1300 18/01/2018 09:00 After (1) 108,7549 0,1231 0,1292 35,5068 107,7418 0,1281 0,1299 36,0082 110,3652 0,1316 0,1285 35,7065 0,1302 18/01/2018 15:00 After (2) 108,7542 0,1230 0,1292 35,5067 107,7411 0,1281 0,1299 36,0080 110,3646 0,1316 0,1285 35,7063 0,1301 29/01/2018 08:00 After (3) 108,7542 0,1230 0,1292 35,5067 107,7411 0,1281 0,1299 36,0080 110,3646 0,1316 0,1285 35,7063 0,1301 05/02/2018 08:00 After (4) After (5) After (6) 108,7542 0,1230 0,1292 35,5067 107,7411 0,1281 0,1299 36,0080 110,3646 0,1316 0,1285 35,7063 0,1301 05/02/2018 08:00 Difference 0,0000 0,0001 -0,0003 0,0027 0,0000 -0,0008 -0,0007 0,0019 0,0000 0,0005 -0,0010 0,0031 0,0001 Total (mg) 2,5 2,9 2,6 0,1 Total ajusté (mg) 2,40 2,80 2,50 Project nu. PI 20162 Date 18-01-2018 Technicien M.M System 2 (g) System 1 (g) 1st hour System 1 (g) Filter set weight Page 1 of 1 DATA 2018-01-18 EPA PI 20162 RUN 4 CAT 3 MODEL GM 60 SFBA EPA EMISSION RESULTS RESULTS Average emission rate: 0,8 g/hr Burn Rate : 1,604 Dry kg/hr Test Duration: 187 min PRESSURE FACTOR: DGM 1 0,97177 BAROMETRIC PRESSURE DGM 2 0,96941 Average: 29,884349 in Hg DGM 3 0,99881 Start: 29,913879 in Hg End: 29,854819 in Hg TEMPERATURE FACTORS DGM 1 0,98393 DGM 2 0,98259 DGM CONTROLLER VALUES DGM 3 0,98987 DGM 1 Final: 21975,537 Cuft Initial: 21940,783 Cuft VOLUMES SAMPLED DGM 1 32,827 SCft DGM 2 Final: 19366,735 Cuft DGM 2 33,546 Scft Initial: 19331,105 Cuft DGM 3 22,411 SCft DGM #3 Final: 740,860 Cuft Initial: 717,880 Cuft TOTAL TUNNEL VOLUME : 30883 TEMPERATURES SAMPLE RATIOS DGM 1 536,622 °R Sample Train 1: 940,805 DGM 2 537,358 °R Sample Train 2: 920,631 CALIBRATION FACTORS Paticulate concentration DGM 1 0,9879 Sample Train 1 0,000088 g/dscf DGM 2 0,9884 Sample Train 2 0,000078 g/dscf DGM #3 0,9864 Room 0,000004 g/dscf TUNNEL FLOW RATE: 165,152 Dscfm TOTAL EMISSIONS PARTICULATE CATCH Sample Train 1 2,59 g Total Sample Train 1: 2,90 mg Sample Train 2 2,26 g Total Sample Train 2: 2,60 mg Total Sample Train 1 1st hour: 2,50 mg EMISSION RATES Sample Train 1 0,83 g/hr Sample Train 2 0,72 g/hr 1st hour emission rate 2,35 g/hr DEVIATION: 6,91% Train 1 Train 2 Cs 8,834E-05 7,75058E-05 Particulates Calculations Page 1 of 1 DATA 2018-01-18 EPA PI 20162 RUN 4 CAT 3 MODEL GM 60 Average 0,13 10,42 #DIV/0! 360,01 73,41 99,40 449,79 306,78 425,15 417,92 485,22 ***** *1 *2 *3 *4 *5 *6 *7 *8 Elapsed Weight Flue Room Tunnel Unit Unit Unit Unit Unit Time Raw data row Remaining CO CO2 O2 Gas Temp Dry Bulb Top Back R.Side L.Side Bottom min lbs %%% °F °F °F °F °F °F °F °F 0,00 169,00 13,3 0,0 5,7 0,0 339,8 72,2 131,4 390,0 316,8 427,4 414,8 655,7 1,0 170,0 13,1 0,1 4,0 0,0 365,1 72,4 111,6 386,1 316,5 426,0 413,6 653,2 2,0 171,0 12,9 0,1 9,3 0,0 396,7 72,0 112,1 392,8 314,8 424,7 412,6 648,1 3,0 172,0 12,7 0,1 11,3 0,0 416,2 71,4 113,5 407,9 314,3 423,3 411,7 642,8 4,0 173,0 12,5 0,9 13,8 0,0 433,4 71,5 114,7 426,9 311,9 422,1 410,3 635,9 5,0 174,0 12,4 0,9 15,2 0,0 423,6 72,7 108,5 443,8 310,5 420,9 409,7 630,6 6,0 175,0 12,2 0,3 14,2 0,0 418,0 72,5 107,2 455,4 308,8 419,8 408,6 624,7 7,0 176,0 12,0 0,3 14,5 0,0 416,6 72,4 106,7 466,9 306,3 418,7 407,9 618,9 8,0 177,0 11,8 0,3 14,3 0,0 417,8 72,7 107,1 475,3 305,9 417,3 407,0 613,9 9,0 178,0 11,6 0,3 14,7 0,0 419,0 72,2 107,5 484,0 304,3 416,6 405,7 609,2 10,0 179,0 11,5 0,3 14,7 0,0 420,1 73,0 107,9 491,6 302,9 415,8 405,3 602,2 11,0 180,0 11,3 0,4 14,7 0,0 421,3 73,0 108,1 498,4 300,6 415,2 404,8 596,2 12,0 181,0 11,2 0,4 14,6 0,0 422,1 72,8 108,1 504,8 299,6 414,9 404,4 591,5 13,0 182,0 11,0 0,3 14,5 0,0 422,6 72,6 107,8 511,6 298,6 414,8 404,9 584,8 14,0 183,0 10,9 0,3 14,4 0,0 422,6 72,3 107,6 516,2 298,2 414,6 405,0 579,2 15,0 184,0 10,7 0,3 14,5 0,0 423,7 72,6 108,1 519,9 297,5 414,9 404,9 574,7 16,0 185,0 10,5 0,3 14,6 0,0 425,3 72,8 108,0 524,2 295,7 415,8 405,1 569,5 17,0 186,0 10,4 0,4 14,7 0,0 426,1 72,6 108,2 528,0 295,5 416,5 405,5 563,9 18,0 187,0 10,2 0,4 14,7 0,0 427,8 72,9 108,3 531,9 295,7 417,4 405,9 558,7 19,0 188,0 10,0 0,4 14,8 0,0 429,1 73,3 108,2 536,2 296,0 418,1 406,0 555,5 20,0 189,0 9,9 0,5 14,8 0,0 429,7 73,1 108,6 540,4 295,5 419,6 406,3 549,5 21,0 190,0 9,7 0,4 14,8 0,0 430,2 73,4 109,1 544,0 295,0 420,8 407,1 545,1 22,0 191,0 9,5 0,4 14,8 0,0 429,9 73,5 109,0 547,5 296,0 422,1 407,6 540,1 23,0 192,0 9,4 0,5 14,8 0,0 430,7 73,4 109,0 550,6 296,5 423,2 408,4 536,2 24,0 193,0 9,2 0,5 14,9 0,0 432,2 73,3 109,2 553,4 295,1 425,0 409,2 531,6 25,0 194,0 9,1 0,7 15,1 0,0 433,8 73,6 110,1 558,3 297,1 426,3 410,0 527,1 26,0 195,0 8,9 0,8 15,2 0,0 436,1 73,8 110,1 562,8 297,0 428,1 411,0 523,3 27,0 196,0 8,7 0,9 15,3 0,0 437,2 73,2 110,1 567,2 297,7 429,6 412,1 519,4 28,0 197,0 8,6 1,0 15,3 0,0 437,0 74,0 109,9 571,4 298,7 431,3 413,2 514,7 29,0 198,0 8,4 1,0 15,4 0,0 437,7 74,0 110,0 574,4 298,4 433,2 414,3 511,0 30,0 199,0 8,2 1,0 15,3 0,0 438,1 73,7 109,5 577,6 298,4 434,8 415,6 507,4 31,0 200,0 8,1 0,9 15,3 0,0 439,2 73,2 109,4 579,9 298,6 436,4 416,5 504,8 32,0 201,0 7,9 0,9 15,2 0,0 439,3 74,0 109,9 582,1 299,7 438,5 418,1 501,3 33,0 202,0 7,7 0,7 15,4 0,0 439,8 74,1 110,2 582,3 301,4 440,1 418,7 498,2 34,0 203,0 7,6 0,6 15,5 0,0 440,1 74,2 110,2 584,4 301,9 441,8 420,4 495,1 35,0 204,0 7,5 0,5 15,5 0,0 440,9 73,5 110,1 585,6 302,0 443,5 421,6 492,2 36,0 205,0 7,3 0,5 15,6 0,0 441,5 74,2 110,1 586,2 302,5 444,9 422,8 488,8 37,0 206,0 7,2 0,4 15,7 0,0 442,1 74,1 109,9 587,4 304,0 446,6 424,5 486,4 38,0 207,0 7,1 0,3 15,6 0,0 441,9 73,7 109,9 588,1 304,3 448,4 425,4 483,5 39,0 208,0 6,9 0,3 15,5 0,0 442,1 73,8 109,8 589,5 306,1 450,0 426,9 480,3 40,0 209,0 6,8 0,3 15,5 0,0 442,5 73,3 109,8 589,3 306,2 451,8 428,2 478,7 41,0 210,0 6,6 0,3 15,5 0,0 443,0 74,0 109,8 590,5 308,0 453,6 429,9 475,4 42,0 211,0 6,5 0,3 15,5 0,0 441,9 73,6 109,6 589,9 308,7 455,6 431,2 473,3 43,0 212,0 6,3 0,3 15,5 0,0 441,8 73,7 109,7 589,5 309,9 457,3 432,5 470,9 44,0 213,0 6,2 0,2 15,5 0,0 440,1 74,8 109,9 590,1 310,3 459,3 433,9 468,6 45,0 214,0 6,1 0,1 15,4 0,0 438,5 74,4 109,8 588,7 311,5 460,7 435,4 466,7 46,0 215,0 5,9 0,1 15,4 0,0 437,5 74,2 109,9 587,9 312,1 462,6 437,0 464,5 47,0 216,0 5,8 0,1 15,3 0,0 436,7 74,6 109,4 587,4 313,4 464,2 438,6 462,1 48,0 217,0 5,7 0,1 15,4 0,0 436,7 74,4 109,6 587,0 315,0 465,8 439,9 460,5 49,0 218,0 5,5 0,2 15,4 0,0 436,0 74,4 109,2 585,9 315,9 467,1 441,2 458,4 50,0 219,0 5,4 0,1 15,4 0,0 435,7 73,9 108,9 585,9 316,8 468,6 442,8 456,6 51,0 220,0 5,3 0,1 15,1 0,0 434,1 74,0 108,3 586,1 318,7 469,9 444,4 454,9 52,0 221,0 5,2 0,0 14,8 0,0 431,6 74,5 108,1 585,4 320,3 471,0 446,0 453,4 53,0 222,0 5,0 0,0 14,5 0,0 428,8 73,8 107,8 583,4 321,8 472,2 447,3 451,4 54,0 223,0 4,9 0,0 14,1 0,0 425,3 74,4 107,3 581,9 322,9 473,3 448,7 450,7 55,0 224,0 4,8 0,0 13,7 0,0 421,1 75,1 106,8 578,9 324,7 474,0 449,8 448,3 56,0 225,0 4,8 0,0 13,5 0,0 417,6 75,3 107,0 575,7 325,3 474,8 450,7 447,2 57,0 226,0 4,6 0,0 13,2 0,0 414,4 75,1 106,6 573,1 327,2 475,4 451,3 445,7 58,0 227,0 4,5 0,0 13,2 0,0 412,1 74,8 106,3 570,1 329,5 475,9 452,4 444,3 59,0 228,0 4,4 0,0 13,2 0,0 410,5 74,1 106,1 566,9 330,6 476,3 453,2 443,7 60,0 229,0 4,3 0,0 13,2 0,0 408,9 74,5 105,6 565,0 331,3 476,5 454,0 442,2 61,0 230,0 4,2 0,0 13,0 0,0 406,4 75,0 105,5 562,0 332,4 476,4 454,6 441,4 62,0 231,0 4,1 0,0 12,8 0,0 405,0 74,4 105,1 559,7 333,9 476,3 455,1 440,3 63,0 232,0 4,1 0,0 12,8 0,0 402,9 74,4 104,6 556,4 334,4 475,8 455,9 439,5 64,0 233,0 4,0 0,0 12,7 0,0 400,8 74,8 104,4 554,4 335,8 475,3 456,4 438,7 65,0 234,0 3,9 0,0 12,6 0,0 399,0 74,7 104,1 552,0 336,6 474,8 457,1 437,9 66,0 235,0 3,8 0,0 12,6 0,0 397,2 74,8 103,4 548,5 337,9 473,9 457,3 437,1 67,0 236,0 3,7 0,0 12,4 0,0 394,3 74,8 103,6 546,7 337,9 473,1 457,8 436,4 68,0 237,0 3,6 0,0 12,3 0,0 392,0 74,6 103,9 543,6 338,3 472,2 458,7 436,5 69,0 238,0 3,6 0,0 12,2 0,0 389,5 75,0 103,5 541,5 338,6 471,0 459,1 435,5 70,0 239,0 3,5 0,0 12,0 0,0 387,1 74,0 103,2 538,5 338,8 470,0 459,5 434,8 71,0 240,0 3,4 0,0 11,8 0,0 384,9 75,1 102,9 535,0 339,5 468,6 459,9 434,2 72,0 241,0 3,3 0,0 11,7 0,0 382,5 74,3 102,3 530,4 340,5 467,5 460,4 433,5 73,0 242,0 3,3 0,0 11,6 0,0 379,9 74,0 102,0 527,6 340,9 466,5 460,5 433,7 74,0 243,0 3,2 0,0 11,5 0,0 378,2 73,8 101,8 523,5 341,2 465,2 460,7 433,7 75,0 244,0 3,1 0,0 11,3 0,0 376,3 74,7 101,7 520,2 341,7 464,0 460,5 433,0 76,0 245,0 3,0 0,0 11,4 0,0 374,5 74,4 101,4 516,2 341,0 462,9 460,8 432,3 77,0 246,0 3,0 0,0 11,4 0,0 372,8 74,9 101,1 512,0 341,7 462,0 460,4 432,5 78,0 247,0 2,9 0,0 11,5 0,0 371,3 74,8 100,8 510,1 341,8 461,2 460,4 431,8 79,0 248,0 2,9 0,0 11,7 0,0 369,7 74,5 100,9 508,4 343,0 460,3 460,2 432,2 80,0 249,0 2,8 0,0 11,8 0,0 367,9 75,0 101,1 506,5 343,5 459,5 460,0 431,3 81,0 250,0 2,7 0,0 11,7 0,0 365,7 74,4 100,4 503,5 343,8 458,8 459,8 431,5 82,0 251,0 2,6 0,0 11,3 0,0 363,7 74,4 99,8 500,3 345,2 458,1 459,4 431,2 83,0 252,0 2,6 0,0 10,8 0,0 361,9 73,9 99,6 496,9 345,2 457,6 459,1 430,7 84,0 253,0 2,5 0,0 10,7 0,0 359,8 74,4 99,3 494,0 345,7 456,9 458,6 430,4 85,0 254,0 2,5 0,0 10,6 0,0 358,0 73,9 98,9 490,2 346,2 456,1 458,2 430,2 86,0 255,0 2,4 0,0 10,4 0,0 356,3 73,9 98,7 487,0 346,4 455,4 457,8 430,2 87,0 256,0 2,4 0,0 10,2 0,0 354,1 73,1 98,2 482,2 347,3 454,7 457,1 430,1 88,0 257,0 2,3 0,0 10,1 0,0 352,6 73,1 97,8 478,7 346,9 454,0 456,8 430,3 89,0 258,0 2,3 0,0 10,0 0,0 349,8 73,7 97,6 475,4 347,2 453,4 456,4 430,5 90,0 259,0 2,2 0,0 9,9 0,0 348,8 73,9 97,6 472,0 347,1 452,6 455,7 431,4 91,0 260,0 2,2 0,0 9,5 0,0 346,5 74,5 97,4 468,0 345,9 451,9 455,5 431,2 92,0 261,0 2,2 0,0 9,2 0,0 344,4 74,1 97,3 464,5 347,9 450,8 455,0 431,4 93,0 262,0 2,1 0,0 9,0 0,0 342,7 73,9 97,3 460,3 346,3 450,0 454,4 432,1 94,0 263,0 2,1 0,0 8,6 0,0 340,9 73,9 97,1 455,4 345,9 449,2 453,7 432,3 95,0 264,0 2,1 0,0 8,6 0,0 339,2 73,8 96,5 451,1 345,0 447,8 453,0 432,8 96,0 265,0 2,0 0,0 8,5 0,0 338,3 73,7 96,2 447,2 343,0 446,4 452,4 434,0 97,0 266,0 2,0 0,0 8,2 0,0 337,1 74,1 96,0 443,3 343,0 445,5 451,5 435,5 98,0 267,0 2,0 0,0 8,0 0,0 336,6 74,2 95,4 439,7 340,8 444,6 450,5 436,5 99,0 268,0 2,0 0,0 7,9 0,0 335,2 73,6 95,3 435,6 339,6 443,5 449,5 437,4 100,0 269,0 1,9 0,0 7,9 0,0 333,5 73,6 95,0 432,4 339,2 442,5 448,5 438,8 Particulates Calculations Page 1 of 2 DATA 2018-01-18 EPA PI 20162 RUN 4 CAT 3 MODEL GM 60 101,0 270,0 1,9 0,0 7,9 0,0 333,2 74,2 94,7 428,2 337,5 441,0 447,2 440,8 102,0 271,0 1,9 0,0 7,9 0,0 331,8 73,9 95,1 424,7 336,1 439,8 445,7 441,3 103,0 272,0 1,9 0,0 7,9 0,0 331,1 74,1 95,4 421,0 334,6 438,6 445,0 442,8 104,0 273,0 1,9 0,0 7,9 0,0 329,5 74,0 95,0 418,0 332,3 437,3 443,4 443,5 105,0 274,0 1,8 0,0 7,9 0,0 328,9 73,6 94,7 414,3 330,9 436,2 442,0 444,6 106,0 275,0 1,8 0,0 8,0 0,0 327,8 73,8 94,5 411,6 327,7 434,8 440,3 445,7 107,0 276,0 1,8 0,0 8,0 0,0 327,4 73,3 94,3 408,7 326,9 433,7 439,0 446,5 108,0 277,0 1,8 0,0 8,0 0,0 326,0 73,2 94,0 405,9 325,5 432,7 437,5 447,4 109,0 278,0 1,7 0,0 8,1 0,0 325,1 73,6 93,9 403,3 323,6 431,3 436,0 448,1 110,0 279,0 1,7 0,0 8,1 0,0 324,3 72,7 93,8 401,2 321,3 430,1 434,2 449,4 111,0 280,0 1,7 0,0 8,1 0,0 323,6 72,7 93,5 398,9 319,2 428,8 432,9 449,6 112,0 281,0 1,6 0,0 8,2 0,0 322,7 73,6 93,2 396,1 318,0 427,4 431,1 451,0 113,0 282,0 1,6 0,0 8,2 0,0 321,6 73,6 93,7 393,5 316,7 426,3 430,0 450,9 114,0 283,0 1,6 0,0 8,2 0,0 320,6 73,4 93,9 391,8 315,4 424,9 428,3 452,8 115,0 284,0 1,6 0,0 8,2 0,0 320,2 72,5 93,5 389,8 315,6 423,7 426,9 453,5 116,0 285,0 1,6 0,0 8,2 0,0 319,6 73,6 93,5 387,7 313,7 422,7 425,4 454,1 117,0 286,0 1,5 0,0 8,1 0,0 318,7 73,0 93,3 386,5 311,9 421,5 424,0 454,8 118,0 287,0 1,5 0,0 8,2 0,0 318,1 73,2 93,3 384,5 311,0 420,0 422,8 455,4 119,0 288,0 1,5 0,0 8,2 0,0 317,9 73,6 92,9 382,4 309,9 418,8 421,2 456,3 120,0 289,0 1,5 0,0 8,2 0,0 317,5 73,7 92,8 381,4 308,7 417,7 420,1 457,7 121,0 290,0 1,4 0,0 8,1 0,0 316,7 73,0 92,6 379,5 307,6 416,5 419,0 458,1 122,0 291,0 1,4 0,0 8,1 0,0 316,7 73,3 92,3 377,9 307,0 415,4 417,6 459,8 123,0 292,0 1,4 0,0 8,1 0,0 316,0 73,3 92,8 376,5 305,5 414,3 416,3 459,7 124,0 293,0 1,3 0,0 8,0 0,0 315,4 73,4 93,0 374,7 304,9 413,2 415,1 461,2 125,0 294,0 1,3 0,0 8,0 0,0 315,1 72,8 92,6 373,3 304,7 412,0 413,9 460,8 126,0 295,0 1,3 0,0 7,9 0,0 315,1 73,1 92,6 372,4 303,9 411,1 412,9 462,0 127,0 296,0 1,2 0,0 7,8 0,0 314,4 73,1 92,6 370,5 302,9 410,2 411,6 462,4 128,0 297,0 1,3 0,0 7,9 0,0 313,9 73,2 92,1 369,6 302,4 408,8 410,4 463,8 129,0 298,0 1,2 0,0 7,9 0,0 312,9 73,2 92,4 368,6 301,6 407,9 409,3 463,9 130,0 299,0 1,2 0,0 8,0 0,0 312,5 73,5 92,0 367,7 301,4 406,7 408,0 464,8 131,0 300,0 1,2 0,0 7,9 0,0 311,4 73,6 92,0 366,6 300,6 405,7 406,9 465,2 132,0 301,0 1,2 0,0 7,7 0,0 310,9 73,4 91,6 366,0 300,0 404,8 405,7 466,9 133,0 302,0 1,2 0,0 7,7 0,0 310,0 72,8 92,4 364,9 299,9 404,0 404,5 466,2 134,0 303,0 1,1 0,0 7,7 0,0 309,0 73,0 92,7 363,4 298,7 403,2 403,9 468,9 135,0 304,0 1,1 0,0 7,7 0,0 308,4 72,9 92,5 362,7 297,7 402,6 402,4 468,9 136,0 305,0 1,1 0,0 7,8 0,0 308,0 72,7 92,0 361,3 297,0 401,8 401,1 471,6 137,0 306,0 1,1 0,0 7,8 0,0 307,5 72,9 92,0 360,5 296,2 401,1 400,2 472,1 138,0 307,0 1,0 0,0 7,8 0,0 306,8 72,5 91,7 359,4 294,7 400,6 399,1 473,3 139,0 308,0 1,0 0,0 7,8 0,0 306,7 72,1 91,7 358,9 294,3 399,9 398,0 474,6 140,0 309,0 1,0 0,0 7,7 0,0 306,6 72,6 91,6 357,9 293,6 399,4 396,8 476,1 141,0 310,0 1,0 0,0 7,7 0,0 306,2 72,9 91,5 357,1 291,5 398,8 395,9 477,4 142,0 311,0 1,0 0,0 7,7 0,0 306,7 72,5 91,4 356,2 291,4 398,3 394,9 478,5 143,0 312,0 0,9 0,0 7,8 0,0 306,4 72,7 91,6 355,5 290,4 397,7 393,9 480,5 144,0 313,0 0,9 0,0 7,7 0,0 305,9 73,2 91,7 354,6 288,2 397,1 393,1 480,8 145,0 314,0 0,9 0,0 7,8 0,0 305,5 73,3 91,8 354,0 288,3 396,4 392,0 482,1 146,0 315,0 0,8 0,0 7,8 0,0 305,2 73,0 91,6 353,5 287,3 396,1 391,3 483,9 147,0 316,0 0,8 0,0 7,7 0,0 305,6 72,6 91,8 352,8 286,2 395,3 390,5 485,1 148,0 317,0 0,8 0,0 7,8 0,0 305,6 72,6 91,7 352,2 285,1 394,9 389,7 486,4 149,0 318,0 0,8 0,0 7,6 0,0 306,3 72,2 91,2 352,0 283,9 394,4 389,0 486,8 150,0 319,0 0,8 0,0 7,6 0,0 306,1 72,5 91,4 351,0 282,9 393,8 388,0 488,0 151,0 320,0 0,7 0,0 7,5 0,0 306,4 72,0 91,2 350,7 282,1 393,2 387,3 488,4 152,0 321,0 0,7 0,0 7,5 0,0 306,3 72,5 91,1 349,3 282,0 392,5 386,6 489,6 153,0 322,0 0,7 0,0 7,5 0,0 306,4 72,9 91,2 348,9 280,5 391,7 385,9 492,0 154,0 323,0 0,7 0,0 7,5 0,0 306,8 72,7 91,6 348,3 280,2 390,9 385,1 491,3 155,0 324,0 0,7 0,0 7,4 0,0 306,3 73,1 91,9 347,1 279,1 390,1 384,5 492,9 156,0 325,0 0,6 0,0 7,4 0,0 306,7 73,2 91,8 346,3 277,5 389,3 383,7 493,5 157,0 326,0 0,6 0,0 7,2 0,0 306,7 72,7 91,6 345,5 278,0 388,7 383,1 494,3 158,0 327,0 0,6 0,0 7,1 0,0 306,0 72,9 91,5 345,2 276,4 387,8 382,3 494,6 159,0 328,0 0,6 0,0 7,0 0,0 306,2 72,7 91,3 343,9 275,6 386,9 381,3 495,4 160,0 329,0 0,5 0,0 7,0 0,0 305,7 73,7 91,2 343,0 275,0 385,9 380,4 496,2 161,0 330,0 0,5 0,0 7,0 0,0 306,0 72,8 91,2 342,4 275,0 385,4 379,9 497,4 162,0 331,0 0,5 0,0 7,0 0,0 305,8 72,9 91,0 341,8 273,6 384,5 378,9 497,9 163,0 332,0 0,5 0,0 7,0 0,0 305,7 73,0 91,1 340,9 272,7 383,6 378,3 498,7 164,0 333,0 0,5 0,0 7,0 0,0 305,5 72,9 90,9 340,1 271,6 382,5 377,0 499,8 165,0 334,0 0,4 0,0 7,0 0,0 305,7 72,7 91,7 339,2 270,9 381,7 376,4 500,0 166,0 335,0 0,4 0,0 7,1 0,0 305,2 72,8 92,1 338,7 270,5 380,8 375,4 502,0 167,0 336,0 0,4 0,0 7,1 0,0 305,0 72,9 91,8 337,7 269,1 380,0 374,7 502,0 168,0 337,0 0,4 0,0 6,9 0,0 304,6 72,8 91,4 337,1 268,8 379,1 373,9 503,1 169,0 338,0 0,4 0,0 6,8 0,0 304,4 72,9 91,3 336,2 267,5 378,2 373,1 504,3 170,0 339,0 0,4 0,0 6,8 0,0 304,6 72,5 91,2 335,6 266,5 377,3 372,2 504,9 171,0 340,0 0,3 0,0 6,8 0,0 304,5 72,3 91,2 335,1 265,7 376,3 371,4 506,6 172,0 341,0 0,3 0,0 6,8 0,0 304,1 72,5 91,0 334,3 265,4 375,2 370,6 508,2 173,0 342,0 0,3 0,0 6,8 0,0 304,5 72,6 91,0 333,7 264,0 374,4 369,6 508,8 174,0 343,0 0,3 0,0 7,1 0,0 303,0 72,1 90,7 332,8 262,9 373,4 368,9 510,1 175,0 344,0 0,2 0,0 7,1 0,0 301,0 72,7 90,5 332,0 262,6 372,3 367,7 512,2 176,0 345,0 0,2 0,0 6,7 0,0 298,7 72,5 91,3 330,9 262,9 371,0 367,1 513,2 177,0 346,0 0,2 0,0 6,6 0,0 296,4 72,8 91,3 330,2 261,4 369,9 366,3 515,6 178,0 347,0 0,2 0,0 6,6 0,0 294,5 72,5 91,0 328,8 261,0 369,0 365,5 516,9 179,0 348,0 0,2 0,0 6,5 0,0 293,6 72,3 90,7 328,1 260,7 368,2 364,5 518,8 180,0 349,0 0,1 0,0 6,5 0,0 292,8 72,4 90,6 326,7 258,6 367,0 363,6 520,4 181,0 350,0 0,1 0,0 6,4 0,0 291,4 72,4 90,3 325,7 258,9 365,9 362,7 522,0 182,0 351,0 0,1 0,0 6,5 0,0 291,1 72,6 90,2 324,4 257,9 364,6 361,7 524,8 183,0 352,0 0,1 0,0 6,4 0,0 291,1 72,2 90,1 323,2 257,5 363,8 360,7 527,1 184,0 353,0 0,1 0,0 6,4 0,0 290,6 72,4 90,0 322,0 256,3 362,9 360,0 528,5 185,0 354,0 0,1 0,0 6,4 0,0 290,3 72,6 89,6 320,6 256,6 362,1 359,1 529,7 186,0 355,0 0,1 0,0 6,3 0,0 290,3 72,4 90,1 319,9 254,8 360,9 358,0 532,6 187,0 356,0 0,0 0,0 6,3 0,0 289,5 72,5 90,3 318,7 255,3 360,0 357,5 533,6 Particulates Calculations Page 2 of 2 DATA 2018-01-18 EPA PI 20162 RUN 4 CAT 3 MODEL GM 60 Manufacturer: HEARTHSTONE Model: GM 60 Overall Heating Efficiency: 77,81% 30,06 Run: 4 Combustion Efficiency: 98,69% 371,81 Project #: PI 20162 Heat Transfer Efficiency: 78,85% 10,67 Test Duration: 187 min HHV LHV Heat Output: 23 468 Btu/h 24 740 kJ/h Eff 77,81% 84,10% Heat Input: 30 161 Btu/h 31 795 kJ/h Comb Eff 98,69% 98,69% Ultimate CO2 HT Eff 78,85% 85,22% CO2-ult 19,64 Burn Duration: 3,12 h Output 24 740 kJ/h F0 Burn Rate 1,61 kg/h 1,062 Burn Rate: 3,54 lb/h 1,605 kg/h Grams CO 102 g Input 31 795 kJ/h Stack Temp: 360,1 Deg. F 182,3 Deg. C MC wet 16,98 Air Fuel Ratio (A/F) Dry Molecular Weight (Md) Dry Moles Exhaust Gas (Nr): Air Fuel Ratio (A/F) Note: In the “Input data”, "Calc. % O2", "Fuel Properties", and “Mass Balance” columns, [e], [d], [g], [a]. [b], [c], [h], [u], [w], [j], and [k] refer to their respective variables in Clauses 13.7.3 CSA B415.1 OE Calculations Page 1 of 1 DATA 2018-01-22 EPA PI 20162 RUN 5 CAT 4 MODEL GM 60 Paramètres Tous les facteurs de corrections et autres paramètres qui peuvent être modifiés par l’utilisateur du fichier sont regroupés ici. Code verrouillage: HEA Description du test Test standard EPA Run # 5 Date 22-01-2018 Technicien M.M Project # PI 20162 Description de l'unité Manufacturier HEARTHSTONE Modèle GM 60 Combustion system Cat Appliance type WOOD STOVE Firebox volume 2,03 cu ft. Appliance weight empty N.A lbs Appliance weight full N.A lbs Paramètres du test Logging time 1 min Manufacturer's rated heat output BTU/h Donnée fournie par le manfacturier Targeted category 4 Targeted output N.A BTU/h Cp steel N.A BTU/lb-°F Échantillonnage Blank sampling rate 0,20 cuft/min Internal probe diameter 0,18 in. Calibration Factor (DGM #1): 0,988 Dimensionless Equipment number (DGM #1): EM 178 Calibration Factor (DGM #2): 0,988 Dimensionless Equipment number (DGM #2): EM 179 Calibration Factor (DGM #3): 0,986 Equipment number (DGM #3): EM 070 Dimensionless Tunnel Targeted tunnel flow rate 150 scfm Tunnel diameter 6 in. Molecular weight 29 Pitot tube type Standard Pitot tube coefficient 0,99 Dimensionless Project nu. PI 20162 Date 22-01-2018 Technicien M.M Fuel data Fuel type Dimension Fuel specie D. Fir HHV 19810,0 kJ/kg D. Fir Oak/Maple %C 48,7 HHV 19 810 19 887 %H 6,9 %C 48,73 50 %O 43,9 %H 6,87 6,6 %Ash 0,5 %O 43,9 42,9 HHV 8519,2 Btu/lb %Ash 0,5 0,5 LHV 7451,0 Btu/lb HHV (Btu/lb) 8519 8552 LHV (Btu/lb) 7451 7480 Default Fuel Values Paramètres Page 1 of 1 DATA 2018-01-22 EPA PI 20162 RUN 5 CAT 4 MODEL GM 60 Preload data sheet Lower Ideal Upper 12,79 14,21 15,63 Load Volume: 0,5185 cu. ft Loading Density: 7,625 lbs./ft3 Number of Spaces: Load Density (wet): 29,850 lbs./ft3 Spacer weight (lbs): Dry Wood Density: 24,398795 Weight Ave. MC x Volume Thick Wide x Length lbs Weight Cubic Inches 2 4 8 1,038 22,3 22,6 23 23,1 23,4 23,74944 64,00 2 4 8 1,008 21,9 21,6 21,8 21,9 21,3 21,8736 64,00 2 4 8 1,46 23 23,3 22,9 22,6 22,8 33,4632 64,00 2 4 8 1,21 23,1 23,4 23,6 23,1 23,6 28,2656 64,00 2 4 8 1,074 22,9 22,5 22,3 22,8 22,4 24,25092 64,00 2 4 8 1,05 22,6 22,9 21,8 21,3 21,9 23,205 64,00 2 4 8 1,096 22,3 22,4 22,3 21,9 21,5 24,19968 64,00 2 4 8 1,008 22,8 22,5 22,3 22 22,4 22,5792 64,00 2 4 8 1,016 21,6 21,8 21,9 21,5 21,4 21,98624 64,00 2 4 8 1,13 23 22,6 22,8 22,4 22,3 25,5606 64,00 2 4 8 1,046 21,3 21,2 21,6 21,9 21,4 22,46808 64,00 2 4 8 1,178 22,8 22,3 22,9 22,8 22,9 26,78772 64,00 2 4 8 1,068 23 23,4 22,6 22,9 23 24,54264 64,00 2 4 8 1,096 21,4 20,6 20,8 20,9 20,8 22,9064 64,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 SUM MCx 345,83832 PreTest Load Weight: 15,48 lbs. Dry Weight: 5,74 kg. Average Moisture Content: % Dry: 22,34 22,34 Wet: 18,26 Must be 18-28 must be 15,2-22 Project nu. PI 20162 Date 22-01-2018 Technicien M.M Test Load Weight: Piece Size (in): Meter Moisture Content Dry Uncorrected % Preload Data Page 1 of 1 Confidentiel 06/02/2018 Page 1 FUEL LOAD DATA SHEET, CSA B415 Lower Ideal Upper 12,8 14,2 15,6 * For boilers, a loading density factor of 10 lb/ft3 is applied Load Volume: 0,42 cu. ft Loading Density: 6,7 lbs./ft3 Number of Spaces: 12 Load Density (wet): 32,2 lbs./ft3 Spacer weight: lbs Dry Wood Density: 26,8 lbs./ft3 Weight Ave. MC x Volume Ave. MC Thick Wide xLength lbs Weight Cubic Inches % 1,5 3,5 17 1,77 20,70 20,50 20,20 20,10 20,90 36,2496 89,25 20,5 1,5 3,5 17 1,74 20,10 20,60 20,30 20,20 20,10 35,21188 89,25 20,3 3,5 3,5 17 4,70 19,60 19,90 20,10 19,50 19,50 92,64456 208,25 19,7 3,5 3,5 17 4,03 19,90 20,00 19,80 19,60 20,10 80,1164 208,25 19,9 1,5 0,75 5 0,12 20,40 2,4072 5,63 20,4 1,5 0,75 5 0,11 20,60 2,3072 5,63 20,6 1,5 0,75 5 0,11 20,80 2,2048 5,63 20,8 1,5 0,75 5 0,12 20,90 2,5498 5,63 20,9 1,5 0,75 5 0,12 20,40 2,4888 5,63 20,4 1,5 0,75 5 0,12 20,30 2,3548 5,63 20,3 1,5 0,75 5 0,11 20,90 2,299 5,63 20,9 1,5 0,75 5 0,10 21,00 2,184 5,63 21,0 1,5 0,75 5 0,11 21,10 2,2788 5,63 21,1 1,5 0,75 5 0,11 20,60 2,1836 5,63 20,6 1,5 0,75 5 0,11 20,80 2,2048 5,63 20,8 1,5 0,75 5 0,12 20,40 2,4888 5,63 20,4 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 0,00 SUM MCx 272,17404 20,5 % Test Load Weight: 13,59 lbs. Dry Weight: 5,13 kg. Average Moisture Content: % Dry: 20,03 Dry(EPA) 20,03 20,03 Wet: 16,69 Dry(B415 20,03 Must be 19-25 must be 15,2-22 Coal Bed Range: 2,7 lbs. to 3,4 lbs. TEST CHARGE: Project nu. PI 20162 Coal bed weight: 2,7 lbs. Date 22-01-2018 Technicien M.M Test Load Weight: Piece Size (in): Meter Moisture Content Dry Uncorrected % Load Data Page 1 of 1 DATA 2018-01-22 EPA PI 20162 RUN 5 CAT 4 MODEL GM 60 Filter set weight Ambient blank (g) Date Heure probe front back gasket probe front back gasket probe front back gasket Filter Number 13 3016 34 14 32 38 39 15 33 40 41 27 42 Before (1) Before (2) Before (3) Before (4) Before (5) 95,1503 0,1281 0,1294 35,2240 110,1770 0,1280 0,1261 35,4866 109,3623 0,1280 0,1241 35,1025 0,1252 18/01/2018 18:00 Before (6) 95,1504 0,1282 0,1293 35,2239 110,1771 0,1279 0,1260 35,4867 109,3623 0,1280 0,1242 35,1026 0,1253 22/01/2018 09:00 After (1) 95,1532 0,1301 0,1293 35,2257 110,1783 0,1276 0,1255 35,4885 109,3638 0,1304 0,1239 35,1046 0,1253 22/01/2018 14:00 After (2) 95,1521 0,1299 0,1293 35,2254 110,1775 0,1275 0,1255 35,4881 109,3631 0,1304 0,1239 35,1042 0,1253 29/01/2018 08:00 After (3) 95,1520 0,1298 0,1293 35,2254 110,1774 0,1275 0,1254 35,4880 109,3631 0,1305 0,1240 35,1043 0,1253 01/02/2018 08:00 After (4) After (5) After (6) 95,1520 0,1298 0,1293 35,2254 110,1774 0,1275 0,1254 35,4880 109,3631 0,1305 0,1240 35,1043 0,1253 01/02/2018 08:00 Difference 0,0016 0,0016 0,0000 0,0015 0,0003 -0,0004 -0,0006 0,0013 0,0008 0,0025 -0,0002 0,0017 0,0000 Total (mg) 4,7 5,3 4,8 0 Total ajusté (mg) 4,70 5,30 4,80 Project nu. PI 20162 Date 22-01-2018 Technicien mm System 2 (g) System 1 (g) 1st hour System 1 (g) Filter set weight Page 1 of 1 DATA 2018-01-22 EPA PI 20162 RUN 5 CAT 4 MODEL GM 60 SFBA EPA EMISSION RESULTS RESULTS Average emission rate: 2,2 g/hr Burn Rate : 2,370 Dry kg/hr Test Duration: 130 min PRESSURE FACTOR: DGM 1 0,98022 BAROMETRIC PRESSURE DGM 2 0,97511 Average: 30,223944 in Hg DGM 3 1,01016 Start: 30,268239 in Hg End: 30,179649 in Hg TEMPERATURE FACTORS DGM 1 0,98391 DGM 2 0,98236 DGM CONTROLLER VALUES DGM 3 0,99105 DGM 1 Final: 21999,115 Cuft Initial: 21975,620 Cuft VOLUMES SAMPLED DGM 1 22,384 SCft DGM 2 Final: 19390,979 Cuft DGM 2 22,838 Scft Initial: 19366,859 Cuft DGM 3 15,790 SCft DGM #3 Final: 756,840 Cuft Initial: 740,850 Cuft TOTAL TUNNEL VOLUME : 20878 TEMPERATURES SAMPLE RATIOS DGM 1 536,636 °R Sample Train 1: 932,686 DGM 2 537,480 °R Sample Train 2: 914,141 CALIBRATION FACTORS Paticulate concentration DGM 1 0,9879 Sample Train 1 0,000237 g/dscf DGM 2 0,9884 Sample Train 2 0,000210 g/dscf DGM #3 0,9864 Room 0,000000 g/dscf TUNNEL FLOW RATE: 160,597 Dscfm TOTAL EMISSIONS PARTICULATE CATCH Sample Train 1 4,94 g Total Sample Train 1: 5,30 mg Sample Train 2 4,39 g Total Sample Train 2: 4,80 mg Total Sample Train 1 1st hour: 4,70 mg EMISSION RATES Sample Train 1 2,28 g/hr Sample Train 2 2,03 g/hr 1st hour emission rate 4,38 g/hr DEVIATION: 5,95% Train 1 Train 2 Cs 0,0002368 0,000210171 Particulates Calculations Page 1 of 1 DATA 2018-01-22 EPA PI 20162 RUN 5 CAT 4 MODEL GM 60 Average 0,17 11,38 #DIV/0! 455,41 72,77 117,05 561,43 353,92 486,78 458,76 505,43 ***** *1 *2 *3 *4 *5 *6 *7 *8 Elapsed Weight Flue Room Tunnel Unit Unit Unit Unit Unit Time Raw data row Remaining CO CO2 O2 Gas Temp Dry Bulb Top Back R.Side L.Side Bottom min lbs %%% °F °F °F °F °F °F °F °F 0,00 157,00 13,6 0,0 6,9 0,0 419,1 71,4 165,5 510,6 347,3 440,1 416,5 672,2 1,0 158,0 13,4 0,1 5,6 0,0 430,5 71,5 125,6 501,7 347,9 440,6 417,3 669,0 2,0 159,0 13,2 0,0 9,5 0,0 442,9 71,1 122,6 503,4 348,7 441,0 417,9 666,6 3,0 160,0 13,0 0,0 11,9 0,0 455,7 71,1 123,5 510,3 348,5 441,3 419,0 661,5 4,0 161,0 12,8 0,1 14,0 0,0 467,6 71,1 123,5 522,5 346,9 442,0 419,9 654,7 5,0 162,0 12,6 0,2 14,3 0,0 477,5 71,4 123,8 534,4 344,3 442,6 420,0 649,8 6,0 163,0 12,4 0,5 14,1 0,0 483,6 70,8 123,9 546,2 342,6 443,1 420,4 641,7 7,0 164,0 12,2 0,7 14,3 0,0 489,2 71,1 124,1 558,6 340,0 443,5 420,5 633,8 8,0 165,0 12,0 0,6 14,5 0,0 495,8 71,1 124,7 569,1 338,8 444,1 420,6 628,2 9,0 166,0 11,8 0,6 14,7 0,0 502,1 71,6 125,4 580,3 338,4 444,7 420,4 621,4 10,0 167,0 11,5 0,2 14,6 0,0 506,4 71,8 125,7 589,5 335,7 445,4 420,2 614,5 11,0 168,0 11,3 0,2 14,9 0,0 511,0 71,6 127,3 599,7 335,2 446,0 420,6 608,5 12,0 169,0 11,1 0,2 15,2 0,0 516,3 71,8 127,8 608,5 332,7 446,8 420,5 602,6 13,0 170,0 10,9 0,2 15,4 0,0 520,4 72,1 127,9 616,9 332,0 447,6 420,4 596,1 14,0 171,0 10,7 0,5 15,8 0,0 524,1 72,0 128,0 624,2 331,0 448,4 421,0 589,9 15,0 172,0 10,5 0,6 15,8 0,0 526,5 71,7 128,2 632,3 329,2 449,7 421,0 583,8 16,0 173,0 10,3 0,9 15,7 0,0 530,2 71,7 128,6 639,0 330,0 450,7 421,7 578,6 17,0 174,0 10,0 0,7 15,8 0,0 532,4 71,6 128,6 646,7 329,3 451,9 422,2 573,9 18,0 175,0 9,8 0,7 15,9 0,0 534,3 72,2 128,7 652,7 329,1 453,3 422,8 568,6 19,0 176,0 9,7 0,6 16,1 0,0 535,3 72,3 129,1 657,5 328,9 454,9 423,8 564,1 20,0 177,0 9,4 0,6 16,0 0,0 537,2 72,5 129,7 663,0 329,2 456,9 424,8 560,1 21,0 178,0 9,2 0,6 16,2 0,0 538,2 72,3 129,5 667,7 328,6 458,6 425,7 555,8 22,0 179,0 9,0 0,7 16,2 0,0 539,3 72,7 129,8 672,8 328,9 460,4 427,4 551,6 23,0 180,0 8,8 0,8 16,1 0,0 539,2 72,5 129,3 677,9 328,8 462,6 428,7 548,0 24,0 181,0 8,6 0,7 15,9 0,0 538,7 72,2 128,9 680,7 329,2 464,6 430,2 544,0 25,0 182,0 8,4 0,6 15,7 0,0 538,3 72,8 128,6 682,3 330,4 466,7 431,8 539,9 26,0 183,0 8,2 0,5 15,5 0,0 537,2 72,3 128,6 685,0 331,4 468,7 433,2 536,7 27,0 184,0 8,1 0,6 15,4 0,0 537,0 73,4 129,1 687,9 330,9 470,7 434,5 534,1 28,0 185,0 7,9 0,7 15,6 0,0 536,5 73,2 129,5 687,5 331,4 473,2 436,2 530,4 29,0 186,0 7,7 0,8 15,8 0,0 535,5 72,1 129,5 690,0 332,5 476,0 437,1 526,5 30,0 187,0 7,5 0,9 15,8 0,0 535,2 72,4 129,4 692,0 334,4 478,5 439,2 523,9 31,0 188,0 7,3 0,9 15,8 0,0 534,3 73,0 128,8 693,3 335,2 481,1 440,6 520,9 32,0 189,0 7,1 0,7 15,8 0,0 533,4 72,4 128,5 697,0 336,7 483,3 442,3 518,0 33,0 190,0 6,9 0,5 15,8 0,0 532,2 72,7 128,3 696,9 338,0 485,8 444,2 515,1 34,0 191,0 6,8 0,6 15,5 0,0 531,1 73,8 128,0 698,0 338,6 488,3 446,0 512,6 35,0 192,0 6,6 0,5 15,4 0,0 530,0 73,0 127,9 696,5 340,5 490,6 447,6 510,5 36,0 193,0 6,4 0,6 15,3 0,0 528,6 73,2 127,6 698,3 341,0 493,0 449,5 507,1 37,0 194,0 6,3 0,4 15,3 0,0 527,0 73,8 127,8 696,1 341,4 495,7 451,3 504,3 38,0 195,0 6,1 0,1 15,5 0,0 525,8 73,1 127,2 695,3 342,8 498,1 452,9 502,3 39,0 196,0 5,9 0,1 15,6 0,0 523,9 73,2 127,0 693,4 343,8 500,4 455,3 500,0 40,0 197,0 5,8 0,0 15,4 0,0 522,3 73,6 126,5 693,2 344,6 502,6 457,2 497,7 41,0 198,0 5,6 0,0 15,3 0,0 520,1 73,1 126,1 689,6 346,5 504,8 459,3 495,6 42,0 199,0 5,4 0,0 15,4 0,0 519,2 73,1 125,6 691,3 347,2 506,5 461,5 493,0 43,0 200,0 5,3 0,0 15,4 0,0 518,1 73,1 125,5 689,7 348,7 508,5 463,3 491,0 44,0 201,0 5,2 0,0 15,3 0,0 517,4 73,1 125,3 687,6 350,1 510,0 465,3 489,5 45,0 202,0 5,0 0,1 15,2 0,0 516,4 74,0 125,4 688,3 349,4 511,8 467,4 486,8 46,0 203,0 4,9 0,2 15,0 0,0 515,0 74,2 125,7 687,7 352,6 513,2 469,5 486,1 47,0 204,0 4,7 0,4 14,5 0,0 513,5 74,2 125,4 684,2 353,0 514,9 471,2 483,9 48,0 205,0 4,6 0,3 14,3 0,0 512,1 73,7 125,0 681,2 355,5 516,4 473,5 481,8 49,0 206,0 4,5 0,2 14,0 0,0 508,6 74,3 123,8 679,1 356,8 516,8 475,3 479,9 50,0 207,0 4,3 0,1 13,8 0,0 505,1 74,8 123,1 676,6 357,0 518,2 477,1 478,9 51,0 208,0 4,2 0,0 13,6 0,0 501,5 73,7 122,9 672,6 359,1 518,8 478,8 477,6 52,0 209,0 4,1 0,0 13,4 0,0 498,0 72,9 122,2 668,9 359,4 519,7 480,6 475,9 53,0 210,0 4,0 0,0 13,2 0,0 495,0 74,3 121,9 663,8 359,5 520,2 482,1 474,7 54,0 211,0 3,8 0,0 13,1 0,0 490,8 74,0 121,6 659,9 361,9 520,4 483,2 473,3 55,0 212,0 3,7 0,0 13,0 0,0 488,2 74,2 121,7 653,0 361,9 520,9 485,2 471,7 56,0 213,0 3,7 0,0 12,9 0,0 484,9 74,0 121,2 648,2 363,9 521,4 485,9 470,9 57,0 214,0 3,5 0,0 12,8 0,0 481,9 73,8 120,8 643,8 364,7 521,4 487,8 470,4 58,0 215,0 3,5 0,0 12,6 0,0 479,1 74,1 119,9 640,3 363,2 521,3 489,0 469,3 59,0 216,0 3,3 0,0 12,5 0,0 475,8 73,9 119,3 633,5 364,6 521,3 489,9 468,5 60,0 217,0 3,2 0,0 12,3 0,0 473,2 73,1 118,5 629,2 366,8 521,2 490,9 468,2 61,0 218,0 3,1 0,0 12,3 0,0 470,7 73,5 118,1 622,7 367,4 521,3 491,3 469,6 62,0 219,0 3,1 0,0 12,2 0,0 467,8 73,5 117,6 619,3 369,5 520,9 493,0 466,7 63,0 220,0 2,9 0,0 12,1 0,0 465,5 73,9 117,7 613,5 369,0 520,4 493,1 466,5 64,0 221,0 2,8 0,0 12,0 0,0 462,8 74,6 117,8 608,7 370,2 520,6 494,2 466,1 65,0 222,0 2,8 0,0 12,0 0,0 460,2 73,2 117,6 604,1 371,6 520,2 494,8 465,8 66,0 223,0 2,7 0,0 12,0 0,0 457,6 73,2 117,1 599,8 371,5 520,2 495,0 465,2 67,0 224,0 2,6 0,0 11,9 0,0 455,3 73,0 116,7 596,8 370,7 519,9 495,4 465,1 68,0 225,0 2,5 0,0 11,9 0,0 453,4 73,1 116,3 593,5 371,7 520,1 495,7 464,8 69,0 226,0 2,4 0,0 11,8 0,0 451,1 73,1 115,6 588,9 372,2 519,6 495,7 464,7 70,0 227,0 2,3 0,0 11,7 0,0 448,3 73,2 115,0 585,6 371,6 519,4 496,0 464,4 71,0 228,0 2,3 0,0 11,5 0,0 445,9 73,7 114,6 581,6 368,8 519,4 496,0 464,7 72,0 229,0 2,2 0,0 11,3 0,0 443,5 73,6 113,9 577,3 372,4 519,1 496,2 464,3 73,0 230,0 2,1 0,0 11,1 0,0 441,5 73,6 113,9 573,3 372,9 519,0 495,7 463,8 74,0 231,0 2,0 0,0 11,0 0,0 438,4 74,5 114,0 567,5 373,3 519,0 496,2 463,3 75,0 232,0 2,0 0,0 11,0 0,0 436,0 73,6 113,5 563,3 374,6 518,8 495,8 463,4 76,0 233,0 1,9 0,0 10,9 0,0 434,3 73,4 113,1 559,8 374,6 518,6 495,8 463,0 77,0 234,0 1,8 0,0 10,9 0,0 432,2 72,9 112,5 556,2 375,5 518,0 495,7 463,3 78,0 235,0 1,8 0,0 10,7 0,0 430,4 72,8 112,2 553,3 371,1 517,8 495,4 463,4 79,0 236,0 1,7 0,0 10,3 0,0 428,5 72,8 111,5 549,6 371,7 517,2 494,9 463,3 80,0 237,0 1,6 0,0 9,6 0,0 426,4 72,8 111,1 544,6 374,3 516,7 494,6 463,1 81,0 238,0 1,6 0,0 9,0 0,0 424,3 72,8 110,5 539,8 375,1 515,9 494,3 463,1 82,0 239,0 1,6 0,0 8,5 0,0 421,8 73,7 110,2 533,6 376,4 515,2 493,8 463,2 83,0 240,0 1,5 0,0 8,1 0,0 419,3 74,1 109,9 526,5 377,3 514,1 492,8 463,2 84,0 241,0 1,5 0,0 8,0 0,0 417,1 74,0 110,3 520,1 378,8 513,4 492,3 462,3 85,0 242,0 1,4 0,0 8,0 0,0 414,5 72,6 109,7 514,7 379,2 512,1 491,2 462,2 86,0 243,0 1,4 0,0 7,9 0,0 412,9 72,5 109,5 510,0 379,1 511,0 490,2 462,2 87,0 244,0 1,4 0,0 7,9 0,0 411,2 72,4 109,1 504,7 375,0 509,6 488,7 462,2 88,0 245,0 1,4 0,0 7,9 0,0 409,5 72,3 108,8 500,1 373,2 508,0 487,4 462,3 89,0 246,0 1,3 0,0 7,9 0,0 408,0 72,4 108,4 494,6 374,8 506,6 486,0 461,5 90,0 247,0 1,3 0,0 7,9 0,0 406,8 72,3 108,2 489,9 374,3 505,4 484,5 461,3 91,0 248,0 1,2 0,0 7,8 0,0 405,5 72,5 108,0 485,4 374,3 503,3 482,9 461,3 92,0 249,0 1,2 0,0 7,8 0,0 403,8 73,1 107,8 480,7 373,3 501,5 480,9 461,8 93,0 250,0 1,2 0,0 7,8 0,0 402,6 72,9 107,8 476,1 374,3 500,2 479,0 461,1 94,0 251,0 1,1 0,0 7,8 0,0 401,6 73,4 108,1 471,7 373,2 498,8 477,0 460,1 95,0 252,0 1,1 0,0 7,8 0,0 400,7 72,7 108,0 467,9 373,0 497,3 475,0 460,3 96,0 253,0 1,1 0,0 7,8 0,0 400,4 72,2 107,5 464,4 371,7 495,8 473,4 460,5 97,0 254,0 1,0 0,0 7,8 0,0 399,8 72,6 107,4 461,5 370,8 494,3 471,6 460,7 98,0 255,0 1,0 0,0 7,8 0,0 399,5 72,4 107,3 457,5 367,8 492,8 469,6 460,9 99,0 256,0 1,0 0,0 7,8 0,0 399,2 72,2 107,0 454,6 367,9 491,3 467,8 461,1 100,0 257,0 1,0 0,0 7,8 0,0 397,9 72,3 106,8 452,3 368,8 489,4 465,9 460,9 Particulates Calculations Page 1 of 2 DATA 2018-01-22 EPA PI 20162 RUN 5 CAT 4 MODEL GM 60 101,0 258,0 0,9 0,0 8,0 0,0 396,2 72,0 106,5 449,7 367,0 487,2 464,3 461,3 102,0 259,0 0,9 0,0 8,0 0,0 394,8 72,8 106,2 446,8 365,7 486,0 462,3 461,0 103,0 260,0 0,9 0,0 8,3 0,0 393,5 73,1 106,2 444,0 366,1 484,0 460,2 461,7 104,0 261,0 0,8 0,0 8,3 0,0 391,4 73,2 106,2 440,8 366,3 482,8 458,8 462,0 105,0 262,0 0,8 0,0 8,3 0,0 389,7 72,1 106,3 439,0 365,1 481,0 456,9 462,7 106,0 263,0 0,8 0,0 8,3 0,0 389,1 72,5 106,2 437,0 363,2 479,8 455,6 463,1 107,0 264,0 0,7 0,0 8,3 0,0 388,6 72,5 105,9 435,5 363,7 478,3 454,2 464,8 108,0 265,0 0,7 0,0 8,3 0,0 387,9 72,4 105,5 433,5 361,4 476,9 452,8 465,6 109,0 266,0 0,6 0,0 8,3 0,0 386,6 72,7 105,7 431,1 362,2 475,8 451,4 466,7 110,0 267,0 0,7 0,0 7,7 0,0 383,8 72,2 105,1 429,3 358,5 474,9 450,2 468,2 111,0 268,0 0,6 0,0 7,4 0,0 382,2 72,2 104,8 428,1 355,9 473,0 449,0 470,5 112,0 269,0 0,6 0,0 7,5 0,0 380,7 72,7 104,5 427,0 355,7 471,7 447,9 473,3 113,0 270,0 0,5 0,0 7,4 0,0 379,5 72,8 104,6 425,8 358,2 470,0 446,3 476,3 114,0 271,0 0,5 0,0 7,5 0,0 378,8 73,2 104,6 423,5 354,9 468,9 445,8 479,8 115,0 272,0 0,4 0,0 7,5 0,0 378,6 72,3 104,6 422,1 355,7 467,7 444,3 484,0 116,0 273,0 0,4 0,0 7,5 0,0 378,1 72,3 104,6 420,9 353,5 466,7 443,6 487,4 117,0 274,0 0,4 0,0 7,5 0,0 378,0 72,1 104,4 419,3 353,3 465,2 442,7 491,7 118,0 275,0 0,4 0,0 7,4 0,0 377,0 72,0 104,1 417,5 349,9 463,6 442,0 495,4 119,0 276,0 0,3 0,0 7,4 0,0 377,1 72,1 104,1 416,6 346,2 462,3 441,2 499,9 120,0 277,0 0,3 0,0 7,4 0,0 377,3 72,0 104,0 415,4 344,4 461,0 440,6 503,0 121,0 278,0 0,2 0,0 7,4 0,0 376,8 72,0 103,6 414,1 342,8 459,2 440,0 507,4 122,0 279,0 0,2 0,0 7,3 0,0 376,4 72,0 103,7 412,0 340,0 458,0 439,4 510,4 123,0 280,0 0,2 0,0 6,3 0,0 375,2 72,6 103,7 410,6 338,7 456,4 438,1 514,2 124,0 281,0 0,2 0,0 6,1 0,0 374,1 72,9 103,8 408,7 337,0 455,2 437,8 516,2 125,0 282,0 0,1 0,0 6,1 0,0 374,2 72,3 103,8 406,7 336,6 453,6 436,7 518,6 126,0 283,0 0,1 0,0 6,2 0,0 373,8 73,1 103,9 405,0 334,5 452,2 436,1 520,3 127,0 284,0 0,1 0,0 6,2 0,0 374,1 71,8 103,6 403,8 333,0 450,9 435,3 520,9 128,0 285,0 0,1 0,0 6,2 0,0 374,3 72,7 103,4 401,9 330,4 448,9 434,6 522,4 129,0 286,0 0,1 0,0 6,2 0,0 374,3 72,0 103,4 400,2 328,0 447,6 433,5 524,0 130,0 287,0 0,0 0,0 6,2 0,0 374,8 72,2 103,1 398,6 326,6 446,3 432,7 525,3 Particulates Calculations Page 2 of 2 DATA 2018-01-22 EPA PI 20162 RUN 5 CAT 4 MODEL GM 60 Manufacturer: HEARTHSTONE Model: GM 60 Overall Heating Efficiency: 75,37% 30,17 Run: 5 Combustion Efficiency: 98,56% 342,07 Project #: PI 20162 Heat Transfer Efficiency: 76,47% 9,81 Test Duration: 130 min HHV LHV Heat Output: 33 576 Btu/h 35 395 kJ/h Eff 75,37% 81,46% Heat Input: 44 548 Btu/h 46 962 kJ/h Comb Eff 98,56% 98,56% Ultimate CO2 HT Eff 76,47% 82,65% CO2-ult 19,64 Burn Duration: 2,17 h Output 35 395 kJ/h F0 Burn Rate 2,37 kg/h 1,063 Burn Rate: 5,22 lb/h 2,371 kg/h Grams CO 111 g Input 46 962 kJ/h Stack Temp: 455,7 Deg. F 235,4 Deg. C MC wet 16,69 Air Fuel Ratio (A/F) Dry Molecular Weight (Md) Dry Moles Exhaust Gas (Nr): Air Fuel Ratio (A/F) Note: In the “Input data”, "Calc. % O2", "Fuel Properties", and “Mass Balance” columns, [e], [d], [g], [a]. [b], [c], [h], [u], [w], [j], and [k] refer to their respective variables in Clauses 13.7.3 CSA B415.1 OE Calculations Page 1 of 1 St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 16 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 2: Proportionality results DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Average Average Average Average 15,47 Inlet + Inlet + 0,245 Outlet Outlet Average Average #1 #2 Tunnel Temp. Temp. 100,48 100,96 System 1 System 2 SQRT Velocity Meter 1 Meter 2 Vol.Std. Vol.Std. Delta-P PR1 PR2 Time Ft/Sec Deg. R Deg. R %% (ft3) (ft3) min (in H2O)2 15,802 534,4 534,3 0,166 0,174 0 0,23928 15,519 534,2 534,3 100,13 104,00 0,166 0,174 1 0,2413909 15,581 534,0 534,3 99,34 102,54 0,166 0,174 2 0,2428571 15,336 534,0 534,3 105,20 104,63 0,170 0,173 3 0,2388564 15,479 533,9 534,4 105,96 103,45 0,174 0,173 4 0,2407595 15,512 533,9 534,3 103,44 101,86 0,175 0,173 5 0,2432747 15,456 533,8 534,3 101,33 102,25 0,173 0,174 6 0,243274 15,488 533,8 534,3 100,99 101,74 0,172 0,175 7 0,2438998 15,509 533,7 534,3 101,81 101,51 0,172 0,174 8 0,2438994 15,583 533,8 534,3 100,86 100,90 0,173 0,174 9 0,2453508 15,499 533,8 534,4 100,91 101,26 0,172 0,174 10 0,2443143 15,425 533,7 534,3 102,20 101,45 0,173 0,174 11 0,2432739 15,555 533,7 534,3 99,73 101,26 0,172 0,174 12 0,245351 15,465 533,6 534,3 100,66 101,42 0,171 0,174 13 0,2438992 15,524 533,6 534,3 100,52 101,91 0,171 0,174 14 0,244315 15,574 533,7 534,3 100,62 101,07 0,171 0,174 15 0,2449365 15,523 533,8 534,4 102,61 100,99 0,173 0,173 16 0,244307 15,557 533,8 534,4 102,35 100,61 0,175 0,173 17 0,2449371 15,481 533,8 534,4 102,65 101,01 0,175 0,173 18 0,2438996 15,634 533,7 534,4 99,32 100,87 0,173 0,174 19 0,2463829 15,526 533,7 534,4 99,98 101,77 0,170 0,175 20 0,2443144 15,554 533,8 534,4 102,53 101,22 0,172 0,174 21 0,244413 15,530 533,8 534,4 100,17 101,92 0,172 0,174 22 0,2443159 15,590 533,9 534,5 100,74 101,11 0,171 0,174 23 0,2453517 15,583 533,8 534,5 99,67 100,98 0,171 0,174 24 0,2453512 15,198 533,8 534,5 102,20 103,77 0,170 0,174 25 0,2392686 15,578 533,8 534,4 101,22 101,10 0,171 0,174 26 0,2449368 15,566 533,8 534,4 102,80 101,13 0,173 0,173 27 0,244323 15,614 533,9 534,5 99,49 101,51 0,172 0,174 28 0,245351 15,609 533,9 534,5 101,83 100,84 0,172 0,174 29 0,2453508 15,530 533,9 534,5 100,38 101,64 0,172 0,174 30 0,2443148 15,579 533,9 534,5 99,76 101,39 0,171 0,175 31 0,245351 15,485 533,9 534,6 102,45 101,35 0,172 0,174 32 0,2438989 15,374 534,0 534,6 101,03 102,71 0,172 0,174 33 0,2418102 15,618 534,1 534,7 99,64 101,09 0,170 0,174 34 0,2457639 15,549 534,2 534,7 100,08 101,20 0,171 0,174 35 0,2449366 15,481 534,2 534,8 101,14 101,54 0,171 0,174 36 0,2438986 15,561 534,2 534,8 101,28 100,59 0,173 0,174 37 0,2453511 15,465 534,2 534,8 99,75 101,76 0,171 0,174 38 0,2438998 15,430 534,2 534,8 102,69 101,51 0,172 0,174 39 0,2428576 15,583 534,2 534,8 99,75 101,65 0,172 0,174 40 0,2449365 15,559 534,3 534,9 101,83 100,83 0,172 0,174 41 0,2449365 15,553 534,3 534,9 100,80 101,20 0,173 0,174 42 0,2449365 15,571 534,3 534,9 101,79 100,82 0,173 0,174 43 0,2453514 15,537 534,3 534,9 101,66 100,93 0,174 0,174 44 0,2449369 15,597 534,3 534,9 99,96 100,71 0,172 0,174 45 0,2457637 15,469 534,3 534,9 100,51 102,77 0,171 0,175 46 0,2432749 15,618 534,4 534,9 101,51 100,50 0,172 0,174 47 0,2457638 15,515 534,4 535,0 100,27 101,35 0,172 0,174 48 0,2443144 15,507 534,5 535,0 102,12 101,21 0,172 0,174 49 0,2443155 15,407 534,4 535,0 100,03 102,14 0,172 0,174 50 0,242858 15,426 534,4 534,9 100,15 101,84 0,170 0,174 51 0,2432748 15,329 534,3 534,9 102,93 102,37 0,172 0,174 52 0,2414634 15,530 534,4 535,0 99,57 101,72 0,171 0,174 53 0,2443145 Proportional Rates Particulates Calculations Page 1 of 6 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 15,546 534,4 535,0 99,29 101,44 0,169 0,175 54 0,2449374 15,566 534,5 535,0 101,32 100,23 0,171 0,174 55 0,2453512 15,500 534,5 535,1 99,51 101,28 0,171 0,173 56 0,2443151 15,577 534,5 535,1 101,59 100,38 0,172 0,174 57 0,2457636 15,466 534,4 535,0 99,83 101,91 0,172 0,174 58 0,2439 15,523 534,4 535,0 101,73 101,61 0,171 0,175 59 0,2443149 15,597 534,4 535,0 101,24 101,15 0,173 0,174 60 0,2453513 15,448 534,5 535,1 100,20 102,03 0,171 0,174 61 0,2432747 15,572 534,5 535,1 101,29 100,92 0,171 0,174 62 0,2453517 15,536 534,5 535,1 99,23 101,31 0,171 0,174 63 0,2449362 15,557 534,4 535,0 101,47 100,66 0,172 0,174 64 0,245352 15,488 534,4 535,0 99,84 101,94 0,172 0,174 65 0,2438998 15,513 534,4 535,0 102,13 101,44 0,171 0,174 66 0,2439002 15,579 534,5 535,0 101,43 100,87 0,173 0,174 67 0,2453518 15,595 534,5 535,1 99,78 100,54 0,172 0,174 68 0,2457602 15,535 534,5 535,1 101,28 100,83 0,172 0,174 69 0,2449379 15,420 534,5 535,1 101,79 101,72 0,173 0,174 70 0,2432749 15,420 534,5 535,0 102,35 101,44 0,173 0,174 71 0,2432751 15,456 534,4 535,0 102,38 101,52 0,174 0,174 72 0,2432756 15,457 534,4 535,1 102,38 101,54 0,173 0,173 73 0,2432767 15,652 534,5 535,1 98,86 100,58 0,171 0,174 74 0,2463721 15,554 534,5 535,1 101,80 101,06 0,172 0,174 75 0,2449372 15,500 534,5 535,1 99,59 101,41 0,172 0,174 76 0,2443153 15,339 534,5 535,1 100,41 102,47 0,169 0,174 77 0,2418113 15,416 534,4 535,1 102,52 101,75 0,171 0,174 78 0,2428583 15,511 534,5 535,1 102,36 101,71 0,174 0,174 79 0,2438995 15,640 534,6 535,1 100,95 100,21 0,173 0,174 80 0,2463833 15,318 534,6 535,2 102,53 102,72 0,173 0,174 81 0,2413926 15,474 534,6 535,2 101,62 101,33 0,173 0,174 82 0,2439992 15,527 534,6 535,2 101,00 101,57 0,173 0,175 83 0,2449375 15,415 534,5 535,1 100,04 101,45 0,171 0,174 84 0,2432757 15,415 534,5 535,1 100,34 101,82 0,170 0,174 85 0,242858 15,555 534,5 535,1 99,34 100,94 0,170 0,174 86 0,2449378 15,498 534,6 535,2 99,72 101,61 0,170 0,174 87 0,2443154 15,533 534,6 535,2 99,46 101,27 0,170 0,175 88 0,2449373 15,522 534,6 535,2 99,84 101,41 0,170 0,175 89 0,2449373 15,475 534,5 535,2 99,23 101,14 0,170 0,174 90 0,2443157 15,405 534,5 535,1 101,53 101,90 0,171 0,174 91 0,2432753 15,191 534,5 535,1 101,61 103,29 0,171 0,174 92 0,239315 15,276 534,6 535,1 101,26 102,59 0,170 0,174 93 0,2407597 15,423 534,6 535,2 100,43 101,15 0,170 0,173 94 0,2432751 15,400 534,7 535,2 100,06 101,37 0,170 0,173 95 0,2428578 15,539 534,6 535,2 99,70 100,04 0,170 0,173 96 0,2453515 15,404 534,6 535,2 102,07 101,23 0,172 0,173 97 0,2432749 15,451 534,6 535,2 99,87 101,16 0,172 0,174 98 0,2438999 15,355 534,6 535,2 100,34 102,45 0,170 0,174 99 0,2418101 15,582 534,6 535,2 101,09 100,36 0,171 0,174 100 0,2457646 15,524 534,7 535,3 99,62 100,42 0,172 0,173 101 0,2449374 15,605 534,7 535,3 101,15 100,16 0,172 0,174 102 0,2463834 15,508 534,6 535,2 100,06 101,25 0,173 0,174 103 0,2449379 15,554 534,6 535,2 101,26 100,56 0,173 0,175 104 0,2457648 15,300 534,6 535,2 101,15 101,73 0,172 0,174 105 0,2414186 15,515 534,6 535,2 100,18 100,75 0,170 0,173 106 0,2443161 15,583 534,6 535,2 101,09 100,52 0,172 0,173 107 0,245765 15,544 534,7 535,2 100,66 101,51 0,173 0,174 108 0,2449376 15,488 534,7 535,2 101,86 101,39 0,173 0,175 109 0,2443155 15,390 534,7 535,2 101,56 102,14 0,173 0,175 110 0,2428583 15,381 534,6 535,2 102,16 101,55 0,173 0,174 111 0,2428583 15,428 534,6 535,2 101,99 101,96 0,173 0,174 112 0,243275 15,577 534,6 535,2 101,28 101,39 0,173 0,175 113 0,2453517 15,525 534,7 535,3 99,51 100,37 0,172 0,174 114 0,2449374 Particulates Calculations Page 2 of 6 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 15,474 534,7 535,3 101,78 101,34 0,172 0,174 115 0,2441628 15,513 534,8 535,4 99,68 100,26 0,172 0,174 116 0,2449376 15,559 534,8 535,3 99,94 100,12 0,171 0,173 117 0,2457646 15,524 534,7 535,3 101,14 100,63 0,173 0,174 118 0,2453521 15,424 534,7 535,3 100,40 100,98 0,172 0,174 119 0,2432742 15,620 534,8 535,3 100,13 100,54 0,171 0,174 120 0,2463833 15,671 534,8 535,4 99,62 100,08 0,172 0,174 121 0,2474104 15,598 534,8 535,4 98,62 100,14 0,171 0,174 122 0,246384 15,465 534,8 535,4 99,73 100,90 0,170 0,174 123 0,2443157 15,452 534,8 535,3 99,82 101,08 0,170 0,174 124 0,2443153 15,450 534,7 535,3 98,98 100,98 0,170 0,174 125 0,244315 15,395 534,7 535,3 102,33 101,99 0,171 0,174 126 0,2428579 15,537 534,8 535,4 99,28 100,20 0,172 0,174 127 0,245352 15,508 534,8 535,4 101,26 100,73 0,172 0,174 128 0,2449378 15,502 534,8 535,4 99,21 100,58 0,172 0,174 129 0,2449405 15,584 534,8 535,4 98,68 100,28 0,170 0,174 130 0,2463839 15,359 534,8 535,4 102,43 101,60 0,172 0,174 131 0,242882 15,540 534,8 535,4 98,49 100,20 0,172 0,174 132 0,2457648 15,549 534,8 535,4 99,20 100,13 0,170 0,173 133 0,2453518 15,467 534,8 535,4 101,26 101,42 0,171 0,174 134 0,2443153 15,501 534,9 535,5 101,41 100,91 0,173 0,174 135 0,2449382 15,554 534,9 535,4 100,72 101,21 0,173 0,175 136 0,245765 15,578 534,9 535,4 98,30 99,83 0,171 0,174 137 0,2463841 15,415 534,8 535,4 99,53 100,48 0,170 0,173 138 0,2439006 15,414 534,8 535,4 101,14 101,67 0,171 0,174 139 0,2438995 15,449 534,8 535,4 99,92 100,97 0,171 0,174 140 0,2439007 15,531 534,8 535,4 98,69 100,24 0,170 0,173 141 0,2453519 15,521 534,8 535,4 100,34 100,19 0,171 0,173 142 0,2453517 15,359 534,9 535,4 101,44 101,70 0,172 0,174 143 0,2428585 15,532 534,8 535,4 100,02 100,63 0,172 0,174 144 0,2457642 15,525 534,8 535,4 98,87 99,73 0,171 0,174 145 0,2457645 15,627 534,8 535,4 97,63 99,07 0,170 0,173 146 0,2474105 15,508 534,7 535,3 101,44 100,88 0,171 0,174 147 0,2449377 15,556 534,8 535,4 99,84 100,31 0,172 0,174 148 0,2457639 15,542 534,8 535,4 100,60 100,48 0,172 0,174 149 0,2457645 15,512 534,8 535,4 100,81 100,52 0,173 0,174 150 0,2453522 15,529 534,8 535,4 98,35 99,97 0,171 0,174 151 0,2457646 15,367 534,8 535,4 99,65 101,16 0,169 0,174 152 0,243275 15,402 534,7 535,4 99,49 100,88 0,170 0,174 153 0,2439004 15,504 534,7 535,3 99,21 100,19 0,170 0,173 154 0,2449379 15,558 534,7 535,4 101,04 100,63 0,172 0,174 155 0,2457647 15,541 534,8 535,4 99,07 100,43 0,172 0,174 156 0,2457647 15,422 534,8 535,4 101,58 101,33 0,172 0,174 157 0,2439004 15,278 534,7 535,3 102,13 102,13 0,173 0,174 158 0,2418107 15,519 534,7 535,3 100,38 100,43 0,173 0,174 159 0,2457643 15,554 534,7 535,3 98,67 99,74 0,172 0,174 160 0,246383 15,459 534,6 535,3 100,44 101,22 0,171 0,174 161 0,2443155 15,520 534,7 535,3 99,07 100,07 0,171 0,174 162 0,2453518 15,535 534,7 535,3 100,24 100,20 0,171 0,173 163 0,2457066 15,419 534,7 535,3 101,38 101,25 0,173 0,174 164 0,2439002 15,469 534,7 535,3 100,60 100,76 0,173 0,174 165 0,2449372 15,493 534,7 535,3 98,83 100,35 0,171 0,174 166 0,2453521 15,551 534,7 535,3 98,17 99,28 0,170 0,173 167 0,2463835 15,389 534,7 535,3 99,83 101,32 0,170 0,173 168 0,2432747 15,439 534,7 535,3 101,80 101,41 0,172 0,174 169 0,2438998 15,509 534,7 535,3 99,33 100,04 0,172 0,174 170 0,2453536 15,489 534,7 535,3 100,22 100,36 0,171 0,173 171 0,2449379 15,342 534,8 535,3 99,86 101,12 0,171 0,173 172 0,2428585 15,432 534,7 535,3 99,31 100,69 0,170 0,174 173 0,2443159 15,553 534,7 535,3 98,33 99,58 0,170 0,174 174 0,2463837 15,351 534,6 535,2 100,50 101,32 0,170 0,174 175 0,2428583 Particulates Calculations Page 3 of 6 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 15,469 534,6 535,2 101,53 101,46 0,172 0,174 176 0,2443158 15,443 534,7 535,3 101,87 101,67 0,174 0,175 177 0,2443155 15,287 534,7 535,3 100,36 101,86 0,172 0,175 178 0,241811 15,469 534,7 535,3 99,00 100,39 0,170 0,174 179 0,244937 15,428 534,6 535,2 101,31 101,18 0,172 0,174 180 0,2443148 15,464 534,6 535,2 99,16 100,11 0,172 0,174 181 0,245084 15,497 534,6 535,2 98,90 100,52 0,170 0,174 182 0,2453523 15,373 534,5 535,2 101,00 101,70 0,171 0,174 183 0,2428581 15,479 534,6 535,2 101,27 100,93 0,172 0,174 184 0,2449374 15,531 534,6 535,2 99,15 100,05 0,172 0,174 185 0,2457644 15,245 534,7 535,2 100,36 101,62 0,170 0,173 186 0,2413928 15,417 534,6 535,2 99,03 100,20 0,170 0,173 187 0,2443157 15,481 534,6 535,1 98,79 100,19 0,170 0,173 188 0,2453521 15,466 534,6 535,1 98,75 100,21 0,170 0,174 189 0,244937 15,434 534,6 535,1 101,46 101,40 0,171 0,174 190 0,2439002 15,441 534,6 535,1 100,69 100,95 0,173 0,174 191 0,2443153 15,341 534,6 535,2 101,94 101,66 0,173 0,174 192 0,2428583 15,569 534,6 535,1 100,41 100,30 0,173 0,174 193 0,2463835 15,552 534,6 535,1 98,81 99,95 0,172 0,174 194 0,2463841 15,682 534,5 535,1 99,90 99,67 0,172 0,175 195 0,2484337 15,366 534,5 535,1 101,82 101,49 0,174 0,175 196 0,2432755 15,376 534,5 535,0 102,35 101,98 0,174 0,175 197 0,2429634 15,476 534,5 535,1 98,91 100,31 0,172 0,174 198 0,2449375 15,432 534,6 535,1 101,43 101,57 0,172 0,174 199 0,2443163 15,519 534,6 535,1 100,44 100,29 0,173 0,175 200 0,2457651 15,481 534,6 535,1 100,98 100,69 0,173 0,174 201 0,2453519 15,448 534,5 535,1 99,45 100,28 0,172 0,174 202 0,2449375 15,404 534,5 535,1 101,31 101,06 0,172 0,174 203 0,2443163 15,445 534,5 535,0 99,36 100,76 0,172 0,174 204 0,2443163 15,567 534,5 535,1 100,65 100,72 0,172 0,174 205 0,2463526 15,407 534,6 535,1 100,46 101,30 0,173 0,175 206 0,2439005 15,465 534,6 535,1 99,65 100,82 0,171 0,175 207 0,2449375 15,392 534,6 535,1 99,38 100,42 0,170 0,174 208 0,2439011 15,420 534,6 535,1 99,33 100,38 0,170 0,173 209 0,2443158 15,608 534,5 535,1 100,19 100,06 0,172 0,174 210 0,2474056 15,476 534,5 535,1 99,01 100,04 0,172 0,174 211 0,2449378 15,458 534,5 535,1 101,22 101,01 0,171 0,174 212 0,2443161 15,363 534,6 535,1 101,85 101,52 0,173 0,174 213 0,2432758 15,524 534,6 535,1 100,39 100,22 0,173 0,174 214 0,2457647 15,419 534,6 535,1 99,14 100,64 0,171 0,174 215 0,2443159 15,612 534,5 535,1 98,45 99,72 0,170 0,174 216 0,2474107 15,499 534,5 535,0 98,64 99,88 0,170 0,174 217 0,2457644 15,268 534,4 535,0 100,76 102,06 0,170 0,174 218 0,2418118 15,437 534,4 534,9 101,83 101,24 0,172 0,174 219 0,2440361 15,621 534,5 535,0 98,09 99,51 0,172 0,174 220 0,2474112 15,431 534,5 535,0 101,09 101,36 0,171 0,174 221 0,2443444 15,490 534,5 535,0 99,03 100,27 0,172 0,174 222 0,245352 15,505 534,5 535,0 100,74 100,35 0,172 0,174 223 0,2457651 15,499 534,4 535,0 100,55 100,06 0,173 0,174 224 0,2457654 15,459 534,4 535,0 100,59 101,07 0,173 0,175 225 0,2449378 15,386 534,4 534,9 99,75 101,26 0,171 0,174 226 0,2432761 15,627 534,4 534,9 100,52 99,92 0,172 0,174 227 0,2474105 15,518 534,5 535,0 101,23 100,36 0,174 0,174 228 0,2457652 15,358 534,5 535,0 101,49 101,24 0,174 0,174 229 0,2432752 15,410 534,5 535,0 101,49 100,85 0,173 0,174 230 0,2443155 15,499 534,4 535,0 99,01 100,29 0,172 0,174 231 0,2457645 15,446 534,4 534,9 101,29 100,58 0,172 0,174 232 0,2449379 15,418 534,4 534,9 99,47 100,76 0,172 0,174 233 0,2440864 15,541 534,4 534,9 98,56 100,37 0,170 0,174 234 0,2457649 15,513 534,4 534,9 98,75 100,10 0,170 0,174 235 0,2457646 15,557 534,4 534,9 98,58 100,13 0,170 0,174 236 0,2463838 Particulates Calculations Page 4 of 6 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 15,454 534,4 534,9 99,70 100,81 0,171 0,174 237 0,2449376 15,448 534,4 534,9 99,60 100,06 0,171 0,174 238 0,2449377 15,468 534,4 534,9 98,86 99,89 0,171 0,173 239 0,2453521 15,418 534,3 534,9 101,64 101,09 0,172 0,174 240 0,2443159 15,484 534,3 534,9 101,74 100,76 0,174 0,174 241 0,2449373 15,557 534,4 534,9 100,20 99,63 0,174 0,174 242 0,2463836 15,463 534,4 535,0 99,04 100,66 0,171 0,174 243 0,2449375 15,507 534,4 534,9 98,54 100,11 0,170 0,174 244 0,2457648 15,383 534,4 534,9 99,93 101,28 0,170 0,174 245 0,2438997 15,472 534,3 534,9 100,72 100,26 0,172 0,174 246 0,2453511 15,469 534,3 534,9 98,60 100,17 0,172 0,174 247 0,2453514 15,410 534,3 534,9 99,44 101,15 0,170 0,174 248 0,2439 15,517 534,3 534,9 98,97 100,48 0,170 0,174 249 0,2457645 15,512 534,4 534,9 100,69 100,05 0,172 0,174 250 0,2457645 15,418 534,4 534,9 99,49 101,11 0,172 0,174 251 0,2443155 15,382 534,3 534,9 101,57 101,00 0,172 0,174 252 0,2438998 15,493 534,3 534,8 100,51 100,29 0,174 0,174 253 0,2457642 15,533 534,2 534,8 100,28 100,19 0,173 0,175 254 0,2463852 15,521 534,2 534,8 98,92 100,14 0,172 0,174 255 0,2457643 15,512 534,2 534,8 101,23 100,58 0,172 0,174 256 0,2453517 15,490 534,3 534,8 98,83 100,64 0,172 0,174 257 0,245352 15,269 534,3 534,8 100,94 102,66 0,170 0,175 258 0,2418104 15,414 534,3 534,8 99,64 100,97 0,171 0,175 259 0,2443149 15,536 534,2 534,8 100,48 100,12 0,172 0,175 260 0,2463828 15,379 534,1 534,7 100,19 101,41 0,173 0,175 261 0,2439003 15,337 534,1 534,7 102,54 101,72 0,173 0,175 262 0,2428577 15,488 534,1 534,7 101,41 101,04 0,174 0,175 263 0,2449373 15,463 534,2 534,7 98,73 100,78 0,172 0,175 264 0,2449369 15,466 534,2 534,7 100,81 100,83 0,171 0,174 265 0,2449374 15,456 534,2 534,7 100,93 100,23 0,173 0,174 266 0,2449373 15,322 534,1 534,7 100,21 101,90 0,172 0,174 267 0,2428579 15,496 534,1 534,7 100,26 100,36 0,172 0,175 268 0,2457643 15,357 534,1 534,7 102,08 101,35 0,173 0,174 269 0,2432752 15,510 534,1 534,6 99,30 100,90 0,172 0,175 270 0,2453512 15,645 534,1 534,6 100,06 99,58 0,172 0,175 271 0,2478206 15,144 534,1 534,6 103,37 102,90 0,174 0,174 272 0,2399154 15,504 534,1 534,7 100,38 99,73 0,173 0,174 273 0,2457646 15,540 534,1 534,6 100,89 100,18 0,174 0,174 274 0,2463829 15,469 534,1 534,6 100,78 100,62 0,174 0,175 275 0,2453507 15,408 534,0 534,6 100,62 100,59 0,173 0,174 276 0,244315 15,280 534,0 534,6 102,67 102,29 0,173 0,174 277 0,2418104 15,559 534,1 534,6 98,57 100,60 0,172 0,175 278 0,246383 15,396 534,1 534,6 101,66 100,61 0,172 0,174 279 0,2438995 15,460 534,1 534,6 101,73 100,58 0,174 0,174 280 0,2449375 15,250 534,1 534,6 100,07 102,01 0,172 0,174 281 0,2418105 15,342 534,0 534,6 100,26 101,68 0,170 0,175 282 0,2432747 15,375 534,0 534,5 99,03 101,04 0,170 0,175 283 0,2438996 15,420 534,0 534,5 101,24 100,43 0,171 0,174 284 0,2441318 15,507 533,9 534,5 100,60 100,75 0,173 0,174 285 0,2453506 15,395 534,0 534,5 101,77 101,25 0,173 0,175 286 0,2438992 15,423 534,0 534,5 101,44 100,57 0,174 0,174 287 0,2443145 15,543 534,0 534,5 100,53 99,70 0,174 0,174 288 0,2463826 15,448 533,9 534,5 98,93 100,89 0,172 0,174 289 0,2449365 15,463 533,9 534,4 99,05 100,05 0,170 0,174 290 0,2453512 15,338 533,9 534,4 102,00 100,89 0,172 0,173 291 0,2428574 15,531 533,9 534,4 99,10 100,57 0,172 0,174 292 0,2457637 15,396 533,9 534,5 102,04 100,94 0,172 0,174 293 0,2438995 15,421 533,9 534,5 101,29 100,36 0,174 0,174 294 0,244315 15,503 533,9 534,4 101,16 100,52 0,174 0,174 295 0,2457638 15,443 533,9 534,5 98,72 100,72 0,172 0,175 296 0,2449366 15,403 533,9 534,4 99,20 101,23 0,170 0,175 297 0,2443134 Particulates Calculations Page 5 of 6 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 15,272 533,8 534,4 101,70 102,26 0,171 0,175 298 0,2418104 15,660 533,8 534,4 100,05 99,53 0,173 0,174 299 0,24782 15,514 533,9 534,4 101,15 100,18 0,174 0,174 300 0,2457634 15,393 533,9 534,4 99,96 101,40 0,172 0,174 301 0,2438891 15,416 533,9 534,4 99,58 101,21 0,171 0,175 302 0,2443145 15,602 533,8 534,4 98,13 99,97 0,170 0,175 303 0,2474097 15,465 533,8 534,3 99,01 100,34 0,170 0,175 304 0,2453508 15,425 533,8 534,3 101,73 100,73 0,172 0,174 305 0,2443146 15,481 533,8 534,3 99,61 101,15 0,172 0,174 306 0,2449367 15,617 533,9 534,3 100,36 99,64 0,172 0,175 307 0,2474097 15,355 533,8 534,3 101,56 101,60 0,174 0,175 308 0,2432736 15,322 533,8 534,3 101,98 100,98 0,173 0,174 309 0,2428573 15,535 533,8 534,3 98,74 100,61 0,172 0,174 310 0,2463829 15,466 533,7 534,3 101,17 100,05 0,172 0,175 311 0,2453507 15,422 533,7 534,2 99,74 101,16 0,172 0,174 312 0,2443139 15,382 533,7 534,2 100,27 101,72 0,171 0,175 313 0,2432736 15,643 533,7 534,3 97,90 100,01 0,170 0,175 314 0,2478193 15,617 533,7 534,2 99,82 99,88 0,172 0,175 315 0,2474088 15,545 533,7 534,3 99,29 100,01 0,172 0,174 316 0,2463826 15,249 533,7 534,3 102,34 102,15 0,173 0,175 317 0,2418105 15,492 533,7 534,2 101,25 99,87 0,174 0,174 318 0,2457634 15,422 533,7 534,2 99,33 101,65 0,172 0,175 319 0,2443144 15,442 533,7 534,2 99,35 101,62 0,170 0,175 320 0,2443142 15,510 533,7 534,2 99,11 100,49 0,170 0,175 321 0,2457624 15,327 533,8 534,3 100,41 101,63 0,171 0,175 322 0,2428569 15,452 533,8 534,3 99,97 100,98 0,171 0,175 323 0,2449362 15,537 533,8 534,3 98,46 100,20 0,171 0,175 324 0,2463823 15,310 533,7 534,2 102,26 101,41 0,172 0,174 325 0,2428562 15,474 533,7 534,2 98,95 100,87 0,172 0,175 326 0,2453506 15,412 533,6 534,2 99,95 101,43 0,170 0,175 327 0,2438989 15,458 533,7 534,2 101,40 100,69 0,172 0,175 328 0,2449359 15,350 533,7 534,2 102,20 101,07 0,174 0,174 329 0,2432736 15,478 533,7 534,2 98,86 100,96 0,172 0,175 330 0,2453505 15,445 533,7 534,2 101,12 100,47 0,172 0,175 331 0,2449361 15,591 533,6 534,1 99,56 99,41 0,173 0,174 332 0,2474094 15,404 533,6 534,1 99,48 101,14 0,172 0,175 333 0,2443141 15,260 533,6 534,1 101,85 102,18 0,171 0,175 334 0,2415323 15,398 533,6 534,1 101,40 101,12 0,173 0,174 335 0,2438989 15,323 533,6 534,1 102,05 101,32 0,173 0,174 336 0,2428569 15,413 533,7 534,1 101,58 100,84 0,174 0,174 337 0,2443146 15,339 533,7 534,1 102,15 101,13 0,174 0,174 338 0,2432734 15,400 533,6 534,1 99,70 101,14 0,173 0,175 339 0,244314 15,250 533,6 534,1 102,54 101,45 0,172 0,174 340 0,2418093 15,433 533,5 534,0 101,18 101,01 0,173 0,174 341 0,2443139 15,488 533,5 534,0 101,47 100,42 0,174 0,174 342 0,245351 15,321 533,6 534,1 99,64 102,22 0,172 0,175 343 0,2428571 15,452 533,6 534,1 100,36 100,69 0,171 0,175 344 0,2449362 15,535 533,6 534,1 98,37 100,16 0,171 0,175 345 0,2463832 15,439 533,6 534,0 100,97 100,33 0,172 0,174 346 0,2449363 15,445 533,5 534,0 101,44 100,37 0,174 0,174 347 0,2449366 15,433 533,5 534,0 101,74 100,98 0,174 0,174 348 0,2443141 15,684 533,5 534,0 99,99 98,97 0,174 0,174 349 0,2484316 15,324 533,6 534,0 102,05 101,46 0,174 0,174 350 0,2428563 15,388 533,6 534,0 101,89 100,69 0,174 0,174 351 0,2438983 15,598 533,5 534,0 98,40 99,76 0,172 0,174 352 0,2474084 15,457 533,5 534,0 99,17 100,64 0,171 0,175 353 0,2453502 15,428 533,4 534,0 100,12 100,62 0,171 0,175 354 0,2446668 Particulates Calculations Page 6 of 6 DATA 2018-01-16 EPA PI 20162 RUN 2 CAT 2 MODEL GM 60 Average Average Average Average 15,63 Inlet + Inlet + 0,243 Outlet Outlet Average Average #1 #2 Tunnel Temp. Temp. 100,85 100,83 System 1 System 2 SQRT Velocity Meter 1 Meter 2 Vol.Std. Vol.Std. Delta-P PR1 PR2 Time Ft/Sec Deg. R Deg. R %% (ft3) (ft3) min (in H2O)2 15,920 535,5 535,9 0,165 0,190 0 0,2392788 15,876 535,4 535,9 96,26 101,58 0,165 0,183 1 0,2443135 15,649 535,4 536,0 97,71 102,81 0,165 0,176 2 0,2407643 15,654 535,4 535,9 102,64 103,26 0,169 0,176 3 0,2403373 15,757 535,3 535,9 104,66 102,74 0,174 0,176 4 0,24139 15,631 535,3 535,9 104,09 101,89 0,176 0,176 5 0,2413905 15,774 535,3 535,9 101,07 100,79 0,175 0,176 6 0,2443137 15,671 535,3 535,9 101,32 101,28 0,174 0,176 7 0,2428569 15,788 535,3 536,0 100,53 100,25 0,174 0,176 8 0,2447754 15,594 535,4 536,0 101,48 101,52 0,173 0,176 9 0,2418091 15,523 535,4 536,0 103,44 101,65 0,175 0,176 10 0,2407581 15,592 535,4 536,0 101,22 101,92 0,174 0,176 11 0,2418094 15,522 535,4 536,0 102,08 102,04 0,173 0,176 12 0,2407584 15,519 535,4 536,0 102,45 101,90 0,174 0,176 13 0,2407584 15,593 535,4 536,0 100,96 101,94 0,173 0,176 14 0,2418097 15,607 535,4 536,0 101,29 101,89 0,173 0,176 15 0,2418106 15,679 535,4 536,0 101,01 101,56 0,173 0,176 16 0,2428565 15,589 535,5 536,1 103,40 101,49 0,174 0,176 17 0,2413906 15,552 535,5 536,1 101,61 102,36 0,174 0,176 18 0,2407589 15,552 535,5 536,1 103,72 101,52 0,174 0,176 19 0,2407587 15,782 535,5 536,1 102,19 100,17 0,176 0,175 20 0,2443144 15,591 535,5 536,1 101,31 102,13 0,174 0,176 21 0,2413905 15,622 535,4 536,1 101,45 101,76 0,173 0,176 22 0,2418096 15,617 535,4 536,1 102,87 101,55 0,174 0,176 23 0,2418096 15,698 535,4 536,1 102,90 101,05 0,176 0,176 24 0,2428567 15,697 535,4 536,1 100,23 101,58 0,174 0,176 25 0,2428572 15,633 535,5 536,1 100,73 101,79 0,171 0,176 26 0,24181 15,603 535,5 536,1 101,06 102,26 0,172 0,176 27 0,2413904 15,605 535,5 536,2 101,91 101,97 0,173 0,176 28 0,2413901 15,567 535,6 536,2 101,62 102,22 0,173 0,176 29 0,2407586 15,567 535,6 536,2 102,34 102,16 0,173 0,176 30 0,2408328 15,563 535,6 536,2 101,03 102,36 0,172 0,176 31 0,2407589 15,727 535,6 536,2 102,26 101,02 0,173 0,176 32 0,2432742 15,518 535,6 536,3 101,93 102,50 0,174 0,176 33 0,239915 15,799 535,7 536,3 102,33 100,40 0,174 0,175 34 0,2443146 15,611 535,7 536,4 103,45 101,67 0,176 0,175 35 0,241391 15,541 535,8 536,4 103,80 101,98 0,176 0,175 36 0,2403381 15,571 535,8 536,4 101,67 102,01 0,174 0,175 37 0,2407586 15,571 535,8 536,4 103,27 101,64 0,174 0,175 38 0,2407585 15,570 535,8 536,4 101,22 102,27 0,173 0,175 39 0,240759 15,568 535,8 536,5 103,03 102,29 0,173 0,176 40 0,2407589 15,643 535,8 536,5 100,65 102,18 0,173 0,176 41 0,2418102 15,521 535,9 536,5 101,17 102,89 0,171 0,176 42 0,239917 15,643 535,9 536,5 100,60 102,22 0,171 0,176 43 0,2418103 15,616 536,0 536,6 100,60 102,20 0,171 0,176 44 0,2413799 15,578 536,0 536,6 102,02 102,62 0,172 0,176 45 0,2407593 15,616 536,0 536,6 103,05 101,59 0,174 0,176 46 0,2413902 15,706 536,0 536,6 100,65 101,03 0,174 0,175 47 0,2428569 15,730 536,0 536,6 101,51 100,70 0,173 0,175 48 0,2432737 15,607 536,0 536,6 101,76 101,59 0,173 0,175 49 0,241391 15,610 536,0 536,6 102,24 101,40 0,173 0,175 50 0,2413904 15,638 536,0 536,6 102,76 101,40 0,174 0,175 51 0,2418099 15,570 536,1 536,7 101,05 102,03 0,173 0,175 52 0,2407591 15,514 536,1 536,7 103,40 102,91 0,173 0,176 53 0,2399147 Proportional Rates Particulates Calculations Page 1 of 5 DATA 2018-01-16 EPA PI 20162 RUN 2 CAT 2 MODEL GM 60 15,468 536,1 536,7 101,62 102,78 0,173 0,176 54 0,2392794 15,561 536,1 536,7 101,82 101,98 0,172 0,176 55 0,2407617 15,605 536,1 536,7 102,96 101,66 0,174 0,175 56 0,2413909 15,559 536,1 536,7 100,97 102,23 0,173 0,176 57 0,2407587 15,553 536,0 536,7 103,24 101,70 0,173 0,176 58 0,2407588 15,606 536,1 536,7 103,05 101,80 0,175 0,175 59 0,2413907 15,728 536,0 536,7 101,68 101,04 0,175 0,176 60 0,2432738 15,607 536,1 536,8 101,31 102,54 0,173 0,176 61 0,2413831 15,562 536,1 536,8 101,40 101,91 0,172 0,176 62 0,2407589 15,698 536,2 536,8 102,04 100,78 0,173 0,175 63 0,2428577 15,791 536,2 536,9 99,78 100,06 0,173 0,175 64 0,2443139 15,531 536,2 536,8 103,25 102,00 0,173 0,175 65 0,2403625 15,594 536,2 536,9 102,45 101,96 0,175 0,176 66 0,2413903 15,553 536,2 536,9 100,89 102,16 0,173 0,176 67 0,2407778 15,597 536,2 536,9 102,82 101,66 0,173 0,176 68 0,241391 15,427 536,2 536,9 102,07 102,50 0,173 0,175 69 0,2387501 15,556 536,3 536,9 100,91 102,60 0,171 0,176 70 0,2407594 15,595 536,3 536,9 100,12 101,67 0,171 0,176 71 0,2413907 15,554 536,3 537,0 102,82 102,18 0,172 0,176 72 0,2407595 15,687 536,3 537,0 100,07 100,89 0,173 0,176 73 0,2428572 15,550 536,3 536,9 101,36 101,65 0,172 0,175 74 0,2407591 15,587 536,3 537,0 102,21 101,91 0,173 0,176 75 0,2413911 15,679 536,3 537,0 99,99 100,89 0,173 0,176 76 0,2428574 15,675 536,3 536,9 101,26 101,61 0,172 0,176 77 0,2428575 15,708 536,3 536,9 99,98 101,34 0,172 0,177 78 0,2432746 15,681 536,3 536,9 100,08 100,79 0,171 0,176 79 0,2428573 15,585 536,3 537,0 102,50 101,60 0,173 0,175 80 0,2413906 15,537 536,3 537,0 100,75 101,98 0,173 0,176 81 0,2407596 15,577 536,3 537,0 100,52 102,03 0,171 0,176 82 0,2413901 15,531 536,3 537,0 101,34 102,45 0,172 0,176 83 0,2407597 15,595 536,3 537,0 100,41 101,80 0,172 0,177 84 0,2418106 15,566 536,3 536,9 100,87 100,95 0,172 0,175 85 0,2413915 15,521 536,2 536,9 103,02 102,24 0,174 0,176 86 0,2407592 15,660 536,3 536,9 100,77 100,73 0,174 0,176 87 0,2428581 15,592 536,2 536,9 102,27 101,68 0,174 0,176 88 0,2418522 15,563 536,2 536,9 101,06 101,25 0,173 0,176 89 0,241391 15,521 536,3 536,9 103,31 102,06 0,174 0,176 90 0,2407593 15,518 536,3 537,0 100,92 101,37 0,174 0,176 91 0,2407595 15,679 536,3 537,0 99,82 101,03 0,172 0,176 92 0,2432751 15,579 536,3 537,0 101,95 101,32 0,173 0,176 93 0,2418109 15,872 536,3 537,0 99,20 99,32 0,173 0,176 94 0,2463835 15,803 536,3 536,9 98,50 99,75 0,172 0,176 95 0,2453514 15,573 536,2 536,9 102,19 102,09 0,173 0,176 96 0,2418108 15,505 536,2 536,9 101,65 101,63 0,174 0,176 97 0,2407602 15,548 536,3 536,9 101,19 101,13 0,173 0,175 98 0,2413911 15,569 536,3 536,9 101,48 101,71 0,173 0,176 99 0,2418103 15,540 536,3 536,9 101,10 101,59 0,173 0,176 100 0,2413917 15,632 536,3 537,0 101,97 100,66 0,174 0,176 101 0,242857 15,558 536,3 536,9 101,97 101,58 0,175 0,176 102 0,2418107 15,487 536,2 536,9 102,80 101,51 0,175 0,176 103 0,2407599 15,614 536,2 536,9 101,71 100,71 0,175 0,176 104 0,2428579 15,548 536,2 536,9 99,82 100,94 0,173 0,176 105 0,2418099 15,549 536,2 536,9 100,59 101,01 0,172 0,175 106 0,2418109 15,611 536,1 536,8 101,52 100,69 0,173 0,176 107 0,2428568 15,519 536,1 536,8 101,86 101,72 0,174 0,176 108 0,2413917 15,608 536,1 536,8 99,99 100,24 0,173 0,176 109 0,2428575 15,703 536,1 536,8 101,61 100,31 0,174 0,176 110 0,2443151 15,604 536,1 536,8 100,09 100,33 0,174 0,176 111 0,2428576 15,507 536,1 536,8 99,91 100,99 0,172 0,175 112 0,2413906 15,628 536,1 536,8 99,34 100,15 0,171 0,175 113 0,2432747 15,626 536,1 536,8 101,05 100,46 0,173 0,176 114 0,2432748 Particulates Calculations Page 2 of 5 DATA 2018-01-16 EPA PI 20162 RUN 2 CAT 2 MODEL GM 60 15,785 536,0 536,8 100,28 99,42 0,174 0,176 115 0,2457639 15,626 536,0 536,7 99,62 100,52 0,173 0,176 116 0,2432745 15,734 536,0 536,7 100,80 99,86 0,173 0,176 117 0,2449369 15,597 536,0 536,7 101,86 100,91 0,175 0,176 118 0,2428574 15,729 536,0 536,7 98,55 99,22 0,173 0,176 119 0,2449371 15,726 536,0 536,7 100,71 100,25 0,173 0,176 120 0,2449236 15,493 536,0 536,7 101,08 101,47 0,174 0,177 121 0,2413911 15,615 535,9 536,7 101,41 100,57 0,174 0,176 122 0,2432744 15,614 535,9 536,6 101,61 100,41 0,175 0,176 123 0,2432744 15,772 535,9 536,6 100,43 99,25 0,175 0,176 124 0,245805 15,621 535,9 536,6 99,75 100,61 0,174 0,176 125 0,2432744 15,683 535,8 536,6 99,04 99,94 0,172 0,176 126 0,2443145 15,613 535,9 536,6 99,55 99,92 0,172 0,175 127 0,2432745 15,611 535,9 536,6 101,04 100,65 0,173 0,176 128 0,2432742 15,514 535,9 536,6 99,60 100,93 0,173 0,176 129 0,2418104 15,674 535,8 536,5 100,91 100,10 0,173 0,176 130 0,2443146 15,673 535,8 536,5 101,05 100,50 0,175 0,176 131 0,2443151 15,578 535,8 536,5 99,38 100,39 0,173 0,176 132 0,242858 15,600 535,8 536,5 99,23 100,10 0,171 0,176 133 0,2432746 15,607 535,8 536,5 101,95 100,74 0,174 0,176 134 0,2432744 15,712 535,7 536,4 100,80 99,83 0,176 0,176 135 0,2449371 15,715 535,8 536,4 100,52 99,95 0,175 0,176 136 0,2449366 15,716 535,8 536,4 98,76 99,54 0,173 0,176 137 0,2450567 15,707 535,8 536,4 99,41 99,62 0,172 0,176 138 0,2449371 15,761 535,8 536,4 100,14 99,49 0,174 0,176 139 0,2457644 15,600 535,8 536,4 98,94 100,19 0,173 0,176 140 0,2432741 15,437 535,7 536,4 102,65 101,95 0,173 0,176 141 0,2407593 15,730 535,7 536,4 98,45 99,39 0,174 0,176 142 0,2453511 15,662 535,6 536,3 99,85 99,83 0,172 0,176 143 0,2443151 15,581 535,6 536,3 101,24 100,83 0,174 0,176 144 0,2428579 15,509 535,6 536,3 102,16 101,21 0,175 0,176 145 0,2418097 15,440 535,7 536,3 100,26 100,75 0,173 0,176 146 0,2407592 15,600 535,7 536,3 101,31 100,55 0,173 0,175 147 0,243274 15,666 535,7 536,3 101,06 100,14 0,175 0,176 148 0,2443151 15,597 535,7 536,3 99,12 99,81 0,173 0,176 149 0,243274 15,593 535,6 536,3 101,81 100,72 0,174 0,176 150 0,2432737 15,431 535,6 536,3 102,03 101,68 0,175 0,177 151 0,2407659 15,699 535,6 536,3 100,90 99,75 0,175 0,176 152 0,2449369 15,436 535,6 536,3 100,96 101,43 0,174 0,176 153 0,240759 15,477 535,6 536,3 102,38 101,34 0,174 0,176 154 0,2413911 15,601 535,6 536,3 99,28 100,29 0,173 0,176 155 0,2432741 15,503 535,6 536,3 101,44 101,12 0,173 0,176 156 0,2418104 15,580 535,6 536,3 100,90 100,62 0,174 0,176 157 0,2430075 15,793 535,6 536,3 97,85 98,60 0,173 0,176 158 0,2463826 15,750 535,6 536,3 98,74 99,30 0,172 0,176 159 0,2457634 15,694 535,6 536,3 100,68 100,15 0,174 0,176 160 0,2449361 15,721 535,5 536,2 100,65 100,05 0,175 0,177 161 0,2453507 15,492 535,5 536,2 101,93 101,14 0,175 0,177 162 0,2418098 15,507 535,5 536,2 101,44 101,06 0,175 0,176 163 0,2418099 15,757 535,4 536,1 99,78 99,51 0,174 0,176 164 0,2457632 15,594 535,4 536,1 101,71 100,58 0,175 0,176 165 0,2432739 15,698 535,5 536,1 98,65 99,61 0,174 0,176 166 0,2449363 15,656 535,5 536,1 98,94 99,76 0,172 0,176 167 0,2443143 15,655 535,4 536,1 100,82 100,17 0,173 0,176 168 0,2443157 15,691 535,4 536,1 100,60 100,04 0,175 0,177 169 0,2449364 15,717 535,4 536,1 98,51 99,04 0,173 0,176 170 0,2453505 15,582 535,3 536,0 101,68 100,70 0,174 0,176 171 0,2432739 15,472 535,3 536,0 100,03 101,12 0,174 0,176 172 0,2413904 15,750 535,3 536,0 98,21 99,06 0,171 0,176 173 0,245762 15,701 535,4 536,0 100,98 100,00 0,174 0,176 174 0,2449363 15,700 535,4 536,0 101,00 100,09 0,176 0,177 175 0,2449362 Particulates Calculations Page 3 of 5 DATA 2018-01-16 EPA PI 20162 RUN 2 CAT 2 MODEL GM 60 15,372 535,4 536,0 102,50 102,00 0,175 0,177 176 0,2399146 15,561 535,4 536,0 99,86 100,23 0,174 0,176 177 0,2428569 15,650 535,4 536,0 100,29 99,70 0,173 0,176 178 0,2443136 15,715 535,3 536,0 100,75 100,00 0,175 0,176 179 0,2453506 15,710 535,3 535,9 100,69 99,53 0,176 0,177 180 0,2453509 15,555 535,2 535,9 99,30 100,13 0,174 0,176 181 0,2428576 15,709 535,2 535,9 100,87 99,89 0,173 0,176 182 0,2449362 15,566 535,2 535,9 101,75 100,80 0,175 0,176 183 0,2428566 15,589 535,2 535,9 99,30 99,85 0,174 0,176 184 0,2432738 15,695 535,2 535,9 98,68 99,52 0,172 0,175 185 0,2449369 15,692 535,2 535,9 99,08 99,69 0,172 0,176 186 0,2449358 15,688 535,2 535,9 101,01 99,97 0,174 0,176 187 0,2449053 15,687 535,2 535,8 98,54 99,63 0,174 0,176 188 0,244936 15,686 535,2 535,8 100,59 100,02 0,173 0,176 189 0,2449361 15,578 535,2 535,8 99,61 100,48 0,174 0,177 190 0,2432735 15,568 535,2 535,8 99,68 100,48 0,172 0,176 191 0,2428565 15,499 535,2 535,8 99,99 100,87 0,172 0,176 192 0,2418096 15,741 535,2 535,8 99,76 99,60 0,173 0,176 193 0,2456173 15,724 535,2 535,8 98,39 99,41 0,173 0,176 194 0,2453507 15,692 535,2 535,8 98,35 99,33 0,171 0,176 195 0,2449425 15,689 535,2 535,8 98,59 99,50 0,171 0,176 196 0,2449359 15,781 535,2 535,8 100,44 99,27 0,174 0,176 197 0,2463819 15,648 535,1 535,8 100,99 100,41 0,176 0,177 198 0,2443139 15,551 535,1 535,7 99,57 100,45 0,174 0,176 199 0,2428565 15,559 535,1 535,7 100,36 100,26 0,173 0,176 200 0,2428741 15,750 535,1 535,7 98,86 99,73 0,173 0,176 201 0,2457626 15,590 535,1 535,7 101,29 100,10 0,174 0,176 202 0,2432741 15,561 535,1 535,7 101,68 100,93 0,175 0,176 203 0,2428569 15,691 535,2 535,7 100,47 100,24 0,175 0,177 204 0,2449358 15,689 535,1 535,7 100,51 100,49 0,175 0,177 205 0,2449358 15,688 535,1 535,7 98,51 99,61 0,173 0,177 206 0,2449353 15,738 535,1 535,7 98,36 98,81 0,172 0,176 207 0,2457631 15,709 535,0 535,7 98,62 99,51 0,172 0,176 208 0,2453503 15,463 535,0 535,6 101,22 100,95 0,173 0,176 209 0,2413898 15,567 535,0 535,6 101,40 101,19 0,174 0,176 210 0,2428566 15,748 535,0 535,6 98,29 99,45 0,173 0,177 211 0,2457622 15,655 535,0 535,6 98,95 100,07 0,172 0,176 212 0,2443131 15,422 535,0 535,6 102,70 101,53 0,174 0,176 213 0,240758 15,740 535,1 535,7 98,83 99,37 0,174 0,176 214 0,2457199 15,685 535,0 535,6 100,85 100,22 0,174 0,177 215 0,244936 15,706 535,0 535,6 98,48 99,14 0,174 0,176 216 0,2453502 15,481 534,9 535,5 102,09 101,38 0,174 0,176 217 0,2418087 15,688 534,9 535,5 98,95 99,91 0,174 0,177 218 0,2449359 15,568 534,9 535,5 99,60 100,60 0,172 0,176 219 0,2428561 15,693 534,9 535,6 98,63 99,61 0,172 0,176 220 0,2449355 15,688 534,9 535,6 99,40 99,22 0,172 0,176 221 0,244936 15,646 535,0 535,6 101,52 100,19 0,175 0,176 222 0,2443143 15,576 534,9 535,5 101,55 100,42 0,176 0,176 223 0,2432734 15,734 534,9 535,5 98,88 99,85 0,174 0,177 224 0,2457634 15,733 534,9 535,5 100,55 99,55 0,174 0,177 225 0,2457627 15,477 534,9 535,5 102,31 101,12 0,176 0,177 226 0,241809 15,553 534,9 535,5 101,41 100,38 0,176 0,176 227 0,2429213 15,749 534,9 535,5 100,62 99,84 0,175 0,176 228 0,2457634 15,651 534,9 535,5 101,27 100,23 0,176 0,177 229 0,2443134 15,581 534,9 535,5 101,53 100,22 0,176 0,176 230 0,2432729 15,710 534,9 535,5 99,12 99,98 0,174 0,176 231 0,2453504 15,773 534,9 535,5 100,57 99,32 0,175 0,177 232 0,2463814 15,572 534,9 535,5 99,69 100,10 0,174 0,176 233 0,2432726 15,701 534,9 535,4 100,53 99,86 0,174 0,176 234 0,2453502 15,702 534,8 535,4 101,10 99,57 0,176 0,177 235 0,2453502 15,455 534,8 535,4 99,96 101,46 0,174 0,177 236 0,2413894 Particulates Calculations Page 4 of 5 DATA 2018-01-16 EPA PI 20162 RUN 2 CAT 2 MODEL GM 60 15,724 534,8 535,4 101,06 99,64 0,174 0,177 237 0,2454725 15,645 534,8 535,4 99,01 100,23 0,174 0,177 238 0,2443132 15,645 534,8 535,4 99,29 99,65 0,172 0,176 239 0,244313 15,798 534,9 535,4 100,29 99,00 0,174 0,176 240 0,246793 15,636 534,8 535,4 99,22 99,77 0,174 0,176 241 0,2443136 15,636 534,8 535,4 101,38 100,29 0,174 0,176 242 0,2443128 Particulates Calculations Page 5 of 5 DATA 2018-01-17 EPA PI 20162 RUN 3 CAT 2 MODEL GM 60 NO FAN Average Average Average Average 15,34 Inlet + Inlet + 0,238 Outlet Outlet Average Average #1 #2 Tunnel Temp. Temp. 100,67 100,93 System 1 System 2 SQRT Velocity Meter 1 Meter 2 Vol.Std. Vol.Std. Delta-P PR1 PR2 Time Ft/Sec Deg. R Deg. R %% (ft3) (ft3) min (in H2O)2 15,722 534,9 535,6 0,168 0,180 0 0,2377912 15,614 535,0 535,6 101,75 100,77 0,172 0,178 1 0,2407583 15,430 535,0 535,6 99,04 101,90 0,172 0,175 2 0,2377914 15,454 535,1 535,7 103,21 101,98 0,172 0,175 3 0,2377908 15,372 535,2 535,7 103,38 101,55 0,176 0,175 4 0,2377908 15,417 535,2 535,7 100,75 100,93 0,175 0,176 5 0,239279 15,335 535,2 535,7 101,23 101,10 0,174 0,176 6 0,2382165 15,328 535,2 535,7 101,93 101,03 0,174 0,175 7 0,2382166 15,318 535,2 535,8 102,66 100,83 0,176 0,175 8 0,2382166 15,429 535,2 535,7 102,08 99,97 0,176 0,175 9 0,239914 15,326 535,1 535,7 100,65 101,38 0,175 0,176 10 0,2382168 15,347 535,2 535,8 102,77 100,84 0,175 0,176 11 0,2382168 15,390 535,2 535,8 100,09 101,19 0,174 0,175 12 0,238855 15,387 535,2 535,8 100,16 101,28 0,172 0,176 13 0,2388553 15,382 535,3 535,8 102,13 100,57 0,174 0,176 14 0,238855 15,385 535,3 535,9 100,99 100,91 0,175 0,175 15 0,2388553 15,314 535,3 535,9 100,66 101,41 0,173 0,176 16 0,2377916 15,325 535,3 535,9 101,68 101,59 0,173 0,176 17 0,2377914 15,332 535,3 535,9 102,61 100,83 0,175 0,175 18 0,2377909 15,336 535,3 535,9 100,64 101,34 0,174 0,175 19 0,2377911 15,566 535,3 535,9 101,27 99,50 0,174 0,175 20 0,2413901 15,365 535,3 535,9 100,23 101,91 0,174 0,176 21 0,2382166 15,485 535,4 535,9 99,75 100,85 0,172 0,176 22 0,2399141 15,415 535,4 536,0 102,11 100,83 0,174 0,175 23 0,2388552 15,378 535,5 536,0 100,79 101,31 0,174 0,175 24 0,2382408 15,449 535,5 536,0 101,95 100,88 0,174 0,175 25 0,2392792 15,371 535,5 536,0 102,14 101,15 0,175 0,175 26 0,2382168 15,376 535,4 536,1 102,58 100,78 0,175 0,175 27 0,2382166 15,353 535,4 536,0 100,60 101,97 0,174 0,175 28 0,2377915 15,357 535,4 536,0 100,50 102,22 0,172 0,176 29 0,237799 15,429 535,5 536,1 99,79 101,45 0,171 0,176 30 0,2388551 15,368 535,5 536,1 100,34 102,16 0,171 0,176 31 0,2377912 15,375 535,6 536,1 101,83 101,84 0,172 0,176 32 0,2377914 15,404 535,6 536,2 100,40 101,80 0,173 0,176 33 0,2382169 15,405 535,6 536,2 102,70 101,43 0,173 0,176 34 0,2382168 15,450 535,6 536,2 102,06 101,03 0,175 0,175 35 0,2388553 15,387 535,7 536,2 102,35 101,74 0,175 0,175 36 0,2377911 15,382 535,7 536,3 103,13 101,51 0,175 0,175 37 0,2377916 15,055 535,7 536,3 104,81 103,65 0,175 0,175 38 0,2326166 15,463 535,7 536,3 100,16 101,70 0,173 0,175 39 0,2388547 15,418 535,7 536,3 100,53 102,26 0,171 0,176 40 0,2382172 15,426 535,8 536,3 100,54 102,48 0,172 0,177 41 0,2382172 15,400 535,8 536,4 100,83 101,91 0,172 0,176 42 0,2377917 15,429 535,9 536,5 101,95 101,96 0,173 0,176 43 0,2382155 15,434 535,9 536,5 102,29 101,50 0,174 0,176 44 0,2382173 15,407 535,9 536,5 102,60 101,21 0,175 0,175 45 0,2377918 15,402 535,9 536,6 100,02 102,15 0,172 0,175 46 0,2377914 15,372 536,0 536,6 101,57 101,80 0,171 0,175 47 0,2373644 15,300 536,0 536,6 101,42 102,30 0,172 0,175 48 0,2362942 15,428 536,0 536,6 101,97 101,69 0,173 0,175 49 0,2382171 15,423 536,0 536,6 100,37 101,57 0,173 0,175 50 0,2382172 15,472 536,0 536,6 100,23 101,30 0,171 0,175 51 0,2388562 15,396 536,1 536,7 100,50 102,31 0,171 0,176 52 0,2377922 Proportional Rates Particulates Calculations Page 1 of 5 DATA 2018-01-17 EPA PI 20162 RUN 3 CAT 2 MODEL GM 60 NO FAN 15,394 536,1 536,7 99,97 102,13 0,171 0,176 53 0,2377921 15,435 536,1 536,8 102,69 101,69 0,173 0,176 54 0,2382174 15,399 536,2 536,8 101,60 102,11 0,174 0,176 55 0,2377915 15,398 536,2 536,8 100,46 101,98 0,172 0,176 56 0,2377916 15,330 536,2 536,8 102,49 101,84 0,172 0,175 57 0,2367223 15,358 536,2 536,8 100,38 102,08 0,172 0,175 58 0,2373645 15,416 536,1 536,8 102,12 101,74 0,173 0,176 59 0,2382178 15,390 536,2 536,8 102,64 101,82 0,175 0,176 60 0,2377923 15,402 536,2 536,8 100,39 102,17 0,173 0,176 61 0,2377922 15,429 536,3 536,9 101,45 101,10 0,172 0,175 62 0,2382176 15,373 536,3 537,0 100,47 102,02 0,172 0,175 63 0,2373647 15,434 536,3 537,0 99,68 101,85 0,170 0,176 64 0,2382177 15,430 536,3 537,0 101,32 101,95 0,171 0,176 65 0,2382174 15,393 536,3 537,0 102,83 101,54 0,174 0,175 66 0,2377919 15,393 536,3 537,0 102,04 101,82 0,174 0,175 67 0,2378124 15,361 536,3 537,0 100,95 101,51 0,173 0,175 68 0,2373648 15,388 536,4 537,0 100,31 102,21 0,171 0,175 69 0,2377921 15,578 536,4 537,0 101,01 100,24 0,173 0,176 70 0,2407594 15,392 536,4 537,0 102,53 101,41 0,174 0,175 71 0,2377921 15,391 536,4 537,1 102,65 101,86 0,175 0,175 72 0,2377926 15,385 536,5 537,1 100,51 102,06 0,173 0,176 73 0,2377925 15,400 536,5 537,1 100,34 101,80 0,171 0,176 74 0,2378793 15,419 536,5 537,2 101,16 100,88 0,172 0,175 75 0,238218 15,413 536,5 537,2 99,92 101,56 0,172 0,175 76 0,2382176 15,114 536,5 537,2 103,82 103,29 0,172 0,175 77 0,2337044 15,381 536,5 537,2 100,73 101,17 0,173 0,175 78 0,2377924 15,399 536,5 537,2 102,36 101,14 0,173 0,175 79 0,2382173 15,506 536,5 537,1 99,58 100,25 0,173 0,175 80 0,239915 15,387 536,5 537,1 100,06 101,39 0,171 0,175 81 0,2382178 15,466 536,5 537,2 99,24 100,96 0,171 0,175 82 0,2392639 15,389 536,5 537,2 101,25 101,72 0,172 0,176 83 0,2382182 15,362 536,5 537,2 100,10 101,65 0,172 0,176 84 0,237793 15,366 536,5 537,2 101,55 101,24 0,172 0,175 85 0,237793 15,353 536,6 537,3 99,72 101,22 0,172 0,175 86 0,237793 15,345 536,6 537,3 100,23 101,06 0,171 0,175 87 0,2377929 15,344 536,5 537,2 101,49 101,76 0,172 0,175 88 0,2377929 15,364 536,5 537,2 99,86 101,38 0,172 0,176 89 0,2382188 15,364 536,5 537,2 99,70 101,12 0,171 0,175 90 0,2382187 15,475 536,5 537,2 98,72 100,27 0,171 0,175 91 0,2399162 15,435 536,4 537,1 100,91 100,52 0,172 0,175 92 0,2392805 15,333 536,5 537,1 99,93 101,29 0,172 0,175 93 0,2377929 15,334 536,5 537,2 100,01 101,35 0,171 0,175 94 0,2377931 15,360 536,5 537,2 101,84 101,14 0,173 0,175 95 0,2382182 15,356 536,5 537,2 101,68 101,07 0,174 0,175 96 0,2382182 15,251 536,4 537,1 100,39 101,14 0,173 0,175 97 0,2367229 15,318 536,3 537,1 100,00 100,76 0,171 0,174 98 0,2377929 15,342 536,3 537,0 101,36 100,55 0,173 0,174 99 0,2382185 15,312 536,3 537,0 100,04 101,36 0,173 0,175 100 0,2377924 15,450 536,2 537,0 100,87 100,96 0,173 0,176 101 0,2399152 15,316 536,2 537,0 101,95 101,26 0,174 0,176 102 0,2377926 15,411 536,2 536,9 101,36 100,40 0,175 0,175 103 0,2392803 15,316 536,2 537,0 99,49 101,21 0,172 0,175 104 0,2377929 15,312 536,2 537,0 99,57 101,12 0,170 0,175 105 0,2377923 15,315 536,2 536,9 101,84 101,53 0,173 0,176 106 0,2378887 15,306 536,2 536,9 102,15 101,45 0,175 0,176 107 0,2377926 15,273 536,2 536,9 102,02 101,28 0,175 0,176 108 0,237365 15,326 536,2 536,9 100,53 100,62 0,174 0,175 109 0,2382175 15,327 536,2 536,9 99,94 100,93 0,172 0,175 110 0,2382177 15,360 536,2 536,9 99,52 100,22 0,172 0,175 111 0,2388566 15,288 536,1 536,9 99,16 100,74 0,171 0,175 112 0,2377922 15,366 536,1 536,9 101,33 100,55 0,172 0,175 113 0,238859 Particulates Calculations Page 2 of 5 DATA 2018-01-17 EPA PI 20162 RUN 3 CAT 2 MODEL GM 60 NO FAN 15,320 536,1 536,9 101,59 100,87 0,174 0,175 114 0,2382179 15,319 536,1 536,9 99,43 100,80 0,173 0,175 115 0,2382181 15,295 536,1 536,9 99,52 100,79 0,171 0,175 116 0,2377929 15,294 536,1 536,9 101,69 101,13 0,172 0,175 117 0,2377923 15,295 536,1 536,9 100,89 101,18 0,174 0,175 118 0,2377924 15,314 536,1 536,9 101,83 101,08 0,174 0,176 119 0,238218 15,418 536,1 536,9 100,74 100,79 0,175 0,176 120 0,2399153 15,538 536,1 536,8 99,97 99,24 0,174 0,176 121 0,2418109 15,304 536,0 536,8 99,03 100,36 0,172 0,175 122 0,2382178 15,484 536,1 536,8 98,65 99,66 0,171 0,175 123 0,2407594 15,311 536,1 536,9 101,50 100,99 0,173 0,175 124 0,2382181 15,351 536,1 536,9 99,19 100,36 0,173 0,175 125 0,2388565 15,358 536,1 536,8 99,89 100,70 0,172 0,175 126 0,2388566 15,309 536,1 536,9 99,18 100,18 0,171 0,175 127 0,2382184 15,276 536,1 536,9 99,61 100,80 0,171 0,175 128 0,2377927 15,376 536,1 536,8 101,11 100,62 0,173 0,175 129 0,2392802 15,338 536,1 536,8 101,12 100,45 0,175 0,176 130 0,2388563 15,373 536,1 536,8 99,21 100,39 0,173 0,175 131 0,2392807 15,277 536,1 536,8 100,22 101,18 0,172 0,176 132 0,2377929 15,283 536,1 536,8 99,61 100,72 0,171 0,175 133 0,237792 15,302 536,1 536,8 101,83 101,41 0,173 0,176 134 0,2382184 15,311 536,1 536,9 100,89 100,76 0,174 0,176 135 0,238218 15,281 536,1 536,8 101,82 101,40 0,174 0,176 136 0,2377924 15,307 536,1 536,8 101,49 101,04 0,175 0,176 137 0,2382182 15,274 536,1 536,9 99,99 100,70 0,173 0,175 138 0,2377923 15,466 536,1 536,8 100,31 99,68 0,173 0,175 139 0,2407593 15,368 536,1 536,8 98,97 100,30 0,173 0,175 140 0,2392804 15,364 536,1 536,8 99,26 100,17 0,171 0,175 141 0,2392806 15,366 536,0 536,8 100,74 100,48 0,173 0,175 142 0,2392804 15,295 536,0 536,8 99,27 100,28 0,172 0,175 143 0,2382178 15,372 536,0 536,8 100,42 100,13 0,172 0,175 144 0,2392801 15,340 536,0 536,8 98,98 100,08 0,172 0,175 145 0,2388563 15,297 536,0 536,8 101,66 101,45 0,173 0,176 146 0,2382177 15,266 536,0 536,8 101,05 100,93 0,174 0,176 147 0,237793 15,233 536,0 536,8 101,63 101,68 0,174 0,176 148 0,2373649 15,262 536,0 536,8 101,63 101,00 0,174 0,176 149 0,2377929 15,294 535,9 536,7 101,63 101,10 0,175 0,176 150 0,2382178 15,287 535,9 536,7 101,53 100,83 0,175 0,176 151 0,2382186 15,398 535,9 536,7 98,54 99,85 0,173 0,175 152 0,2399155 15,356 535,8 536,6 98,56 99,89 0,171 0,175 153 0,239281 15,327 535,8 536,6 100,54 100,45 0,172 0,175 154 0,2388561 15,295 535,8 536,6 101,49 100,99 0,174 0,176 155 0,2382178 15,360 535,8 536,6 100,49 99,98 0,174 0,175 156 0,23928 15,327 535,8 536,6 100,99 100,48 0,174 0,175 157 0,2388566 15,253 535,7 536,6 99,81 101,03 0,173 0,176 158 0,2377921 15,256 535,7 536,6 101,19 101,10 0,173 0,176 159 0,2377921 15,277 535,7 536,5 100,47 100,60 0,173 0,176 160 0,2382176 15,281 535,7 536,5 101,23 101,00 0,174 0,176 161 0,2382509 15,264 535,7 536,5 101,28 100,75 0,174 0,176 162 0,2377922 15,513 535,7 536,5 99,29 99,27 0,174 0,175 163 0,2417846 15,396 535,7 536,4 98,60 99,83 0,172 0,175 164 0,2399152 15,399 535,7 536,4 100,94 100,85 0,173 0,176 165 0,239915 15,390 535,7 536,4 98,74 99,77 0,173 0,176 166 0,2399156 15,258 535,7 536,4 100,48 100,83 0,172 0,175 167 0,2377922 15,270 535,7 536,4 99,38 100,79 0,172 0,175 168 0,2377924 15,290 535,7 536,4 100,99 100,84 0,172 0,175 169 0,2382181 15,325 535,7 536,4 99,11 99,82 0,172 0,175 170 0,2388561 15,277 535,6 536,4 99,28 100,45 0,171 0,175 171 0,2382179 15,228 535,6 536,4 99,86 100,74 0,171 0,175 172 0,2373618 15,324 535,6 536,4 99,85 100,68 0,172 0,175 173 0,2388563 15,286 535,6 536,4 101,65 100,92 0,174 0,176 174 0,2382184 Particulates Calculations Page 3 of 5 DATA 2018-01-17 EPA PI 20162 RUN 3 CAT 2 MODEL GM 60 NO FAN 15,323 535,6 536,3 99,21 100,49 0,173 0,176 175 0,2388566 15,353 535,6 536,4 101,24 100,44 0,173 0,176 176 0,2392798 15,287 535,6 536,4 99,30 100,84 0,173 0,176 177 0,2382177 15,255 535,6 536,4 99,44 100,82 0,171 0,175 178 0,2377922 15,275 535,6 536,3 99,34 100,47 0,171 0,175 179 0,2382169 15,254 535,5 536,3 101,44 100,67 0,173 0,175 180 0,2377984 15,283 535,5 536,3 101,18 101,29 0,174 0,176 181 0,2382175 15,246 535,5 536,2 100,35 100,72 0,173 0,176 182 0,2377921 15,267 535,4 536,2 101,04 100,43 0,173 0,175 183 0,2382171 15,505 535,4 536,2 99,08 98,98 0,174 0,175 184 0,2418101 15,252 535,4 536,2 101,72 101,16 0,174 0,176 185 0,2377917 15,344 535,5 536,2 101,03 100,43 0,175 0,176 186 0,2392799 15,286 535,5 536,2 101,15 101,00 0,174 0,176 187 0,2382175 15,281 535,5 536,2 99,49 100,89 0,173 0,176 188 0,2382173 15,351 535,5 536,2 98,81 100,25 0,171 0,176 189 0,2392795 15,278 535,5 536,3 99,24 100,58 0,171 0,175 190 0,2382172 15,279 535,5 536,3 100,06 101,01 0,172 0,176 191 0,2382172 15,250 535,5 536,2 101,47 101,13 0,173 0,176 192 0,2377918 15,249 535,5 536,2 101,23 101,42 0,174 0,176 193 0,2377917 15,344 535,5 536,2 98,86 100,00 0,173 0,176 194 0,2392795 15,277 535,4 536,2 100,14 100,18 0,172 0,175 195 0,2382174 15,389 535,4 536,2 100,17 99,69 0,173 0,175 196 0,2399143 15,349 535,5 536,2 98,90 99,98 0,172 0,175 197 0,2392799 15,340 535,5 536,2 100,62 100,68 0,173 0,176 198 0,2392792 15,245 535,5 536,2 100,54 100,29 0,174 0,175 199 0,2377919 15,388 535,5 536,2 100,88 100,55 0,174 0,175 200 0,2398786 15,278 535,4 536,2 101,65 101,08 0,175 0,176 201 0,2382172 15,172 535,4 536,2 100,01 101,20 0,173 0,176 202 0,2367219 15,240 535,4 536,2 101,55 101,00 0,173 0,176 203 0,2377917 15,267 535,4 536,1 101,28 101,14 0,175 0,176 204 0,2382175 15,378 535,4 536,1 98,51 100,03 0,173 0,176 205 0,2399148 15,268 535,4 536,1 101,73 100,93 0,173 0,176 206 0,238217 15,270 535,4 536,1 99,15 100,38 0,173 0,175 207 0,2382174 15,236 535,4 536,1 99,81 101,12 0,171 0,176 208 0,2377916 15,240 535,4 536,1 101,58 100,89 0,173 0,176 209 0,2377917 15,271 535,4 536,1 101,84 100,79 0,175 0,176 210 0,2382171 15,212 535,4 536,1 99,74 100,89 0,173 0,176 211 0,2373642 15,241 535,4 536,1 99,59 100,80 0,171 0,175 212 0,237792 15,238 535,4 536,1 99,42 100,63 0,171 0,175 213 0,2377933 15,233 535,4 536,1 101,57 101,05 0,173 0,176 214 0,2377914 15,423 535,4 536,1 97,87 99,72 0,173 0,176 215 0,2407587 15,264 535,3 536,0 99,06 100,39 0,171 0,175 216 0,2382165 15,337 535,3 536,0 100,85 100,32 0,173 0,175 217 0,239279 15,232 535,4 536,1 101,76 100,90 0,175 0,176 218 0,237792 15,231 535,3 536,1 101,07 100,97 0,175 0,176 219 0,2377931 15,235 535,3 536,0 99,62 100,91 0,173 0,176 220 0,2377915 15,234 535,3 536,0 99,90 100,51 0,172 0,175 221 0,2377915 15,259 535,2 536,0 100,84 100,18 0,173 0,175 222 0,2382172 15,227 535,2 536,0 99,42 100,70 0,173 0,175 223 0,2377919 15,261 535,2 536,0 101,79 100,60 0,173 0,175 224 0,2382176 15,492 535,2 535,9 99,71 99,34 0,175 0,176 225 0,2418099 15,233 535,2 535,9 100,78 100,45 0,174 0,175 226 0,2377921 15,426 535,2 535,9 98,22 99,28 0,172 0,175 227 0,2407886 15,259 535,2 535,9 99,73 101,25 0,172 0,176 228 0,2382174 15,235 535,3 536,0 101,82 100,96 0,174 0,176 229 0,2377915 15,225 535,2 535,9 99,71 101,17 0,173 0,176 230 0,2377919 15,294 535,2 535,9 101,24 100,33 0,173 0,176 231 0,2388554 15,293 535,2 535,9 101,13 99,89 0,175 0,175 232 0,2388552 15,229 535,2 535,9 101,45 100,31 0,175 0,175 233 0,2377919 15,259 535,2 535,9 99,10 100,18 0,173 0,175 234 0,2382169 15,299 535,1 535,9 99,22 100,19 0,171 0,175 235 0,2388552 Particulates Calculations Page 4 of 5 DATA 2018-01-17 EPA PI 20162 RUN 3 CAT 2 MODEL GM 60 NO FAN 15,262 535,1 535,8 101,54 100,32 0,173 0,175 236 0,2382176 15,315 535,1 535,8 101,18 100,29 0,175 0,175 237 0,239035 15,325 535,2 535,9 99,51 99,95 0,174 0,175 238 0,2392792 15,255 535,2 535,9 99,39 100,34 0,172 0,175 239 0,2382171 15,365 535,2 535,9 100,22 100,07 0,173 0,175 240 0,2399143 15,258 535,2 535,9 99,55 100,94 0,173 0,176 241 0,238217 15,322 535,2 535,9 100,65 100,03 0,173 0,176 242 0,2392787 15,296 535,1 535,9 100,89 100,01 0,174 0,175 243 0,2388549 15,254 535,1 535,8 101,47 100,84 0,175 0,175 244 0,2382165 15,259 535,1 535,8 101,92 100,35 0,175 0,176 245 0,2382167 15,300 535,1 535,8 101,32 100,31 0,175 0,175 246 0,2388557 15,485 535,1 535,8 98,82 98,75 0,174 0,175 247 0,2418096 15,324 535,1 535,8 98,60 100,48 0,172 0,176 248 0,2392787 15,252 535,1 535,8 99,07 100,58 0,171 0,176 249 0,2382169 15,355 535,1 535,8 98,77 99,70 0,171 0,175 250 0,2399145 15,288 535,1 535,8 99,52 100,68 0,172 0,176 251 0,2388552 15,222 535,1 535,8 101,44 100,89 0,173 0,176 252 0,2377911 15,241 535,0 535,8 101,26 100,65 0,175 0,176 253 0,2382164 Particulates Calculations Page 5 of 5 DATA 2018-01-18 EPA PI 20162 RUN 4 CAT 3 MODEL GM 60 Average Average Average Average 15,16 Inlet + Inlet + 0,234 Outlet Outlet Average Average #1 #2 Tunnel Temp. Temp. 100,35 99,83 System 1 System 2 SQRT Velocity Meter 1 Meter 2 Vol.Std. Vol.Std. Delta-P PR1 PR2 Time Ft/Sec Deg. R Deg. R %% (ft3) (ft3) min (in H2O)2 15,743 536,5 537,0 0,170 0,174 0 0,2367208 15,576 536,5 537,0 100,15 99,61 0,171 0,174 1 0,2382169 15,526 536,4 537,0 96,33 99,70 0,168 0,174 2 0,2373633 15,574 536,4 537,0 99,50 99,95 0,167 0,174 3 0,2377907 15,450 536,4 537,0 101,53 100,88 0,171 0,174 4 0,2356473 15,309 536,3 537,0 103,30 100,26 0,173 0,174 5 0,2347853 15,418 536,3 537,0 100,04 99,71 0,173 0,174 6 0,2367213 15,412 536,3 537,0 102,03 99,17 0,173 0,173 7 0,2367217 15,493 536,3 537,0 99,69 99,06 0,173 0,173 8 0,237886 15,421 536,4 537,1 100,47 99,51 0,171 0,174 9 0,2367215 15,498 536,4 537,1 99,92 99,30 0,171 0,174 10 0,237803 15,360 536,4 537,1 100,27 100,70 0,171 0,174 11 0,235648 15,472 536,5 537,2 100,90 99,37 0,172 0,174 12 0,2373636 15,426 536,5 537,2 99,86 99,82 0,172 0,174 13 0,2367221 15,396 536,5 537,2 99,68 99,66 0,170 0,174 14 0,2362931 15,472 536,5 537,3 100,84 99,46 0,171 0,174 15 0,2373638 15,470 536,5 537,3 100,86 99,40 0,173 0,174 16 0,237364 15,431 536,5 537,3 100,70 99,51 0,172 0,174 17 0,2367222 15,503 536,5 537,3 99,69 98,98 0,171 0,173 18 0,2377914 15,473 536,5 537,3 99,25 99,73 0,170 0,174 19 0,2373635 15,534 536,6 537,4 99,23 98,91 0,170 0,174 20 0,2382173 15,486 536,7 537,4 99,43 99,41 0,170 0,173 21 0,2373638 15,414 536,7 537,4 99,27 99,74 0,170 0,173 22 0,2362938 15,415 536,8 537,5 101,25 99,79 0,171 0,173 23 0,2362963 15,376 536,8 537,5 101,94 99,48 0,173 0,173 24 0,2356488 15,146 536,9 537,6 102,05 101,75 0,172 0,173 25 0,2319607 15,146 536,8 537,6 103,15 102,03 0,171 0,174 26 0,2319609 15,189 536,8 537,6 103,41 101,23 0,173 0,174 27 0,2326161 15,187 536,9 537,6 100,80 101,43 0,171 0,173 28 0,2326163 15,116 536,9 537,6 102,74 102,01 0,170 0,174 29 0,2315226 15,081 536,9 537,6 103,75 101,98 0,172 0,173 30 0,2310849 15,180 537,0 537,7 102,99 101,27 0,173 0,173 31 0,2326161 15,144 537,0 537,7 102,03 101,60 0,171 0,173 32 0,2319608 14,918 537,1 537,8 102,92 103,77 0,170 0,174 33 0,2284367 15,090 537,2 537,9 104,15 101,96 0,171 0,174 34 0,2310852 15,117 537,3 537,9 103,42 101,46 0,173 0,173 35 0,2315213 14,873 537,3 538,0 103,37 103,37 0,171 0,173 36 0,2277701 15,087 537,3 537,9 103,77 101,44 0,171 0,173 37 0,2310852 15,087 537,2 538,0 101,34 102,16 0,171 0,173 38 0,2310854 15,013 537,2 537,9 104,35 102,18 0,171 0,173 39 0,2299849 15,114 537,2 538,0 101,17 102,04 0,171 0,173 40 0,2315231 15,085 537,2 538,0 101,63 102,42 0,169 0,174 41 0,2310847 15,111 537,2 538,0 101,33 102,24 0,169 0,174 42 0,2315227 15,255 537,3 538,0 99,96 101,35 0,169 0,174 43 0,2337037 15,015 537,4 538,1 104,41 102,37 0,171 0,174 44 0,2299867 15,142 537,5 538,1 101,86 101,45 0,171 0,173 45 0,2319614 15,215 537,5 538,2 102,44 101,17 0,171 0,173 46 0,2330514 15,108 537,5 538,2 100,94 101,75 0,170 0,173 47 0,2315231 15,111 537,5 538,2 103,96 101,82 0,171 0,173 48 0,2315231 15,177 537,5 538,2 102,98 101,19 0,173 0,173 49 0,2326163 15,173 537,5 538,2 101,92 101,80 0,172 0,174 50 0,2326166 14,893 537,5 538,2 103,98 103,57 0,171 0,174 51 0,2284374 15,120 537,4 538,2 101,39 101,34 0,170 0,174 52 0,2319615 15,079 537,4 538,2 103,29 101,61 0,171 0,173 53 0,2313853 Proportional Rates Particulates Calculations Page 1 of 4 DATA 2018-01-18 EPA PI 20162 RUN 4 CAT 3 MODEL GM 60 15,009 537,4 538,2 103,31 102,28 0,172 0,173 54 0,2304257 15,216 537,4 538,2 102,10 100,51 0,172 0,173 55 0,2337039 15,105 537,5 538,2 101,17 101,87 0,171 0,174 56 0,231959 15,043 537,5 538,2 101,25 101,80 0,169 0,174 57 0,2310855 15,040 537,6 538,3 101,77 102,34 0,169 0,174 58 0,2310994 15,093 537,5 538,3 103,15 100,98 0,171 0,174 59 0,2319615 15,201 537,5 538,3 99,83 100,35 0,171 0,173 60 0,2337269 15,198 537,4 538,2 102,00 100,38 0,170 0,173 61 0,2337037 15,051 537,4 538,2 103,16 101,37 0,172 0,173 62 0,231523 15,116 537,4 538,2 102,03 100,61 0,172 0,173 63 0,2326164 15,014 537,3 538,1 101,31 101,45 0,171 0,173 64 0,2310851 15,137 537,3 538,1 100,08 101,09 0,169 0,174 65 0,2330512 15,199 537,3 538,1 102,00 100,27 0,171 0,174 66 0,2341372 15,003 537,3 538,1 102,54 101,20 0,172 0,173 67 0,231085 15,247 537,4 538,1 101,63 100,07 0,172 0,173 68 0,2347871 15,130 537,4 538,1 102,40 100,90 0,173 0,174 69 0,2330513 15,054 537,4 538,2 102,89 100,97 0,173 0,174 70 0,2319607 15,122 537,4 538,2 102,48 100,89 0,173 0,174 71 0,2330514 15,183 537,4 538,1 99,67 100,42 0,171 0,174 72 0,2341369 15,180 537,4 538,1 101,73 100,10 0,171 0,174 73 0,2341372 15,177 537,4 538,1 101,12 100,58 0,172 0,174 74 0,2341368 14,977 537,4 538,1 102,52 101,87 0,172 0,174 75 0,2310847 15,143 537,4 538,1 101,99 100,19 0,172 0,174 76 0,233704 15,167 537,3 538,1 101,37 99,99 0,173 0,173 77 0,2341363 15,164 537,3 538,1 101,65 99,86 0,172 0,173 78 0,2341371 15,094 537,4 538,1 101,57 101,01 0,172 0,174 79 0,2330509 15,068 537,4 538,2 100,01 100,36 0,170 0,174 80 0,2326163 14,989 537,5 538,2 100,50 101,03 0,169 0,173 81 0,2315229 15,150 537,5 538,2 99,26 99,62 0,169 0,173 82 0,2341367 15,077 537,4 538,2 99,78 100,45 0,169 0,173 83 0,233051 15,185 537,4 538,1 99,54 99,04 0,169 0,173 84 0,2347864 15,138 537,3 538,1 101,45 99,84 0,171 0,173 85 0,2341374 15,232 537,3 538,0 98,67 99,13 0,171 0,173 86 0,2356488 15,030 537,2 538,0 101,34 100,68 0,170 0,174 87 0,2326167 15,094 537,2 537,9 99,16 99,69 0,170 0,174 88 0,2337044 15,120 537,1 537,9 101,78 100,12 0,171 0,174 89 0,2341375 15,218 537,1 537,9 98,58 99,08 0,171 0,174 90 0,235649 15,159 537,1 537,8 99,73 99,65 0,170 0,174 91 0,2347859 15,018 537,1 537,9 99,61 100,09 0,170 0,173 92 0,2326173 14,978 537,2 537,9 100,16 100,77 0,169 0,173 93 0,2319996 15,015 537,2 537,9 102,20 100,48 0,171 0,174 94 0,232617 15,008 537,1 537,8 99,85 99,91 0,171 0,173 95 0,232617 15,002 537,0 537,7 100,18 99,92 0,170 0,173 96 0,2326062 15,196 536,9 537,7 98,13 98,71 0,169 0,173 97 0,2356482 15,187 536,9 537,7 98,07 99,03 0,169 0,173 98 0,2356488 15,088 536,8 537,6 98,98 99,49 0,169 0,174 99 0,2341372 15,085 536,8 537,6 100,88 100,17 0,171 0,174 100 0,2341376 15,220 536,7 537,5 98,57 98,80 0,171 0,174 101 0,2362936 15,184 536,7 537,5 100,49 99,33 0,171 0,174 102 0,2356485 15,089 536,7 537,5 99,77 100,02 0,172 0,174 103 0,2341369 15,251 536,7 537,5 100,23 98,83 0,172 0,174 104 0,236722 15,219 536,7 537,5 100,55 99,27 0,173 0,175 105 0,2362938 15,176 536,7 537,5 98,04 98,63 0,171 0,174 106 0,235648 15,214 536,7 537,5 97,81 98,30 0,169 0,173 107 0,236294 15,278 536,7 537,4 99,74 98,39 0,171 0,174 108 0,2373642 15,167 536,6 537,4 100,15 99,06 0,173 0,174 109 0,2356485 15,207 536,5 537,3 98,41 98,36 0,171 0,174 110 0,2362943 15,162 536,5 537,2 98,63 98,95 0,170 0,174 111 0,2356485 14,821 536,4 537,2 100,55 100,91 0,170 0,174 112 0,2304255 15,164 536,4 537,2 99,93 98,74 0,171 0,174 113 0,2356485 15,236 536,5 537,2 98,18 98,21 0,171 0,173 114 0,2367221 Particulates Calculations Page 2 of 4 DATA 2018-01-18 EPA PI 20162 RUN 4 CAT 3 MODEL GM 60 15,107 536,5 537,2 98,56 99,06 0,169 0,173 115 0,2347857 15,162 536,6 537,3 98,96 98,62 0,170 0,173 116 0,2356485 15,035 536,6 537,3 99,07 99,60 0,170 0,174 117 0,233726 14,964 536,5 537,2 101,61 100,58 0,171 0,174 118 0,2326167 15,194 536,4 537,2 99,74 98,61 0,172 0,174 119 0,2362936 15,096 536,3 537,1 100,77 99,33 0,173 0,174 120 0,234786 15,191 536,2 537,0 98,04 98,29 0,171 0,174 121 0,2362941 15,186 536,2 537,0 97,94 97,86 0,169 0,173 122 0,2362895 15,194 536,2 537,0 98,30 98,52 0,170 0,173 123 0,2362936 15,155 536,2 537,0 100,40 98,96 0,171 0,174 124 0,2356481 15,094 536,2 537,0 98,45 98,75 0,171 0,174 125 0,2347857 15,151 536,3 537,0 98,11 98,41 0,169 0,173 126 0,2356865 15,149 536,2 537,0 100,65 99,15 0,171 0,174 127 0,2356487 15,088 536,2 537,0 98,70 98,95 0,171 0,174 128 0,2347856 15,049 536,1 536,9 99,28 99,46 0,170 0,174 129 0,2341373 15,210 536,1 536,9 97,53 97,98 0,169 0,174 130 0,2367223 15,086 536,0 536,8 98,43 98,91 0,169 0,173 131 0,2347872 15,246 536,0 536,8 97,62 98,05 0,169 0,174 132 0,2373644 15,215 536,0 536,8 99,50 98,41 0,171 0,174 133 0,2367218 15,095 536,1 536,8 100,98 99,45 0,173 0,174 134 0,2347859 15,092 536,1 536,9 98,87 98,80 0,172 0,174 135 0,2347857 15,182 536,2 536,9 98,06 98,36 0,170 0,173 136 0,236294 15,210 536,2 536,9 99,57 98,60 0,171 0,174 137 0,2367219 15,178 536,2 536,9 100,40 98,92 0,173 0,174 138 0,2362935 15,136 536,1 536,9 100,33 98,93 0,173 0,174 139 0,235648 15,135 536,1 536,8 100,71 99,11 0,173 0,174 140 0,2356481 15,203 536,0 536,8 97,80 98,30 0,172 0,174 141 0,2367219 15,133 536,0 536,7 100,21 99,04 0,171 0,174 142 0,2356483 14,941 536,0 536,7 101,59 100,50 0,173 0,175 143 0,2326158 15,178 535,9 536,7 98,30 98,48 0,171 0,174 144 0,2362937 15,138 536,0 536,7 98,19 98,68 0,170 0,174 145 0,2356482 15,177 536,0 536,7 99,60 98,32 0,171 0,174 146 0,2362934 15,179 536,0 536,7 97,90 98,19 0,171 0,173 147 0,2362933 15,247 536,0 536,7 97,55 97,67 0,169 0,173 148 0,2373639 15,172 536,0 536,7 98,40 98,28 0,170 0,173 149 0,2362935 15,133 536,0 536,7 100,24 99,08 0,172 0,174 150 0,2356478 15,267 535,9 536,7 98,55 97,55 0,172 0,174 151 0,2377913 15,129 535,9 536,6 98,61 98,84 0,171 0,174 152 0,2356477 15,074 535,9 536,6 98,55 98,66 0,170 0,174 153 0,2347848 15,039 535,9 536,6 101,25 99,54 0,171 0,174 154 0,2341364 15,043 536,0 536,7 99,44 99,38 0,172 0,174 155 0,2341361 15,094 536,0 536,7 98,62 98,64 0,170 0,173 156 0,2349507 15,136 536,0 536,7 98,41 98,42 0,170 0,173 157 0,2356481 15,079 536,0 536,7 101,13 99,39 0,172 0,174 158 0,2347857 15,006 536,0 536,7 99,24 99,07 0,172 0,174 159 0,2337032 15,075 536,0 536,7 99,07 99,25 0,170 0,174 160 0,2347849 15,171 535,9 536,6 100,25 98,85 0,172 0,174 161 0,2362936 15,072 535,9 536,6 98,96 98,87 0,172 0,174 162 0,2347851 15,170 535,8 536,6 100,26 98,78 0,172 0,174 163 0,236293 14,978 535,8 536,6 100,83 99,47 0,173 0,174 164 0,2333434 15,179 535,9 536,6 97,64 98,48 0,171 0,174 165 0,2362932 15,142 535,9 536,6 100,63 99,14 0,171 0,174 166 0,2356479 15,013 536,0 536,6 99,65 99,36 0,172 0,174 167 0,2337033 14,966 536,0 536,7 99,20 99,69 0,170 0,174 168 0,2330509 15,034 536,0 536,7 98,53 99,27 0,169 0,174 169 0,2341372 15,053 536,0 536,7 100,93 99,43 0,171 0,174 170 0,2344433 15,200 536,0 536,7 99,67 98,85 0,173 0,175 171 0,236722 15,128 535,9 536,6 97,88 98,48 0,171 0,174 172 0,2356485 15,127 535,9 536,6 98,60 98,81 0,170 0,174 173 0,2356483 15,164 535,8 536,6 98,54 98,69 0,170 0,174 174 0,2362939 15,190 535,8 536,5 98,17 97,70 0,170 0,174 175 0,2367275 Particulates Calculations Page 3 of 4 DATA 2018-01-18 EPA PI 20162 RUN 4 CAT 3 MODEL GM 60 14,964 535,7 536,5 101,63 100,20 0,172 0,174 176 0,2330511 15,034 535,8 536,5 101,13 99,72 0,173 0,175 177 0,234137 15,127 535,8 536,5 98,07 98,70 0,171 0,174 178 0,2356481 15,192 535,8 536,5 98,33 98,53 0,170 0,174 179 0,2367218 15,164 535,8 536,5 100,34 98,64 0,172 0,174 180 0,236293 15,187 535,8 536,5 100,29 98,22 0,174 0,174 181 0,236722 15,019 535,7 536,4 101,18 99,45 0,174 0,174 182 0,2341368 14,948 535,7 536,4 100,57 100,41 0,173 0,175 183 0,2330511 15,183 535,7 536,4 97,97 97,99 0,171 0,174 184 0,2367217 15,009 535,6 536,4 98,72 99,32 0,170 0,174 185 0,234088 15,184 535,6 536,4 98,80 97,65 0,170 0,173 186 0,2367218 15,187 535,7 536,4 97,72 97,98 0,170 0,173 187 0,236722 Particulates Calculations Page 4 of 4 DATA 2018-01-22 EPA PI 20162 RUN 5 CAT 4 MODEL GM 60 Average Average Average Average 15,04 Inlet + Inlet + 0,231 Outlet Outlet Average Average #1 #2 Tunnel Temp. Temp. 101,45 100,99 System 1 System 2 SQRT Velocity Meter 1 Meter 2 Vol.Std. Vol.Std. Delta-P PR1 PR2 Time Ft/Sec Deg. R Deg. R %% (ft3) (ft3) min (in H2O)2 15,463 535,6 535,9 0,171 0,176 0 0,2284367 15,164 535,4 535,9 102,20 101,73 0,171 0,175 1 0,2315234 15,296 535,3 535,9 102,87 100,38 0,173 0,174 2 0,2341377 15,117 535,2 535,9 102,06 101,70 0,173 0,174 3 0,2312119 15,165 535,2 535,9 101,86 101,53 0,172 0,174 4 0,2319617 15,111 535,2 535,9 104,34 101,66 0,173 0,174 5 0,2310856 15,142 535,2 535,9 104,54 101,71 0,175 0,174 6 0,2315239 15,115 535,2 536,0 103,03 101,90 0,174 0,174 7 0,2310863 15,152 535,2 535,9 104,61 101,47 0,174 0,174 8 0,2315237 15,018 535,1 535,9 103,68 103,08 0,174 0,174 9 0,2293239 15,266 535,1 535,9 101,59 101,42 0,172 0,175 10 0,2330522 15,186 535,1 536,0 104,43 101,83 0,173 0,174 11 0,231524 14,916 535,2 536,0 104,82 103,91 0,174 0,174 12 0,2273246 15,122 535,3 536,1 104,50 102,31 0,173 0,174 13 0,2304264 15,167 535,4 536,2 103,44 102,28 0,174 0,174 14 0,2310865 15,097 535,4 536,2 102,88 103,23 0,172 0,175 15 0,2299868 15,001 535,4 536,3 105,64 103,13 0,173 0,174 16 0,2284382 15,131 535,4 536,3 104,60 102,25 0,174 0,174 17 0,2304267 15,102 535,3 536,3 105,09 102,51 0,175 0,174 18 0,229987 15,209 535,4 536,3 101,76 102,42 0,173 0,174 19 0,2315244 15,217 535,5 536,4 101,87 102,81 0,170 0,175 20 0,2315246 15,069 535,7 536,5 102,92 103,20 0,170 0,175 21 0,2293244 15,146 535,7 536,6 104,66 102,24 0,172 0,174 22 0,2304271 14,936 535,8 536,7 105,79 103,51 0,174 0,173 23 0,2273211 15,178 535,8 536,7 104,07 101,91 0,174 0,173 24 0,2310869 15,203 535,9 536,8 104,06 101,68 0,174 0,174 25 0,2315247 15,058 535,9 536,8 102,44 103,18 0,172 0,174 26 0,2293236 15,137 536,0 536,9 104,29 102,36 0,172 0,174 27 0,2304274 15,012 536,1 536,9 105,03 102,91 0,174 0,173 28 0,2284383 14,968 536,2 537,0 104,03 103,65 0,172 0,174 29 0,2277711 15,012 536,3 537,1 105,02 103,28 0,172 0,174 30 0,2284645 15,105 536,3 537,2 102,36 102,69 0,172 0,174 31 0,2299871 15,129 536,3 537,2 102,00 102,72 0,170 0,174 32 0,2304272 15,097 536,4 537,3 102,80 102,68 0,171 0,174 33 0,2299877 15,123 536,4 537,3 103,09 101,75 0,171 0,174 34 0,2304277 15,049 536,5 537,4 102,27 103,15 0,171 0,174 35 0,2293247 15,190 536,5 537,4 103,32 101,40 0,171 0,174 36 0,2315254 15,053 536,6 537,5 104,58 102,62 0,173 0,173 37 0,229402 15,084 536,7 537,6 104,29 102,33 0,174 0,174 38 0,2299889 15,110 536,8 537,6 101,69 102,80 0,172 0,174 39 0,230428 15,075 536,9 537,7 101,70 101,97 0,170 0,174 40 0,2299884 15,026 536,8 537,7 102,47 102,54 0,170 0,173 41 0,2293256 14,962 536,9 537,7 102,47 103,55 0,170 0,174 42 0,2284399 15,163 536,9 537,7 102,78 101,90 0,171 0,175 43 0,2315263 15,131 536,8 537,7 100,90 101,95 0,171 0,174 44 0,2310883 15,190 536,9 537,7 100,58 101,72 0,169 0,174 45 0,2319653 15,137 537,0 537,8 103,65 101,98 0,171 0,174 46 0,2310882 15,132 537,1 537,9 100,76 101,87 0,171 0,174 47 0,2310843 14,881 537,2 538,0 103,36 104,02 0,170 0,174 48 0,2273271 14,997 537,1 538,0 103,38 101,89 0,171 0,174 49 0,229326 15,132 537,2 538,0 101,55 101,82 0,172 0,174 50 0,2315266 15,029 537,2 538,0 101,06 102,29 0,170 0,174 51 0,2299887 15,120 537,1 538,0 102,93 101,05 0,171 0,174 52 0,2315269 15,015 537,1 538,0 103,50 101,79 0,173 0,174 53 0,2299884 Proportional Rates Particulates Calculations Page 1 of 3 DATA 2018-01-22 EPA PI 20162 RUN 5 CAT 4 MODEL GM 60 15,140 537,1 538,0 102,45 101,22 0,173 0,174 54 0,2319647 15,185 537,2 538,0 100,12 101,16 0,171 0,174 55 0,23262 15,035 537,3 538,1 101,00 101,93 0,169 0,174 56 0,230429 15,130 537,3 538,1 102,39 100,59 0,171 0,174 57 0,2319652 15,019 537,3 538,1 103,19 101,49 0,173 0,173 58 0,2304291 15,083 537,3 538,2 99,89 101,27 0,171 0,174 59 0,2315274 14,726 537,3 538,2 102,22 103,23 0,169 0,174 60 0,2262095 15,039 537,3 538,1 100,62 100,74 0,169 0,173 61 0,231089 15,038 537,3 538,1 100,22 101,30 0,169 0,174 62 0,2311919 15,132 537,3 538,1 100,13 100,18 0,170 0,174 63 0,2326206 15,063 537,3 538,2 100,52 101,51 0,170 0,174 64 0,2315272 14,963 537,4 538,2 103,12 101,09 0,172 0,174 65 0,2300374 15,054 537,5 538,2 102,02 100,61 0,173 0,173 66 0,2315274 15,077 537,5 538,3 99,89 100,56 0,171 0,174 67 0,2319655 14,973 537,5 538,3 100,50 101,62 0,169 0,174 68 0,2304301 14,934 537,5 538,3 102,85 101,58 0,171 0,174 69 0,2299901 14,710 537,5 538,3 104,29 102,82 0,173 0,174 70 0,2266581 15,049 537,4 538,2 101,25 100,31 0,172 0,174 71 0,2319657 14,941 537,3 538,2 100,01 101,11 0,170 0,174 72 0,2304297 15,111 537,3 538,2 99,42 99,67 0,169 0,174 73 0,2330561 14,942 537,4 538,2 100,02 101,14 0,169 0,174 74 0,2304293 15,007 537,4 538,2 101,30 100,17 0,170 0,174 75 0,2315277 14,931 537,4 538,3 102,57 100,93 0,173 0,173 76 0,2304298 14,851 537,5 538,3 100,64 101,71 0,171 0,174 77 0,2293272 15,056 537,4 538,3 100,47 100,33 0,170 0,174 78 0,2325542 14,953 537,4 538,2 100,29 100,35 0,171 0,174 79 0,2310896 15,003 537,3 538,2 101,59 100,04 0,172 0,174 80 0,231966 15,109 537,3 538,2 98,97 99,58 0,171 0,174 81 0,2337083 14,892 537,3 538,1 101,99 101,34 0,171 0,175 82 0,2304302 15,101 537,3 538,1 98,64 98,97 0,171 0,174 83 0,2337088 14,964 537,3 538,1 102,02 100,54 0,172 0,174 84 0,2315268 15,097 537,3 538,1 98,53 99,23 0,171 0,174 85 0,2337084 14,955 537,3 538,2 99,26 100,22 0,169 0,174 86 0,2315284 14,978 537,3 538,2 101,49 100,32 0,171 0,174 87 0,2319657 14,703 537,3 538,2 101,01 101,68 0,171 0,174 88 0,2277732 15,039 537,3 538,1 99,43 98,97 0,170 0,173 89 0,2330561 14,696 537,2 538,1 103,36 101,96 0,172 0,174 90 0,2277982 15,033 537,2 538,0 98,79 99,27 0,171 0,174 91 0,2330561 15,030 537,1 538,0 100,88 99,26 0,171 0,174 92 0,2330562 15,198 537,1 537,9 98,06 97,99 0,172 0,173 93 0,2356534 15,034 537,1 537,9 98,64 99,51 0,170 0,174 94 0,2330558 14,962 537,1 537,9 101,50 99,80 0,171 0,174 95 0,2319667 14,928 537,1 537,9 100,66 100,13 0,173 0,174 96 0,2315271 15,067 537,1 537,9 98,66 98,97 0,171 0,174 97 0,233706 15,024 537,1 537,9 98,55 98,84 0,170 0,173 98 0,233056 15,020 537,0 537,9 98,85 99,69 0,170 0,174 99 0,2330548 15,017 537,0 537,9 99,24 99,29 0,170 0,174 100 0,2330557 15,055 536,9 537,8 98,90 98,93 0,170 0,174 101 0,2337057 14,981 536,9 537,8 99,49 99,68 0,171 0,174 102 0,2326209 15,079 536,9 537,8 98,05 98,96 0,170 0,174 103 0,2341429 15,052 536,9 537,7 100,87 99,60 0,172 0,175 104 0,2337083 15,122 536,9 537,7 97,79 98,44 0,172 0,174 105 0,2347909 14,911 536,9 537,7 101,11 100,32 0,171 0,174 106 0,2315278 14,936 536,9 537,7 98,88 99,84 0,171 0,174 107 0,2319655 14,930 536,8 537,7 101,21 100,15 0,171 0,174 108 0,2319657 14,975 536,8 537,7 101,05 99,85 0,173 0,175 109 0,2326206 14,994 536,7 537,6 99,45 99,09 0,172 0,174 110 0,2330556 15,033 536,7 537,6 98,32 99,00 0,170 0,174 111 0,2337081 14,986 536,6 537,6 100,63 99,51 0,171 0,174 112 0,2330553 15,030 536,6 537,5 99,69 98,75 0,173 0,174 113 0,2337081 15,099 536,6 537,5 98,08 98,37 0,171 0,174 114 0,2347902 Particulates Calculations Page 2 of 3 DATA 2018-01-22 EPA PI 20162 RUN 5 CAT 4 MODEL GM 60 14,820 536,7 537,5 100,84 100,27 0,171 0,174 115 0,23043 14,890 536,7 537,6 101,42 100,34 0,172 0,174 116 0,231527 14,985 536,7 537,6 98,92 99,32 0,172 0,175 117 0,233055 15,052 536,6 537,5 98,23 98,62 0,170 0,174 118 0,2341407 15,023 536,6 537,5 98,06 98,69 0,170 0,174 119 0,2337076 14,952 536,6 537,5 100,78 99,61 0,171 0,174 120 0,23262 14,807 536,5 537,4 99,65 100,08 0,171 0,174 121 0,2304294 15,018 536,5 537,4 97,93 98,46 0,169 0,174 122 0,2337076 14,976 536,5 537,4 99,88 99,47 0,171 0,174 123 0,233055 14,949 536,5 537,4 99,60 99,25 0,172 0,174 124 0,2326207 14,978 536,5 537,4 99,50 99,36 0,171 0,174 125 0,2330553 14,979 536,5 537,4 98,50 99,03 0,170 0,174 126 0,2330546 14,876 536,5 537,4 101,37 100,26 0,172 0,174 127 0,2315266 15,015 536,5 537,4 98,92 98,76 0,172 0,174 128 0,2337075 15,014 536,4 537,3 100,42 99,39 0,172 0,174 129 0,2337083 15,038 536,4 537,3 100,40 99,00 0,174 0,175 130 0,2341407 Particulates Calculations Page 3 of 3 St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 17 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 3: Calibration data Posttest dry gas meter calibration data Date : January 22nd 2018 Barometric pressure: 102 Tech/Eng. Maxime Martin Manufacturer. : Hearthstone Model : GM 60 Calibration factor 0.987873 DGM 1 : EM-178 Calibration factor 0.98844 DGM 2 : EM-179 Calibration factor 0.9864 DGM 3 : EM-070 Calibration factor 1.0027 Standardized DGM : EM-130 Page 1 of 2 post test DGM PI-20162 – Version 2 – November 2015 Standard meter Dry gas meter #1 Trail # Press drop Final ft3 Initial ft3 Change ft3 Temp F STD ft3 Final Liter Initial Liter Change ft3 Temp F STD ft3 Cal Factor 1 0 833,5 832,5 1,000 69 0,996 622980,520 622951,180 1,036 75,38 1,0218 0,9742 2 0 834,5 833,5 1,000 68,8 0,996 623009,860 622980,800 1,026 75,38 1,0121 0,9840 3 0 835,5 834,5 1,000 68,5 0,996 623039,200 623009,860 1,036 75,2 1,0222 0,9748 Average calibration factor :0.9777 Previous cal factor minus Average cal factor Divided by Previous cal. factor Multiplied * 100 Equals Deviation percent Max5% 0.98788 - 0.9777 / 0.98788 *100 = 1.03 % Standard meter Dry gas meter #2 Trail # Press drop Final ft3 Initial ft3 Change ft3 Temp F STD ft3 Final Liter Initial Liter Change ft3 Temp F STD ft3 Cal Factor 1 0 833,5 832,5 1,000 69 0,996 549126,34 549096,9 1,040 76,46 1,023 0,9729 2 0 834,5 833,5 1,000 68,8 0,996 549155,77 549126,34 1,039 76,28 1,023 0,9732 3 0 835,5 834,5 1,000 68,5 0,996 549185,2 549155,77 1,039 76,1 1,024 0,9735 Average calibration factor : 0.9732 Previous cal factor minus Average cal factor Divided by Previous cal. factor Multiplied * 100 Equals Deviation percent Max5% 0.98844 - 0.9732 / 0.98844 *100 = 1.54 % Posttest dry gas meter calibration data Date : January 22nd 2018 Barometric pressure: 102 Tech/Eng. Maxime Martin Manufacturer. : Hearthstone Model : GM 60 Calibration factor 0.987873 DGM 1 : EM-178 Calibration factor 0.98844 DGM 2 : EM-179 Calibration factor 0.9864 DGM 3 : EM-070 Calibration factor 1.0027 Standardized DGM : EM-130 Page 2 of 2 post test DGM PI-20162 – Version 2 – November 2015 Standard meter Dry gas meter #3 Trail # Press drop Final ft3 Initial ft3 Change ft3 Temp F STD ft3 Final Liter Initial Liter Change ft3 Temp F STD ft3 Cal Factor 1 0 833,5 832,5 1,000 69 0,996 757,97 757,01 0,960 69,000 0,958 1,0390 2 0 834,5 833,5 1,000 68,8 0,996 759,06 757,97 1,090 68,800 1,088 0,9150 3 0 835,5 834,5 1,000 68,5 0,996 760,02 759,06 0,960 68,500 0,959 1,0390 Average calibration factor :0.9977 Previous cal factor minus Average cal factor Divided by Previous cal. factor Multiplied * 100 Equals Deviation percent Max5% 0.9864 - 0.9977 / 0.9864 *100 = -1.14 % St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 18 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 4: Unit pre burn GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) Date Time: 11/28/2017 8:30 AM ET (min) Scale (lbs) Flue Temp (°F) Cat Temp (°F) Crib 0 12.9 353 796 5 12.5 372 939 10 11.9 378 1120 15 11.2 376 943 20 10.5 393 1012 25 9.8 402 1055 30 9 410 1172 35 8.3 415 1186 40 7.71 411 1149 45 6.99 412 1191 50 6.4 413 1191 55 5.7 415 1136 60 5.18 406 1106 65 4.68 402 1109 70 4.19 391 1077 75 3.78 376 1032 80 3.39 361 949 85 3.08 349 924 90 2.77 340 904 95 2.49 329 880 100 2.29 322 865 105 2.19 315 856 110 1.98 312 901 115 1.87 308 891 120 1.79 308 922 125 1.69 307 930 130 1.59 306 928 135 1.49 305 931 140 1.38 304 926 145 1.29 299 902 150 1.18 296 893 155 1.08 295 887 160 1 292 875 165 0.99 289 863 170 0.88 288 884 175 0.79 288 885 180 0.68 289 887 185 0.58 289 888 190 0.49 289 889 195 0.48 289 878 200 0.39 286 865 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 205 0.27 284 847 210 0.18 280 836 215 0.19 279 838 220 0.08 279 837 225 0.08 279 831 230 0 277 819 11/27/2017 Time: 0 13.01 313 653 8:30 AM 5 12.7 339 891 Crib 10 12.5 274 750 15 12.31 264 748 20 12.11 260 746 25 11.8 258 790 30 11.41 277 854 35 11 293 955 40 10.49 306 975 45 10.11 306 970 50 9.59 305 931 55 9.2 303 928 60 8.79 297 900 65 8.39 291 865 70 8 286 842 75 7.69 285 864 80 7.3 284 853 85 7.01 283 853 90 6.59 285 866 95 6.19 285 872 100 5.9 286 874 105 5.49 288 889 110 5.11 291 927 115 4.78 293 941 120 4.39 289 907 125 4.21 285 896 130 3.89 281 868 135 3.61 276 858 140 3.38 270 889 145 3.28 271 983 150 3.09 274 954 155 2.98 270 884 160 2.88 262 860 165 2.69 256 850 170 2.59 250 828 175 2.49 244 823 180 2.49 241 817 185 2.38 236 792 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 190 2.28 233 786 195 2.17 229 787 200 2.08 228 792 205 1.98 227 797 210 1.88 226 801 215 1.89 225 802 220 1.78 224 799 225 1.69 223 794 230 1.56 222 796 235 1.49 222 801 240 1.38 223 824 245 1.39 224 820 250 1.3 224 816 255 1.17 225 839 260 1.08 227 839 265 1.09 227 832 270 0.99 227 838 275 0.88 228 835 280 0.89 228 838 285 0.79 229 846 290 0.68 230 863 295 0.69 231 851 300 0.58 230 844 305 0.49 229 834 310 0.47 225 773 315 0.38 221 777 320 0.39 219 784 325 0.28 220 791 330 0.28 219 806 335 0.18 221 806 340 0.08 221 796 345 0.08 220 800 350 0 220 785 11/29/2017 Time: 0 12.7 384 818 9:00 AM 5 12.1 407 1061 Crib 10 11.41 413 1084 15 10.59 430 1177 20 9.8 445 1181 25 8.99 454 1256 30 8.19 456 1224 35 7.49 454 1240 40 6.81 455 1214 45 6.09 447 1200 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 50 5.49 439 1180 55 4.8 438 1217 60 4.29 422 1079 65 3.89 407 1018 70 3.38 396 987 75 3.09 383 953 80 2.79 373 941 85 2.49 366 937 90 2.2 359 928 95 1.99 353 923 100 1.79 346 917 105 1.67 341 889 110 1.59 337 892 115 1.5 334 906 120 1.39 331 882 125 1.19 326 855 130 1.09 323 871 135 0.99 322 874 140 0.98 323 877 145 0.87 320 859 150 0.78 319 863 155 0.69 318 863 160 0.58 317 850 165 0.48 314 850 170 0.39 314 863 175 0.29 316 869 180 0.19 315 863 185 0.09 316 864 190 0.07 316 866 195 -0.02 314 857 200 -0.02 312 848 205 -0.02 310 823 210 -0.01 298 782 215 -0.01 294 777 220 -0.02 290 766 225 -0.03 288 756 230 -0.02 283 722 235 -0.03 282 737 240 -0.03 282 734 245 -0.01 280 731 250 0 279 735 255 -0.02 277 724 260 -0.02 268 664 265 -0.02 261 651 270 -0.02 258 641 275 -0.01 253 633 280 -0.01 249 628 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 285 -0.02 248 623 290 -0.01 226 532 Temperatures 295 -0.01 229 564 recorded beyond 300 -0.01 230 562 end of crib test 305 -0.02 228 553 310 -0.02 225 552 315 -0.01 224 552 320 -0.02 223 556 325 -0.01 244 482 330 -0.01 268 701 335 -0.02 277 661 340 -0.02 288 728 345 -0.01 289 685 350 -0.01 293 692 355 -0.02 294 685 360 -0.02 289 636 365 -0.01 275 591 370 -0.02 266 567 375 -0.02 253 508 11/30/2017 Time: 0 13.92 492 940 8:30 AM 5 13.32 483 1049 Crib 10 12.3 525 1297 15 11.2 546 1350 20 10.08 555 1340 25 9.09 555 1340 30 8.21 547 1317 35 7.4 531 1269 40 6.59 517 1217 45 5.87 513 1216 50 5.2 507 1158 55 4.49 497 1125 60 3.88 482 1081 65 3.5 464 1029 70 3.09 450 995 75 2.68 440 979 80 2.38 432 967 85 2.07 426 963 90 1.79 422 944 95 1.58 413 938 100 1.38 406 928 105 1.18 405 943 110 1.09 402 927 115 0.98 398 917 120 0.89 396 907 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 125 0.78 392 911 130 0.57 391 910 135 0.48 390 913 140 0.38 387 901 145 0.28 385 885 150 0.19 382 881 155 0.05 381 876 160 0 377 859 12/1/2017 Time: 0 14.41 428 778 9:00 AM 5 13.8 393 1088 Crib 10 13.5 342 913 15 13.2 328 867 20 12.91 316 824 25 12.39 333 949 30 11.91 335 930 35 11.3 352 1058 40 10.6 376 1048 45 9.89 383 1062 50 9.21 393 1144 55 8.48 399 1146 60 7.8 402 1154 65 7.09 403 1143 70 6.5 401 1146 75 5.91 393 1102 80 5.29 380 1004 85 4.9 366 962 90 4.4 356 945 95 4.09 346 935 100 3.7 336 916 105 3.39 329 909 110 3.08 323 901 115 2.79 317 892 120 2.49 313 871 125 2.18 310 873 130 1.99 307 879 135 1.79 303 875 140 1.59 295 875 145 1.48 289 861 150 1.4 283 838 155 1.29 277 824 160 1.08 272 818 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 165 0.98 268 812 170 0.89 265 807 175 0.78 263 818 180 0.69 262 815 185 0.57 261 835 190 0.48 263 841 195 0.38 263 849 200 0.4 265 856 205 0.29 265 858 210 0.19 265 861 215 0.12 266 872 220 0.1 267 873 225 0.05 263 829 230 0 259 817 12/4/2017 Time: 0 12.8 327 584 9:00 AM 5 12.6 361 729 Crib 10 12.41 281 676 15 12.21 267 666 20 12.01 258 650 25 11.91 252 656 30 11.7 250 656 35 11.1 305 918 40 10.5 314 898 45 10 333 1010 50 9.4 346 1022 55 8.79 348 979 60 8.31 347 960 65 7.7 345 958 70 7.19 344 966 75 6.69 349 1064 80 6.2 361 1104 85 5.58 368 1117 90 5.09 365 1078 95 4.69 360 1004 100 4.31 349 943 105 3.9 341 912 110 3.59 331 889 115 3.28 324 881 120 2.99 318 866 125 2.69 310 853 130 2.47 304 837 135 2.29 298 854 140 2.18 292 862 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 145 2.08 289 878 150 1.98 286 859 155 1.88 282 856 160 1.78 279 843 165 1.66 274 821 170 1.59 270 825 175 1.48 269 830 180 1.47 267 838 185 1.39 266 834 190 1.29 265 834 195 1.19 263 839 200 1.1 263 850 205 0.97 263 861 210 0.98 263 857 215 0.88 264 876 220 0.79 265 876 225 0.69 264 872 230 0.69 264 875 235 0.58 263 879 240 0.48 264 883 245 0.49 264 893 250 0.39 263 865 255 0.26 261 843 260 0.27 257 830 265 0.18 256 826 270 0.18 255 829 275 0.08 256 834 280 0.08 256 820 285 0 254 806 12/5/2017 Time: 0 13.01 347 738 9:30 AM 5 12.4 389 1174 Crib 10 12.12 335 928 15 11.5 359 1084 20 10.79 381 1090 25 10.21 376 1091 30 9.49 390 1172 35 8.79 394 1164 40 8.1 394 1134 45 7.4 395 1099 50 6.7 394 1095 55 6.01 390 1059 60 5.48 384 1113 65 4.99 372 1060 70 4.6 358 971 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 75 4.19 348 943 80 3.79 339 936 85 3.45 331 938 90 3.18 325 908 95 2.88 319 894 100 2.68 314 903 105 2.42 307 912 110 2.28 304 929 115 2.18 301 919 120 1.97 297 920 125 1.89 295 927 130 1.8 292 906 135 1.67 289 921 140 1.58 286 915 145 1.59 285 932 150 1.49 284 937 155 1.38 284 947 160 1.3 282 943 165 1.18 282 933 170 1.18 281 935 175 1.09 280 940 180 0.99 280 944 185 0.86 280 949 190 0.78 279 929 195 0.78 278 931 200 0.68 276 924 205 0.58 276 899 210 0.46 271 877 215 0.49 269 884 220 0.37 267 880 225 0.28 265 857 230 0.29 261 834 235 0.19 259 838 240 0.08 258 833 245 0 258 835 12/6/2017 Time: 0 13.83 340 627 8:45 AM 5 13.3 401 943 Crib 10 13 318 893 15 12.51 339 995 20 12 320 925 25 11.5 331 1037 30 10.92 350 1035 35 10.3 353 1013 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 40 9.8 343 979 45 9.3 336 949 50 8.8 324 928 55 8.3 320 929 60 7.9 316 923 65 7.49 310 890 70 6.99 323 1073 75 6.5 335 1065 80 6.01 334 1030 85 5.59 333 1025 90 5.11 333 1032 95 4.69 327 981 100 4.29 318 938 105 3.98 308 924 110 3.8 293 854 115 3.59 285 891 120 3.38 283 912 125 3.08 279 873 130 2.87 272 837 135 2.78 270 917 140 2.61 267 890 145 2.52 264 875 150 2.39 260 860 155 2.29 255 853 160 2.19 252 842 165 2.08 248 843 170 1.98 247 845 175 1.89 245 825 180 1.79 243 820 185 1.7 240 815 190 1.69 239 806 195 1.58 236 816 200 1.49 236 817 205 1.39 236 817 210 1.29 236 820 215 1.27 235 818 220 1.17 235 818 225 1.08 235 816 230 0.97 235 812 235 0.97 232 805 240 0.89 233 818 245 0.79 234 823 250 0.77 233 829 255 0.68 234 829 260 0.58 234 842 265 0.58 237 857 270 0.47 238 850 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 275 0.49 238 848 280 0.37 238 849 285 0.28 237 840 290 0.28 235 799 295 0.19 232 786 300 0.18 231 789 305 0.08 229 773 310 0.09 227 781 315 0 228 794 12/7/2017 Time: 0 12.9 360 807 8:45 AM 5 12.3 424 1069 Crib 10 11.9 339 889 15 11.72 320 844 20 11.4 311 858 25 11.1 313 884 30 10.4 344 1002 35 9.8 359 1032 40 9.1 373 1078 45 8.49 375 1019 50 7.9 368 976 55 7.3 365 988 60 6.69 363 1009 65 6.19 361 1006 70 5.59 359 966 75 5.09 353 968 80 4.69 348 996 85 4.29 339 951 90 3.88 338 944 95 3.58 330 899 100 3.29 322 883 105 3 316 871 110 2.69 310 861 115 2.49 306 919 120 2.29 304 925 125 2.08 302 910 130 1.9 295 859 135 1.79 294 915 140 1.58 291 911 145 1.5 288 896 150 1.38 283 887 155 1.28 281 870 160 1.19 277 856 165 1.18 273 853 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 170 1.09 270 850 175 0.97 269 848 180 0.88 266 839 185 0.79 263 811 190 0.67 262 816 195 0.59 261 822 200 0.57 259 830 205 0.47 261 859 210 0.37 263 871 215 0.28 265 878 220 0.18 265 877 225 0.18 266 883 230 0.07 267 889 235 0 268 891 12/8/2017 Time: 0 13.4 372.67 801 9:00 AM 5 12.71 454 1103 Crib 10 12.42 352 980 15 11.9 354 1068 20 11.3 362 1029 25 10.7 374 1175 30 10.1 382 1177 35 9.41 388 1185 40 8.79 385 1103 45 8.21 369 1018 50 7.79 352 972 55 7.3 343 960 60 6.79 338 949 65 6.37 333 936 70 5.99 328 936 75 5.5 323 930 80 5.19 319 924 85 4.79 315 924 90 4.38 312 926 95 4.09 309 938 100 3.69 311 967 105 3.39 308 937 110 3.07 302 902 115 2.8 297 873 120 2.6 291 852 125 2.39 286 848 130 2.18 282 836 135 2.09 276 813 140 2.01 275 889 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 145 1.79 273 888 150 1.67 270 876 155 1.58 269 877 160 1.49 265 835 165 1.37 254 805 170 1.29 248 799 175 1.18 243 796 180 1.07 241 805 185 1.09 239 801 190 0.98 236 780 195 0.89 236 786 200 0.78 233 777 205 0.68 231 766 210 0.59 230 778 215 0.58 233 823 220 0.48 235 830 225 0.38 238 842 230 0.28 239 835 235 0.29 238 837 240 0.19 239 839 245 0.09 239 839 250 0 239 832 12/11/2017 Time: 0 13.5 314 661 8:30 AM 5 12.99 401 1104 Crib 10 12.7 299 829 15 12.5 280 818 20 12.29 270 826 25 11.8 299 1045 30 11.3 310 974 35 10.8 325 1110 40 10.2 338 1152 45 9.6 333 1012 50 9.06 328 979 55 8.6 321 941 60 8.21 312 910 65 7.7 305 913 70 7.39 299 897 75 6.98 293 872 80 6.56 293 889 85 6.2 302 971 90 5.69 309 1038 95 5.28 310 1026 100 4.9 297 880 105 4.58 288 859 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 110 4.29 282 860 115 4.09 278 858 120 3.79 272 865 125 3.58 268 890 130 3.38 269 886 135 3.29 264 802 140 3.1 263 917 145 2.88 263 946 150 2.79 260 923 155 2.7 255 893 160 2.57 251 882 165 2.46 248 890 170 2.39 246 885 175 2.29 242 877 180 2.17 240 860 185 2.08 238 844 190 1.97 233 815 195 1.88 232 839 200 1.8 233 853 205 1.69 233 859 210 1.59 234 867 215 1.49 234 871 220 1.38 235 886 225 1.37 237 901 230 1.29 238 882 235 1.18 238 891 240 1.08 239 897 245 1.1 241 896 250 0.99 240 877 255 0.88 238 873 260 0.89 238 885 265 0.78 239 862 270 0.68 237 858 275 0.69 236 857 280 0.61 234 844 285 0.6 231 810 290 0.48 228 800 295 0.49 226 795 300 0.38 223 788 305 0.3 221 780 310 0.29 218 758 315 0.26 215 747 320 0.17 213 746 325 0.17 212 742 330 0.1 210 740 335 0.08 208 739 340 0 207 732 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 12/12/2017 Time: 0 13.21 294.43 582 8:30 AM 5 12.9 361 861 Crib 10 12.6 277 735 15 12.4 263 713 20 11.92 295 1018 25 11.59 285 844 30 11.2 285 841 35 10.59 320 1116 40 10 330 1146 45 9.4 338 1139 50 8.79 339 1093 55 8.2 333 1074 60 7.7 329 1049 65 7.2 328 1052 70 6.8 319 987 75 6.39 311 957 80 5.9 311 946 85 5.38 322 1015 90 4.99 319 1007 95 4.59 304 897 100 4.29 292 867 105 3.99 284 863 110 3.79 278 865 115 3.5 275 879 120 3.3 271 858 125 3.11 267 866 130 2.88 265 890 135 2.7 263 908 140 2.58 261 934 145 2.48 259 946 150 2.38 258 915 155 2.29 254 913 160 2.29 252 902 165 2.2 249 894 170 2.09 247 911 175 1.99 247 913 180 1.89 246 925 185 1.79 242 852 190 1.78 236 826 195 1.69 233 833 200 1.6 231 836 205 1.59 230 849 210 1.48 230 876 215 1.38 232 895 220 1.29 232 880 GM60 Stove / Catalyst Preconditioning Model: GM60 Date: 12/15/2017 Test Engineer: D.Bryant Total Hours: 56 * All fuel is natural untreated wood (Western Douglas Fir), 15% to 25% moisture (wet basis) 225 1.29 233 889 230 1.17 234 879 235 1.19 234 879 240 1.08 233 870 245 1.11 232 863 250 0.98 231 861 255 1 230 859 260 0.87 228 842 265 0.78 226 820 270 0.79 224 805 275 0.78 221 798 280 0.69 219 773 285 0.58 216 782 290 0.57 216 791 295 0.5 214 770 300 0.48 213 788 305 0.39 214 793 310 0.39 214 792 315 0.3 213 779 320 0.28 212 773 325 0.17 210 759 330 0.17 208 746 335 0.09 208 755 340 0.08 206 741 345 0.09 203 707 350 -0.02 200 694 St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 19 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 5: Participants Danick Power ing. v-p operation Services Polytests inc. 450.741.3636 www.polytests.com Maxime Martin Technicien Services Polytests inc. 450.741.3636 www.polytests.com Dave Bryant Dave Bryant Dave Bryant Dave Bryant Hearthstone St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 20 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 6: Drawings and specifications St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 21 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 7: Operator’s manual Green Mountain 60 (Model 8660) Manual: 6400-41408 R: 02/7/2018 Green Mountain 60 (Model 8660) Woodstove OWNER'S MANUAL Installation And Operating Instructions SAVE THIS OWNER’S MANUAL FOR FUTURE REFERENCE PLEASE READ THIS ENTIRE OWNER’S MANUAL BEFORE YOU INSTALL AND USE YOUR NEW GREEN MOUNTAIN 60 WOOD STOVE. If this room heater is not properly installed, a house fire may result. To reduce the risk of fire, follow the installation instructions. Failure to follow these instructions can result in property damage, bodily injury, or even death. Conforms to UL Std. 1482 Certified to ULC Std. S627 CONTACT LOCAL AUTHORITIES WITH JURISDICTION (BUILDING DEPARTMENT or FIRE OFFICIALS), ABOUT PERMITS REQUIRED, RESTRICTIONS AND INSTALLATION INSPECTION IN YOUR AREA. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 1 NOTES ON STOVE OPERATION AND EFFICIENCY Rating: You have purchased a Hearthstone Green Mountain 60 tested to EPA Method 28R 40 CFR Part 60 where applicable. This stove is certified to comply with the U.S. Environmental Protection Agency 2020 particulate emissions standard using crib wood. It is certified at 0.6 gr/hr. emission rate and under specific test conditions has been shown to deliver heat at rates ranging from 12,600 to 33,600 Btu (output). This wood heater has a manufacturer-set minimum allowable low burn rate that must not be altered. It is against federal regulations to alter this setting or otherwise operate this wood heater in a manner inconsistent with operating instructions in this manual. Please refer to the Warranty section of this manual for registration instructions. In case of warranty claims, please contact the point of original sale or the nearest authorized Hearthstone dealer. Our dealer network processes all warranty claims. Authorized Hearthstone dealers can be located at www.hearthstonestoves.com. This heater is designed to burn natural wood only. Higher efficiencies and lower emissions generally result when burning air-dried seasoned hardwoods, as compared to softwoods or to green or freshly cut hardwoods. DO NOT BURN: Garbage, lawn clippings, material containing rubber (including tires), materials containing plastic, waste petroleum products paints or paint thinners, asphalt products, materials containing asbestos, construction or demolition debris, railroad ties, pressure treated wood, manure or animal remains, salt water driftwood or other previously salt water saturated materials, unseasoned wood, paper products, cardboard, plywood or particleboard. This prohibition against burning these materials does not prohibit the use of fire starters made from paper, cardboard, sawdust, wax and similar substances for the purpose of starting a fire in an affected wood heater. Burning these materials may result in a release toxic fumes or render the heater ineffective and cause smoke. Following the maintenance guidelines set forth in this manual will help insure the efficient use of your wood heater and minimize visible emissions. Having your stove inspected by a trained professional on a regular basis will greatly increase the potential for recognizing potential impacts to efficiency. Proper draft is important to the efficient operation of your heater. Refer to the Normal Operation section of this manual for information regarding adequate draft. Both excessive and sub-minimum draft can affect the efficiency of your wood heater. Excessive draft can lead to over-consumption of fuel, lower overall heating capacity of the stove and potential over firing. Low draft can result in inefficient burns, low heat output, expulsion of smoke into the living area when stove doors are opened and an increased potential for build-up of flammable materials in the flue. Efficiency: Efficiency was measured and weighted using EPA Method 28R and CSA B415-10 methodology. A weighted average was used to calculate the overall efficiency across all of the 4 burn rate categories using the higher heating value (HHV). The weighted average efficiency is 79% (HHV). To maximize the efficiency of your wood stove make sure it is sized properly for the space you plan to heat. An oversized stove will often be forced to burn at a lower and dirtier burn rate. Consult with your dealer for sizing and correctly placing the stove in your home. An incorrectly placed stove can greatly reduce efficiency. Maximizing the efficiency of your stove will heat your house quickly, burn cleaner and use less wood. Refer to the Choosing Firewood section of this manual for appropriate fuel selection. Seasoned firewood is typically at or near 20% moisture content. This can be measured with any number of hand-held moisture meters available through your local hearth shop. Follow instructions included in the meter you purchase to measure fuel wood moisture content. Burn only dry, seasoned wood as using wet wood will greatly reduce your efficiency. CO Emissions: The Green Mountain 60 has the following CO emission rates by burn level: Category 1 (low) –9.0 g/hr., Category 2 (med. low) – 21.0 g/hr., Category 3 (med. high) – 33.0 g/hr. and Category 4 – 51.6 g/hr. Wet wood or unapproved fuel described above can greatly affect the emissions of a wood burning stove. Smoke/Fire/CO Detectors: It is highly recommended that smoke and CO detectors be installed throughout the heated space when a wood burning heater is installed. Be certain to install these devices not only in the area where the wood appliance is located, but also in bedrooms, hallways leading to other areas of the house and all common areas of the heated space. Check the batteries in these devices and assure operation by performing whatever test operations are recommended by the manufacturer. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 2 TABLE OF CONTENTS INTRODUCTION ..................................................................................................................... 3 CODES ................................................................................................................................................................... 4 SAFETY INFORMATION ............................................................................................................................................ 4 PERIODIC CHECKLIST ............................................................................................................................................. 5 EMERGENCY PROCEDURES .................................................................................................................................... 5 SPECIFICATIONS .................................................................................................................. 6 INSTALLATION ...................................................................................................................... 7 UNPACKING ............................................................................................................................................................ 7 PACK LIST .............................................................................................................................................................. 7 INSTALLING YOUR STOVE........................................................................................................................................ 7 HEARTH REQUIREMENTS & FLOOR PROTECTION...................................................................................................... 8 COMBUSTIBLE SURFACE REQUIRED CLEARANCES ................................................................................................... 9 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES FROM COMBUSTIBLE WALLS .................................................... 11 OUTSIDE AIR SUPPLY ........................................................................................................................................... 12 VENTING COMPONENTS & CONFIGURATION REQUIREMENTS ................................................................................... 13 INSTALLING IN A MOBILE HOME ............................................................................................................................. 17 OPERATION ......................................................................................................................... 18 CONTROLS AND FEATURES ................................................................................................................................... 18 BUILDING A FIRE .................................................................................................................................................. 20 BREAKING IN YOUR WOOD STOVE ........................................................................................................................ 20 NORMAL OPERATION ............................................................................................................................................ 21 CATALYTIC COMBUSTOR OPERATION .................................................................................................................... 22 MAINTENANCE .................................................................................................................... 24 CATALYTIC COMBUSTOR INSPECTION AND REPLACEMENT PROCEDURES ................................................................ 24 INSPECTING THE CATALYSTS ................................................................................................................................. 24 REPLACING THE CATALYSTS .................................................................................................................................. 25 REPLACING THE BAFFLE ........................................................................................................................................ 25 REPLACING THE REFRACTORY STONE AND SECONDARY RISER ASSEMBLY ................................................................ 26 GLASS REPLACEMENT PROCEDURES .................................................................................................................... 27 CREOSOTE FORMATION & REMOVAL ..................................................................................................................... 28 GASKETS ............................................................................................................................................................. 28 GLASS ................................................................................................................................................................. 28 TROUBLESHOOTING .......................................................................................................... 29 TROUBLESHOOTING GUIDE ................................................................................................................................... 30 REPLACEMENT PARTS & OPTIONAL ACCESSORIES ................................................................................................. 32 SAFETY LABEL ................................................................................................................... 33 WARRANTY .......................................................................................................................... 34 Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 3 INTRODUCTION Thank you for purchasing a Green Mountain 60 woodstove from Hearthstone Quality Home Heating Products. This stove will provide years of comfortable heat. This stove combines the warmth and comfort of soapstone and cast iron with the efficiency of advanced catalytic technology. The Green Mountain 60 blends modern technology with the unique beauty and qualities of cast iron. We trust that you will appreciate the quality of this handcrafted product. Your Green Mountain 60 woodstove burns very efficiently, and produces a large amount of heat. However, you should not consider your Green Mountain 60 the primary heat source for your home. The Green Mountain 60’s large glass window allows you to enjoy the fire from a variety of locations in the room. Please read this manual in its entirety. Its purpose is to familiarize you with your stove's safe installation, proper break-in, operation and maintenance. It contains extremely important information so keep it handy and refer to it often. A qualified heating technician may need this owner’s manual as a reference when installing this stove in your home. There are national, state, and local building codes that direct the technician on how to install your stove. These codes stipulate the dimension of stovepipe and clearances to walls, ceilings, hearth, and other combustible surfaces. The codes exist to reduce the risk of fire. Failure to follow these instructions can result in fire, property damage, bodily injury, and even death. Install the stove in a safe, open area, away from traffic flow, doors, and hallways. If possible, try to install the stove near an existing chimney and chimney connector. It is extremely important to install this stove with the proper clearance from combustible surfaces. You can purchase specific connector pipe and special wall coverings as specified by this manual and the NFPA 211 code to protect combustible surfaces. As a general rule, keep furniture, drapes, curtains, wood, paper, and other combustibles at least 36 inches (92 cm) away from the stove. Never install the stove in or near a storage location for gasoline, kerosene, charcoal lighter fluid or any other flammable liquids. Install the stove in your central living area to allow heat to radiate naturally to distant rooms. Do not install your stove in a poorly insulated area. This is inefficient and would likely result in higher fuel usage. • SAFETY NOTICE: AN IMPROPERLY INSTALLED STOVE CAN RESULT IN A HOUSE FIRE. FOR YOUR SAFETY, CAREFULLY FOLLOW THE INSTALLATION DIRECTIONS. CONTACT LOCAL BUILDING OR FIRE OFFICIALS ABOUT RESTRICTIONS AND INSTALLATION INSPECTION IN YOUR AREA. The safety of your stove will depend on many factors, some of which include: distance to combustible objects, correct venting, and adequate chimney maintenance. Should you have any questions, do not hesitate to contact your dealer for additional information. Contact your dealer for any necessary warranty service. This Green Mountain 60 Model 8660 stove is warranted by: Hearthstone Quality Home Heating Products, Inc® 317 Stafford Ave. Morrisville, Vermont 05661, USA www.Hearthstonestoves.com Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 4 CODES When you install your Green Mountain 60 woodstove, it is imperative that you adhere to all Federal and local codes. Obtain these codes from either of the following sources: American National Standards Institute, Inc. (ANSI) 1430 Broadway New York, NY 10018 www.ansi.org National Fire Protection Association, Inc. (NFPA) Battery March Park Quincy, MA 02269 www.nfpa.org If you are installing your Green Mountain 60 in a mobile or manufactured home, follow the guidelines described in the Manufactured Home Construction and Safety Standard, Title 24 CFR, Part 3280 (United States). SAFETY INFORMATION Read and understand this Owner's Manual thoroughly before installing and using this stove. Make sure to install your stove: • According to the manufacturer's recommendations • In accordance with all applicable codes • With the proper sized chimney When using your stove, follow these safety precautions: • Never modify this stove in any way. • Never burn kiln dried, painted or treated wood in this stove. • DO NOT BURN GARBAGE. Never burn garbage or trash, colored or glossy paper, solvents, plywood, artificial logs, cardboard, or driftwood, in this stove. • Never burn coal in this stove. • DO NOT BURN FLAMMABLE FLUIDS. • DO NOT USE CHEMICALS OR FLUIDS TO START THE FIRE. Never use gasoline, kerosene, charcoal lighter fluid, or other flammable fluids to start or invigorate the fire. These fuels will cause dangerous burning conditions in the stove. Keep all such materials away from the stove. • Never use a wood grate or other device to elevate the fire. • Never allow logs in the firebox to hit the glass when the door is closed. • Never slam the door or use the door to force wood in to the stove. • Never over-fire your stove. (See page 23) • Never put articles of clothing or candles on a hot stove. • Never connect the stove to a flue used by another appliance. Other safety guidelines: • Keep all combustible items such as furniture, drapes, clothing, and other items, at least 36" (0.92 m) from the stove (See page 8) • Install a smoke detector, preferably in an area away from your wood stove. • Keep a fire extinguisher handy. We recommend the type rated "A B C." • Dispose of ashes properly. (See page 23) • Keep children and pets away from the stove when it is burning; they could be seriously injured by touching a hot stove. • Clean your chimney system as needed. (See page 28) • Outside combustion air may be required if: 1. This solid-fuel-fired appliance does not draw steadily, smoke rollout occurs, fuel burns poorly, or back-drafts occur whether or not there is combustion present. 2. Existing fuel-fired equipment in the house, such as fireplaces or other heating appliances, smell, do not operate properly, suffer smoke roll-out when opened, or back-draft whether or not there is combustion present. 3. Opening a window slightly on a calm (windless) day alleviates any of the above symptoms. 4. The house is equipped with a well-sealed vapor barrier and tight fitting windows and/or has any powered devices that exhaust house air. 5. There is excessive condensation on windows in the winter. 6. A ventilation system is installed in the house. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 5 If these or other indications suggest that infiltration air is inadequate, additional combustion air should be provided from the outdoors. Outside combustion air can be provided to the appliance by using the optional outside air kit #96-53400 PERIODIC CHECKLIST Perform each of these tasks at the specified intervals. At the End of Every Week: • Empty ashes from the firebox, sooner if the firebox is full. At the Beginning of Every Other Month: • Depending upon your use of the stove, visually inspect the chimney connector and chimney for creosote. (see page 28) • Check door seals using the "dollar bill test." - When the stove is cool, shut the door on a dollar bill. If the bill pulls out without any resistance, then your stove’s door is not sealing properly. To tighten the seal, adjust the door latch mechanism or change the door gasket. (Refer to page 28.) • Inspect the face of the catalytic combustor for fly ash and soot. Use a soft-bristled brush to remove if present. It is recommended to visually inspect the catalytic combustor at least 3 times during the heating season, or every 2-3 months. At the End of Every Season: • Dismantle the chimney connector and clean it thoroughly. Replace any pieces that show signs of rust or deterioration. • Inspect and, if necessary, clean your chimney. • Clean out the inside of the stove thoroughly. • Check and clean the catalytic combustor, if necessary • Inspect all door gasket material and replace if worn, frayed, cracked or extremely hard. EMERGENCY PROCEDURES If you have a stovepipe or chimney fire, follow these instructions: 1. If the fire is too threatening, leave the area and call the fire department immediately! If not, perform the next three steps. 2. Close the primary air control. 3. Close the stovepipe damper (if present). 4. Close the bypass damper 5. Keep the stove front door closed! • WARNING: DO NOT ATTEMPT TO PUT OUT A STOVEPIPE OR CHIMNEY FIRE BY THROWING WATER ONTO THE STOVE, STOVEPIPE, OR CHIMNEY. THE EXTREMELY HIGH TEMPERATURE OF SUCH FIRES CAN CAUSE INSTANTANEOUS STEAM AND SERIOUS BODILY HARM. Once the chimney fire expires, leave the primary air control and bypass handle closed and let the fire in the stove die out completely. Inspect the stove, stovepipe, and chimney thoroughly for any sign of damage before firing the stove again. You must correct any damage before using your stove again. Establish a routine for the fuel, wood burner and firing technique. Check daily for creosote build-up until experience shows how often you need to clean to be safe. Be aware that the hotter the fire the less creosote is deposited, and weekly cleaning may be necessary in mild weather even though monthly cleaning may be enough in the coldest months. Contact your local municipal or provincial fire authority for information on how to handle a chimney fire. Have a clearly understood plan to handle a chimney fire. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 6 SPECIFICATIONS Maximum Heat Output: 60,000 BTUs per hour of cordwood (based on independent laboratory test results). Floor Size of Heated Area: Up to a maximum of 2,000 square feet. Factors unique to your home can reduce the square footage the stove will heat. Home insulation value, number and efficiency of windows, floor plan, stove placement, quality of the fuel and other conditions may limit the heating ability of the stove. Firebox Capacity: 2.0 cubic feet. Maximum Log Length: Up To 18” (45.7cm). Emissions: 0.9 g/hr. Burn Time: Up to 24+ hrs. (Heat Life™: Up to 30 hours) Note: The amount and weight of wood contained per cubic foot of firebox volume can vary from 10 to 25 lbs. per cubic foot depending on type of wood, moisture content, packing density and other factors. Stove Dimensions: Height: 31 1/2” (80.0cm) Width: 26" (66.0cm) Depth: 21 1/4" (54.0cm) Weight: 494 lbs. (269 kg) Connector Size: 6" (152 mm) diameter Metal Chimney: 6" (152 mm) inside diameter Masonry Chimney: 6” (152 mm) inside diameter (round flue), 8” x 8” (203 x 203 mm) (square flue) Crate Dimensions: H-40” W-29” L-36” or 102x74x 92cm Optional Equipment: Outside Air Kit 96-53400 Blower Kit 96-57400 Figure 1 – Green Mountain 60 Dimensions Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 7 INSTALLATION UNPACKING Hearthstone packages your Green Mountain 60 woodstove with the greatest care so that it ships safely. Under certain circumstances, however, damage may occur during transit and handling. When you receive the Green Mountain 60, carefully unpack and inspect the stove and all accompanying parts. Ensure that all parts are included inside the stove. If any parts are damaged or missing, please contact your authorized Hearthstone dealer immediately. PACK LIST Green Mountain 60 Model 8660 Woodstove Owner’s Manual The label is attached by a cable to the bottom of the stove. Take care when lifting the stove not to damage the label or cable. After final positioning of the stove, the label may be stored in the holding clip on the bottom shield of the stove. Figure 2 - Label Location INSTALLING YOUR STOVE Choose a place to install your Green Mountain 60 woodstove. Consider the location of your stove for optimum heating efficiency. In general, it is better to place your stove in a main living area, rather than in a basement or other confined space. Inspect this location to make sure that the stove and stovepipes will have the required clearance from combustible materials that are near the stove. Combustibles include walls, floor, ceiling, and chimney chase. You must carefully consider the clearances to all of these combustibles before actually connecting your stove. If the floor is made of combustible material, then a non-combustible floor protector is required between the floor and the stove. An example of a non- combustible floor protector is a hearth constructed with a continuous layer of tile, brick, slate, glass or another non-combustible facing. There is no R-value requirement. If you use a rear connector pipe, ensure it is listed with Underwriter’s Laboratories. Check the listing of your pipe with UL for the correct clearances. The diagrams in this manual represent typical installations, but are specific to the Simpson Dura- Vent DVL brand. Clearances to NFPA Code 211 Protected Surfaces You can reduce the clearances to combustible surfaces by using any National Fire Protection Agency (NFPA) approved wall protection system with additional approval of the regulatory authority having jurisdiction in your area. Please refer to NFPA Code 211 for specifications and complete details. You can obtain this information directly from the NFPA. National Fire Protection Agency Batterymarch Park Quincy, MA 02269 1-800-344-3555 1-617-770-3000 www.nfpa.org Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 8 HEARTH REQUIREMENTS & FLOOR PROTECTION Ensure you protect combustible flooring with a covering of noncombustible material. The Green Mountain 60 does not require an insulated hearth pad. The minimum floor protection must be met under the stove and extend beyond the stove as follows: The minimum floor protection for US installations is 33 1/4in x 31-1/2in. The minimum floor protection for installations in Canada is 42in x 43 1/2in. Figure 3 – Hearth Dimensions Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 9 COMBUSTIBLE SURFACE REQUIRED CLEARANCES Note: Dimensions shown in the following figures are from the body of the stove unless otherwise indicated. It is very important to follow minimum clearances for chimney connectors to combustibles such as walls and ceilings when installing the stove near combustible surfaces. Figure 4 – Clearance to Combustibles Parallel Corner Corner Clearances ABCDEF Single wall Connector – Inc. Rear Heat Shield 13”-33cm 9”-23cm 14”-36cm 24.5”-63cm 6”-16cm 16.5”-42cm Single Wall Connector – With Blower Kit Shield 13”-33cm 9”-23cm 14”-36cm 24.5”-63cm 6”-16cm 16.5”-42cm Double Wall Connector – Inc. Rear Heat Shield 13”-33cm 7”-18cm 12”-32cm 24.5”-64cm 6”-16cm 16.5”-42cm Double Wall Connector – With Blower Kit Shield 13”-33cm 7”-18cm 12”-32cm 24.5”-64cm 6”-16cm 16.5”-42cm Alcove W/Single Wall Conn – Inc. Rear Heat Shield 13”-33cm 9”-23cm 14”-36cm 24.5”-63cm 6”-16cm 16.5”-42cm Alcove W/Single Wall Conn – With Blower Kit Shield 13”-33cm 9”-23cm 14”-36cm 24.5”-63cm 6”-16cm 16.5”-42cm Alcove W/Dbl Wall Conn – Inc. Rear Heat Shield 13”-33cm 9”-23cm 14”-35cm 24.5”-61cm 6”-16cm 16.5”-42cm Alcove W/Dbl Wall Conn – With Blower Kit Shield 13”-33cm 9”-23cm 14”-35cm 24.5”-61cm 6”-16cm 16.5”-42cm Alcove Clearances (inches) Unprotected Surfaces Protected Surfaces (NFPA-211) Minimum alcove width 50” – 157.5cm See NFPA-211 Min. Alcove ceiling from floor with single wall connector 56” – 142.3cm See NFPA-211 Min. Alcove ceiling from floor with double wall connector 56” – 142.3cm See NFPA-211 FOR BLOWER KIT, USE KIT #96-57400 Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 10 Figure 5 Chimney Connector Clearances Single Wall Pipe Double Wall Pipe Through the wall top flue exit With Blower Kit Shield** Inc. Rear Heat Shield With Blower Kit Shield** Inc. Rear Heat Shield A 9” (23cm) 9” (23cm) 7” (18 cm) 7” (18 cm) B 14” (36 cm) 14” (36 cm) 12” (32cm) 12” (32cm) *For double wall pipe clearance to ceiling, refer to pipe manufacturer specifications. ** FOR BLOWER KIT, USE KIT #96-57400 See Parallel Clearance to Combustibles for clearances to the sides of the stove. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 11 CHIMNEY CONNECTOR SYSTEMS AND CLEARANCES FROM COMBUSTIBLE WALLS FOR RESIDENTIAL HEATING APPLIANCES A. Minimum 3.5in thick brick masonry all framed into combustible wall with a minimum of 12in. brick separation from clay liner to combustibles. The fire clay liner shall run from outer surface of brick wall to, but not beyond, the inner surface of chimney flue liner and shall be firmly cemented in place. B. Solid-insulated, listed factory-built chimney length of the same inside diameter as the chimney connector and having 1in. or more of insulation with a minimum 9in. air space between the outer wall of the chimney length and combustibles. C. Sheet steel chimney connector, minimum 24 gauge in thickness, with a ventilated thimble, minimum 24 gauge in thickness, having two 1in. air channels, separated from combustibles by a minimum of 6in of glass fiber insulation. Opening shall be covered, and thimble supported with a sheet steel support, minimum 24 gauge in thickness. D. Solid insulated, listed factory-built chimney length with an inside diameter 2in. larger than the chimney connector and having 1in. or more of insulation, serving as a pass-through for a single wall sheet steel chimney connector of minimum 24 gauge thickness, with a minimum 2in. air space between the outer wall of chimney section and combustibles. Minimum length of chimney section shall be 12in. chimney section spaced 1in. away from connector using sheet steel support plates on both ends of chimney section. Opening shall be covered, and chimney section supported on both sides with sheet steel supports securely fastened to wall surfaces of minimum 24-gauge thickness. Fasteners used to secure chimney section shall not penetrate chimney flue liner. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 12 Figure 6 Trim and Mantle Clearances OUTSIDE AIR SUPPLY (Optional Kit #96-53400) You can connect an outside air source directly to this stove using an optional outside air kit. The advantage of providing outside air directly to the stove is that the air used by the stove for combustion is taken from outside the residence rather than from within the room where the stove is located. The outside air kit for this stove allows for the direct connection of the stove's air intake to a minimum 3" (76 mm) diameter duct (supplied by others)* which leads to the outside of the house. When considering placement of the duct from the outside of the house to the hearth, keep in mind the need to avoid structural members of the house. The outside air kit attaches to the underside of the stove. Refer to the instructions provided with the kit for installation. *An adaptor for 4” duct is available if needed. KIT #90-53308 Figure 7 – Outside Air Kit Detail The International Residential Code (IRC) does not allow the outside air duct to terminate higher than the appliance. Some building officials restrict vertical rise in the duct’s termination. Hearthstone recommends the termination be at the same level, or lower than the air intake on the stove. Locate the termination of the duct on the outside wall of the home in such a manner to avoid the possibility of obstruction by snow, leaves or other material. Screen the termination using ¼” x ¼” mesh rodent screen and cover it with a rain/wind proof hood (flex pipe, outside termination, mesh, and hood supplied by others) Contact your dealer for availability. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 13 VENTING COMPONENTS & CONFIGURATION REQUIREMENTS • DO NOT CONNECT THIS UNIT TO A CHIMNEY FLUE USED BY ANOTHER APPLIANCE • Single wall connector that is at least 24 MSG or 25 MSG blued steel stovepipe. • Double wall connector (Rear pipe) which is used with a listed, factory-built “Type HT" chimney or with a masonry chimney to reduce clearances, is available from several manufacturers, your dealer can help you choose. Some air insulated connector pipe models available are Simpson Dura Vent DVL and Metalbestos DS. Security, GSW and Ameritec also have acceptable Rear connector pipe. • When used in a mobile home, a spark arrester is required. (See page 17) • The chimney connector cannot pass through a floor or ceiling, nor any attic or roof space, closet or similar concealed space. Where venting requires passage through a wall or partition of combustible construction, the installation must conform to NFPA Code 211 or CAN/CSA - B365. • Be sure to follow the manufacturer’s instructions to maintain an effective vapor barrier at the location where the chimney of other component penetrates the exterior of the structure • It is very important to follow minimum clearances for chimney connectors to combustibles such as walls and ceilings when installing the stove. Typical chimney connector clearances are outlined below. The single wall clearances are generic; the double wall clearances shown are specifically for Simpson DuraVent DVL and may vary with other brands. Check the specifications from the manufacturer of your connector. COMPONENTS OF A VENTING SYSTEM The complete venting system consists of several components: chimney connector, wall thimble, wall pass-through, chimney, and liner. It is absolutely necessary that you install all of these components and maintain the clearances to combustibles discussed earlier to ensure a safe stove installation. To protect against the possibility of a house fire, you must properly install and constantly maintain the venting system in good condition. Be sure to inspect the chimney and chimney connector and keep it clean. Upon inspection, immediately replace rusted, cracked, or broken components. Failure to follow these instructions and specified components or using make-shift compromises can result in fire, property damage, bodily injury, and even death. • The chimney connector is the stovepipe from the woodstove to the chimney. The chimney connector stovepipe is 6" (152 mm) diameter, 24 MSG or 25 MSG blued steel connector pipe. Do not use aluminum or galvanized steel pipe - they cannot withstand the extreme temperatures of a wood fire. • The thimble is a manufactured (or site- constructed) device installed in combustible walls through which the chimney connector passes to the chimney. It keeps the walls from igniting. You must use a wall thimble when installing a chimney connector through a combustible wall to the chimney. • A wall pass-through (or chimney support package) also keeps the walls from igniting. You must use one when connecting through a wall or ceiling to a prefabricated chimney. • Only install this stove to a lined masonry chimney or an approved high temperature prefabricated residential type building heating appliance chimney. Do not connect this stove to a chimney serving another appliance; you will compromise the safe operation of both the wood stove and the connected appliance. • A liner is the UL 1777 or ULC S635 (for factory built fireplace or masonry) chimney. You must connect your stove to a chimney comparable to those recommended in this manual. Do not use stovepipe as a chimney. Use stovepipe for freestanding installations only to connect the stove to a proper chimney. • WARNING: DO NOT CONNECT THIS APPLIANCE TO ANY AIR DISTRIBUTION DUCT OR SYSTEM. INSTALLING A VENTING SYSTEM Attach stovepipe sections to the flue collar and to each other with the crimped end toward the stove. If creosote builds up, this allows the creosote to run into the stove and not on the outside of the stovepipe or onto the stove. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 14 Secure all joints, including attaching the stovepipe to the stove's flue collar, with three sheet metal screws. Install #10 x 1/2" (3 mm x 13 mm) sheet metal screws into the holes pre-drilled in the flue collar. Disregarding the screws can cause joints to separate from the vibrations that result from a creosote chimney fire. You can simplify connecting stovepipe by using additional accessories such as telescoping pipes, slip-connectors or clean-out tees. These accessories ease the periodic inspection of your chimney, as well as allow you to dismantle the stovepipe easily (without moving the stove). Install the stove as close as practical to the chimney, while maintaining all proper clearances. Install stovepipe that is as short and as straight as possible. Horizontal runs of stovepipe must always rise away from the stove at a minimum of 1/4" per foot (21mm/m). We do not recommend long runs of stovepipe to increase heat dispersal. Longer lengths of stovepipe, or more connecting elbows, than necessary increase the chances of draft resistance and the accumulation of creosote buildup. In general, you do not need to install a stovepipe damper with the Green Mountain 60. Some installations, however, could benefit from a stovepipe damper, such as a tall chimney which can create a higher than normal draft. In such cases, a damper can help regulate the draft. The Green Mountain 60 requires a draft between 0.06" and 0.1" WC. For drafts above 0.1" WC, install a stovepipe damper. Check the draft at stove installation time. Remember, the NFPA recommends minimum clearances for chimney connectors to combustibles such as walls and ceilings. Once the stove is installed at safe distances from these combustible surfaces, it is also important to maintain these connector clearances for the remainder of the installation. CONNECTING THE STOVE TO A CHIMNEY You can install your Green Mountain 60 to a prefabricated metal chimney, or to a masonry chimney. This room heater must be connected to (1) a listed Type HT (2100° F) chimney per UL 103 or ULC S629, or (2) a code-approved masonry chimney with a flue liner. The chimney size should not be less than the flue collar, or more than three times greater than the cross-sectional area of the flue collar. We recommend installing a cleanout tee where possible to simplify chimney cleaning and maintenance. Connecting to a Prefabricated Metal Chimney There are two ways to install a prefabricated metal chimney: • An interior installation where the chimney passes inside the residence through the ceiling and roof. • An exterior installation where the chimney passes through the wall behind the stove then up the outside of the residence. Whenever possible, choose an interior chimney. An interior chimney heats up quickly and retains its heat; thus promotes a better draft and discourages the formation of creosote. An exterior chimney does not benefit from the warmth of the building, so it typically operates at lower flue temperatures than an interior chimney and may experience increased creosote accumulation. When connecting the Green Mountain 60 to a prefabricated metal chimney, you must follow, precisely, the manufacturer's installation instructions. Use only Type HT (2100° F), prefabricated metal chimneys listed per UL 103 or ULC S629 standards. Ensure the size of the prefabricated chimney’s flue is appropriate for the Green Mountain 60. The Green Mountain 60 requires a 6" (152 mm) inside diameter flue for new installations. A 6” diameter flue provides adequate draft and performance. You can use an 8" (203 mm) diameter existing flue with a reducer. An oversized flue contributes to creosote accumulation. (In this case, bigger is NOT better.) When purchasing a prefabricated chimney to install with your stove, Ensure you also purchase from the same manufacturer the wall pass-through (or ceiling support package), "T" section package, fire-stops (when needed), insulation shield, roof flashing, chimney cap, and any other required accessories. Follow the manufacturer’s instructions when installing the chimney and accessories. In addition, ensure you maintain all manufacturers’ recommendations for the proper clearances to the chimney. Connection to a Masonry Chimney Consider two primary elements when connecting your stove to a masonry chimney: the chimney itself and the thimble where the stovepipe connects to the Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 15 chimney. Use only code approved masonry chimneys containing a proper flue liner. Before connecting to a masonry chimney, hire a professional to examine the chimney for cracks, loose mortar, and other signs of deterioration and blockage. If the chimney needs repair, complete them before installing and using your stove. Do not install your stove until the chimney is safe for use. Ensure the chimney’s cleanout is complete and working properly. To avoid a loss of draft, the cleanout door must close completely and provide a tight seal. If the cleanout door leaks, the chimney will cool, your stove will perform poorly, and creosote can form. Ensure the size of the chimney’s flue is appropriate for this stove and that it is not too large. Use a masonry chimney with a maximum 6” Diameter or 8" x 8" (203 mm x 203 mm) tile size for best results. An oversized flue contributes to the accumulation of creosote. Use the following checklist to ensure that your masonry chimney meets these minimum requirements: MASONRY CHIMNEY WALL CONSTRUCTION: • Mortared brick or modular block at least 4" (102 mm) thick – must use liner • A mortared rubble or stone wall – must use liner FLUE LINER OPTIONS: • Tile - minimum wall thickness of 5/8" (16 mm), installed with refractory mortar, and with at least 1" (25 mm) air space around the liner • Stainless steel - UL listed 6” diameter, insulated or wrapped liner, or the space around the liner filled with vermiculite or suitable material (these keep the liner warmer for better performance) • Ensure any equivalent flue liner is a listed chimney liner system meeting type HT requirements or other approved material. INTERIOR CHIMNEY REQUIREMENTS: • Must have at least 2" (51 mm) clearance to combustible materials • Must install fire stops at the spaces where the chimney passes through floors and/or ceiling • Any insulation material must be at least 2" (51 mm) from the chimney EXTERIOR CHIMNEY REQUIREMENTS: • At least 1" (25 mm) clearance to combustible materials CHIMNEY HEIGHT REQUIREMENTS (SEE FIGURE 9): • At least 3 feet (0.9 m) higher than the highest part of the roof opening through which it passes. • At least 2 feet (0.6 m) higher than any part of the roof within 10 feet (3 m) measured horizontally from the top of the chimney. The recommended minimum chimney height is 10 feet (3 m) off the floor. The recommended maximum chimney height is 30 feet (9m).The Green Mountain 60 requires a draft between 0.06” and 0.1” water column. Ensure your chimney is long enough to provide the minimum draft, and use a damper if your installation has a required chimney height that provides too much draft. 3'-0" MINIMUM 10'-0" 2'-0" MINIMUM 3'-0" MINIMUM 2'-0" MINIMUM Figure 8 – Chimney Height Requirements Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 16 Figure 9 – Typical Chimney Configurations Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 17 INSTALLING IN A MOBILE HOME Follow these special requirements for installing your stove in a mobile home. • Install the stove in accordance with 24 CFR, Part 3280 (HUD) • An outside air kit must be used in all mobile home installations. See page 12 for details. • Permanently attach the stove to your mobile home’s floor. Use the shipping clips that came with the stove and fasteners long enough to attach securely to the subfloor. (The clips and fastener heads may be painted to minimize visibility). Figure 8 - Lock Down Detail • Install a Mobile Home Chimney & Connector Kit*. Each kit must include: Stainless spark arrester cap, storm collar, Adjustable vented flashing – 0/12 – 6/12, Two 24” chimney pipes, 24” support box with built-in starter section and trim. * Install a Mobile Home Chimney and Connector Kit conforming to US/UL103 or CAN/ULC-S629, Standard for Factory-Built Chimneys. • WARNING: DO NOT INSTALL IN A SLEEPING ROOM IN A MOBILE HOME. • CAUTION: MAINTAIN THE STRUCTURAL INTEGRITY OF THE MOBILE HOME WALLS, FLOOR, CEILING, AND ROOF WHEN INSTALLING AND USING YOUR STOVE. • FAILURE TO FOLLOW THESE INSTRUCTIONS AND SPECIFIED COMPONENTS OR USING MAKE-SHIFT COMPROMISES CAN RESULT IN FIRE, PROPERTY DAMAGE, BODILY INJURY, AND EVEN DEATH. • Burning any fuel other than wood in this unit could generate dangerous levels of carbon monoxide within the living space. • THE FRONT DOOR MUST REMAIN CLOSED WHEN IN OPERATION EXCEPT FOR START UP AND LOADING. Leaving the door open during use could cause any smoke or fire detectors in the home to be set off or a fire could escape the firebox and start the room on fire. • If this unit is installed in a mobile home, care must be taken to ensure adequate air is available. If not enough air is available it could starve the room of all the oxygen. (See page 27 for more details) Figure - 9 • CAUTION: REMOVE THE CHIMNEY WHEN TRANSPORTING THE MOBILE HOME! • Be sure to follow the manufacturer’s instructions to maintain an effective vapor barrier at the location where the chimney of other component penetrates the exterior of the structure Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 18 OPERATION Once your Green Mountain 60 is installed, you are ready to light a fire. Every installation, season’s firewood, and operator’s technique varies. Learn how to use your stove most efficiently for your installation. We can give you the basic principles, but only you can ensure maximizing the potential of your stove while also operating it safely. • WARNING: HOT WHILE IN OPERATION! KEEP CHILDREN, PETS, CLOTHING AND FURNITURE AWAY. CONTACT MAY CAUSE SKIN BURNS. Read this entire chapter before lighting your first fire. It explains the controls and features of your wood stove, how to choose firewood, and how to use your stove on a daily basis. CONTROLS AND FEATURES Before lighting any fires, become familiar with the location and operation of your stove's controls and features and learn how to use them (See Figure 10). For your own safety, do not modify these features in any way. We recommend you use fireplace gloves when the stove is in operation and hot. Figure 10 - Controls & Features FRONT DOOR HANDLE: The firebox door allows you to load wood into your stove; a wood handle operates the door. To open the door, pull up on the handle and swing the door away from the stove. To latch the door, push the door tightly towards the firebox then continue to push the handle in and down until it latches shut. Gently pull on the door handle to make sure it is properly latched. PRIMARY AIR CONTROL: The primary air control lever is located under the ash lip. The primary air control allows you to regulate the amount of air entering the firebox. Generally, the more air allowed into the firebox, the faster the rate of burn and the higher the heat output; conversely, less air creates a slower burn, with lower heat output. For maximum airflow, pull the lever out as far as possible; move the lever inwards as far as possible for minimum airflow (does not close completely). Figure 11 – Air Control BYPASS HANDLE: The bypass handle controls the bypass door inside the stove. When the handle is pointed towards the front of the stove, the bypass door is open, and when the handle is pointed towards the rear of the stove, the bypass door is closed. The bypass door directs the flow of combustion products through or around the catalytic combustor. When the bypass handle is open, combustion products are directed around the catalytic combustor. The bypass handle should be open when first staring a fire until the catalytic combustor heats up to activation temperature, and whenever opening the front door to load the stove. When the bypass handle is closed, combustion products are directed through the catalytic combustor. The bypass handle should be closed once the catalytic combustor heats up to activation temperature, and remain closed whenever the stove is burning and in the active temperature range. Figure 12 – Bypass Closed Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 19 Figure 13 – Bypass Open CATALYST THERMOMETER: The catalyst thermometer monitors the downstream temperature of the catalysts, and indicates when the stove is in the active range for the catalysts. When the stove is in the “active” range, the bypass handle should be closed. When the stove is in the “Inactive” range, the bypass handle should be opened until the stove heats up. If the thermometer is in the “Too Hot” range, keep the door closed, fully close the air control, and allow the stove to cool down until the thermometer falls into the “Active” Range. Once the catalyst thermometer has reached the active range, heat generated from burning smoke keeps the catalysts warm and active as long as fuel remains in the stove. The Green Mountain 60 typically operates in the 800 ⁰F to 1300 ⁰F range. Figure 14 – Catalyst Thermometer CHOOSING FIREWOOD Burn only natural firewood (known as cordwood) in the Green Mountain 60 Model 8660 Wood Heater. This stove is not designed to burn other fuels. • CAUTION: DO NOT USE CHEMICALS OR FLAMMABLE FLUIDS TO START THE FIRE. DO NOT USE CHARCOAL, PELLETS, COAL, ARTIFICIAL LOGS OR ANY OTHER MATERIALS AS FUEL; THEY ARE NOT SAFE. DO NOT BURN GARBAGE OR FLAMMABLE FLUIDS. • THE USE OF UNAUTHORIZED FUEL SUCH AS COAL COULD PRODUCE HIGH LEVELS OF CARBON DIOXIDE IN THE LIVING SPACE. AT HIGH LEVELS CARBON DIOXIDE COULD RESULT IN PERSONAL INJURY OR DEATH. The quality of your firewood directly affects heat output, duration of burn and performance of your stove. Softwoods generally burn hotter and faster, while hardwoods burn longer and produce better coals. Density and moisture content are two critical factors to consider when purchasing wood. The following is a list of some wood species and their relative BTU (British Thermal Unit) content. The higher the BTU content, the longer the burn. Firewood with higher BTUs is generally ideal for a wood stove. Burn untreated wood only. Other materials such as wood preservatives, metal foils, coal, plastic, garbage, sulphur, or oil may damage the catalysts. Wood Heat Value: Sorted By Btu Content Common Name Lb/ cord MBTU/ cord High Osage Orange (Hedge) 4,728 32.9 Hickory, Shagbark 4,327 27.7 Hop Hornbeam (Ironwood) 4,267 27.3 Beech, Blue (Ironwood) 3,890 26.8 Birch, Black 3,890 26.8 Locust, Black 3,890 26.8 Hickory, Bitternut 3,832 26.7 Locust, Honey 3,832 26.7 Apple 4,100 26.5 Mulberry 3,712 25.8 Oak, White 4,012 25.7 Medium High Beech, European 3,757 24 Maple, Sugar 3,757 24 Oak, Red 3,757 24 Ash, White 3,689 23.6 Birch, Yellow 3,689 23.6 Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 20 Medium Juniper, Rocky Mtn 3,150 21.8 Elm, Red 3,112 21.6 Coffee tree, Kentucky 3.112 21.6 Hackberry 3,247 20.8 Tamarack 3,247 20.8 Birch, Gray 3,179 20.3 Birch, White (Paper) 3,179 20.3 Walnut, Black 3,192 20.2 Cherry 3,120 20 Ash, Green 2,880 19.9 Cherry, Black 2,880 19.9 Elm, American 3,052 19.5 Elm, White 3,052 19.5 Sycamore 2,808 19.5 Ash, Black 2,992 19.1 Maple, Red 2,924 18.7 Fir, Douglas 2,900 18.1 Medium Low Boxelder 2,797 17.9 Alder, Red 2,710 17.2 Pine, Jack 2,669 17.1 Pine, Norway (Red Pine) 2,669 17.1 Pine, Pitch 2,669 17.1 Catalpa 2,360 16.4 Hemlock 2,482 15.9 Spruce, Black 2,482 15.9 Pine, Ponderosa 2,380 15.2 Low Aspen, American 2,290 14.7 Butternut (Walnut, White) 2,100 14.5 Spruce 2,100 14.5 Willow 2,100 14.5 Fir, Balsam 2,236 14.3 Pine, White (Eastern, Western) 2,236 14.3 Fir, Concolor (White) 2,104 14.1 Basswood (Linden) 2,108 13.8 Buckeye, Ohio 1,984 13.8 Cottonwood 2,108 13.5 Cedar, White 1,913 12.2 Moisture content also plays a key role in the performance of your stove. Wood freshly cut from a living tree (green wood) contains a great deal of moisture. As you might expect, green wood burns poorly. You must season green wood before using it in your wood stove. To season green wood properly, split, stack, and allow it to air dry for a period of one year. Green wood may provide less than 2000 Btu per pound, whereas dry wood can provide up to 7000 Btu per pound. Stack the firewood on skids or blocks to keep it off the ground, cover only the top of the stack. Plastic or tarps that cover the sides of the woodpile trap moisture and prevent the wood from drying. As for stacking, an old Vermonter said, "The spaces between the logs should be large enough for a mouse to get through, but not for the cat that's chasing it." • CAUTION: DO NOT STORE FIREWOOD WITHIN THE STOVE'S SPECIFIED CLEARANCES TO COMBUSTIBLE MATERIALS. BUILDING A FIRE Once you understand the controls of your wood stove and have the appropriate firewood, you are ready to start a fire. • WARNING: NEVER USE GASOLINE, GASOLINE- TYPE LANTERN FUEL, KEROSENE, CHARCOAL LIGHTER FLUID, OR SIMILAR LIQUIDS TO START OR 'FRESHEN UP' A FIRE IN THIS HEATER. KEEP ALL SUCH LIQUIDS WELL AWAY FROM THE HEATER WHILE IT IS IN USE. BREAKING IN YOUR WOOD STOVE It is imperative that your stove is "broken in" gradually. Soapstone must be "seasoned"; over- firing a new stove may cause soapstone to crack or may damage other stove parts. Natural moisture in the freshly quarried soapstone must be driven out slowly to minimize the “shock” to the stone of its first exposure to high firebox temperatures. In addition, the asbestos-free furnace cement must be cured slowly to ensure adequate sealing and bonding. When you light your first fires, the woodstove will emit some smoke and fumes. This is normal “off- gassing” of the paints and oils used when manufacturing the woodstove. If you find it necessary, open a few windows to vent your room. The smoke and fumes will usually subside after 10 to 20 minutes of operation. The odor and smoke will end once the stove is “cured”. The first few fires of the season may produce other odors from impurities that exist in the area immediately surrounding the stove. Some potential impurities are cleaning solvents, paint solvents, Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 21 cigarette smoke, and soot from scented candles, pet hair, dust, adhesives, a new carpet, and new textiles. These odors will dissipate over time. You can alleviate these odors by opening a few windows or otherwise creating additional ventilation around your stove. If any odor persists, contact your dealer or an authorized service technician. If you adhere to the operating procedures in this manual, the steel, cast iron, and soapstone components of your stove will give you many years of trouble-free use. With use, the color of the soapstone may change and small fractures may appear on the surface. These changes do not affect the function of the stove. If a panel breaks completely, it must be replaced Avoid the following conditions that can cause the glass, soapstone, steel or cast iron pieces to break: • Do not throw wood into the stove. • Do not use the door as a lever to force wood into the stove. • Do not load wood encrusted with ice into a burning stove - the thermal shock can cause damage. • Do not use a manufactured log grate or otherwise support the fuel. Burn the fire directly on the floor of the firebox. BUILDING A BREAK IN FIRE 1) Open the bypass handle.Open the front door and place five or six double sheets of tightly twisted newspaper in the center of the firebox. Arrange kindling in a crisscross pattern over the newspaper. Kindling should be approximately ten pieces, 1/2" (13 mm) in diameter and 10" to 16" (254 mm to 457 mm) long. 2) Fully open the primary air control by pulling the control handle towards you, away from the firebox. 3) Light the paper under the kindling. Leave the door slightly ajar momentarily until the kindling has started to burn and draft begins to pull. 4) Close the door and allow the fire to burn. Keep the door closed while the stove is in use. 5) KEEP A WATCHFUL EYE ON YOUR STOVE to maintain a steady, low-heat fire. Your first fire should make the stove warm but not hot to the touch. Visible steam, or boiling moisture and hissing indicate the soapstone is too hot. At most, a few small chunks of wood should be added to the fire to reach safe break-in temperatures. 6) Once the stove is warm but not hot to the touch, close the primary air control by pushing it fully inward toward the stove to allow the fire to die out completely. 7) Let the stove return to room temperature. Your first fire and first fire each season thereafter should be built and maintained as outlined above. Your patience will be rewarded by a properly seasoned stove. • NOTE: The cool flue gas temperatures present during the break-in procedure may cause rapid creosote build-up. The door glass may also get dirty. A good hot fire will clean it. We recommend a visual inspection (and cleaning if necessary) of your stovepipe and chimney once the break-in procedure is completed. NORMAL OPERATION BUILDING A FIRE FOR EVERYDAY USE 1) Open the bypass handle. Open the front door and place five or six double sheets of tightly twisted newspaper in the center of the firebox. Arrange kindling in a tee-pee configuration over the newspaper. Use approximately 10 pieces of kindling, 1/2" (13 mm) in diameter and 10" to 16" (254 mm to 406 mm) long. 2) Fully open the primary air control by pulling the lever completely out, away from the firebox. 3) Light the paper under the kindling. Leave the front door slightly ajar momentarily until the kindling begins to burn and draft begins to pull. 4) Close the door and allow the fire to burn. 5) Once the kindling is burning, open the front door and add logs, small at first, to build the fire up. Ensure you keep the logs away from the glass in front in order for the air-wash system to work properly. Keep the front door closed while the stove is in use. CAUTION: DO NOT BUILD THE FIRE TOO CLOSE TO THE GLASS. KEEPING THE FIRE TOWARDS THE CENTER OF THE FIRE BOX WILL KEEP COALS FROM BUILDING UP AGAINST THE GLASS DURING RELOADING. 6) Once the fire is burning well, and the catalyst thermometer indicates that the stove is in the active range, close the bypass handle. Now the combustion products are passing through the catalytic combustor, and your stove will be burning at its optimal efficiency. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 22 7) After closing the bypass door, allow the stove to run on a high setting for around 20 minutes to ensure the catalytic combustor stays in the active range. This will also allow the fire to burn off any residue on the door glass from any previous low-burn fires 8) Use the primary air control to regulate the desired rate of burn. Pull the handle towards you for a higher burn rate, and push the handle towards the stove for a lower burn rate. The air control does not close completely. Note: Always remember to open the bypass handle before opening the front door. When opening the front door to reload or re-arrange logs, it is advisable to open the door just a crack, pause for a moment then open the door completely. This procedure allows the firebox to clear of smoke before the door is open fully. In addition, reloading on a bed of hot, red coals reduces smoking time and brings fresh fuel up to a high temperature rapidly. During the refueling and rekindling of a cool fire, or a fire that has burned down to the charcoal phase, operate the stove at a medium to high firing rate for about 10 minutes to ensure that the catalysts reach approximately 600 °F. Once the catalysts reach operating temperature, the bypass handle can be closed. When reloading the stove, try to keep an open path behind the Lower Primary Air Opening (LPAO). It is helpful to leave a small valley in the coal bed behind the LPAO to insure faster re- lighting. CATALYTIC COMBUSTOR OPERATION The Green Mountain 60 uses a catalytic combustor to ensure highly clean and efficient burns. The catalytic combustor is made from a stainless steel corrugation that is coated with a catalytic material. The catalytic combustor becomes active around 500 ⁰F (260⁰C), helping to burn up smoke and any remaining particles that were not fully burned in the firebox. During the startup of a cold stove, a medium to high firing rate must be maintained for about 20 minutes. This ensures that the stove, catalysts, and fuel are all stabilized and at proper operating temperatures. Even though it is possible to have gas temperatures reach 500 °F (260⁰C) within 2 to 3 minutes after a fire is started, if the fire is allowed to die down immediately, it may go out or the combustor may stop working. Once the stove and catalytic combustor heat up, heat generated from burning smoke keeps the catalysts warm and active as long as fuel remains in the stove. You stove will burn the cleanest and most efficiently when the catalysts are in the active range. There should be little to no visible smoke from your chimney when the catalysts are in the active zone and fully functional. BURN RATE This wood heater has a manufacturer-set minimum low burn rate that must not be altered. It is against federal regulations to alter this setting or otherwise operate this wood heater in a manner inconsistent with operating instructions in this manual LOW BURN: Move the air control lever all the way inward toward the stove. (See figure 13). This closes the air shutter to its minimum opening. A low burn rate over extended periods is not advisable as it can promote the accumulation of creosote. Inspect the venting system frequently if using low burn rates consistently. MEDIUM LOW BURN: With the primary air control in the low position, pull the air control forward (a little less than 1/4”). A medium-low burn rate is the typical setting and is preferable if the stove is unattended. At this burn rate, a little goes a long way. MEDIUM HIGH BURN: With the primary air control in the low position, pull the air control forward (a little less than 1/2”) HIGH BURN: Completely open the primary air control by moving it all the way outward toward the operator. Fully load the firebox with wood on a bed of hot coals or on an actively flaming fire. To minimize creosote accumulation, run the stove on high once or twice daily for 35 to 45 minutes to fully heat the stovepipe and chimney. CAUTION: Do not burn fuel other than cordwood in your stove. Figure 15 – Air Control Position Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 23 OVER-FIRE CAUTION Over-firing means the stove is operating at temperatures above normal temperatures reached during High Burns outlined in the BURN RATE section. Carefully avoid over-firing, as it will damage the stove. Symptoms of chronic over-firing can include warped components, short burn times, a roaring sound in the stove or stovepipe, and discoloration of the stovepipe. A properly installed stove using fuel and following operating procedures as outlined in this manual should not over-fire. Excessive draft, inappropriate fuel, and operator error can cause over-firing. Correct an over-fire situation as follows: • EXCESSIVE DRAFT: Contact your local dealer to have a draft reading taken. Any draft in excess of 0.1 WC requires a damper in the stovepipe. Some installations may require more than one damper. • INAPPROPRIATE FUEL: Do not burn coal; kiln dried lumber, wax logs, compressed wood, highly volatile fuels or combustibles, or anything other than natural cordwood. • OPERATOR ERROR: Ensure all the gaskets are in good condition. Replace worn out or compressed gaskets. Only burn the stove with the firing and ash doors in the closed position. If you suspect your stove is over-firing, discontinue use and contact your dealer immediately. Damage caused by over-firing is not covered by your warranty. Results of over-firing can include warped or burned out internal parts, cracked refractory panels, discolored or warped external parts, and damaged finish. • ANY SIGNS OF OVER-FIRING WILL VOID YOUR WARRANTY! • THE FRONT DOOR MUST REMAIN CLOSED WHEN IN OPERATION REMOVAL AND DISPOSAL OF ASHES You can leave a thin layer of ashes in the firebox if preferred. Allow fire to die down or go out completely. It is important to prevent ashes from building up around the front door opening or they will spill out, or they can pack into the gasket channel and prevent proper sealing. To remove ashes, use a fireplace shovel. Avoid removing large live coals by pushing them to the side and removing only the finer ash with a shovel. Disposal of ashes - Ashes should be placed directly into a metal container with a tight fitting lid. Do not place any other items or trash into the metal container. Do not pour water into the container. Replace the container’s lid and allow the ashes to cool. Never place the ash disposal container on a combustible surface or vinyl flooring, as the container could be hot! Pending disposal, place the closed ash container on a noncombustible floor or on the ground outside, well away from all combustible materials, liquid fuels, or vehicles. Retain ashes in the closed container until all coals thoroughly cool. If the ashes are disposed of by burial in soil or otherwise locally dispersed, they should be retained in the closed container until all cinders have thoroughly cooled. NEVER place ashes in wooden or plastic containers, in trashcans with other trash, or in paper or plastic bags, no matter how long the fire has been out. Coals within a bed of ashes can remain hot for several days once removed from the firebox. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 24 MAINTENANCE CATALYTIC COMBUSTOR INSPECTION AND REPLACEMENT PROCEDURES • WARNING: THIS WOOD HEATER CONTAINS A CATALYTIC COMBUSTOR, WHICH NEEDS PERIODIC INSPECTION AND REPLACEMENT FOR PROPER OPERATION. IT IS AGAINST FEDERAL REGULATIONS TO OPERATE THIS WOOD HEATER IN A MANNER INCONSISTENT WITH OPERATING INSTRUCTIONS IN THIS MANUAL, OR IF THE CATALYTIC ELEMENT IS DEACTIVATED OR REMOVED It is important to periodically monitor the operation of the catalytic combustor to ensure that it is functioning properly and to determine when it needs to be replaced. A non-functioning combustor will result in a loss of heating efficiency, and an increase in creosote and emissions. Following is a list of items that should be checked on a periodic basis -Combustors should be visually inspected at least three times during the heating season to determine if physical degradation has occurred. Actual removal of the combustor is not recommended unless more detailed inspection is warranted because of decreased performance. If any of these conditions exists, refer to Catalyst Troubleshooting section of this owner’s manual. -This catalytic (or hybrid) heater is equipped with a thermometer to monitor catalyst operation. Properly functioning combustors typically maintain temperatures in excess of 500 °F, and often reach temperatures in excess of 1,000 °F. If catalyst temperatures are not in excess of 500 °F, refer to the Catalyst Troubleshooting section of this owner’s manual. -You can get an indication of whether the catalysts are working by comparing the amount of smoke leaving the chimney when the smoke is going through the combustor and catalysts light-off has been achieved, to the amount of smoke leaving the chimney when the smoke is not routed through the combustor (bypass mode). 1. Light stove in accordance with operator’s instructions 2. With smoke routed through the catalysts, go outside and observe the emissions leaving the chimney. 3. Engage the bypass mechanism and again observe the emissions leaving the chimney. Significantly more smoke will be seen when the exhaust is not routed through the combustor (bypass mode) INSPECTING THE CATALYSTS AND REMOVING/REPLACING THE BAFFLE 1. Allow the stove and ashes to fully cool. 2. Remove the metal baffle protector by sliding it to the left or right, and then rotating it towards you. 3. Lift up on the right side baffle, and gently pull the left side baffle down and out of the stove CAUTION - Do not force the baffle pieces. Gently adjust the baffle orientation until each side can be removed freely from the stove. Figure 17 - Removing/Replacing the Baffle for Inspection 4. Use a small vacuum nozzle or soft bristled brush to remove any accumulated ash or soot on the face of the catalyst. 5. Inspect the catalyst for any unusual warping, corrosion, or plugged openings. Figure 16 - Removing/Replacing the Baffle for Inspection Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 25 Figure 18 (cont.) - Removing/Replacing the Baffle for Inspection Figure 19 – Catalyst Access Door 4. Use a small vacuum nozzle or soft bristled brush to remove any accumulated ash or stoot on the face of the catalysts. 5. Inspect the catalysts for any unusual warping, corrosion, or plugged openings. 6. If any unusual conditions are found, remove the catalyst blocks – See replacing the catalysts. 7. Replace the baffles and baffle protector. Installation is the opposite of removal. 8. Ensure that the baffle pieces are pushed together at the center joint. REMOVING OR REPLACING THE CATALYSTS Refer to the Catalytic combustor warranty on page 35 for catalyst replacement information. DO NOT OPERATE UNIT WHITOUT CATALYSTS. 1. Allow the stove and ashes to fully cool. 2. Loosen, but do not remove the screws securing the rear heatshield. (If stove is so equipped). 3. Remove the heat shield by sliding the screw heads through the slots in the heatshield. 4. Remove the 2 bolts securing the cast iron catalyst access cover, and remove the cover. 5. Inspect the catalysts for visible damage or fly ash. If fly ash exists, gently brush the catalysts off with a narrow soft-bristle brush, or vacuum with a crevice tool. 6. If fly ash exists, or if there are suspected catalyst performance issues, fully remove the catalysts by gently pulling upwards from the ribs in the cast iron, and then pulling outwards through the catalyst access opening. 7. Remove any remaining gasket material from the opening and from the catalysts. 8. Inspect the catalysts for any fly ash or clogging, and remove with a soft bristled brush or vacuum crevice tool. If extra cleaning is needed, follow the guidelines below: -You may use compressed air under 35 psi, air only, no chemicals. -You may soak the catalysts in a hot water mix (not boiling), 4 parts water, 1 part vinegar. Rinse with cold water until vinegar smell is mostly gone. -No metal tools such as gun cleaners should be used. -No detergents or chemicals. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 26 9. Only remove the catalysts if required. In general, the less you handle the catalysts, the better. If any unusual conditions are found, remove the catalyst blocks – See replacing the catalysts. 10. Some warping or bowing of the catalysts over time is acceptable, as long as the catalyst gasket continues to seal. Measure the catalysts in the middle section – if the dimensions are outside the range shown in Figure 20 on the next page, replace the catalysts. 11. Remove existing gasket material from the catalysts. 12. Beginning at one corner, re-install fiberglass gasket material on the catalysts. 13. Wrap the gasket tape around the catalysts so it is reasonably tight. Double layer the material on three sides of the individual catalyst cartridges as shown in the following picture. 14. Once the gasket is installed on the catalysts, gently push the catalysts into the catalyst opening until the catalysts hit against the bottom wall of the cavity. Take care to ensure the gasket is not damaged and position the two cartridges so that the single layer gasket edges touch one another in the center. . 15. Replace the catalyst access door. 16. Heat the stove slowly during your next fire to allow the fiberglass gasket to properly seat and seal the catalysts. REPLACING THE REFRACTORY STONE AND SECONDARY RISER ASSEMBLY 1. Allow the stove and ashes to fully cool. 2. Open the front door of the stove and fully clean any ash in the firebox 3. Remove the baffle following the instructions in “Inspecting the Catalysts and Removing/Replacing the baffle. 4. Remove the side stones one at a time by tipping them towards the inside of the firebox from the top. 5. With side stones and baffle removed, the secondary riser assembly and rear stones can be lifted up and out of the stove. Figure 20 - Acceptable Catalytic Distortion Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 27 Figure 22: Front Door assembly Figure 21 - REMOVING RISER AND REAR STONES 6. Installation is the reverse of disassembly. Make sure that the secondary riser tube is seated in the pocket at the rear of the bottom casting. GLASS REPLACEMENT PROCEDURES • WARNING: DO NOT OPERATE THIS APPLIANCE WITH THE GLASS PANEL REMOVED, CRACKED, OR BROKEN. DO NOT SUBJECT THE DOOR TO ABUSE, SUCH AS STRIKING OR SLAMMING SHUT. ONLY A QUALIFIED SERVICE PERSON SHOULD REPLACE THE GLASS PANEL. Required Glass Kit: Part Number: 96-58607. Use only 4mm x 343mm x 459mm Ceramic, or Neoceram glass. Contact your Hearthstone dealer. 1. Follow the instructions included with the replacement glass kit. 2. Remove the door. 3. Remove the screws from the glass clips (use penetrating oil if necessary) – Set aside for reinstallation. 4. Carefully lift the damaged glass off the door and discard. 5. Remove any remaining glass and old gasket material. 6. Clean the screw holes and place a small amount of anti-seize compound in each one. 7. Install a new glass gasket in the glass gasket groove. 8. Place the new glass onto the door. 9. Important! Center the glass and ensure that the edges of the glass are parallel with the edges of the opening. 10. Check glass position again (centered, and parallel), then screw the glass retainer clips with the glass pads back on the door using a crisscross pattern. Tighten the screws no more than 1/8th of a turn after they seat. The glass will break at this point if not positioned correctly. 11. Apply a light film of anti-seize lubricant on the door’s hinge pins if needed. 12. Install the door. 13. After 5 or 6 fires, check the glass retainer screws, and retighten if necessary. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 28 CREOSOTE FORMATION & REMOVAL When wood burns slowly at low temperatures, it may produce tar and other organic vapors, which combine with expelled moisture to form creosote. These creosote vapors condense in the relatively cool chimney flue of a slow-burning fire. As a result, creosote residue accumulates on the flue lining. When ignited, this creosote makes an extremely hot fire, which may damage the chimney or even destroy the house. When burning wood, inspect the chimney connector and chimney at least once every two months during the heating season to determine if there is a creosote buildup. If a creosote build-up occurs, inspect the stovepipe connector and chimney more often, at least monthly during the heating season to monitor the accumulation. If a creosote residue greater that 1/4" (6 mm) accumulates, remove it to reduce the risk of a chimney fire. PREVENTION Burn the stove with the primary air control fully open for 35 - 45 minutes daily to burn out creosote deposits from within the stove and the venting system. After reloading with wood, burn the stove with the primary air control fully open for 15 to 20 minutes. This manner of operation ensures early engagement of the secondary combustion system that minimizes creosote buildup in the chimney. If your glass always remains dirty, your operating temperatures are too low or your wood is wet; therefore, there is a higher risk of creosote buildup. Inspect the venting system at the stove connection and at the chimney top. Cooler surfaces tend to build creosote deposits faster, so it is important to check the chimney at the top (where it is coolest) as well as from the bottom near the stove. CLEANING Remove accumulated creosote with a cleaning brush specifically designed for the type of chimney in use. We recommend you use a certified chimney sweep to perform this service. Contact your dealer for the name of a certified chimney sweep in your area (your dealer may be a certified sweep!). We recommend that before each heating season you have the entire system professionally inspected, cleaned and repaired, if necessary. GASKETS Replace door gasket material every two to three seasons, or whenever it becomes deteriorated or loose, depending on stove use. If the door seal leaks, a new gasket will ensure a tight seal and improve stove performance. We recommend you only use Hearthstone replacement gaskets when you need to replace your door gasket. Contact your dealer for a gasket kit that includes instructions, and the gasket for your stove. GLASS The glass used in our stoves is actually not plain glass, but a tough, clear ceramic material capable of operating at temperatures up to 2300° F. Do not operate the stove with a broken door glass. Do not abuse the front door by striking or slamming. When necessary, clean the glass. For the inside surface of the glass, we recommend using a damp paper towel dipped in gray ash. Rub the inside of the glass with a circular motion. When all the deposits are removed, clean up with window cleaner or with commercial stove glass cleaners, which are available from your local dealer. Use this type of cleaner for the outside surface as well. Never attempt to clean the glass while the fire is burning or while the glass is hot. Remove deposits by following the instructions provided with the cleaner. Wipe the cleaner off with a soft cloth, or black & white newsprint. Important: scratching or etching the glass will weaken the integrity of the glass. Do not use a razor blade, steel wool, or any other abrasive material to clean the glass. Use a cleaner specifically manufactured for woodstoves only. The front door glass is a ceramic, thermal shock- resistant glass, made specifically for use in woodstoves. Do not use any replacement glass other than the ceramic glass manufactured and supplied for use in this woodstove. Replacement glass is available through your local dealer. Replace the door glass immediately if broken or chipped. Contact your local dealer for replacement glass. The glass kit includes instructions and everything needed for the repair. If you replace the glass yourself, wear work gloves and safety glasses. Required Glass Kit: PN: 96-58607. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 29 TROUBLESHOOTING COMMON ISSUES Virtually all woodstove operators experience basic common problems at one time or another. Most are correctable and generally require only a minor adjustment of the stove, installation, or operating technique. In cases where weather conditions dramatically affect stove performance, the problems are typically temporary and solve themselves once the weather changes. If you question whether your stove is producing adequate heat, the best way to troubleshoot the problem is to monitor the temperature of the stack no more than 12 inches (30 cm) above the flue collar. A 400° F (200° C) stovepipe confirms the stove is supplying sufficient heat. Keep in mind that your house itself will regulate room/house temperatures. How well the walls, floors and ceilings are insulated, the number and size of windows, the tightness of outside doors, and the construction or style of your house (vaulted ceilings or other open spaces which collect large percentages of heat, ceiling fans, etc.) all are determining factors of room temperature. Your stove's performance is also dependent on its installation. One common cause of poor performance is an oversized chimney flue. Oversized chimney flues result in decreased draft, which prevents the smoke from rising out the chimney. Oversized flues are also more difficult to heat effectively, especially when burning a high efficiency stove. Cool flue temperatures inhibit the establishment of a strong draft (and encourage the accumulation of creosote). The lack of a strong draft will cause the fire to die down and may even force smoke to pour into the room. If your chimney is the proper size and a strong draft is not easily established, there is the possibility that the chimney is too cold. Again, hot chimneys promote stronger drafts. Opening a window briefly in the room while lighting the stove may help. Other draft guidelines are as follows: An "AIRTIGHT" HOUSE: The air supply (infiltration) to the interior of the house may be inadequate if your home is super-insulated or especially well sealed. This phenomenon of air starvation within the building is exacerbated if exhaust fans, such as clothes dryers, bathroom fans or cook stove exhaust fans, are in operation within the home. Outfitting your stove with the optional outside air adaptor connected to an air duct, which leads to the outside of the building, can correct this problem. Tall Trees or Buildings: These obstructions, when located close to the top of the chimney can cause chronic or occasional downdrafts. When selecting a site for a new chimney, consider the placement of other objects near the proposed chimney location. Wind Velocity: Generally, the stronger and steadier a wind, the stronger (better) the draft. However, "gusty" wind conditions can cause erratic downdrafts. For consistent problems, consider a high wind cap, such as the Vacu-Stack. Barometric Pressure: Chimney drafts are typically sluggish on balmy, wet or muggy days (low barometric pressure). This is a weather-related phenomenon, which generally is self-correcting as the weather changes. Briskness of Fire: The hotter the fire in your stove, the hotter your chimney and, therefore, the stronger the draft. Breaks in the Venting System: An unsealed clean-out door at the bottom of the chimney, leaky stovepipe joints, a poor stovepipe-to-thimble connection, missing caps, or a leaky chimney all can cause inadequate draft. Seasonal Factors: Early fall and late spring are generally difficult seasons in which to establish proper drafts. The colder the outside air is relative to room temperature, the stronger the draft. OPERATING THE STOVE As outlined above, there are days when a good draft is just not easy to establish. The causes are usually seasonal factors or a cold chimney. Try starting the fire by using small kindling and fuel to obtain a quick, hot fire. Tend the fire frequently with small fuel until the chimney is hot and the draft is well established. Sometimes, partially opening a first floor window briefly will help quickly get draft established. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 30 TROUBLESHOOTING GUIDE PROBLEM POSSIBLE CAUSE SOLUTIONS STOVE SMOKES Operating Technique Fully open the primary air control one minute before opening doors, and ensure the bypass is open before opening door. Cold Chimney or reverse draft Preheat the chimney when first starting a fire. Briefly open a window in the room containing the stove. Blocked Chimney Examine the chimney and stovepipe for blockage or creosote accumulations. Oversized Chimney Reline the chimney to the appropriate diameter Undersized Chimney Install a draft inducer or replace the chimney. Chimney Too Short Lengthen the chimney. Air Infiltration Into The Chimney Seal chimney connections and openings. Check clean-out doors. Bypass not closed Ensure that the bypass door is closed when the catalysts are in the active range. Catalysts not functioning Inspect catalysts for damage, ash build-up, or plugging. Brush catalysts with a soft-bristled brush, or vacuum lightly. Replace if required. Follow instructions to ensure catalyst light-off. Not burning proper fuel Ensure cordwood is seasoned and dry. More Than One Appliance Connected to the Flue Disconnect all other appliances and seal openings. BACK-PUFFING OR GAS EXPLOSIONS Operating Technique Fully open the primary air control one minute before opening the door and keep it fully open for a few minutes after reloading. Ensure the bypass door is open before opening the door Extra Low Burn Rate Burn the stove at a higher burn rate. Chimney Down-draft Install a chimney cap. Excessive Ash Build-up Empty the ash pan more frequently. Increase efficiency of burns, and avoid using poor quality or green wood. UNCONTROLL- ED OR SHORT BURN Unsealed or Open Door Close the door tightly or replace the gaskets. Air leakage around glass gasket – replace gasket Excessive Draft Check the installation. Operate at LOW BURN. Install stovepipe damper. Draft in excess of 0.1 wc should be corrected with a stovepipe damper(s) Extra Long Chimney Shorten the chimney. Install stovepipe damper(s). Oversized Chimney Reline the chimney to the proper diameter. High Winds or Hilltop Location: Install a chimney cap. INSUFFICIENT HEAT Poor Quality, low Btu content, or Green Wood Use only air-dried wood, preferably dried at least one year. Use a wood with a high Btu content if available. Low Burn Rate Operate the stove at a higher burn rate. Cold Exterior Chimney Reline or insulate the chimney. Leaky Stovepipe or Chimney Check the installation. Replace with a pre-fabricated insulated chimney system or a properly sized masonry chimney. Too Much Heat Loss From House Add insulation, use energy efficient windows, or caulk windows, and seal openings in home. Excessive Ash Build-up Empty the ash pan more frequently. Increase efficiency of burns, and avoid using poor quality or green wood. BLISTERING OF FINISH Operating Technique Do not over-fire the stove. Monitor stove temperatures. Use seasoned wood only. Excessive Draft Check the DRAFT. A damper may be required. Operate the stove at a LOW BURN range. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 31 ADDITIONAL CATALYST TROUBLESHOOTING GUIDE PROBLEM POSSIBLE CAUSE SOLUTIONS FLY ASH BUILD UP ON CATALYSTS Catalysts have not maintained light-off temperature Brush cold combustor with soft-bristled brush or vacuum lightly. Follow instructions in the manual for a proper catalyst light-off Burning materials that cause a lot of char and fly-ash Don’t burn cardboard, gift wrap paper, or garbage. Burn only dry, seasoned wood, per the owner’s manual. Bypass closed too soon Follow instructions in the manual for a proper catalyst light-off CATALYSTS PLUGGING OR MASKING (SOOT/CRESO- TE) Burning wet, pitchy woods, or burning large loads of small diameter wood with the combustor in the operating position without catalyst light off occurring Burn dry seasoned wood. Follow instructions in the manual for a proper catalyst light-off, and ensure catalyst light-off as occurred before closing bypass damper. It may be possible to burn the soot or creosote off by building a hot fire, and allowing the stove to run until the catalysts are well within the operating range before closing the bypass. Continue to run the stove at a high temperature for one hour, while ensuring the catalysts stay in the upper operating range, but not too hot. WARPING OR BOWING OF THE CATALYSTS Excessive catalyst temperatures for long periods of time. Ensure that the catalysts remain in the operating zone, and does not get to hot. Reduce air control settings for a lower burn rate to ensure catalyst temperatures do not exceed the operating range. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 32 REPLACEMENT PARTS & OPTIONAL ACCESSORIES Refer to the Illustrated Parts list for further detail about stove components, available online at www.hearthstonestoves.com. PART # DESCRIPTION REPLACEMENT PARTS 5660-002 BOTTOM HEAT SHIELD 5640-008 HINGE PIN 5640-009 HINGE BLOCK 5660-010 SECONDARY AIR RISER ASSEMBLY 5660-012 TIE ROD 5660-016 BAFFLE GUARD 5640-018 BYPASS ROD RETAINER 5640-020 LATCH STRIKER PLATE 5640-022 DOOR LATCH 5660-024 REAR SHIELD (INCLUDED) 7200-520 CATALYST THERMOMETER REPLACEMENT KITS AND ACCESSORIES 96-58400 GASKET KIT 96-58607 GLASS KIT 96-71400 HANDLE KIT 96-73400 FRONT DOOR LATCH KIT 96-75400 CATALYST REPLACEMENT KIT 96-76600 BAFFLE KIT 96-57400 BLOWER KIT Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 33 SAFETY LABEL Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 34 LIMITED WARRANTY These warranties give you specific legal rights. You may also have other rights, which vary from State to State. Hearthstone Quality Home Heating Products, Inc. (Hearthstone) warrants to the original retail purchaser only (the “Original Purchaser”) the new appliance manufactured by Hearthstone, purchased by the Original Purchaser and installed by an authorized Hearthstone dealer or their designated representative against any of the occurrences listed in this document that result from defects in material or workmanship. This warranty is not transferrable. All obligations of Hearthstone under this document commence on the date of the Original Invoice (the “Purchase Date”). The term “Limited Lifetime” is defined as 10 years from the beginning of warranty coverage. Hearthstone appliances are designed to be operated only with the fuels listed in your owner’s manual. Catalytic combustor LIMITED LIFETIME WARRANTY: The catalytic combustors are covered directly by the combustor manufacturer, Applied Ceramics. Included with your stove you will find the LIMITED LIFETIME WARRANTY for the catalysts, as well as a warranty card. Catalyst Model Number: ACI-6M2 Catalyst Manufacturer: APPLIED CERAMICS APPLIED CERAMICS warrants to the consumer who purchases a FIRECAT STEEL COMBUSTOR as a component in an EPA certified solid fuel appliance, to replace at no charge to the consumer the FIRECAT STEEL COMBUSTOR that ceases to function with two (2) years from the date of purchase by the original consumer, provided that the following conditions are met: (1) A copy of the original bill of sale that includes place and date of purchase must be submitted with the warranty claim. (2) The original FIRECAT STEEL COMBUSTOR must be returned to APPLIED CERAMICS (3) The FIRECAT STEEL COMBUSTOR must not have been mechanically abused, nor must the wrong fuels have been used in the appliance. If after two years the FIRECAT STEEL COMBUSTOR fails to function, the prorated warranty will allow replacement at the following special price schedule: Year 3 $130.00 Year 4 $140.00 Year 5 $150.00 Year 6 $160.00 Year 7 and after at current retail price Conditions 1, 2, and 3 also apply to the Prorated portion of the warranty. Any EPA certified solid fuel appliance will receive one replacement catalyst for each defective catalyst returned during the three year period. The consumer will be responsible for any removal, any servicing, and return of any items required for filing the warranty claim. This warranty is APPLIED CERAMIC’S exclusive warranty, and APPLIED CERAMICS, disclaims any other express or implied warranty for the FIRECAT STEEL COMBUSTOR, including any warranty or merchantability fitness for a particular use. Ensure the catalyst is well wrapped and padded for shipment in bubble wrap, or similar material. Ship the catalyst with padding inside of a cardboard box. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 35 All warranty claims must include $12.50 for postage and handling within the continental U.S. Alaska and Canada claims must include $35.00. Please allow 2-3 weeks for delivery. Order online @ www.firecatcombustors.com Please read and understand the full warranty. Please return the completed warranty card promptly to Applied Ceramics. The warranty card, and any warranty claims can be shipped to: Applied Ceramics 55555 Pleasantdale Road Doraville, GA, 30340 Stove components Limited Warranty Warranty Period Wood Gas Pellet Covered Components Limited Lifetime XXX Stone XXX Cast iron not listed elsewhere X Clean burning air supply system* 5 Year XXX Door handles and latches XXX Steel Components and Firebox X Burner and logs 3 Year X Burn Pot and Baffles 2 Year XXX Appliance Electrical and Gas Components XX Refractory, Vermiculite Panels, Baffles 1 Year XXX Enamel finish against peeling or fading XXX Accessories XXX Glass X Ash Grate XXX All components not listed elsewhere Any parts repaired or replaced during the limited warranty period will be warranted under the terms of the limited warranty for a period not to exceed the remaining term of the original limited warranty or one year, whichever is longer. Parts: Hearthstone will replace through an authorized dealer, defective parts covered by the foregoing warranty at no charge. Labor: Within the first (1st) year after the Purchase Date, Hearthstone will pay for warranty labor performed by an authorized Dealer at Hearthstone’s published labor rates in effect at the time the labor is performed only if the appliance is installed by an authorized dealer or their designated representative. Otherwise or thereafter, the Original Purchaser is responsible for the cost of labor. Shipping cost for parts: Within the first ninety (90) days after the Purchase Date, Hearthstone will pay for the shipping of appliance parts covered by any of the foregoing warranties to and from Hearthstone or an authorized Dealer, as the case may be. Thereafter, the Original Purchaser is responsible for all shipping costs related to shipping appliance parts to and from Hearthstone or an authorized Dealer, as the case may be. Shipping cost for the appliance: Within the first (1st) year after the Purchase Date, if the Original Purchaser is instructed to return the appliance to Hearthstone or an authorized Dealer for repair, Hearthstone will pay fifty percent (50%) and the Original Purchaser will pay fifty percent (50%) of the shipping costs related to shipping the appliance to and from Hearthstone or an authorized Dealer, as the case may be. Thereafter, the Original Purchaser is responsible for one hundred percent (100%) of all of the shipping costs related to shipping the appliance to and from Hearthstone or an authorized Dealer, as the case may be. Notwithstanding any other provision of this document, in no event will Hearthstone pay for any Dealer fees or other fees for pick up or delivery of the appliance returned for repair; the Original Purchaser shall be responsible for any such fees. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 36 EXCLUSIONS & CONDITIONS The warranties contained in this document do not cover, nor is Hearthstone responsible for: 1. Damages resulting from: a. Failure to install, operate, or maintain the appliance in accordance with the owner’s manual, operating instructions, installation instructions, or safety rating label provided with the appliance. b. Over-firing the appliance. Over-firing can be identified by, but not limited to, warped cast iron or steel, rust colored cast iron, bubbling, cracking and discoloration of steel or enamel finishes. c. Failure to install the appliance in accordance with all national or local building codes. d. Shipping or improper handling. e. Improper operation, abuse, misuse, continued operation with damaged, corroded, or failed components, accident, or improper/incorrect service or repairs. f. Environmental conditions, inadequate ventilation, negative pressure, or improper drafting caused by tightly sealed constructions, insufficient make-up air supply, or air handling devices such as exhaust fans, forced air furnaces, or other such causes. g. Damage caused by direct exposure to water. h. Use of fuels other than those specified in the owner’s manual. I. Installation or use of components not supplied with the appliance, or any other components not expressly authorized and approved by Hearthstone. J. Modifications of the appliance not expressly authorized and approved by Hearthstone in writing K. Interruptions or fluctuations of electrical power supplied to the appliance. 2. All stones are warranted against cracking or breakage due to thermal stress, excluding surface and hairline cracks and scratches that do not affect the operation, or safety of the appliance. 3. Repair or replacement of wear parts. Such parts that are subject to normal wear and tear during the warranty period such as paint, gaskets, baffles, refractory materials, ash grates, and glass. 4. Damage resulting from installation, modification, alteration, repair or service of the appliance by any party other than an authorized Hearthstone dealer (a “Dealer”) or their designated representative, or Hearthstone. 5. Damage due to water or condensation due to installation of the appliance in a high moisture area. 6. Damage due to installation of the appliance in an atmosphere contaminated by damaging chemicals, including but not limited to chlorine, fluorine or salts. 7. Scratches on glass, enameled surfaces or stones due to mechanical abrasion. 8. Noise caused by expansion or contraction caused by the heating and cooling of the appliance. 9. Odors caused by the heating of the appliance, or surrounding materials 10. Consequential damage caused by leaking of condensate during startup 11. A defect in any part of the appliance if the Original Purchaser fails to comply with Hearthstone’s or a Dealer’s request to ship the part or the appliance to Hearthstone or a Dealer, as the case may be. 12. Replacement stones and enameled parts are taken from current stock, and may not match originals in color, grain, or pattern. Hearthstone will supply replacement parts for discontinued parts in finishes or colors as available, or at their discretion. 13. Hearthstone’s obligation under this warranty does not extend to the appliance’s ability to heat the desired space. Information is provided to assist the customer and the dealer in selecting the appropriate appliance for the application. Consideration must be given to appliance location and configuration, environmental conditions, insulation and air tightness of the structure. THE WARRANTIES CONTAINED IN THIS DOCUMENT ARE EXCLUSIVE AND ARE GIVEN BY HEARTHSTONE AND ACCEPTED BY THE ORIGINAL PURCHASER IN LIEU OF ALL OTHER EXPRESS WARRANTIES AND ANY OBLIGATIONS, LIABILITIES, RIGHTS, CLAIMS, OR REMEDIES IN CONTRACT OR TORT, WHETHER OR NOT ARISING FROM HEARTHSTONE’S NEGLIGENCE, ACTUAL OR IMPUTED. ALL IMPLIED WARRANTIES, INCLUDING THE WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, ARE GIVEN ONLY TO THE EXTENT REQUIRED BY FEDERAL OR STATE LAW. EXCEPT AS OTHERWISE REQUIRED BY STATE LAW, UPON THE EXPIRATION OF THE EXPRESS LIMITED WARRANTIES CONTAINED HEREIN, NO IMPLIED WARRANTIES, INCLUDING THE IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, SHALL APPLY TO THE SUBJECT APPLIANCE. SOME STATES DO NOT ALLOW LIMITATIONS ON HOW LONG AN IMPLIED WARRANTY LASTS, SO THE ABOVE LIMITATION MAY NOT APPLY TO YOU. Hearthstone Quality Home Heating Products, Inc ® Green Mountain 60 (Model 8660) 37 THE WARRANTIES CONTAINED IN THIS DOCUMENT EXTEND ONLY TO THE ORIGINAL PURCHASER OF THE APPLIANCE WARRANTED HEREUNDER. THEY ARE NOT TRANSFERRABLE AND DO NOT EXTEND TO ANY SUBSEQUENT OWNERS. UNDER NO CIRCUMSTANCES SHALL HEARTHSTONE BE LIABLE TO THE ORIGINAL PURCHASER OR ANY OTHER PERSON FOR ANY INCIDENTAL OR CONSEQUENTIAL DAMAGES, INCLUDING BUT NOT LIMITED TO DAMAGE TO PROPERTY OR PERSONAL INJURIES, WHETHER ARISING OUT OF LOSS OF USE, BREACH OF WARRANTY, TORT, OR OTHERWISE, EVEN IF HEARTHSTONE HAS BEEN APPRAISED OF THE POSSIBILITY OF SUCH DAMAGES. SOME STATES DO NOT ALLOW THE EXCLUSION OR LIMITATION OF INCIDENTAL OR CONSEQUENTIAL DAMAGES, SO THE ABOVE LIMITATION OR EXCLUSION MAY NOT APPLY TO YOU. QUALIFYING FOR WARRANTY COVERAGE To obtain performance of any obligation under this document, the Original Purchaser must, within the applicable warranty time period, contact their original Hearthstone dealer, or the current responsible local Hearthstone dealer, for instructions regarding the return of defective parts for repair, the return of the appliance for repair, or to schedule a Dealer service call. The Original Purchaser should refer to the Dealer Network search engine contained on Hearthstone’s Web site (www.hearthstonestoves.com) if the original dealer is not available, to find a Hearthstone dealer nearest to the Original Purchaser’s location. REMEDY The remedy for any breach of the foregoing warranties will consist of repair or replacement, at Hearthstone’s option, of any covered defect in the appliance. When the Original Purchaser contacts a Hearthstone Dealer, the Dealer on behalf of Hearthstone, as the case may be, will instruct the Original Purchaser to either return the defective part, or the entire appliance (if requested), to the Dealer or Hearthstone or allow a Dealer to make a service call at the place where the appliance is located. Hearthstone may require that a digital picture be provided to support the claim. Notwithstanding any other provision of this document, the Original Purchaser shall pay for any fees and service charges related to a Dealer’s service call or the shipping charges associated with the return. WARRANTY REGISTRATION The Original Purchaser can complete their warranty registration on our website at www.hearthstonestoves.com, or send a completed and signed Warranty Registration Form, which is enclosed in the appliance document packet, to the following address: Hearthstone Quality Home Heating Products, Inc. Warranty Department 317 Stafford Avenue Morrisville, VT 05661 NOTE: SENDING IN THE SIGNED WARRANTY REGISTRATION FORM IS NOT REQUIRED AS A CONDITION OF WARRANTY COVERAGE OR HEARTHSTONE’S PERFORMANCE. St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 22 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 8: Photographs of test set up Dilution picture dia 6 Picture 1 : Sampling system : 6 in dia Stainless steel pipe : 16 in. Between sampling probe and lower elbow : Air intake with damper to adjust flow rate : Exhaust blower 1 2 1 3 2 3 4 4 Picture 2 : Hood and mixing baffle *The arrow point the deflectors inside of the pipe : 8 in. dia. Stainless steel pipe : Mixing baffle (2) location 1 foot between baffles : 4 feet long between velocity port and upper elbow : 24 in. dia. Galvanized steel smoke captures hood, located 3 feet away from dilution tunnel :Velocity port 5 6 7 8 9 5 6* 7 8 9 Picture 3: Stack sampling : Temperature and gas analyser sampling ports located 9 feet above platform : Exhaust system support bracket 9 9 Picture 3.1: Gas analysis and temperature probe 10 10 Picture 3.2: chimney support Picture 4: Tunnel flow measurement and sampling probe : Velocity port :Sampling port, 2 sampling probes with 2x48 mm. dia.filter each. Filter used: Millipore AP4004700 :Sampling port, sampling probes with 2x48 mm. dia.filter each. Filter used: Millipore AP4004700, for first hour sampling :15 feet long dilution tunnel :Extraction blower 11 12 13 50 in. 11 12 13 12.1 13.1 12.1 13.1 Picture 5: Draft sampling : Draft sampling port located 6 in.from the flue outlet 14 14 Picture 6: Equipments : Acquisition system : Vacuum pump : Digital manometer : Digital read out for mass flow meter : Digital vacuum gage : Mass flow meter 15 16 17 18 19 15 16 17 18 19 20 20 Picture 7: Gaz analyser Picture 8: Reference dry gas meter Picture 11: Dry gas meter Picture 12 : Dilution tunnel sample system Picture 13: Dilution tunnel St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 23 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 9: Test load photographs Run 1 January 15th 2018 minimum burn rate Testing load Testing load Left view of stove Load in the stove Run 2 January 16th 2018 minimum burn rate Testing load Testing load Back view of stove Testing load Run 3 January 17th 2018 NO fan confirmation test Testing load Testing load Load in the stove Testing load Run 4 January 18th 2018 Category 3 burn rate Testing load Testing load Load in the stove Testing load Run 5 January 22nd 2018 Maximum burn rate Testing load Testing load Load in the stove Testing load St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 24 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 10: Laboratory Operating Procedures POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE Page 1 INTRODUCTION This document provides a step by step guide for the technician conducting tests to EPA standard requirements. Procedures outlined here, when followed, will result in tests in conformance with EPA Methods 28R, ASTME2780, ASTME2515, ASTM E2618, Method 28WHH, Method 28 PTS. The primary measurements to be made are particulate emissions rates. The technician’s duties include the following steps. 1. Incoming inspection of test units. 2. Set-up of test units. 3. Preliminary testing to establish unit operating procedures and familiarity with operating controls. 4. Calibration of test equipment. 5. Set-up, checking and operation of sampling apparatus. 6. Conduct of tests including complete record keeping and data recording for non-automated functions. 7. Operation of hardware and software included in automatic data acquisition system. 8. Review and analysis of data at test completion to ensure test validity. The technician running this test must be familiar with the following documents, which are to be kept in the laboratory at all, times. EPA METHODS 1. EPA Methods 28R 2. ASTME2780 3. ASTME2515 4. ASTM E2618 5. Method 28WHH 6. Method 28 PTS POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE Page 2 I. APPLIANCE INSPECTION AND SET-UP A. INCOMING INSPECTION 1. Check for completeness of unit including parts, accessories, installation and operating instructions, drawings and specifications etc. Note any discrepancies or missing parts or information. 2. Check for shipping damage. If damage has occurred, notify the laboratory manager. In some cases, repairs may be made, provided the manufacturer and laboratory manager concur that repairs will not affect the unit’s performance. If damage is irrepairable, a new unit will need to be obtained. 3. Note whether unit is catalytic of non-catalytic. 4. Mark unit with manufacturer’s name, model number, work order number and date received. 5. If unit is safety listed, note label data including listing agency and serial number. If unit is not listed, mark all data sheets “UNLISTED”. Test results will not be released until unit passes safety tests without modification unless authorized by laboratory manager. B. UNIT SET-UP 1. All new units must be operated for a breaking in period as follows. a) Non-catalytic units: Ten (48) hours at medium burn rate with Douglas Fir scrap or cordwood. b) Catalytic units: Fifty (50) hours at medium burn rate with Douglas Fir scrap or cordwood. During these break-in runs the unit may be connected to a lab chimney and fuel additions noted into the corresponding data acquisition file. For catalytic units, a thermocouple must be installed in the catalyst. Record catalyst temperature at 1-hour intervals or on chart recorder. Operating should continue until data shows at least fifty (50) hours of operation with catalyst temperature in excess of 800 degrees Fahrenheit (active range). For non-catalytic units a stack thermocouple should be installed and stack temperature recorded at 1-hour intervals. Fourthy-height (48) hours minimum burn time with a stack temperature of at least 250 degrees Fahrenheit is required. 2. Once break-in is completed, allow unit to cool. Clean unit thoroughly. POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE Page 3 3. Unit is to be placed on scale for testing. Prior to proceeding with verification process, scale should be turned on and allowed to warm up for one (1) hour minimum. Zero scale and check calibration with standard weights. One (1) 1 kg weight and one (1) 2 kg weight are provided for this purpose. Use scale verification test form no. EPA-7-TP to record results. If scale fails to reproduce weights within tolerance, check with laboratory manager before proceeding. 4. If scale checks out, place unit on scale and align so chimney will be centered in hood. 5. Attach chimney connector and chimney. Be sure all joints are sealed below sampling points. Chimney and connector should be cleaned with a wire brush. Be sure chimney connector terminates and chimney starts at proper level above scale platform. Chimney must be supported from scale so that it does not touch test enclosure or hood walls. 6. Thermocouples should be attached to surfaces of unit prior to testing. EPA requires a thermocouple on the bottom of the firebox. This must be installed prior to putting the unit on the scale. In some cases, the required thermocouple locations will be inaccessible on finished units. These units should have thermocouples installed by the manufacturer during construction. Check with the laboratory manager if problems are encountered in proper thermocouple attachment. 7. Measure firebox dimensions and record on data forms nos. EPA-2-TP. Make a three dimensional sketch of the firebox including firebrick, baffles and obstructions. Calculate firebox volume in cubic feet with both addition and substraction methods using forms nos. EPA-3-TP and EPA- 4-TP. See Section 6.2.4 of EPA Method 28 for details of firebox volume determination. 8. If unit is catalytically equipped, additional thermocouples must be installed upstream and downstream of catalyst. Thermocouples should also be placed in the primary and secondary combustion chambers of all units. 9. Plug thermocouples into data acquisition system jacks making a check of locations and jack numbers for each test on data form no. EPA-5-TP. 10. Note that inserts are tested as if they are freestanding stoves. 11. Dilution tunnel should be cleaned prior to each certification test series and at anytime a higher burn rate follows a lower test burn rate. II. SAMPLING SYSTEM – SET-UP A. GAS ANALYSIS 1. Instruments should be turned on and allowed to warm up for one (1) hour minimum. POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE Page 4 2. Calibrate analyzers as follows: NOTE : Prior to proceeding with calibration, make sure to use NIST tracable calibration gas bottles. Adjust flow meter if necessary at each instrument to required flow value. a) Using span gas, adjust span control to values specified on calibration gas label. b) Using nitrogene, adjust zero controls to provide a 0.00 analyzer readout. c) Repeat a) and b) until no further adjustment is required. d) Check readout vs. calibration gases (2) labels. The CO2 and CO analyzers are “ZEROED” on nitrogen. The O2 analyzer is spanned on air and set for 20.9%. It is zeroed on nitrogen as well. 3. Check for response time synchronization. a) With no fire in unit, allow reading to stabilize (O2 should be 20.93, CO and CO2 should equal O). b) Flow the calibration gas in the unit and start stop watch. Note the time required for each unit to reach .90 of the calibration gas bottle value. If all three analyzers reach this value within 15 seconds of each other, synchronization is adequate. If not, contact the laboratory manager. Synchronization is adjusted by internal instrument setting. 4. Set-up sample clean-up and water collection train as follows. a) Load impingers as follows: Impinger #1: 100 ml distilled water and 5 ml H2SO4 Impinger #2: 100 ml distilled water and 5 ml H2SO4 Impinger #3: Empty Impinger #4: 200 – 300 grams silica gel (dry) b) Place impingers in container and connect with “U TUBES”. Grease carefully on bottom half of ball joint so that grease will not get into tubes. c) Connect filter to first impinger and sample line to last impinger. e. Leak check system as follows. POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE Page 5 1) Plug probe. 2) Turn on sample system. 3) Observe sample flow rotometer and vacuum gauge. If necessary, use vacuum; adjust valve to set vacuum to the maximum inches Hg. 4) If the float in rotometer does not stabilize below 10 on scale, system must be resealed. 5) Repeat leak check procedure until satisfactory results are obtained. f) Just prior to starting test, fill impinger container with water and ice and record ambiant conditions on data form no. EPA-8-TP. B. DILUTION TUNNEL SAMPLE TRAIN SET-UP 1. Filters and holders. a) Clean probes and filter holder front housings carefully and desiccate for at least 24 hours prior to use. b) Filters should be numbered and filter and probe combinations labeled prior to use. c) Weigh desiccated filters and probe-filter units on analytical balance. Record weights data form no. EPA-10-TP. Note that probe and front half of front filter are to be weighed as a unit. d) Carefully assemble filter holder units and connect to sampling systems. Check “DRIERITE” columns for adequate dry absorbent (blue). 2. Leak checking. a) Each sample system is to be checked for leakage prior to inserting probes in tunnel. b) Plug probes and start samplers, adjust pump bypass valve to produce a vacuum reading of 5 inches Hg. (NOTE: During test, vacuum must not exceed 5 inches unless posttest leak check shows acceptable results.) POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE Page 6 c) Allow vacuum indication to stabilize for two (2) minutes, then record time and dry gas (DGM1) and (DGM2) meter readings. Wait ten (10) minutes and record dry gas meter readings again (DGM3, DGM4). NOTE: If mark, system is leaking too much and all seals should be checked. d) Calculate leakage rate as follows. 1) System 1: (DGM3 – DGM1) = CFM1 10 2) System 2: (DGM4 – DGM2) = CFM2 10 If CFM1 or CFM2 is greater than .02 CFM, leakage is unacceptable and system must be resealed. If CFM1 or CFM2 is greater than 0.04 X sample rate, leakage is unacceptable. For most tests, the sample rate will be about 0.15 CFM, thus leakage rates in excess of 0.04 X 0.15 = 0.006 CFM are not acceptable. Record leakage rates on form no. EPA-5-TP e) Once leakage check is satisfactory, unplug probe and set flow to appropriate rate for test. This should be done in the minimum amount of time necessary and with the probes in ambient air. Do not insert probes in tunnel until the start of the test run. When flow is established, replug probes to prevent contamination. III. TEST CONDUCT A. FUEL LOAD 1. Determine optimum load weight by multiplying firebox volume in cubic feet by 7. This is the load weight on an as-fired basis. 2. Determine piece size to obtain the requested load configuration and meet the test load weight criteria. The load should consist of the following: TO BE DETERMINED 3. Weigh out test load and adjust weight by shortening all pieces equally if necessary. Record individual piece load on form no. EPA-11-TP. POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE Page 7 4. Measure and record moisture content of each fuel piece using Delmhorst moisture meter. Determine if fuel load moisture content is in required range. If not, construct new load using wood with required moisture content. All wood in the humidity chamber should be within range. Contact project manager if you cannot find suitable pieces. Record moisture of each individual piece load on form no. EPA-11-TP. B. UNIT START-UP 1. Before lighting a fire, turn on dilution tunnel and set flow rate to 140 SCFM if burn rate is to be less than 3 kg/hr or to an appropriate rate from table provided in laboratory for higher burn rates. Record readings on data form no. EPA-9-TP. 2. Check draft imposed on cold stove with all inlets closed and a draft gauge in the chimney. If draft is greater than 0.005 inches water column, adjust tunnel to stack gap until draft is less than 0.005. 3. Check for ambient airflow around unit with hot wire anomometer. Must be less than 50 ft/min. 4. Check all equipment for proper operation. Analyzers should be on and in sample mode. Computer should be loaded with test program and awaiting test start command. 5. Zero scale and start fire with uncolored newspaper and kindling representing 10 % of test load with the same type of fuel. 6. Once kindling is burning well after 5 minutes, add splitted pieces having a bottom surface around 4 sq. inches and representing 25% of test load weight. Operate at high fire for 15 minutes. Then adjust settings to intended test run levels as per the manufacturer’s. 7. Following addition of pretest fuel load (splitted pieces), start computer for data logging. POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE Page 8 8. All fuel additions, air intake settings and operational characteristics shall be noted with associated time stamp on form no. EPA-1-TP. C. TEST RUN 1. Once the targeted test fuel bed weight is obtained, the test is to be started as follows: a) Insert the sample probes into the tunnel being careful not to hit sides of tunnel with probe tip. b) Check tunnel pitot tube for proper position. (Pitot should be carefully cleaned prior to each test.) c) Turn on probe sample systems and stack sampler. d) Open stove door, rake coals and load stove as follows: TO BE DETERMINED e) Close door or follow manufacturer’s start-up procedures. (Five (5) minutes maximum time before all doors and controls must be set to final positions for duration of test.) f) An alarm will sound an audible signal at the (10) minutes intervals. This signal a reading interval. You must verify at each interval that the following readings are correctly logged by the data acquisition system and make observations of any unusual or non routine events that could occur. 1) Rotometer readings. 2) Tunnel pitot tube reading. (Zero regularly between readings) 3) Gas meter readings. 4) Temperature readings. 5) Draft reading 6) Test laod weight 7) CO, CO2 and O2 readings 8) Observations of any unusual or non-routine events. g) During the test, any condition approaching unacceptable limits will be noted. The filter probes and housings are installed in small holders just outside the tunnel. If the filter temperature gets too high, you will have to increase the water flow through the cooling unit until acceptable temperatures are obtained. In between readings, check on POLYTESTS Services inc. SFBA EMISSIONS AND EFFICIENCY TESTING LABORATORY OPERATING PROCEDURE Page 9 other equipment. Be sure dryers and filters are working and monitor impinger train for proper water and ice levels etc. h) When the fuel charge is consumed, it will signal end of test and shut down the sampling systems. When this occurs, remove filter holder and probes from tunnel and impingers from sample line. IV. POST TEST PROCEDURES A. SAMPLE RECOVERY – FILTER TRAINS 1. Carefully clean outside of probes and filter housings with alcohol. 2. Disassemble filter holder and transfer filters to clean petri dish. Scrape gasket with scalpel and collect any loose material on filters. 3. Place probe and front half of first filter holders (still assembled) and filters in desiccator. Allow 24-hour desiccation before weighing. 4. Weigh probe filter holder units and filters at six (6) hour intervals until weight change between weighings is less than 0.2 mg. Record all weights taken on data form no. EPA-10-TP. B. CALCULATION OF RESULTS The computer program carries out all final calculations. When run, it will ask for data from forms used during the test. Enter data as called for. GENERAL This guide cannot cover every possible contingency, which may develop during a particular test program. Many questions, which may arise, can be answered by a complete understanding of the test standards and their intent. When in doubt on any detail, check with the laboratory manager and be sure you understand the procedures involved. It is critical that all spaces on the data forms be properly filled in. Each test must be represented by a complete record of what was done and when. St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 25 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 11: Sample calculations DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Validation du fichier de calcul avec les équations provenant des normes: ASTM E2515-11 ASTME2618 Dry burn rate (BR) Equation used B415.1, 13.4 Nomenclature BR Dry wood burn rate, kg/hr (lb/hr) WWD Total mass of wood burned (wet basis) during the test run, kg (lb) θ Total time of test run, minutes %MW Average moisture in test fuel charge, wet basis, % To convert from dry basis to wet basis: % moisture wet basis = Sample calculation Data WWD 13,072 lbs θ 354 min %MW 17,02 % Calculation BR 0,834 Dry kg/hr Page 1 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Volume of gas sample corrected to dry standard conditions (Vm(std)) Equation used ASTM 2515, equation 6 Nomenclature Vm (std) K1 17.64 R/in Hg Vm Y DGM calibration factor Pbar Barometric pressure mmHg (in Hg) ∆ Η Average pressure at the outlet of the dry gas meter mm water (in. Water) Tm Absolute average dry gas meter temperature K (R) Sample calculation Data Vm 63,98 dcf Y 0,98843 Pbar 30,33 in Hg ∆ Η -0,7656 in Hg Tm 535,0 R Calculation Vm(std) 61,64 dscf Volume of gas sample , corrected to standard conditions, dscm3 (dscf) Volume of gas sample Page 2 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Total amount of particulate matter collected (mn) Equation used ASTM 2515, equation 12 Nomenclature mn Total amount of particulate matter collected, mg F1 Particulate matter collected on front filter, mg F2 Particulate matter collected on second filter, mg ∆PF Post-test weight gain of probe and filter holder assembly, mg Sample calculation Data F1 -0,0005 g F2 -0,001 g ∆PF 0,004 g Calculation mn 2,200 mg Calculation based of train 2 data Page 3 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Particulate concentration (CS) Equation used ASTM 2515, equation 13 Nomenclature CS mn Total amount of particulate matter collected in the sampling train, mg Vm(std) Volume of gas sample measured corrected to dry standard conditions, dsm3 (dscf) Sample calculation Data mn 2,200 mg Vm(std) 61,64 dscf Calculation Cs 0,000036 g/dscf Calculation based of train 2 data Concentration of particulate matter in stack gas or dilution tunnel, dry basis, corrected to standard conditions, g/dsm3 (g/dscf) Page 4 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Particulate concentration for room air (Cr) Equation used ASTM 2515, equation 14 Nomenclature Cr mr Total amount of particulate matter collected in the sampling train, mg Vmr(std) Volume of room air sample measured corrected to dry standard conditions, dsm3 (dscf Sample calculation Data mr 0,000 mg Vmr(std) 43,03 dscf Calculation Cr 0,000000 g/dscf Calculation based of train 2 data Concentration of particulate matter in room air, dry basis, corrected to standard conditions, g/dsm3 (g/dscf) Page 5 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 placement (FP) Equation used ASTM 2515, equation 1 Nomenclature Vstrav Vscent FP Sample calculation Data Vstrav 0,230817133 Vscent 0,243924065 Calculation FP 0,946266 Adjustment factor for alternative pitot tube Average gas velocity caclulated after the Pitot tube traverse Average gas velocity at the center of the dilution tunnel cacluated after the multi- point Pitot traverse Adjustment factor for center of tunnel pitot tube placement Page 6 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Average dilution tunnel gas velocity (VS) Equation used ASTM 2515, equation 9 Nomenclature VS Average dilution tunnel gas velocity, m/s (ft/s) KP Pitot tube constant For the metric units: For English units: CP FP Pitot tube correction factor Average square root of each individual velocity head (∆P) Pbar Barometric pressure at measurement site, mm H2O (in. H2O) Pg Stack static pressure, mm Hg (in. Hg) PS Absolute dilution tunnel static gas pressure, mm Hg (in. Hg), or Pbar + Pg MS tS Dilution tunnel temperature, °C (°F) TS Sample calculation Data KP 85,49 CP 0,99 FP 0,946 0,2446 in H20 1/2 Pbar 30,33 in Hg Pg 0,24 in H20 PS 30,35 in Hg MS 28,78 lb/lb-mol tS 84,29 F Pitot tube coefficient (use 0.99 for standard pitot tube, 0.84 may be used for S-type tubes constructed according to Method 2 specifications) Molecular weight of dilution tunnel gas, wet basis, g/g-mole (lb/lb-mol) may be assumed to be 28.78 or 29 for CSA B415 Absolute dilution tunnel temperature, °K (°R), or 273 + ts for metric units, 460 + ts for English units Page 7 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 TS 544,29 R Calculation VS 15,4622 ft/s Page 8 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Average dilution tunnel gas flow rate (Qstd) Equation used ASTM 2515, equation 3 Nomenclature Qstd Total gas flow rate corrected to dry standard conditions, dsm3/min (dscf/min) 60 Conversion factor minutes per hour BWS VS Average dilution tunnel gas velocity, m/s (ft/s) A Cross-sectional area of dilution tunnel, m2 (ft2) Tstd Standard absolute temperature, 293 °K (528°R) TS tS Dilution tunnel temperature, °C (°F) PS Absolute dilution tunnel static gas pressure, mm Hg (in. Hg), or Pbar + Pg Pbar Barometric pressure at measurement site, mm Hg (in. Hg) Pg Dilution tunnel static pressure, mm Hg (in. Hg) Pstd Standard absolute pressure, 760 mm Hg (29.92 in. Hg) Sample calculation Data BWS 0,02 VS 15,462 A 0,196 ft2 Tstd 528 R TS 544,29 R PS 30,345 in Hg Pstd 29,92 in Hg Calculation Qstd 175,63 dscf/min Water vapour in the dilution tunnel stream, proportion by volume (may be assumed to be 2%) Absolute average dilution tunnel temperature, K ( R), or 273 + ts for metric units, 460 + t for English units Page 9 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Particulate emission rate (E) Equation used Nomenclature E Particulate emission rate, g/hr CS Cr Concentration of particulate matter in room air, g/dscm3 (g/dscf) Qstd Total gas flow rate, dry basis corrected to standard conditions, dsm3/min (dscf/min) Sample calculation Data CS 0,000036 g/dscf Cr 0,000000 g/dscf Qstd 175,63 dscf/min Calculation E 0,01 g/min E 0,38 g/h Calculation based on train 2 data. Concentration of particulate matter in stack gas or dilution tunnel gas, dry basis corrected to standard conditions, g/dscm3 (g/dscf) Page 10 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Total particulate emission rate (ET) Equation used ASTM 2515, equation 15 Nomenclature ET Total particulate emission, g CS Cr Concentration of particulate matter in room air, g/dscm3 (g/dscf) Qstd Total gas flow rate, dry basis corrected to standard conditions, dsm3/min (dscf/min) θ Total sampling time, min Sample calculation Data CS 0,000036 g/dscf Cr 0,000000 g/dscf Qstd 175,63 dscf/min θ 354 min Calculation E 2,22 g Calculation based on train 2 data. Concentration of particulate matter in stack gas or dilution tunnel gas, dry basis corrected to standard conditions, g/dscm3 (g/dscf) Page 11 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Average gas velocity in dilution tunnel during each min interval, i, of the test run Equation used ASTM 2515, equation 10 Nomenclature vsi FP Pitot tube correction factor KP Pitot tube constant For the metric units: For English units: CP ∆pi TSi PS Absolute dilution tunnel static gas pressure, mm Hg (in. Hg), or Pbar + Pg MS Sample calculation Data i=1 i=2 FP 0,946 FP 0,946 KP 85,49 KP 85,49 CP 0,99 CP 0,99 ∆pi 0,058 in H20 ∆pi 0,059 in H20 TSi 561,9 R TSi 559,6 R PS 30,35 in Hg PS 30,35 in Hg MS 28,78 lb/lb-mol MS 28,78 lb/lb-mol Calculation i=1 i=2 vsi 15,51 ft/sec vsi 15,57 ft/sec Pitot tube coefficient (use 0.99 for standard pitot tube, 0.84 may be used for S-type tubes constructed according to Method 2 specifications) interval, i, of the test run Absolute average gas temperature in the dilution tunnel during the ith minutes Molecular weight of dilution tunnel gas, wet basis, g/g-mole (lb/lb-mol) may be assumed to be 28.78 Average gas velocity in dilution tunnel during each min interval, i of the test run m/sec (ft/sec) Page 12 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Percent of proportional sampling rate (PR) Equation used B415, equation 13.1 Nomenclature PR Percent of proportional sampling rate (%) θ Total sampling time, min θi Time of interval, 1 min Vm Volume of gas sample measured by the DGM, dsm3 (dscf) Vmi(std) VS Average gas velocity in the dilution tunnel, ft/min VSi Average gas velocity in the dilution tunnel during the ith 10 minutes interval, ft/min Tm Absolute average digital mass flow controller temperature, K (R) Tmi TS Absolute average gas temperature in the dilution tunnel, K (R) TSi Sample calculation Data train =1 train =2 θ 354 min θ 354 min θi 1 min θi 1 min Vm 61,09 dcf Vm 61,67 dcf Vmi(std) 0,168 cuft Vmi(std) 0,1761 cuft VS 15,47 ft/sec VS 15,47 ft/sec VSi 15,519 ft/sec VSi 15,519 ft/sec Tm 534,4 R Tm 535,0 R Tmi 534,16 R Tmi 534,30 R TS 544,29 R TS 544,29 R TSi 561,9 R TSi 561,9 R Calculation train=1 train=2 PR 100,3 % PR 104,2 % Volume of gas sample measured by the digital mass flow controller during the ith 1 minutes interval, dsm3 (dscf) Absolute average digital mass flow controller temperature during the ith 1 minutes Absolute average gas temperature in the dilution tunnel during the ith 1 minutes Page 13 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Filter face velocity check Equation used Nomenclature FVmax Maximum filter face velocity during the test run, m/min (ft/min) VmL FA Filter area exposed to gas sample during train operation, m2 (ft2) Sample calculation Data VmL 0,175 dcf FA 0,0116 ft2 Calculation FVmax 15,06 ft/min Largest 1 minute interval metered gas volume value recorded during the test run, dm3 (dcf) Page 14 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Dual train precision Equation used Nomenclature Dual train precision Deviation between emission’s train 1 and 2 Train 1 Total emission for train 1 Train 2 Total emission for train 2 Sample calculation Data Train 1 2,44 g Train 2 2,22 g Calculation Dual train precision 4,82 % Page 15 DATA 2018-01-15 EPA PI 20162 RUN1 CAT1 MODEL GM 60 Analyzer drift checks Equation used Nomenclature Drift ∆R Span The upper limit of the instrument range, ppmv or % Sample calculation Data ∆R 0,015 % Span 5 % Calculation Drift 0,30 % Calculated with CO concentration values. The change in analyzer response to calibration gas over the duration of the test run The difference between the analyzer response at the end of the test run and the Page 16 St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 26 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 12: Volume calculations Model: GM60 Firebox Volume and Fuel Load Calculation Date: 7//31/17 Test Engineer: DBRYANT +- Area Add/Subtract (+/-) Height (in) Width (in) Length (in) Volume (cuft) A+ 12.25 10.88 20 1.5426 B- 2.5 3.88 20 -0.1123 C+ 14.25 3.88 20 0.6399 D- 12.25 3.88 1 -0.0275 E- 12.25 3.88 1 -0.0275 F 0.0000 G 0.0000 H 0.0000 I 0.0000 J 0.0000 Total Firebox Volume (cuft) Lower (lbs) Ideal (lbs) Upper (lbs) 2.0152 12.70 14.11 15.52 Crib Construction 2 X 4 and 4 X 4 35% TO 65% WEIGHT 2 X 4 20 in 16.75 in 16.66666667 in Nominal Test Fuel Piece Length (5/6 of Firebox Length): Door Opening Width Firebox Length: Test Fuel Load (lbs) Firebox Volume Sketch *NOT TO SCALE* St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 27 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 13: Operating instruction Model: GM 60 Date: 12/13/2017 Test Engineer: D. Bryant Burn Rate Category Kindling Pre-burn Load Test Load Pre-Burn Start Air Setting Fan Setting Coal Bed Test Start Low 0.80-0.95 kg/hr typ. *3.5 lbs of kindling *Burn to 0.8-1.0 lbs before adding pre-burn *14 ea- 2"x4"x8" (Leave door cracked 5-10 min to insure ignition *Close bypass @10 lbs fuel weight *2 ea - 2"x4" *2ea - 4" x 4" 15.5" to 16.5" long *12 ea - spacers *low-avg-high (lbs) 12.7 - 14.11 - 15.52 4.0 lbs up from top of coal bed range *~500 ⁰F stove temp .099" (CLOSED) ON - Pre-Burn (low) OFF - First 30 minutes of test ON - Remainder of test (LOW) Rake coal bed 1-2 minutes before test start. Ensure clear path for lower primary. Start test at low end of coal bed weight range *350-400 ⁰F stove temp *600 ⁰F CAT temp *Close door and bypass after loading *Primary full open for first 5 minutes. Medium Low 0.95-1.25 kg/hr typ. *3.5 lbs of kindling *Burn to 0.8-1.0 lbs before adding pre-burn *14 ea- 2"x4"x8" (Leave door cracked 5-10 min to insure ignition *Close bypass @10 lbs fuel weight *2 ea - 2"x4" *2ea - 4" x 4" 15.5" to 16.5" long *12 ea - spacers *low-avg-high (lbs) 12.7 - 14.11 - 15.52 5.5 lbs up from top of coal bed range ~500 ⁰F stove temp 0.188" ON - Pre-Burn (low) ON - Test (low) Note: fan will start automatically from thermostat Rake coal bed 1-2 minutes before test start. Ensure clear path for lower primary. Start test at low end of coal bed weight range *380-450 ⁰F stove temp *700 ⁰F CAT temp *Close door and bypass after loading *Primary full open for first 5 minutes. Medium High 1.26-1.75 kg/hr typ. *3.5 lbs of kindling *Burn to 0.8-1.0 lbs before adding pre-burn *14 ea- 2"x4"x8" (Leave door cracked 5-10 min to insure ignition *Close bypass @10 lbs fuel weight *2 ea - 2"x4" *2ea - 4" x 4" 15.5" to 16.5" long *12 ea - spacers *low-avg-high (lbs) 12.7 - 14.11 - 15.52 7.0 lbs up from top of coal bed range ~500 ⁰F stove temp .438" ON - Pre-Burn (low) ON - Test (low) Note: fan will start automatically from thermostat Rake coal bed 1-2 minutes before test start. Ensure clear path for lower primary. Start test at low end of coal bed weight range *450 ⁰F stove temp *750 ⁰F CAT temp *Close door and bypass after loading *Shut down primary after test load ignites (approx. 2 minutes) High 1.76-2.25 kg/hr typ. *3.5 lbs of kindling *Burn to 0.8-1.0 lbs before adding pre-burn *14 ea- 2"x4"x8" (Leave door cracked 5-10 min to insure ignition *Close bypass @10 lbs fuel weight *2 ea - 2"x4" *2ea - 4" x 4" 15.5" to 16.5" long *12 ea - spacers *low-avg-high (lbs) 12.7 - 14.11 - 15.52 Start Pre-Burn immediately after lighting kindling. FULL OPEN ON - Pre-Burn (low) ON - Test (low) Note: fan will start automatically from thermostat Rake coal bed 1-2 minutes before test start. Ensure clear path for lower primary. Start test at low end of coal bed weight range *500⁰F stove temp *800 ⁰F CAT temp *Close door and bypass after loading *Primary stays at full open setting Typical Pre-Burn Load Wood Stove Operating Instructions Typical Test Load Additional Instructions St-jean-sur-Richelieu, Rev.2: January 20th 2021 Client: Hearthstone Project: PI-20162 Model: GM-60 Page 28 of 28 M_rap_EPAwoodstove V1 – 2015 july 30th APPENDIX 14: Drawing Air flow pattern GM60 CAD GENERATED DRAWING, DO NOT MANUALLY UPDATE SCALE: SIZE DWG. NO. A SHEET OF REV. DATE APPROVALS DRAWN CHECKED RESP ENG MFG ENG QUAL ENG UNLESS OTHERWISE SPECIFIED: DWG. NO. INCHES / MM TOLERANCES ARE: 1 FRACTIONS DECIMALS ANGLES ECO 1.) DIMENSIONS ARE IN DRB LAST SAVED: 11/16/2017 1:12:23 PM VIEWS ARE THIRD ANGLE 1/4 .005 DO NOT SCALE DRAWING .XXX .015 1/64 .XX S:\Product Development\1. PRODUCTS\GREEN MOUNTAIN 60\2. CORRESPONDENCE\POLYTESTS_CERTIFICATION_DOCUMENTS\20171115_DELIVERABLE_PACKAGE\ 0 EPA AIR FLOW 8660 to HearthStone. 1 HEARTHSTONE 1:16 bids or fabrication. Please return necessary for the preparation of SMOOTHED REVISIONS REV DESCRIPTION DATE APPROVED This document submitted by HearthStone is the property of HearthStone and may contain information of a proprietary nature and shall not be copied or duplicated in whole or in part or used in whole or in part for any purpose other than that which is 2.) ALL MACHINED SURFACES TO BE DE-BURRED AND HERGOM SECTION A-A BBAA INLET OUTLET PRIMARY AIR LOWER AIRWASH AIR SECONDARY AIR SECTION B-B BYPASS MODE CATALYST MODE 1 OMB Control No. 2060-0161 Approval expires 03/31/2019 OMB Control No. 2060-0693 Approval expires 03/31/2019 EPA Form 6400-05 Office of Enforcement and Compliance Assurance 30-DAY NOTIFICATION 2015 CLEAN AIR ACT (CAA) STANDARDS OF PERFORMANCE FOR NEW RESIDENTIAL WOOD HEATERS, NEW RESIDENTIAL HYDRONIC HEATERS AND FORCED-AIR FURNACES 40 CFR PART 60 SUBPARTS AAA AND QQQQ The public reporting and recordkeeping burden for this collection of information is estimated to average 2 hours per response. Send comments on the Agency's need for this information, the accuracy of the provided burden estimates, and any suggested methods for minimizing respondent burden, including through the use of automated collection techniques to the Director, Regulatory Support Division, U.S. Environmental Protection Agency (2822T), 1200 Pennsylvania Ave., NW, Washington, D.C. 20460. Include the OMB control number in any correspondence. Do not send the completed form to this address. Disclaimer: The statutory provisions and the EPA regulations described in this document contain legally binding requirements. This document is not a substitute for those provisions or regulations, nor is it a regulation itself. In the event of a discrepancy, please refer to 40 CFR PART 60 Subparts AAA AND QQQQ, sections 60.537 and 60.5479. If you have additional questions, please contact Rafael Sanchez at 202-564-7028 or via email at sanchez.rafael@epa.gov. Instructions: The manufacturer of an affected wood/pellet heater/central heater model line must notify the Administrator of the date that certification testing is scheduled to begin by email to WoodHeaterReports@epa.gov. This notice must be received by the EPA at least 30 days before the start of testing. GENERAL INFORMATION Manufacturer’s Name: Hearthstone QHHP Heater Type Check one): ☒Adjustable Burn Rate Wood Heater ☐Pellet Stove ☐Single Burn Rate Heater ☐Hydronic Heater ☐Forced Air Furnace ☐Other: Hydronic Heater Type (Check one): ☐Full Storage ☐Partial Storage ☐Indoor ☐Outdoor ☐Other: Forced-Air Furnace Type (Check one): ☐Small (less than 65,000 BTU/hr heat output) ☐Large (greater than 65,000 BTU/hr heat output) Fuel Tested (Check one): ☒Crib ☐Pellet ☐Cordwood ☐Wood Chips ☐Other: Model Name(s) (as will appear on test report): Green Mountain 60 Model Number(s) (as will appear on test report): 8660 Equipped with a catalytic combustor? ☒Yes ☐No 2 OMB Control No. 2060-0161 Approval expires 03/31/2019 OMB Control No. 2060-0693 Approval expires 03/31/2019 EPA Form 6400-05 Office of Enforcement and Compliance Assurance 30-DAY NOTIFICATION 2015 CLEAN AIR ACT (CAA) STANDARDS OF PERFORMANCE FOR NEW RESIDENTIAL WOOD HEATERS, NEW RESIDENTIAL HYDRONIC HEATERS AND FORCED-AIR FURNACES 40 CFR PART 60 SUBPARTS AAA AND QQQQ The public reporting and recordkeeping burden for this collection of information is estimated to average 2 hours per response. Send comments on the Agency's need for this information, the accuracy of the provided burden estimates, and any suggested methods for minimizing respondent burden, including through the use of automated collection techniques to the Director, Regulatory Support Division, U.S. Environmental Protection Agency (2822T), 1200 Pennsylvania Ave., NW, Washington, D.C. 20460. Include the OMB control number in any correspondence. Do not send the completed form to this address. Disclaimer: The statutory provisions and the EPA regulations described in this document contain legally binding requirements. This document is not a substitute for those provisions or regulations, nor is it a regulation itself. In the event of a discrepancy, please refer to 40 CFR PART 60 Subparts AAA AND QQQQ, sections 60.537 and 60.5479. If you have additional questions, please contact Rafael Sanchez at 202-564-7028 or via email at sanchez.rafael@epa.gov. Instructions: The manufacturer of an affected wood/pellet heater/central heater model line must notify the Administrator of the date that certification testing is scheduled to begin by email to WoodHeaterReports@epa.gov. This notice must be received by the EPA at least 30 days before the start of testing. Mailing Address: 317 Stafford Ave. Street Address: 317 Stafford Ave. City: Morrisville State: VT ZIP Code: 05661 Phone: 802-851-4044 Fax: NA Web Site: http://www.hearthstonestoves.com/ Address of Manufacturer: 317 Stafford Ave. City: Morrisville State: VT ZIP Code: 05661 EPA APPROVED TEST LABORATORY Name and Title of Authorized Representative: Danick Power Company: Services Polytests, Inc. Phone: 450-741-3636 E-mail: Dpower@polytests.com Fax: NA 3 OMB Control No. 2060-0161 Approval expires 03/31/2019 OMB Control No. 2060-0693 Approval expires 03/31/2019 EPA Form 6400-05 Office of Enforcement and Compliance Assurance 30-DAY NOTIFICATION 2015 CLEAN AIR ACT (CAA) STANDARDS OF PERFORMANCE FOR NEW RESIDENTIAL WOOD HEATERS, NEW RESIDENTIAL HYDRONIC HEATERS AND FORCED-AIR FURNACES 40 CFR PART 60 SUBPARTS AAA AND QQQQ The public reporting and recordkeeping burden for this collection of information is estimated to average 2 hours per response. Send comments on the Agency's need for this information, the accuracy of the provided burden estimates, and any suggested methods for minimizing respondent burden, including through the use of automated collection techniques to the Director, Regulatory Support Division, U.S. Environmental Protection Agency (2822T), 1200 Pennsylvania Ave., NW, Washington, D.C. 20460. Include the OMB control number in any correspondence. Do not send the completed form to this address. Disclaimer: The statutory provisions and the EPA regulations described in this document contain legally binding requirements. This document is not a substitute for those provisions or regulations, nor is it a regulation itself. In the event of a discrepancy, please refer to 40 CFR PART 60 Subparts AAA AND QQQQ, sections 60.537 and 60.5479. If you have additional questions, please contact Rafael Sanchez at 202-564-7028 or via email at sanchez.rafael@epa.gov. Instructions: The manufacturer of an affected wood/pellet heater/central heater model line must notify the Administrator of the date that certification testing is scheduled to begin by email to WoodHeaterReports@epa.gov. This notice must be received by the EPA at least 30 days before the start of testing. City: St-Jean-Sur Richelieu State: Quebec, Canada ZIP Code: J3B-7S7 EPA APPROVED THIRD-PARTY CERTIFIER Name and Title of Authorized Representative: John Steinert, President Company: Dirigo Laboratories, Inc. Phone: 503-650-0088 E-mail: jsteinert@dirigolab.com Fax: NA City: Clackamas State: OR ZIP Code: 97015 COMPLIANCE TEST INFORMATION Test Method(s): EPA Method 28R, ASTM E2515-11, ASTM E2780, CSA B415.1-10 Date(s) of Proposed Test: January 15th, 2018 – January 19th, 2018 4 OMB Control No. 2060-0161 Approval expires 03/31/2019 OMB Control No. 2060-0693 Approval expires 03/31/2019 EPA Form 6400-05 Office of Enforcement and Compliance Assurance 30-DAY NOTIFICATION 2015 CLEAN AIR ACT (CAA) STANDARDS OF PERFORMANCE FOR NEW RESIDENTIAL WOOD HEATERS, NEW RESIDENTIAL HYDRONIC HEATERS AND FORCED-AIR FURNACES 40 CFR PART 60 SUBPARTS AAA AND QQQQ The public reporting and recordkeeping burden for this collection of information is estimated to average 2 hours per response. Send comments on the Agency's need for this information, the accuracy of the provided burden estimates, and any suggested methods for minimizing respondent burden, including through the use of automated collection techniques to the Director, Regulatory Support Division, U.S. Environmental Protection Agency (2822T), 1200 Pennsylvania Ave., NW, Washington, D.C. 20460. Include the OMB control number in any correspondence. Do not send the completed form to this address. Disclaimer: The statutory provisions and the EPA regulations described in this document contain legally binding requirements. This document is not a substitute for those provisions or regulations, nor is it a regulation itself. In the event of a discrepancy, please refer to 40 CFR PART 60 Subparts AAA AND QQQQ, sections 60.537 and 60.5479. If you have additional questions, please contact Rafael Sanchez at 202-564-7028 or via email at sanchez.rafael@epa.gov. Instructions: The manufacturer of an affected wood/pellet heater/central heater model line must notify the Administrator of the date that certification testing is scheduled to begin by email to WoodHeaterReports@epa.gov. This notice must be received by the EPA at least 30 days before the start of testing. Testing Location (Name and Address): Polytests Services Inc. 695 B rue Gaudette, St-Jean-sur-Richelieu Québec, Canada, J3B 7S7 450.741.3636 Contact Name: Danick Power Title: VP of Operations Phone Number: 450 741-3636 Email Address: Dpower@polytests.com 5 Justin White, Product Development Manager ___________________________________________ Print Name and Title of Authorized Official ____________ ______________ Signature _____November 13th, 2017__________________________ Date Telephone Number: _________802-851-4044_____ Email Address: ____jwhite@hearthstonestoves.com Remarks: v1 6 PFS TECO is accredited by IAS to ISO 17020:2012 “Criteria For Bodies Performing Inspections, ISO 17025: 2005 “Requirements For Testing Laboratories”, and by Standards Council of Canada to ISO 17065: 2012 “Requirements For Bodies Operating Product Certification Systems”. Certificate of Conformity Issued to: Hearthstone QHHP 317 Stafford Ave. Morrisville, VT 05661 (802) 851-4044 Model: Green Mountain 60 Effective Date: March 16, 2018 Report # 18-407 Certification tests were performed by Services Polytests, Inc. located at: 695-B Gaudette- St- jean-sur-Richelieu, QC, J3B 7S7 CANADA. PFS TECO certifies conformity to the following per 40 CFR Part 60 §60.533 (f) (A): • The test report is complete and accurate. • The instrumentation used for the test was properly calibrated. • The representative model tested meets the applicable emission limits. • The tests have been conducted per the appropriate guidelines. • The manufacturer’s Quality Control Plan has been reviewed to ensure that all production units are similar in all material respects that would affect emissions to the tested/certified model and that the units in the model line will meet all (other) applicable requirements. PFS TECO certifies that the emissions levels as measured in the test report are in compliance with the 2020 PM emission limit of ≤ 2.0 g/hr using crib wood. The weighted average emissions for the Green Mountain 60 wood heater is 0.62 g/hr with a weighted average efficiency of 79.2%. Average CO emissions are 28.68 g/hr or 0.49 g/min. Issued by: PFS TECO 11785 SE Highway 212 Suite 305 Clackamas, OR 97015 John Steinert, General Manager Date 03/15/2018 1 APPLICATION FOR US EPA WOOD HEATER CERTIFICATION PURSUANT TO 40 CFR PART 60 SUBPARTS AAA AND QQQQ U.S. ENVIRONMENTAL PROTECTION AGENCY (EPA) 2015 Standards of Performance for New Residential Wood Heaters, New Residential Hydronic Heaters and Forced-Air Furnaces Application 40 CFR PART 60 SUBPARTS AAA AND QQQQ Disclaimer: The statutory provisions and the EPA regulations described in this document contain legally binding requirements. This document is not a substitute for those provisions or regulations, nor is it a regulation itself. In the event of a discrepancy, please refer to 40 CFR PART 60 Subparts AAA AND QQQQ, Sections 60.533(b), 60.5475(b), and Appendix A–8. This document may be revised periodically without public notice. If you have additional questions, please contact Rafael Sanchez at 202-564-7028 or via email at sanchez.rafael@epa.gov. Contents Application for US EPA certification ................................................................................................................................................................... 2 Wood Burning Heaters .......................................................................................................................................................................................... 7 I. Test Method 28R for Certification and Auditing of Wood Heaters ...........................................................................................7 A. Summary Results – Adjustable Wood Burning Heaters ..........................................................................................................7 B. Summary Results – Single Burn Rate Wood Burning Heaters ........................................................ Erreur ! Signet non défini. C. Summary Results – Pellet Heaters ........................................................................................... Erreur ! Signet non défini. Hydronic Heaters......................................................................................................................................................... Erreur ! Signet non défini. II. Test Method 28WHH for Measurement of Particulate Emissions and Heating Efficiency of Wood-Fired Hydronic Heating Appliances Erreur ! Signet non défini. Table 1A. Data Summary Part A ....................................................................................................... Erreur ! Signet non défini. ................................................................................................................................................... Erreur ! Signet non défini. Table 1B. Data Summary Part B ........................................................................................................ Erreur ! Signet non défini. Table 1C: Additional (Hangtag) Information ........................................................................................ Erreur ! Signet non défini. Table 2. Annual Weighting ............................................................................................................... Erreur ! Signet non défini. III. Test Method 28WHH for Certification of Cord Wood-Fired Hydronic Heating Appliances With Partial Thermal Storage ... Erreur ! Signet non défini. Table 2A. Data Summary Part A ....................................................................................................... Erreur ! Signet non défini. Table 2B. Data Summary Part B ........................................................................................................ Erreur ! Signet non défini. Table 3C. Data Summary Part D ........................................................................................................ Erreur ! Signet non défini. Forced-Air Furnaces .................................................................................................................................................... Erreur ! Signet non défini. IV. Forced-Air Furnaces ............................................................................................................. Erreur ! Signet non défini. 2 APPLICATION FOR A CERTIFICATE OF COMPLIANCE PURSUANT TO 40 CFR PART 60 SUBPARTS AAA AND QQQQ 2015 STANDARDS OF PERFORMANCE FOR NEW RESIDENTIAL WOOD HEATERS, NEW RESIDENTIAL HYDRONIC HEATERS AND FORCED-AIR FURNACES GENERAL INFORMATION Manufacturer’s Name: Hearthstone QHHP Heater Type (Circle One): Adjustable Burn Rate Wood Heater Pellet Stove Single Burn Rate Heater Hydronic Heater Forced Air Furnace Other: Hydronic Heater Type (Circle One): Traditional Full Storage Partial Storage Indoor/Outdoor Other: Forced-Air Furnace Type (Circle One): Small (less than 65,000 BTU/hr heat output) Large (greater than 65,000 BTU/hr heat output) Other: Fuel Tested: Crib Pellet Cordwood Wood Chips Other: Test Method(s): Méthod 28, ASMTE2780 Catalyst: Yes Model Name and Design Number (The model name and design number must clearly distinguish one model from another. The name and design number cannot include the EPA symbol or logo or name or derivatives such as “EPA): Green Mountain 60, Model # 8660 Physical Address (Street number and Address, not P.O. Box): 317 Stafford Ave. Mailing Address: Same City: Morrisville State: Vermont ZIP Code: 05661 Phone: 802-851-4044 Email: jwhite@hearthstonestoves.com Website: www.hearthstonestoves.com EPA Submission Date of 30 day Notice: November 13th 2017 MANUFACTURER’S AUTHORIZED REPRESENTATIVE INFORMATION Name: Justin White Position/Title: Product Development Manager Address: 317 Stafford Ave. City: Morrisville State: VT ZIP Code: 05661 Phone: 802-851-4044 E-mail: jwhite@hearthstonestoves.com Website: www.hearthstonestoves.com Remarks: 3 APPLICATION FOR A CERTIFICATE OF COMPLIANCE PURSUANT TO 40 CFR PART 60 SUBPARTS AAA AND QQQQ 2015 STANDARDS OF PERFORMANCE FOR NEW RESIDENTIAL WOOD HEATERS, NEW RESIDENTIAL HYDRONIC HEATERS AND FORCED-AIR FURNACES EPA-APPROVED TEST LABORATORY Name of Test Laboratory: Polytests Services inc. Name of Person Authorized or Responsible for Conducting Compliance Test: Danick Power Position/Title: VP operation Address: 695-B Gaudette, City: St-Jean-sur-Richelieu State: Quebec, Canada ZIP Code: J3B 7S7 Phone: 450 741-3636 Email: dpower@polytests.com Website: www.polytests.com Remarks: EPA-Approved Third Party Certifier Name of Certifier Entity: PFS TECO Name of Person Authorized or Responsible for Reviewing Test Report and/or Issuing Certification of Conformity: John Steinert Position/Title: General Manager – Portland Laboratory Address: 11785 SE Highway 212 – Suite 305 City: Clackamas State: OR ZIP Code: 97015 Phone: 503-650-0088 Email: john.steinert@pfsteco.com Website: www.pfsteco.com Remarks: 4 COMPLIANCE STATEMENTS AND ACKNOWLEDGEMENTS – SECTIONS 60.533(B) AND 60.5475(B) INSTRUCTIONS: PLEASE READ THE BELOW STATEMENTS AND AFFIRMATIONS AND ADDRESS ACCORDINGLY. FOR EMISSIONS DATA SUMMARY TABLES SEE ATTACHMENTS 1. Engineering Drawings Statement Engineering drawings and specifications of components that may affect emissions (including specifications for each component listed in paragraphs (k)(2), (3) and (4) of 60.533(b) and 60.5475(b). Manufacturers may use assembly or design drawings that have been prepared for other purposes, but must designate on the drawings the dimensions of each component listed in paragraph (k) of this section. Manufacturers must identify tolerances of components listed in paragraph (k)(2) of 60.533(b) and 60.5475(b) that are different from those specified in that paragraph, and show that such tolerances cannot reasonably be anticipated to cause wood heaters in the model line to exceed the applicable emission limits. The drawings must identify how the emission-critical parts, such as air tubes and catalyst, can be readily inspected and replaced. [JW] Engineering drawings and specifications of components that may affect emissions are included with the CBI certification report. Dimensions and tolerances are in line with 60.533 (b), and our quality assurance plan and quality inspection sheets ensure on-going quality and conformance. Replacement instructions for emission-critical components are included in our operator’s manual. 2. Firebox Statement Requirement A statement whether the firebox or any firebox component (including the materials listed in paragraph (k)(3) of 60.533(b) and 60.5475(b) will be composed of material different from the material used for the firebox or firebox component in the wood heater on which certification testing was performed, a description of any such differences and demonstration that any such differences may not reasonably be anticipated to adversely affect emissions or efficiency. [JW] All K-list items as described in 60.533 (b) on the certification test unit will be similar in all material respects to the production units, with exception to several cast iron ribs and features that were built with steel rather than cast iron. These features were constructed to have the same thickness, dimensional size, and placement as those on production units that will be fully cast iron. Because the material properties are very similar, these substitutions are considered to have a negligible effect on safety, performance, emissions, and function, per 60.533. These substitutions were pre-approved by the EPA on April 6th, 2017. 3. CBI Clear identification of any claimed confidential business information (CBI). Submit such information under separate cover to the EPA CBI Office; Attn: Residential Wood Heater Compliance Program Lead, 1200 Pennsylvania Ave., NW, Room 7138, MS:2227A, Washington, DC 20460. Note that all emissions data, including all information necessary to determine emission rates in the format of the standard, cannot be claimed as CBI. [JW] A CBI and Non-CBI report will be provided separately. 5 4. Valid Certification Statement All documentation pertaining to a valid certification test, including the complete test report and, for all test runs: Raw data sheets, laboratory technician notes, calculations and test results. Documentation must include the items specified in the applicable test methods. Documentation must include discussion of each test run and its appropriateness and validity, and must include detailed discussion of all anomalies, whether all burn rate categories were achieved, any data not used in the calculations and, for any test runs not completed, the data collected during the test run and the reason(s) that the test run was not completed and why. The burn rate for the low burn rate category must be no greater than the rate that an operator can achieve in home use and no greater than is advertised by the manufacturer or retailer. The test report must include a summary table that clearly presents the individual and overall emission rates, efficiencies and heat outputs. Submit the test report and all associated required information, according to the procedures for electronic reporting specified in § 60.537(f) and 60.5475(f). [JW] A valid certification test report with all required documentation as specified above has been submitted by Polytests. 5. Warranties A copy of the warranties for the model line, which must include a statement that the warranties are void if the unit is used to burn materials for which the unit is not certified by the EPA and void if not operated according to the owner’s manual. [JW] The warranty is detailed in the Operator’s manual, which is provided with Polytest’s report. 6. Q/A Statement A statement that the manufacturer will conduct a quality assurance program for the model line that satisfies the requirements of paragraph (m) of this section. [JW] Hearthstone is contracted with PFS TECO as our third party certifier to review our QA/QC program, and to provide at least annual audits. Hearthstone’s QA plan is included with the certification report. 7. Laboratory Sealing of Unit A statement describing how the tested unit was sealed by the laboratory after the completion of certification testing and asserting that such unit will be stored by the manufacturer in the sealed state until 5 years after the certification test. [JW] The unit has been sealed by Polytests and will be transferred back to Hearthstone. Hearthstone will store the unit in a sealed state for at least five years. 8. Statements that the wood heaters manufactured under this certificate will be— (i) Similar in all material respects that would affect emissions as defined in § 60.531 to the wood heater submitted for certification testing, and labeled as prescribed in § 60.536 and 60.5478. (ii) Accompanied by an owner’s manual that meets the requirements in § 60.536 and 60.5478. In addition, a copy of the owner’s manual must be submitted to the Administrator and be available to the public on the manufacturer’s web site. [JW] (i) The tested unit is the same in all material respects that would affect emissions to production units, and production units will be labeled in accordance with 60.536 (ii) All production units will include a copy of the owner’s operation/installation manual that meets the requirements as specified in 60.536. A copy of the owner’s manual has been provided with the report, and will be made available on Hearthstone’s website. 6 9. Third Party Certification Statement A statement that the manufacturer has entered into contracts with an approved laboratory and an approved third-party certifier that satisfy the requirements of paragraph (f) of this section. [JW] Hearthstone is contracted with PFS TECO as our third party certifier. 10. Approved laboratory/third party Statement A statement that the approved laboratory and approved third-party certifier are allowed to submit information on behalf of the manufacturer, including any claimed to be CBI. 11. Manufacturer’s Website Certification Test Reports Availability Statement A statement that the manufacturer will place a copy of the certification test report and summary on the manufacturer’s web site available to the public within 30 days after the Administrator issues a certificate of compliance. [JW] Polytests and PFS TECO are allowed to submit information related to EPA emissions testing performed by Polytests on behalf of Hearthstone, including any claimed CBI. 12. Transferability Acknowledgement Statement A statement of acknowledgment that the certificate of compliance cannot be transferred to another manufacturer or model line without written approval by the Administrator. [JW] Hearthstone acknowledges that the certificate of compliance cannot be transferred to another manufacturer or model line without written approval by the Administrator. 13. Statement about Selling Wood Heaters without an EPA Certificate A statement acknowledging that it is unlawful to sell, distribute or offer to sell or distribute an affected wood heater without a valid certificate of compliance. [JW] Hearthstone acknowledges that it is unlawful to sell, distribute or offer to sell or distribute an affected wood heater without a valid certificate of compliance. Print Name and Title: Justin White, Product Development Manager Date: 2/7/18 Signature of responsible representative of the manufacturer certifying the accuracy of the above statements: ______________________________________________________________________________________________ The authorized or responsible party whose signature is above is certifying that the manufacturer has complied with and will continue to comply with all requirements of the 2015 NSPS for compliance certification and that the manufacturer remains responsible for compliance regardless of any error by the test laboratory or third-party certifier. 6 Attachments Instructions: Please complete the section applicable to your certification request. You may substitute your own data tables in lieu of the ones shown below provided that all the information is captured. WOOD BURNING HEATERS I. Test Method 28R for Certification and Auditing of Wood Heaters A. SUMMARY RESULTS – ADJUSTABLE WOOD BURNING HEATERS Category 1 < 0.80 Kg/hr. Category 2 .80 to 1.00 kg/hr. Category 3 1.25 to 1.90 kg/hr. Category 4 Maximum Date 2018-01- 15 Date 2018-01-16 Date 2018-01- 18 Date 2018-01-22 Run Number 1 Run Number 2 Run Number 4 Run Number 5 Emission Rate g/Hr. 0.39 Emission Rate g/Hr. 0.20 Emission Rate g/Hr. 0.78 Emission Rate g/Hr. 2.15 Burn Rate KG/Hr. 0.834 Burn Rate KG/hr. 1.239 Burn Rate KG/hr. 1.604 Burn Rate KG/hr. 2.37 BTU/Hr. (HHV) 12 608 BTU/Hr. (HHV) 18 702 BTU/Hr. (HHV) 23 468 BTU/Hr. (HHV) 33 576 Overall Efficiency (%) 80.42 Overall Efficiency (%) 80.29 Overall Efficienc y (%) 77.81 Overall Efficienc y (%) 75.37 CO Emissions (g/MJ Output) 0.67 CO Emissions (g/MJ Output) 1.07 CO Emission s (g/MJ Output) 1.33 CO Emission s (g/MJ Output) 1.45 CO Emissions (g/kg Dry Fuel) 10.64 CO Emissions (g/kg Dry Fuel) 17.05 CO Emission s (g/kg Dry Fuel) 20.45 CO Emission s (g/kg Dry Fuel) 21.70 CO Emissions (g/min) 0.148 CO Emissions (g/min) 0.352 CO Emission s (g/min) 0.55 CO Emission s (g/min) 0.86 ASTM E2515 Emissions – First Hour (g/hr) 1.53 ASTM E2515 Emissions – First Hour (g/hr) 0.41 ASTM E2515 Emission s – First Hour (g/hr) 2.35 ASTM E2515 Emission s – First Hour (g/hr) 4.38 7 Weighted particulate emission average of 4 test runs: 0.62 grams per hour. Weighted average HHV efficiency of 4 test runs: 79.2%. Average Co 0.478 gr/min PFS TECO is accredited by IAS to ISO 17020:2012 “Criteria For Bodies Performing Inspections, ISO 17025: 2005 “Requirements For Testing Laboratories”, and by Standards Council of Canada to ISO 17065: 2012 “Requirements For Bodies Operating Product Certification Systems”. Certificate of Conformity Issued to: Hearthstone QHHP 317 Stafford Ave. Morrisville, VT 05661 (802) 851-4044 Model: Green Mountain 60 Effective Date: March 16, 2018 Revised Date*: May 4, 2021 Report # 18-407 *See revision schedule on page 2 for full list of revisions. Certification tests were performed by Services Polytests, Inc. located at: 695-B Gaudette- St-jean-sur- Richelieu, QC, J3B 7S7 CANADA. PFS TECO certifies conformity to the following per 40 CFR Part 60 §60.533 (f) (A): • The test report is complete and accurate. • The instrumentation used for the test was properly calibrated. • The representative model tested meets the applicable emission limits. • The tests have been conducted per the appropriate guidelines. • The manufacturer’s Quality Control Plan has been reviewed to ensure that all production units are similar in all material respects that would affect emissions to the tested/certified model and that the units in the model line will meet all (other) applicable requirements. PFS TECO certifies that the emissions levels as measured in the test report are in compliance with the 2020 PM emission limit of ≤ 2.0 g/hr using crib wood per EPA Method 28R. Efficiency tested per CSA B415.1-10. The weighted average emissions for the Green Mountain 60 wood heater is 0.62 g/hr with a weighted average efficiency of 79.2%. Average CO emissions are 0.39 g/min. Issued by: PFS TECO 11785 SE Highway 212 Suite 305 Clackamas, OR 97015 John Steinert, Vice President Hearth Products Division PFS TECO is accredited by IAS to ISO 17020:2012 “Criteria For Bodies Performing Inspections, ISO 17025: 2005 “Requirements For Testing Laboratories”, and by Standards Council of Canada to ISO 17065: 2012 “Requirements For Bodies Operating Product Certification Systems”. Revision Summary Date: March 16, 2018 – Original Issue Date: May 4, 2021 – The Model Hipster 20 AMB8260 and Shelburne 8372 was added to the CoC and the follow revisions to the test report were reviewed: Revision 1 (November 25, 2020): - NCBI Report added Appendix 12: Volume Calculation - CBI & NCBI Report added Appendix 13: operating instruction - The section 3.4 p.13 updated for runs Anomalies, Validity and appropriateness detail. - The section 3.4 p.13 updated to address the negative back filter weight. - Updated Section 1.4 p.6 conditioning was done at medium hate draw. - Appendix 9 updated for more detailed fuel load - NCBI report updated to include Appendix 4 Pre-burn Data Revision 2 (January 20th 2021): - appendix 1 molecular weight updated to 29 for all runs - Updated names on report to match the EPA certificate, WHA and CoC