04_AECOM_Environmental Report_Final

Performance Test Report for Wood Fired Meat Smoker Project number: 89735150 5. Data Reduction Plan and Data Reporting 5.1 Overview The abjective of this pragram was to determine the PM and PAH emissions for the meat smoker stack. Adiscussion of the data reduction process used to arrive at those values is presented below. 5.2 PM Emission Concentration — gr/dsef gr. (Fwg + PNRwg) « (7000) FH Loading (75) = 19004 453.59 = Vnag ___Cwg) * (7000) ~ 1000 «453.59 * Vaca RH Loading (— oading sep Where: FH Loading = Front Half PM Leading {gr/dsef) BH Loading = Back Half Impinger Catch (gr/dscf) Fy. = Filter Weight Gain, mg PNR wy = PNR Weight mg lwy = Impinger weight gain mg 7000 = Conversion from pounds to grains 1000 = conversion from grams to mg 453.59 = Conversion of pounds to grams Vetd = Dry Gas Volume Total PM Emission— lb/hr (rotat Pm Loading Gr) + (22) 7000 Tatal PM Eimissious GP = Where: Total PM Loading = Frant Half and Back Half Loading (gr/dsef) Qs = Stack Gas Dry Volumetric Flow Rate 7000 = Conversion from pounds to grains 5.3 PAH Emission Concentration — ng/dsef ng) _ Mass of PAH (ng) PAH Conc. Ga) Vnstt Where: PAH Cone. = Individual PAH concentration (ng/m*) Mass of PAH = Individual mass as reported by the analysis (ng) AECOM 44

Performance Test Report for Wood Fired Meat Smoker Vinsid = Dry Gas Volume (m*) 5.4. PAH Emission — lb/hr thy PAH Cone. @) »(Q,) «60 in) "109 + 35,31467 * 453,59 PAH Emisstons { Where: 35.3146 = Conversion from cubic meters to cubic feet 453.59 = Conversion from grams to pounds 10°9 = Conversion from ng to grams Qs = Stack Gas Dry Volumetric Flow Rate 60 = Conversion from minutes to hour Project number: 89735150 AECOM 4-2

Performance Test Report for Wood Fired Meat Smoker Project number: 89735150 Appendix A Field Data Sheets AEGOM A

Method 5/202 Field Data Sheets

Calculation Project Name Summ Stack 1M5-202 Wonder Smokehouse Testing Project Number 60735150 Facility Wonder NI Sample Type M5/202 5/202 M5/202 Averages Source Stack 1 Stack 1 Stack 1 Condition Max Max Max Run 1 3 4 Date 8/6/2024 8/7/2024 8/7/2024 [Time Start 11:04 7:32 10:14 |Time Stop 12:27 8:50 11:24 [Sampling Times 11:04-12:27 | 07:32-08:50 | 10:14-11:24 Duct Diameter (ft) (equivalent if square duct) 1.50 1.50 1.50 Pitat Tube Correction Factor 0.84 0.84 0.84 Nozzle Ciameter {inches) 0,743 0.743 0.743 IDGMCF {¥4) 0.998 0.993 0.993 lOrifice Factor ("we) (AHg) 1.777 1.777 1.844 Console Identification 80754 80754 80745 Standard Temperature (°F) (Tse) 68 68 68 Barometric Pressure Measured (Hg) 29.42 29.40 29.43 Stack Elevation (ft) {relative to Barometer) 0 Q if) Barometric Pressure ("Hg) (Poor) 29.42 29.4 29.43 |Average Stack Temperature (°F) (T<) 145.8 137.4 124.4 135.9 Average DGM Temp (°F} (T,) 105.6 92.9 72.7 lAverage Delta H ("we) (AHaye) 2.83 2.90 291 Condensed Water (g) 39.2 321 29.0 [Test Duration (minutes) (0) 64 64 64 \Static Pressure {"we) (P.) 0.00 0.00 0.00 Carbon Manoxide Content (%) (%CO) t¢) ie} 0 carbon Dioxide Content (%) (%CO,) 0.49 0.48 0.44 lOxygen Content (%) (%0.) 20.23 20.16 20.21 Hydrogen Content (%) (96H) 0.0 0.0 0.0 Methane Content (9%) (%CH,) 0.0 0.0 0.0 Nitrogen Content (%) (%N2) 79.28 79.36 79.35 Meter Volume {def} {V,.) 64.059 66.130 60.941 Average square root of AP (VAP) 0.100 0.100 0.100 |Absolute Stack Pressure ("Hg)} (Ps) 29.42 29.40 29.43 [Absolute Stack Temperature (°R) (Ts) 605.5 §97.1 584.1 595.6 Flue Gas Moisture (%) (Bys} 3.03 2.37 2.25 2.55 Moisture at saturation 22.99 18.57 13.12 Moisture used in Calculation 3.03 2.37 2.25 255 Gas Molecular Wt (Wet) (g/g-male} (Ms) 28.56 28.63 28.63 Icorrected Vol of Gas Sample (def) (Vinseuar) 63.93 66.00 60.51 \Volume at Meter (dscf} (V,,) 59.09 62.38 59.43 |Average Gas Velocity (ft/sec) (Vs) 6.10 6.05 5.98 6.04 |Avg Flow Rate (acfh) 38,783 38,481 38,035 38,433 |Avg Flow Rate (acfm) 645 641 634 641 lAvg Flow Rate (scfh) 33,234 33,415 33,797 33,482 |Avg Flow Rate (scfm) 554 557 563 558 |Avg Flow Rate (dscfh) (Qua) 32,226 32,623 33,037 32,629 |Avg Flow Rate (dsefm) (Quy) 537 544 551 944 Isokinetic Sampling Rate (%) (I) 100.90 105.21 98.98

Calculation Summ Stack 1M5-202 Data Entry Area Sample Type MS/202 Pitot Tube Correction Factor 0.84 Entered By {initials)] PKU Source Stack 1 Console ID 80754 Checked by (initials}] PKU Condition Max DGMCF 0.993 Corrected by (initials) Run 1 Ae 177 Value LincCherker Date 6-Aug Nozzle Diameter {in) 0.7430 % CO 0 Duct Diameter (ft) 1.50 Std Temp (°F) 68 %CO,| 0.49 Duct Depth (ft) Bar Press ("Hg, meas) 29.42 %O;| 20.23 Duct Width (ft) Meter Elev (ft) {rel to Brmtr) 0 % Hy Static Press ("H,0) 0.00 % CHy! Times DGM Volumes {as read) Impinger Catch {g) start 11:04 start 485.747 Initial Final stop 11:36 stop 518.066 1 354.2 354.4 02 start 11:55 start 518.066 2 598.6 604.5 5.9 stop 12:27 stop S49.806 3 708.2 720.8 12.6 start start 4 940.8 961.3 20.5 stop stop 5 ~- start start 6 ~ stop stop 7 - start start 8 - stop stop 3 - start start 10 ~ stop stop start start stop stop start start stop stop start start stop stop Total WtGain 39.2 Duration 64) Total 64.059 AP (Ho) | AH¢'H,0} | Stack Temp ('f) | DGM Temp (‘Fl vaP vAH Averages 0.01 2.83 146 105.6 0.1000 1.6833 Individual 0.01 2.79 149 95 O41 1670329309 Readings 0.01 2.79 153 99 O14 1.670329309 0.01 2.80 154 99 O1 1.673320053 0.01 2.80 150 100 O41 1.673320053 0.01 2.80 149 102 O14 1.673320053 0.01 284 147 105 O14 1.685229955 0.01 2.84 144 105 O1 1.685229955 0.01 2.84 149 107 O14 1.685229955 0.01 2.87 136 103 O41 1.694107435 0.01 2.87 135 109 O41 1.694107435 0.01 2.93 126 110 O41 1.711724277 0.01 2.84 144 110 O14 1.685229955 0.01 2.84 146 110 O14 1.685229955 0.01 2.84 147 110 O41 1.685229955 0.01 2.82 154 110 O14 1.679285562 0.01 2.83 150 110 O41 1.682260384

Calculation Summ Stack 1M5-202 Data Entry Area Sample Type MS/202 __ Pitot Tube Correction Factor 0.84 Entered By {initials}|_ PKU Source Stack 1 Console ID 80754 Checked by (initials)|_ PKU Condition Max DGMCcF 0.993 Corrected by (initials) Run 3 AHe L777 Value Line Cherkerd Date 7-Aug Nozzle Diameter (in) 0.743 %CO Duct Diameter (ft) 1.50 Std Temp (°F) 68 % CO;| 0.48 Duct Depth (ft) Bar Press {"Hg, meas) 29.40 % 0, 20.16 Duct Width (ft) Meter Elev (ft) {rel to Brmtr) Oo % Hy Static Press ("H,0) a % CHy Times DGM Volumes {as read} Impinger Catch {g) start 7:32 start 617.253 Initial Final stop 8:04 stop 650.451 1 345.2 348.4 3.2 start 8:18 start 650.451 2 596.3 603.5 7.2 stop 8:50 stop 683.383 3 706.7 713.1 6.4 start start 4 897.3 912.6 15.3 stop stop 5 ~- start start 6 ~ stop stop 7 - start start 8 - stop stop i] - start start lo - stop stop start start stop stop start start stop stop start start stop stop Total Wt Gain 32.1 Duration 64) Total 66.130 AP CH) | AH(*H,0) | Stack Temp (‘) [DGM Temp ("F vaP vAH Averages 0.01 2.90 137 92.9] 0.1000 1.7029 Individual 0.01 2.90 130 87 1 1.702938637 Readings 0.01 2.90 122 9a O1 1.702938637 0.01 2.90 132 91 O1 1.702938637 0.01 2.90 138 91 O1 1.702938637 0.01 2.90 140 92 O1 1.702938637 0.01 2.90 144 22 O41 1.702938637 0.01 2.90 143 93 O1 1.702938637 0.01 2.90 142 94 0.1 1.702938637 0.01 2.90 122 93 O1 1.702938637 0.01 2.90 131 94 Ot 1.702938637 0.01 2.90 138 94 0.1 1.702938637 0.01 2.90 143 95 0.1 1.702938637 0.01 2.90 145 95 OL 1.702938637 0.01 2.90 144 95 OL 1.702938637 0.01 2.90 143 95 O1 1.702938637 0.01 2.90 142 95 O1 1.702938637

Calculation Summ Stack 1M5-202 Data Entry Area Sample Type MS/202 Pitot Tube Correction Factor 0.84 Entered By {initials)] PKU Source Stack 1 Console ID 80745 Checked by {initials}| PKU Condition Max DGMCF 0.993 Corrected by (initials) Run 4 AHe 1.844 Value Line Checker: Date 7-Aug Nozzle Diameter {in) 0.7430 % CO Duct Diameter (ft) 1.50 Std Temp (°F) 68 % CO, 0.44 Duct Depth (ft) Bar Press {"Hg, meas) 29.43 % Or 20.21 Duct Width (ft) Meter Elev (ft) {rel to Brmtr) 0 % Hy Static Press ("H,0) fe} % CHy! Times DGM Volumes (as read) Impinger Catch {g) start 10:14 start 194.911 Initial Final stop 10:46 stop 225.379 1 354.9 355.4 Os start 10:52 start 225.379 2 601.3 606.6 5.3 stop 11:24 stop 255.852 3 720.8 726.2 5.4 start start 4 919.0 936.8 17.8 stop stop 5 ~- start start 6 - stop stop 7 - start start & _ stop stop 3 - start start 10 ~ stop stop start start stop stop start start stop stop Start start stop stop Total WtGain 29.0 Duration 64) Total 60.941 AP ¢'H,0) _| AH("H,0) | Stack Temp ("f] [DGM Temp (‘F) VAP AH Averages 0.01 2.91 124 72.7| 0.1000 1.7066 Individual 0.01 3.00 125 68 O41 1.732050808 Readings 0.01 3.00 121 68 O14 1.732050808 0.01 2.90 130 69 O1 1.702938637 0.01 2.90 123 70 O1 1.702938637 0.01 2.90 129 7 O14 1702938637 0.01 2.90 129 1 O14 1.702938637 0.01 2.90 127 n O1 1.702938637 0.01 2.90 105 73 O14 1.702938637 0.01 2.90 129 74 O41 1.702938637 0.01 2.90 130 74 O14 1.702938637 0.01 2.90 132 14 O41 1.702938637 0.01 2.90 130 7 O14 1.702938637 0.01 2.90 138 ws O12 1.702938637 0.01 2.90 130 76 O14 1.702938637 0.01 2.90 120 76 O14 1.702938637 0.01 2.30 90 7 O41 1.702938637

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Provect yay, eH Smokeh: Testi Condition Name fonder Smokehouse Testing No Project . . fRun No. Number 60735150 Particulate Matter (incl. Condensable) | Over Date ‘Balance ID TS Acy EPA Method 5/202 Prra-oue / eofy ge Source Recovered Stack C.7h by Th aoe Moisture Determination / Sample Recovery Checklist ffimp no. | contents | vali [configuration] inal We) "a Rinse and brush prabe and nozzle with acetone (three umes) inta PNR sample bottle - Disconnect transfer line. Transfer any water in transfer line ur candenser mto the knockout 1 empty Short Stem SCT ie impinger SSH 2 2 7 Rinse transfer ine and condenser wath water {two times) into water rinse sample bottle Rinse with acetone (one time) and heaane (two times) into the organic nnse sample battle 2 empty Mod SF ec6 COOLS A ‘Transfer water from knockout impinger ta second impinger. Ensure that waterlevel is at 3 Water 100 Mad OY, w Ale) Y teast 1 cm above stem tip. Add water if oe at 4 7 Nolume of water ade: 4 4 Silica Get | ~300g Mod Se ¥ 4 6 ( xd H all water in knockout impinger will nat fit in second impinger, replace stem on knockout . impinger. Ensure that the water tevel im the first impinger 1s at feast 1. cm above stem tip. 5 Add water if necessary. L. J J Volume of water added. _ Purge with nitrogen for one hour at >14 Jiters per minute. Record start and end times an the Filter data sheet. —— — Start Stop Filter 10 3 Wis va A 5 dis 1 Separate filter holder and place filter in clean pre-rinsed glass petri dish. Complete Filt fier TAX 4¢ A z sample label. £ Rinse front half of filter holder with acetone (three times} into PNR bottie. Complete probe Sample Log 77 and nauale cinse (PNR) sample labe! =, ey Rinse the back half of the fter halder and any connecting glassware with water (two times) 5. te 1D Mumia "4 into the water rinse sample bottle ampre I Numner Description Rinse the back half of the filter bolder and any connecting glassware with acetone (ane time) (/__idvvith hexane (190 umes) ota ue organic rinse sample bot Wondstk. - fL | M5/202 PNR asami | ,probeand Separate CPM filter holder and place CPM Elter in clean pre-rinsed glass petri dish. Complete 7 SM aro abot Wondsikt py -M15/202-ilt Pet Osh | Filter Disassemble samp’e train. wipe off excess water and weigh each impinger Record the final + weights in the Moisture Determination section of this data sheet Wondstki _ { -MS/202-wians |