04_AECOM_Environmental Report_Final

halt Wonder Smokehouse Testing ponition m Ip / Project 60735150 | . . . Run No, Number Semi-Volatile Organics ba216) Date Balance ID Tl brag SW-846 Method 0010 LET 2s Source Reco’ Sota buses Share te Dy Cathey Moisture Determination Sample Recovery Checklist iti Tp y Rinse and beush probe and nozzle with 50:50 mixwre of dichloromethane and Imp No.| Contents| Vol (ml) | Configuration] __ Initial Wt (e) Final Wt [z) aoe late CAR bottle 1 - ko YG ta xz hres Separate filter holder and place fitter in ctean pre-rinsed, glass petri dish. Complete “ Filt sample label 2 420 100 Mod. Fes, ef | 70% L Seal XAD trap ends. Complete XAD'sample label. Rinse front half of filter holder three times with 50:50 moxture of dichloromethane 3 H,0 100 G/S e FI, { 6 Pas and methanol mte PNR bottle. Complete PNR sample label. q 1 x2 Rinse coil condenser, back half of filter holder and all connecting glassware 4 Mod. § q Q o-p S40, - : between the filter and XAD three times with 50:50 mixture of dichloromethane 4 | and methanol into the CR (condenser rinse) battle. Complete CR sam@le label, 5 | Silica Gel | ~ 300g Mod. S £4 } Disassemble sample train, remave fall from XAD cartridge, wipe aff excess water SS: < 4 t & ‘ and weigh each impinger and XAD_ Record the final weights in the Maisture 6 xAD Cartndge Sek 9 ¥ ‘ + 1 Determination section. Rewrap cartridge with foil, attach label and place in bag. ue aon | Note condition of the silica gel mpinger. 0) % spent 478 6 apm Pour contents of first in pinger {condensate} into the Imps {impinger catch} _ Sample Log Bichon bottle{s). Comptete Cond sample label. Sample |O Number Sample | peccription Rinse the first impinger and connecting glassware with 50:50 mixture of Container dichloromethane and methanol three times into the IR impinger rinse} bottlets}. 7 Probe and Complete IR sample label. worst 2 MOO10-Semis-PNR | 250m | norteine LS, Discard the contents of impingers 2, 3, and 4 Wondstk1- z a -M0010-Semis-Filt Pate) Dish Filter Log samples into logbook and place in refrigerator or ice chest. — Wondstk1- 2 7_ -M0010-Semis-CR 2somt | Condenser Notes + Wondstkt {9 9 -M0010-Sers-XAD | 538" | xan [wondstia- 2 2. -MOD10-Semis-Cond| 1c | Inger Wwondsa- /2 2— -MO010-Semis-IR | 250m | Impneer RDS-10: Semivolttile Organics by SW-846 Method OOI0 Per EM SOP-030 Issued! May 2023 Document reviewed biennrally

[Semple Type ‘Semi-Volatile Organics (Moni0) [st 6-7-0904 poe BPRS rae | of Project Name Wonder Smokehouse Testing |"? fun 4 ma partes Gauge | Train Leak Rate jctm © Hs) Sroject Number 60735150 Console BOTa Ss Sat a oe® hl ap06 e iS | Facey ‘Wonder NI DGMCF &.493 Co a "Ocio e ls Source Stack He 1044 | 296-57 [PF 0.4 Pitot Tube Leak Check (4,087H,0) Operator Meter initial (-) “ Duct Oimensionis} at wet nae Dia O.7 £ isenct” Gg Initlad (+} re Norzle Caliper [iD a AL Final (+1 Calbeavion _ gy ae * &E ibs Pam _ via pan ET cil Mementer 0 Epon [A __icaneamre, Y/N SE v/N Temperature ¢‘F 8B (e733 [orce aaa" 3.ce [lar [ave |e [54 [sa [74 | — Tee 7% 10736 (a4 | 35,3 lol Fico lies [auc [asa foe [4e [73 [| C.0 | 8 [o7%6 Jero® | 136,49 Jo.ol [gce har faye | 25147 | 4c 173 | - lea 5B [oma loua | 149-8 leacl [3c0 [pe |so7 lassly7 lar |7a9 [~ Ie 4D lot lotlé |146.7 Joel [Be0 lar (247 [253 141 [47 175 [> t SP lorhle'soliso co [7 a] secliBe [B44 las3 [ve let lay [— ies} Mis O°Féelo 24a [oti ohs3 47 lori Ge [se [4 [~~ ler [it fotos folgal 2.3 lon adler Dae. lasrles [es le l= er Hatty [O04 [0:32 [[S19S5 GA esis [olan [lelaes lool [Ree [pr [943 lore las [4a los | ara 7A_lobja |6.36 |{¢5.5 [ect [3co]i+h (ay? [353 [uy (43 173 |- ler) GA |ofa6 viol i6i7 [oe [3,e0/35 [ons las ly4 [4s 173 |- fo SA lo830 044 [173,3 lool [See ius [o7 [769144 [uy l73 1 - [eee GA (9834 [iB 1771 lool{scel ys [sur [ase [ye [4e [72> [— [Bee 3A [36 |o.52| eo [acl [Zelwo [Jue lastlye lug 176 |= [foe AA [6% [olde | 184, 4 [el [3.ce [tor [49 [ase [44 oy 17 6] - [Ba | (Pr [84 blozo lee. 4 [ool [3,co [ice [32 [avs Sn [os [73 - |g ns |i Se log GQ 809 Noes X AP KO. oy ool of MPL 5DS-09: Semis by SW-846 0010] —— Per: EM SOP-03( Decvnent reviened bisa

- Project 7 Condition hone Wonder Smokehouse Testing Ne met lomek Project 60735150 . . . Run No The 1 Number Semi-Volatile Organics ae Date Balance 10 elafpr¢e SW-846 Method 0010 UPd wf s~ Source Recovered . if Sino te_frgyse. Ste cK ce. C Zh oet Gnd Moisture Determination JS Sample Recovery Checklist imp No. | Contents | Val (mt) [Configuration | __ initial Wt (z} Final wt(e) | Rinse and brush probe and nozzle with 50:50 mixture of dichloromethane and 7 methanol into PNR bottle. 1 ko Gay i Male A Separate filter holder and place filter in clean pre-rinsed, glass petri dish. Complete iad Filt sample label. 2? 10 tog Mod. CS "4 fo - 693.4 7 seal xADtranends. Complete XAD sample label . rn " 5 Rinse front half of filter holder three times with 50:50 mixture of dichloromethane 3 Ho | 100 G/s CBE.E- | CTH, | and methanol into PNR bottle. Complete PNR sample label 7 ; Rinse coil condenser, back half of filter holder and all connecting glassware 4 med. | 5% a2 e Y¥ S 5. Ss between the filter and XAD three times with 50:50 mmture of dichtoromethane 4 and methanal into the CR (condenser rinse) bottle Camplete CR sample label. 5 | Silica Gel) ~ 300g Mod. O2t OO Kye ¢ Disassemble sample train, remave foil from XAD cartridge, wipe off exccss water - and weigh each impinger and XAD. Record the final weights wn the Moisture it Qetermination section. Rewrap cartridge with foil, attach label and place in bag. 6 xAD Cartridge SO, ») REY rn p cartridg Pl e a] LS Nate condition of the silica gel impinger. 38) % spent s le L Pour contents of first impinger (condensate) into the Imps (impinger catch} ample Log —— 4 bottles). Complete Cond sample label, { Sample ID Number Sample | peccription Rinse the first impinger and connecting glassware with 50:50 mixture of Container dichloromethane and methanol three times into the IR (impinger rinse} bottle(s) Complete IR sample label. Wondstkt (2 3 -MQ010-Semis-PNR | 250m. | ,frabeand ‘ome el Discard the contents of impingers 2, 3, and 4 |WondStkl- r/ 3 -M0010-Semis-Filt Petri Oish Filter Log samples into logbook and place in refrigerator or ice chest. Wondstkt ff 2 -MO010-Semis-CR | zsam | Condenser Notes Rinse Wondsea-— () 2 -M0010-Semis-XAD } “TPs } xao Wondstkr- 2 -M0010-Semis-Cond| 1 | lang ! wonasia- 2 3 AMOO10-Semis-IR | vsum | meager < — | RDS~-10: Semuvolatile Organics by SW-846 Method 0010 Per EM SOP-030 Issued: May

10-Semis-XAD } “TPs } xao Wondstkr- 2 -M0010-Semis-Cond| 1 | lang ! wonasia- 2 3 AMOO10-Semis-IR | vsum | meager < — | RDS~-10: Semuvolatile Organics by SW-846 Method 0010 Per EM SOP-030 Issued: May 2023 Decument reviewed bienrwally

Method 0010 Emissions Summary Sheets

PAH Emission Results - Total Run No. 1 2 3 Average Cate OG-Aug-2¢ O3-Aug-Ze O7-Aug-Ze = Start “ime 14:04 44:00 07:32 ~ Stop Time 12:27 16:02 08:50 - Units Sample Volume dscf 68.565 60.349 59.738 69.55 Sample Volume m* 4.66 1.74 1.69 41.69 Moisture Content ty 3.2 3.2 37 3.37 OQ; Concentration viv (A 20.23 20.16 20.16 20.18 CO; Concentration | % wy (ary3 0.49 0.58 0.48 0.52 Isokinetics to 99 102 100 = Stack Flowrate dscfm 540 541 545 542 PAHs by GC/MS PAH by GC/MS ng ngimt Ib/hr ng ngim* Ibvhr ng ngém* Ibfhr Average Parameters Ib/hr 2-Methyinaphthalene_ 7810.00 | 4.71E+03 | 9.52E-06 6700.00 | 3.92E+03 | 7,94E-06 29600.00 | 1.75E+04 | 3.57E-05 1.77E-05 _Acenaphthene 499.00 ||'2.95E402 [5.96¢-07 |" 273.00 | 1.60E+02 [3.23.07 | "1700.00 | 1 00e +03 | 2.05E 06 |" 9 S0E-07 Acenaphihylene 4470.00 | 2.70E+03 | 5456-06 2260.00 1.32E+03 | 2.66E-06 20400.00 | 1.21E+04 | 2.46E-05 1.09E-05 Anthracene 1440.00 | 8.68E+02 | 1.7GE-06 897.00 5.256402 | 1,06E-06 3560.00 | 2.10E+03 | 4.30E-06 2.37E-06 Benzofalpyrene _Benzo[b}fluoranthene e)py Benzo[k}luoranthene ~_Chrysene ” _Fluoranthene : indeno[1 2 S-cd]jpyrene_ : “Naphthalene 2290.00 §.13E+01 2.95E +02 724E401 1896403 | 6.73401 2.§6E104 1.386403 3.326102 1 04E-07 6 98E-07 4.68E+01 1.31E+02 E+ T4GE-07 |< : “S1E01 G.71E-07 2.48E+02 1760.00 | 1.03E+03 [See 06 7 01 2. 79E-06 1420.00 | 8.31E+02 9.48E-08 2.65E-07 2.05E-06 2. 1.68E-06 5.69.06 | §.02E-07 3 6 416E-07 40.70 | 2.38E+01 | 4.82E-08 5. 176-08 1,.88E+04 | 3.80E-05 | 1E-08 324.00 237.00 141000 oO 4710.00 “1470.00 5330.00 | 2 §3E402 4.63E402 7E+0: 4 92E+08 8.69E+02 3 15E403 4,095 +03 1.406402 8.4404 2.786403 537-07 9.46E-07 3 5 SIE 0? 1.77E-06 6436-06 2.86E-07 1706-04 5. 686-06 245ED? | TBE OF 9. B2E07 _ 150E-07 8.66E-05 3.39E-06 Pyrene Note: ¢- Value reported at MCL

Method 3A 02, CO2 CEMS Data

8/6/2024 ZEROL ISPAN1 MIDI PRELIM ZERO2 ISPAN2 IMID2 IRUN-ONE IRUN-TWO ZEROS ISPAN3 IMID3 Oxygen 0.01 22.01 10.08 19.92 0.18 21.92 10.07 20.23 20.16 0.17 21.83 10.01 co2 0.07 19.25 10.20 0.73 0.06 19.35 10.16 0.49 9.58 0.03 19.14] 10.09 8/7/2024 Oxygen CO2 ZERO1 0.00 0.01 SPAN1 21.97 19.36 MID1 10.00 10.24) RUN-THREE 20.16 0.48 RUN-FOUR 20.21 0.44) ZERO2 0.01 0.02 ISPAN2 21.77 19.51 MID2 9.93 10.30

DASYLab 2020 - 2020 Worksheet name; AES2021_02_CO2 Recording: 7:34:00 AM Block length :1 Delta : 10sec. Number of channels : 2 Date Time Write 0 [V] Write 1[V] Phase 8/6/2024 7:37:44 0.01 0.07 ZERO1 8/6/2024 7:39:44 22.01 19.25 SPAN1 8/6/2024 7:41:34 10.08 10.2 MID1 8/6/2024 = 8:57:24 19.89 0.73 PRELIM 8/6/2024 8:57:34 19.9 0.73 PRELIM 8/6/2024 = 8:57:44 19.91 0.73 PRELIM 8/6/2024 = 8:57:54 19.91 0.73 PRELIM 8/6/2024 8:58:04 19.92 0.73 PRELIM 8/6/2024 = 8:58:14 19.92 0.73 PRELIM 8/6/2024 = 8:58:24 19,92 0.73 PRELIM 8/6/2024 — 8:58:34 19.92 0.73 PRELIM 8/6/2024 8:58:44 19.92 0.73 PRELIM 8/6/2024 8:58:54 19.93 0.73 PRELIM 8/6/2024 8:59:04 19.93 0.73 PRELIM 8/6/2024 = 8:59:14 19.93 0.73 PRELIM 8/6/2024 9:02:54 21.92 19.35 SPAN2 8/6/2024 = 9:05:34 10.07 10.16 MID2 8/6/2024 = 9:07:24 0.18 0.06 ZERO2 8/6/2024 12:38:34 20.23 0.49 RUN-ONE 8/6/2024 12:38:44 20.23 0.49 RUN-ONE 8/6/2024 12:38:54 20.23 0.49 RUN-ONE 8/6/2024 12:39:04 20.23 0.49 RUN-ONE 8/6/2024 = 12:39:14 20.23 0.49 RUN-ONE 8/6/2024 12:39:24 20.24 0.49 RUN-ONE 8/6/2024 12:39:34 20.24 0.49 RUN-ONE 8/6/2024 12:39:44 20.24 0.49 RUN-ONE 8/6/2024 12:39:54 20.24 0.49 RUN-ONE 8/6/2024 = 12:40:04 20.24 0.49 RUN-ONE 8/6/2024 12:40:14 20.24 0.49 RUN-ONE 8/6/2024 12:40:24 20,24 0.49 RUN-ONE 8/6/2024 12:40:34 20.24 0.49 RUN-ONE 8/6/2024 12:40:44 20.24 0.49 RUN-ONE 8/6/2024 = 12:40:54 20.24 0.49 RUN-ONE 8/6/2024 12:41:04 20.24 0.49 RUN-ONE 8/6/2024 12:41:14 20,24 0.49 RUN-ONE 8/6/2024 12:41:24 20.24 0.49 RUN-ONE 8/6/2024 = 12:41:34 20.24 0.49 RUN-ONE 8/6/2024 12:41:44 20.24 0.49 RUN-ONE

DASYLab 2020 - 2020 Worksheet name; AES2021_02_CO2 Recording: 7:34:00 AM Block length :1 Delta : 10sec. Number of channels : 2 Date Time Write 0 [V] Write 1[V] Phase 8/6/2024 12:41:54 20.24 8/6/2024 12:42:04 20.24 8/6/2024 12:42:14 20.24 8/6/2024 12:42:24 20.24 8/6/2024 12:42:34 20,24 8/6/2024 = 12:42:44 20.24 8/6/2024 = 12:42:54 20.24 8/6/2024 12:43:04 20.24 8/6/2024 12:43:14 20.24 8/6/2024 12:43:24 20,24 8/6/2024 = 12:43:34 20.24 8/6/2024 12:43:44 20.24 8/6/2024 = 12:43:54 20.24 8/6/2024 12:44:04 20.24 8/6/2024 12:44:14 20,24 8/6/2024 = 12:44:24 20.23 8/6/2024 12:44:34 20.24 8/6/2024 12:44:44 20.23 8/6/2024 12:44:54 20.24 8/6/2024 12:45:04 20.23 8/6/2024 12:45:14 20.24 8/6/2024 12:45:24 20.24 8/6/2024 = 12:45:34 20.24 8/6/2024 = 12:45:44 20.24 8/6/2024 12:45:54 20.24 8/6/2024 12:46:04 20.23 8/6/2024 12:46:14 20.23 8/6/2024 12:46:24 20.23 8/6/2024 12:46:34 20.23 8/6/2024 12:46:44 20,23 8/6/2024 = 12:46:54 20.23 8/6/2024 = 12:47:04 20.23 8/6/2024 = 12:47:14 20.23 8/6/2024 12:47:24 20.23 8/6/2024 12:47:34 20.23 8/6/2024 = 12:47:44 20.23 8/6/2024 12:47:54 20.23 8/6/2024 = 12:48:04 20.23 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.5 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE 0.49 RUN-ONE