04_AECOM_Environmental Report_Final

et 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 | 1000 mi | Water Rinse Wa Nate condition of the silica gel impinger __% spent _ Pour the contents of the first two impingers into the walter rinse catch bottle{:} Rinse Wondstki — /} | -M5/202-OrgRns | sami | organic Rinse impingers, cannect ng glassware. And the front half of the CPM filter halder two times with water into the same botiles. Complete water rinse sample label. _ ; -CPMFi Z/ Rinse the first twa impingers, connecting glassware, and the front hatf of the CPM filter Wondstk1 g \ MS/202-CPMFilt | PetriDesh | Che Fiter holder acetone {ane time) and hexane {two umes} inte the organic rinse sample battle{s} —~< Log samptes into logbook and store appropriately. L 1 \Notes: RDS-47 - PM and Condensables by EPA Method 5/202| Par: EM SOP-047) Issued: July 2023 Document reviewed brenneally

iSameleType Flit and Cond PMiMs/Mz0z) |" §-7G6/4¥ oe ed a Bos | mp 4 ‘Project Name Wonder Smokehouse Testing |C°"4 { Ron ky Bar Press 44.34 Train Leak Rate {cim @ “He} \Project Number 60735150 fonsee BOTSY aap ° Oo mele oo? ey Sf acility Wonder, NJ IOGMCF 0,4 iia Prove lO. re? 8 "6 a0 * 5¢ [Source Stack Mes oy | rar | oo xd Pitat Tube Leak Check (1,06°H.0] Operator OT iupaan Re res Be a para : Duct Dimension(s} \yt pone vx oy Zia fsomact L nie (+) t. Sein _ ee 7° | A- pet ie IT e s hal Endate este) e Fee Tee eck [thermometer 0 ali be pope AL) A- [ener Y/N [ricutonee ¥/N | rom | S| Sas | SOMARRIME | arr amen soca | SSS | is, [Suisn]| Pa | BS |" =i] iol o [se eatcon [am Ti [ayy [aes] xs [es | poy [le | <2 [tio FL SS4 CY] ol [seo [ive | saqol eas | ee | ee | sos [ae Miron yoo LHS | S84 C74 mn! las [55%6 x [oa [2% liye [aw laww| ea les [ie [0 3] Kite % [SB rt [Goolags yy jaar jee] xe [65 | tot |20 Gh Rae rent Fae | T5% Tal ~3 | nel ge [Sr 2f | door [WTF faze [249 [ee [eg [roc ke —4[vesq 1a Peco oF] oot (zee livo las layo |e [rz [ha loo I Tirso] te [See te | co) [26% fis. [ayo [are [xt ise [ia bo | ~G|ieisg | 20 |6>GQa0 | cao (2eRG [Ser lave Jarel FQ [sa [V3 Ric! 27 [)tox| ay |s7e(9_ | <oai lave [iso [O3F bee lee [ra Jur bo =e | oF Vv (STK 20 [ego Pe [iF t [zt [ayo lee se [ur lao PON 8k [SPH | A-t | [Sag] Pa [SH fPACllare ie [272 |ag2 [el (Sell [oo ~L [vin ze IFO ts | ca l2ee lize [232 leyr | ee (54 [NF laa ~3 [| Winl soins [dootle “ire [aud [ase ee [sy [NG po 4 sige! 44 [Se4/9 [ceo] no lize [23x [are | VO [ré [tre pio “il term] Yr [o4hao [Coal (aaliy [dey lee | A 1S [120 [ao | wel yea] $2 [én3.a¢ | Coils [te [eed [aay Fe Tse lig lee | is‘sal 56 [Cog 20] doo) ape | ry [2 ar ]qfy |e sa jaw je g£isisé] Go [Caso [Seog lish (airy, | #4 {60 lig lee GY [Gly wa |-— IF Rui-2-Yoided due toteak cheek faiture | . | [teen pied dete coin itain nat palling mie ee er ja S Na 2 Pia ermpoaature revved July 2024 LL @fatled Cra [oak hele Document reviewed bienelly |

——s [Project Name Wonder Smokehouse Testing Project Number 60735150 Date EES Source Stack Moisture Determination Imp No. | Contents Vol{m) | Configuration | Initial We) Final weiter | Particulate Matter (incl.Condensable) | EPA Method 5/202 1 empty Short Stem 36 G4 en a 2 empty aka 60¢,0 | 3 Water 100 ALS” Wiese 4 Stlica Get ~300g 922.6 do Filter Filter 10 Number Zasec [OR Sample Log Sample 1D Number Sample Container T Description Wondstka 2 2. — -M5/202-FNR 250m! Probe and _ Nozale Rinse Wondstk1 — a 2 “15/202 Filt Petri Dish Filter WondStk1 _ b L -MS/202 Wifins 1000 mi Water Rin: wondstk1 — f2 Lb -MS/202-Orghins 250m ‘Orgamec Rinse Wond5tk1 a °M5/202-CPMFilt Petn Dish CPM Filter Condition No wri lock * XS ,s) Balance 10 AP ace [scores by oa Sample Recovery Checklist Rinse and brush probe and nozzle with acetone (three times) into PNR sample bottle. Disconnect transfer line Transfer any water in transfer line or condenser into the knockout impuger Rinse transfer line and condenser with water (two times] into water rinse sample bottle. Rinse with acetane (ane time} and hexane (twa times) into the argame rinse sample bottle. Transfer water from knockout impinger to second impinger. Ensure that water level is a least 1 cm abave stem tip. Add water if necessary. Volume of water added: if all water in knockout impinger will not fit in second ampinger, replace stem on knockout impinger. Ensure that the water level in the first impinger 1s at least 1 cm above stem tip. Add water if necessary Volume al water added: Purge with nitrogen for one hour at >14 ilers per minute Record start and end times on the data sheet Start Stop Separate filter holder and place filter in clean pre-rinsed glass petri dish. Complete Filt sample label Rinse front half of filter holder with acetone {three times) into PNR bottle. Complete probe and nozzle rinse (PNA) sample label rw Rinse the back haif of the filter holder and any connecting glassware with water (two times) into the water rinse sample bottle Rinse the back half of the filter haider and any connecting glassware with acetone {one time) and with hexane (two times) into the organic rinse sample bostle Separate CPM filter holder and place CPM filter in clean pre-sinsed glass petri dish. Complete CPM-Fitt sample label, Disassemble sample train, wipe

(two times) into the organic rinse sample bostle Separate CPM filter holder and place CPM filter in clean pre-sinsed glass petri dish. Complete CPM-Fitt sample label, Disassemble sample train, wipe off excess water and weigh each smpinger. Record the final weights in the Marslure Determination section of this data sheet Nate canditian of the silica gel impinger. 4.0% spent Pour the contents of the first two impingers into the water rinse catch bottle(s} Rinse impingers, connecting glassware And the front hall of the CPM filter holder two times with water into the same boltles. Complete water rinse sample label. Rinse the first two smpingers, connecting glassware, and the front hall of the CPM filter holder acetane (one time} and hesane (two times] into the organic rinse samale bottle{s) Log samples into logbook and store appropriately. —— a Notes: RDS-47 - PM and Condensables by EPA Method 5/202) Per: EM SOP-047) Issued: July 2023 Document reviewed benmalty|

stand Cond Pra(Ms/M2o2) PP" gf aio ¢ oo Ng 690d [PF owe of Wonder Smokehouse Testing [£0 } Run can Par ress Train Leak Rate (ctm ©-He) aber 60735150 Conrsie piri fst fhe re Wea) 2 197 7% Wonder, NJ Dour O44 Pn ei/-5 |e. Cen source Stack ee 777 K ofa. 4 |Prcr OX4d Pitat Tube Leak Check ("4,00°H,0] (Operator Ce Thong 5 orN ee <a 7 Meter ‘ witial |) e pec omenaona ig? Kea. AG aan sa aa . en _ ge aa fe i" po Nel A -~@ gs e palbration PUP Final (+) F @ re ec even a ioe lg _|emetineh Y/N [pastime ¥/N rom | hat | es, [COMA arr aneme saa [FRE [ sy e| E | Ba | ef [taal oe [ere araleol | aaaliro [ase [924 [ga | eal eF lg 0 par l|7ere| 4 [Panes] ¢ (2s0l1t2 [aco [ese | re | es [4d las- as [740 | F | ties] wo] x | ce 2H) yo les |4i lre ~4 [osay | te Cais” | 2yo | lazy ary 74 ol 2 |e ~r|7iw | ie | er4ce| \ Leo! fe] an avy] 7 ceylq2 |fo “Cl tisk | 20 errio| | 2.90| yy! 9 wt) Tt C¥(T? |e Wot 4 [ed aog| | Leal fale | em] 7* ] ea las leo a pmar [eyoug [i [ae ia] se Teal WT elon [ae fia 32 | €O.u¢t tect +l 22 | cvdust faeilarg| fag [ee | 23a) PO Ley [ay fan 5 2a] 3% |e rneyled lato] (Si layy lary: | TF [e; [9¢ no ape Flee 47 [Osea eo, | ete [er [ote tere | tT [ep [te Ke <ul Fioo|e lector kor lar s¥y [aes levy [aq ley [er [+e so] 4 er (6 c6.eo (eal sel ne | 2g (Ye | 7q le far be ! “4 [eve st |e tore (lag! feel iy | oe [sry [ate OS far ko) ~7| Piya [SC NER et lcocremo| (ys |2ry ler | rf les ltr lee ~F FM | Se & tae coe eavl [ye i2yvylare| mM lee | or le | sire [oe le Fz art —1. — = { 4 i | iy Notes: 7 an a SDS-36 PM (File & Cond) by | raed Pret OM ae Fitter Temperature Issued: July 2024] Document reviewed trenniaily

Project “| Candition Nene. Wonder Smokehouse Testing] No. wan lerot Project . Run No. Number 60735150 Particulate Matter (incl. Condensable) hye g Pate qt EPA Method 5/202 Balance 10 TaN 2. | Source Recovered Stack peeves ee i Moisture Determination Sample Recovery Checklist a = inse and brush probe and nozzle with acetone (three times) into PNR sample bottle No. | Contents | vol Configuration| Initial we wr {mp No. | Contents | Volimit | Configu al Final Wee) ZZ ousconnect transfer une Transfer any water m transfer ine or condenser into the knockout 1 | empty Short Stem | “S' r4 impinger Ss 2 ag. © MA Rinse transfer line and condenser with water (two times} into water rinse amos sol - Rinse with acetone (ane time) and hexane (twa times) into the organic rinse sample gattle. 2 empr Mod b aid § 16.2 & OF WA Transfer water.from knockout impinger to second impinger. Ensure that water enh least 4 cm'above stem tip. Add water if necessary. Mod 3 Water 100 ° Fs I E H Kae \ - / Volume af water added: . if aif water in knockaut impinger will not fitin secand impinger, replace stem on knockout 4 | SilcaGel | ~300g Mod 9 GH2 | Haw impinger. Ensure that the water level in the First impinger iat least 1 cm above stem tip. Add water if necessary. 5 jn 7 Volume of water ade Purge with nitrogen for one hour at >14 Iiters per minute. Record <tart and end times on the Filter data sheet. ane eA Start Stop____- ter n " 7 AA Separate filter holder and place filter in clean pre-rinsed glass petri dish Complete Filt user <3 ¢ L Ty 56% eG) aches ‘ " Hinse front half of filter haldes with acetone (three times) into PNA battle, Complete probe Sample Log v and nozzle rinse (PNR) sample label _ © Ainse the back half af the filter holder and any connecting glassware with water {two times} Sample inta the water rinse samate bottle. Sample (D Number Container | De5rlption (Z. Alnse the back half of the filter holder and any connecting glassware with acetone {one time) and with hexane (two times] into the organic rinse sample bottle Wondsta — 2 3 -4s/202-PNR | “250ml | Probe ahd | 4% Separate CPM filter holder and place CPM fitter in clean pce-rinsed glass petri dish Complete CPM-Filt sample label, Wondsik1 — 2 3 -415/202-Filt Petriish | Fltgr _(Z, disassemble sample train, wipe off excess water and weigh each mpinger. Record the final 2 weights in the Ma:slure Determination section of

le label, Wondsik1 — 2 3 -415/202-Filt Petriish | Fltgr _(Z, disassemble sample train, wipe off excess water and weigh each mpinger. Record the final 2 weights in the Ma:slure Determination section of this data sheet Wondstki 23 -ms/202 weRins || “ooo! | water nx Note candition’ of the silica gel impinger. __% spent — - Pour the cantents af the first twa impingers into the water rinse catch bottle|s). Rinse F organ A impungers, connecting glassware. And the [ront half of the CPM filter holder two times with Words —— 2 3 M5/202 OrgRns | 250m | Organic Rinse water into the same bottles. Complete water rinse sample label wondStki = ‘C2 4 -M5/202-CPMAFit | Petei ish | CPM Filter Rinse the first two impingers, cannecting glassware, and the front hall of the CPM filter hglder acetone (one time) and hexane (two times] into the organic rinse sample hottle(s} Log samples into logbook and stare appropriately Notes: ROS-47 - PM and Condensc by EPA Method Per: EM Issued: Document rev

Filt and Cond PM (iviS/M202) —— 7 Date 2 “ROR Pore of fegplod Wander Smokehouse Testing Train Leak Rate (cim @"Hs) Project Number Bae Press a4. a3 60735150 8 cig @ 2S Wander, NI Domcr Probeib +, £-B.0 Final .0t9 @ £ Stack one 1.644 Pitot Tube Laak Check rrioen.0yf TT aceref finittat C) BMI Duct Bimension(s) ied intial f+) e E | ja Final {-) CF fg AT [Caibvoen -o- s e Final (+) € Post-Test Sta ich TC Check | Thermometer iD al } fe Reference Thermometer and TC Y/N |otowSsnogear ¥/ {optionall Temperature {F) Elapsed OGM Reading AP ["H,0} CPM Filter * Imp Exit « poem] ¥acuum Outlet Bice tt 9) | <a! Se |€8 |3c wot |1468 C60) ©,.c€ | 269, ¢ (cL Joign | 2c EM Jere se lois | Bia 1 [soct|4 1234 loia0 [4 3.9 [Keoi lo3Ble'at] FGO fenes (o4d log [R260 {ket 16 lol ja | $2374 O32 [52 374 [KGa loFelevzes3a4. 9 [eel Nos lool?! 23,0 oho Noy loleg| e326 Pe |cvoj v Hof loys (249, 6 lant u Bp > ES Bs MEE et tee Oo sey 0:26 [599.3 [9.01 TED BD sla kate. sf ds. pa > PSPIAS 2h y ar lapaae ga fad [lg Kosa] Tags [ST Le? |g, Sh gO. 55. 46 |malh aT [eq [oe >: Fo 1%, Sa 191 [os 53 lyr | Re S4 [7 2 |F > “oy [Fe [wo Ss 7? Go! Fr oie iy fs i fe [vg |W SAVE lara Sy lee Yo TS 7s et EP [7S [Ses £0]77 |&F Z 24 | Drea SFB SE i 2——Ss ‘e fF FD FF Fa Ket Done On Sutme Cursele oa 'Rementber to EPA Methods 5.°202| Fitral COM Per EM S0P.047| Fitter Temperoture| Issued: July 2024| 505-36 PM (Filt & Cond) by| Do:ument renewed biennially

s WFeeir=' Wonder Smokehouse Testing amber 60735150 Particulate Matter (incl. Condensable) Pate GC Fl sgr4, EPA Method 5/202 source Stack Moisture Determination A Imp No. | Contents | Volimy | Configuration! initial Wein) Final Weel ZW 1 empty Short Stem sath 7 3 oc q v 2 [em [| me | GOOF | G06.6 y a water | 100 mos | “Z27, YlF VY 4 | SuicaGel | ~300g Mod 5 (¥ t gf A%G, ™“ b U Filter ~~ iter 10 SEGry | “ Kn BT4858/ “ECS | S Sample Log mo; Sample 10 Number ene | Description} =o Wondstk1 ~ (2 4 -M5/202-FNR asom | rene ans Y Wondstkt __ 24 -M5/202-Filt Petri Dish Futter nl Wondstki _ 2. & +M5/202-WiRns | 1000 ml | Water Binse | wv) Wondstkt =. (24 -MS/202-OrgRns | 250mi__| Organic Rinse J Wondstki (2 “f 15/202 CPMIiit | Petr oish | CPM Fier Ty Condition ther load Faug [Balance ID S20 ai {bert Sample Recavery Checklist Rinse and brush probe and nezile with acetone (three times) inta PNR sample bottle Disconnect transfer line. Transfer any water in transfer line or condenser into the knockout impinger Rinse transfer line and condenser with water (two times) into water rinse sampie bottle Rinse with acetone {one time) and hexane (two times) into the org: rinse sample bottle. Transfer water [rom knockout impinger to second impinger Ensure that water tevel is at least 1 cm above stem tp. Add water if necessary Volume of water added" If all water in knockout impinger wall not fit in second mmpinger, replace stem on knockout impinger Ensure that the water level in the first impinger is at least 1 cm above stem tp. Add water if necessary. Volume af water added: Purge with nitrogen for ane hour at >14 liters per minute Record start and end.times on the data sheet Start Stop Separate filter holder and place filter in clean pre-rinsed gtays petri dish. Complete Filt sample label. Rinse front half of filter holder with acetone (three times) into PNA bottle Complete probe and nozzle rinse {PNR) sample latel. Rinse the back half of the filter holder and any connecting glassware with water (two times) into the water rinse sample battle Rinse the back hall of the filter holder and any connecting glassware with acetone [one time) and with hexane (two times) into the organic rinse sample bottle Separate CPM Iilter holder and place CPM filter in clean pre-rinsed glass petri dish. Complete CPM-Filt sample label. Disassemble sample train, wpe off excess water and

e organic rinse sample bottle Separate CPM Iilter holder and place CPM filter in clean pre-rinsed glass petri dish. Complete CPM-Filt sample label. Disassemble sample train, wpe off excess water and weigh each impinger. Record the final weights in the Moisture Determination section of this data sheet _.. % spent Pour the contents of the first two impingers into the water rinse calch bottie(s). Rinse impingers, cannecting glassware. And the front half of the CPM filter holder two mes with water into the same bottles. Complete water rinse sample label Note condition of the silica ge! impinger. Rinse the first two impingers, connecting glassware, and the front half of the CPM filter halder acetone (one time} and hexane (two times) into the organic rinse sample bottle[s) Log samples into logboak and stare appropriately z 3 ct a ROS-47 + PM and Condensables| by EPA Method 5/202 Per: EM SOP-047| Issued: July 2023} Document reviewed bennially|