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Home My WebLink AboutAQ_F_3200308_20220412_EI_Apprd-EI (2)2020 Emissions Inventory Review / Data Tracking Form Facilitv Name: AW North Carolina. Inc. Facilitv ID: 3200308 Facility Assigned to: Data Entry: Durham County Classification: Dena Pittman Confidential Copy Submitted? Small ~ s 0 Initial Review / Data Entry ✓ Enter date received into ED. Date Received: g./° Assigned to appropriate individual. Date Assigned: Date Due: D Paper copy submitted: One copy received with supporting documentation, certification form signed by responsible ~fficial, and appears generally complete; OR Cl' Electronic copy submitted: All supporting documentation and certification fonn (with time/date stamp) signed by responsible official has been received. Comments: -~~;;,...£,.s '.:..:->:....:;;...);:_C.._ ... _..J~(._LS.;;;__/J ........... ~r....-__,,._7:_J __ C_u __ A....)=~=· ... s .....:...' ,;;:,ij_#-_......;;.o.;_~_~s:~.,=-...::..' ;:;..C ;:;..<-~5 ....:, __ I~ .._ A) g::;;3, ') c, ! f C\ 1 £ S { "'-!'\ n. 11 4-,-:-f , Inventory Review Er"' All forms and supporting documentation appear to be complete if paper submission ( check ED OS data if electronic). cg./'contact, address, phone number changes entered into I-Beam/Facilities if necessary. Q/' All known operating scenarios, control devices, and emission release points have been entered for each emission source (permitted, insignificant, and unpermitted) or note that the emission source was not operated or not required to report. !lY"Check if SCC codes for each OS are accurate and update if needed. ~Evaluate "U" sources for significance and address according to policy. /V /,,4. a/' Calculations I forms appear to add up correctly. a.---' All compliance issues are being addressed (e.g. Toxics limits, above TV thresholds, large emissions increase/decrease, installation without a permit). ~All volatile HAPs/TAPs were included in the VOC total. ~alculations and control efficiencies appear correct. Emission factors are the best available and most current factors appropriate for the reporting facility (e.g. stack testing, AP-42, etc.). e-"R.eview facility comments and address any issues. p---Update ED (Data Entry Main) if additional information is required (corrections due date and date received). J.I Ji e:V' 9Jieck all ED QA/QC reports. ~omparison with previous emission inventory must be made and outliers (> I 0%) must be investigated and explained. i;I' Put inventory review comments and summarize any changes in ED -Data Entry Main "DAQ internal comments". Date Info Requested: Date Review Complete: Date Submitted to EI Coordinator: Date Info Received: Signature: Total Days on Hold: o/4 Date Approved: Y/ Jc./ 12-2. Initials: Facility Total CY 2020 Emission Summary Recorded in ED Facility ID#: 3200308 Facility Name: AW North Carolina, Inc. Permit #(s): 08748RI 7 Green House Gases Pollutants (GHG) Actual Emissions Tons/Yr % Pollutant CAS Demini-Change mus Not Not NIA Reported Reported CO2 equivalent (sum of individual GHG pollutant emissior NoGHGs times their 1995 IPCC Global Warming Potential (GWP), Reported converted to metric tons) Criteria Pollutants Actual Emissions (Tons/Year) Pollutant CAS CY2020 CY 2012 Demini-% from ED from Fees mus Change co co 9.20 13.75 0.5 -33.1% NOx NOx 6.70 5.45 0.5 22.9% PM(TSP) TSP 5.48 5.05 0.5 8.5% PMI0 PMIO 5.48 5.05 0.5 8.5% PM2.5 PM2.5 5.48 5.05 0.5 8.5% SO2 SO2 0.050000 0.030000 0.5 66.7% voe voe 9.39 14.76 0.5 -36.4% Hazardous Air Pollutants (HAPs) Actual Emissions and/or Toxic Air Pollutants (TAPs) (Pounds/Year) Pollutant CAS CY2020 CY2012 Demini-% from ED from Fees mus Change Manganese & compounds 115.30 Not 10.0 NIA Reoorted Manganese Unlisted Compounds -Specify Compom MNC-Other 125.30 Not 10.0 N/A (Component ofMNC) Reported Dioxane, 1,4-123-91-1 0.030000 Not 0.01 N/A Reported Hexane, n-110-54-3 226.70 172.30 100.0 31.6% Sulfuric acid 7664-93-9 33.35 197.04 100.0 -83.1 % Toluene 108-88-3 100.25 Not 100.0 N/A Reported 04/12/2022 Page I of2 Largest Individu~I HAP Hexane, n-226.70 lbs Total HAP Emissions 452.28 lbs Largest Individual CAP voe 9.39 tons Total CAP Emissions 30.82 tons Total TAP Emissions 485.63 lbs Total Aggregate 30.82 tons Emissions DAO's Comments Regarding Inventory Reduction in CO Emissions due to reduced number of arc welding operations. Increased NOx, Hexane emissions due to increased throughput for brazing ovens. Reduced VOC emissions due to reductions in cleaning/impregnation operations. Reduced sulfuric acid emissions due to reduced number of anodizers. 04/12/2022 Page 2 of2 Facility Name: Facility ID: Pollutant OSID co OS-35 OS-38 OS-39 OS-42 OS-43 9i7/2021 Facility Emissions -Operating Scenarios Per Pollutant AW North Carolina, Inc. 2020 Inventory AW North Carolina, Inc. 3200308 Permit Number(s): Emission 08748R16 Source ID Emission Rate -2020 Emission Rate (Prev) -2012 1.06 Tons I-HE-0005 I-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 4.32 Tons 2.68 Tons HE-0001 HE-0001 HE-0013 HE-0013 HE-0014 HE-0014 HE-N017 HE-N017 HE-N019 HE-N019 9.73 Tons I-WE-N038 I-WE-0006 I-WE-0030 I-WE-N034 I-WE-N036 I-WE-0007 I-WE-0015 l-WE-0018 I-WE-0019 I-WE-0020 I-WE-0028 I-WE-0029 I-WE-N037 0.280000 Tons I-Boiler-I 0.030000 Tons I-EG-001 I-EG-001 Page I of25 Facility Name: Facility ID: Pollutant OSID OS-47 OS-48 AW North Carolina, Inc. 3200308 Emission Source ID I-HE-0005 I-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 I-WE-0006 I-WE-0007 I-WE-0015 I-WE-0018 I-WE-0019 I-WE-0020 I-WE-0028 1-WE-0029 I-WE-0030 I-WE-N034 I-WE-N036 I-WE-N037 I-WE-N038 Emission Rate -2020 0.970000 Tons 3.88 Tons TOT AL in Current Inventor~: 9.20 Tons Dioxane, 1,4- OS-46 0.030000 Pounds CL-0001 CL-0002 CL-0003 CL-0005 CL-0007 CL-0008 CL-0010 CL-0013 CL-0014 CL-0015 CL-0016 CL-0017 CL-0018 CL-0019 CL-0020 CL-0021 CL-0022 CL-0023 CL-0024 91712021 Permit Number(s): 08748R16 Emission Rate (Prev)-2012 I-HE-0005 I-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 1-WE-0006 I-WE-0007 I-WE-0015 l-WE-0018 I-WE-0019 I-WE-0020 I-WE-0028 I-WE-0029 I-WE-0030 I-WE-N034 I-WE-N036 I-WE-N037 I-WE-N038 TOTAL in Previous Inventory: 13.75 Tons CL-0001 CL-0002 CL-0003 CL-0005 CL-0007 CL-0008 CL-0010 CL-0013 CL-0014 CL-0015 CL-0016 CL-0017 CL-0018 CL-0019 CL-0020 CL-0021 CL-0022 CL-0023 CL-0024 Page 2 of25 Facility Name: Facility ID: Pollutant OSID 91'7/2021 AW North Carolina, Inc. 3200308 Emission Source ID CL-0025 CL-0026 CL-0027 CL-0028 CL-0029 CL-0031 CL-0032 CL-0033 CL-0034 CL-0035 CL-0036 CL-0037 CL-0038 CL-0039 CL-0040 CL-0041 CL-0042 CL-0043 CL-0044 CL-0045 CL-0046 CL-0047 CL-0048 CL-0049 CL-0050 CL-0052 CL-0053 CL-0054 CL-0055 CL-0056 CL-0057 CL-0058 CL-0059 CL-0060 CL-0061 CL-0062 CL-0064 CL-0065 CL-0066 CL-0067 CL-0068 CL-0069 CL-0070 CL-N0157 CL-N056 Emission Rate -2020 Permit Number(s): 08748R16 Emission Rate (Prev) -2012 CL-0025 CL-0026 CL-0027 CL-0028 CL-0029 CL-0031 CL-0032 CL-0033 CL-0034 CL-0035 CL-0036 CL-0037 CL-0038 CL-0039 CL-0040 CL-0041 CL-0042 CL-0043 CL-0044 CL-0045 CL-0046 CL-0047 CL-0048 CL-0049 CL-0050 CL-0052 CL-0053 CL-0054 CL-0055 CL-0056 CL-0057 CL-0058 CL-0059 CL-0060 CL-0061 CL-0062 CL-0064 CL-0065 CL-0066 CL-0067 CL-0068 CL-0069 CL-0070 CL-N0157 CL-N056 Page 3 of25 Facility Name: AW North Carolina, Inc. Facility ID: 3200308 Permit Number(s): 08748Rl6 Pollutant OSID Emission Source ID Emission Rate -2020 Emission Rate (Prev) -2012 CL-N071 CL-N071 CL-N072 CL-N072 CL-N073 CL-N073 CL-N074 CL-N074 CL-N075 CL-N075 CL-N076 t CL-N076 CL-N077 CL-N077 CL-N078 CL-N078 CL-N079 CL-N079 CL-N080 CL-N080 CL-N081 CL-N081 CL-N082 CL-N082 CL-N083 CL-N083 CL-N084 CL-N084 CL-N085 CL-N085 CL-N086 CL-N086 CL-N087 CL-N087 CL-N088 CL-N088 CL-N089 CL-N089 CL-N090 CL-N090 CL-N09l CL-N091 CL-N092 CL-N092 CL-N093 CL-N093 CL-N094 CL~N094 CL-N095 CL-N095 CL-N096 CL-N096 CL-N098 CL-N098 CL-N099 CL-N099 CL-Nl00 CL-Nl00 CL-NI0l CL-Nl0I CL-Nl02 CL-N102 CL-N103 CL-Nl03 CL-N104 CL-Nl04 CL-Nl05 CL-N105 CL-N106 CL-Nl06 CL-Nl07 CL-Nl07 CL-Nl08 CL-Nl08 CL-Nl09 CL-N109 CL-NI 10 CL-NI 10 CL-Nl 11 CL-NI 11 CL-Nl 13 CL-Nl 13 CL-Nl 14 CL-NI 14 CL-NI 15 CL-N115 CL-NI 16 CL-NI 16 CL-Nll7 CL-NI 17 9/712021 Page4 of25 Facility Name: Facility ID: Pollutant OS ID 917l2021 AW North Carolina, Inc. 3200308 Emission Source ID CL-NI 19 CL-N120 CL-N121 CL-Nl24 CL-Nl25 CL-N127 CL-Nl28 CL-N129 CL-N130 CL-Nl3 I CL-Nl32 CL-Nl33 CL-Nl34 CL-N135 CL-N136 CL-Nl37 CL-Nl38 CL-N139 CL-Nl40 CL-N14 l CL-N142 CL-N143 CL-Nl44 CL-N14S CL-NI46 CL-N147 CL-N148 CL-N149 CL-Nl50 CL-N151 CL-Nl52 CL-NIS3 CL-NlS4 CL-NISS CL-N156 CL-NIS7 CL-Nl58 CL-Nl59 CL-Nl60 CL-Nl61 CL-N162 CL-Nl63 CL-Nl64 CL-Nl65 CL-Nl94 Emission Rate -2020 Permit Number(s): 08748R16 Emission Rate (Prev) -2012 CL-NI 19 CL-Nl20 CL-N121 CL-Nl24 CL-N125 CL-N127 CL-N128 CL-N129 CL-Nl30 CL-Nl3 I CL-Nl32 CL-N133 CL-N134 CL-N135 CL-Nl36 CL-Nl37 CL-N138 CL-Nl39 CL-N140 CL-Nl41 CL-N142 CL-N143 CL-Nl44 CL-N145 CL-Nl46 CL-N147 CL-Nl48 CL-Nl49 CL-Nl50 CL-N151 CL-Nl52 CL-Nl53 CL-Nl54 CL-Nl55 CL-N156 CL-Nl57 CL-Nl58 CL-NIS9 CL-Nl60 CL-Nl61 CL-N162 CL-Nl63 CL-N164 CL-Nl65 CL-N194 Page 5 of25 Facility Name: Facility ID: Pollutant OSID AW North Carolina, Inc. 3200308 Emission Source ID CL-Nl95 CL-Nl96 CL-Nl97 CL-Nl98 CN-NI 18 HE-N018CL ZM-0051 ZM-Nl29 Emission Rate -2020 TOT AL in Current Inventory: 0.03 Pounds Hexane, n- OS-35 OS-38 OS-42 OS-47 HE-0001 HE-0013 HE-0014 HE-N017 HE-N0l9 I-HE-0005 1-HE-0006 I-HE-0007 I-HE-0008 1-HE-0009 185.00 Pounds 41. 70 Pounds TOT AL in Current Inventory: 226. 70 Pounds Manganese Unlisted Compounds -Specify Compound (Component OS-43 0.000300 Pounds OS-49 9/712021 I-EG-001 1-LB-N00I I-LB-N002 125.30 Pounds Permit Number(s): 08748Rl6 Emission Rate (Prev)-2012 CL-Nl95 CL-Nl96 CL-Nl97 CL-Nl98 CN-NI 18 HE-N0l8CL ZM-0051 ZM-N129 45.30 Pounds 1-HE-0005 I-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 HE-0001 HE-0013 HE-0014 HE-N017 HE-N019 I-Boiler-I I-HE-0005 I-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 115.00 Pounds 12.00 Pounds TOTAL in Previous Inventory:-172.30 Pounds I-EG-001 1-LB-N00I 1-LB-N002 Page 6 of25 Facility Name: Facility ID: Pollutant OSID AW North Carolina, Inc. 3200308 Emission Source ID I-LB-N003 I-LB-N004 1-ZM-N394 Emission Rate -2020 TOT AL in Current Inventory: 125.30 Pounds NOx OS-35 OS-38 OS-39 OS-42 OS-43 OS-47 91712021 HE-0001 HE-0013 HE-0014 HE-N0I7 HE-N019 I-EG-001 I-HE-0005 I-HE-0006 5.15 Tons 0.120000 Tons 1.16 Tons Permit Number(s): 08748Rt 6 Emission Rate (Prev) -2012 I-LB-N003 I-LB-N004 1-ZM-N394 1.26 Tons I-HE-0005 I-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 3.18 Tons HE-0001 HE-0013 HE-0014 HE-N0I7 HE-N019 0.670000 Tons I-WE-0006 I-WE-0007 I-WE-N034 I-WE-N036 I-WE-N037 I-WE-0015 1-WE-0018 I-WE-0019 I-WE-0020 I-WE-0028 I-WE-0029 I-WE-0030 I-WE-N038 I-Boiler-I I-EG-001 I-HE-0005 I-HE-0006 0.330000 Tons 0.010000 Tons Page 7 of25 Facility Name: Facility ID: Pollutant OSID OS-48 AW North Carolina, Inc. 3200308 Emission Source ID I-HE-0007 I-HE-0008 I-HE-0009 I-WE-0006 l-WE-0007 l-WE-0015 I-WE-0018 I-WE-0019 I-WE-0020 l-WE-0028 1-WE-0029 I-WE-0030 I-WE-N034 I-WE-N036 I-WE-N037 I-WE-N038 Emission Rate -2020 0.270000 Tons TOT AL in Current Inventory: 6.70 Tons PM(TSP) OS-35 OS-38 OS-39 9/712021 HE-0001 HE-0013 HE-0014 HE-N017 HE-N019 0.390000 Tons Permit Number(s): 08748Rl6 Emission Rate (Prev) -2012 I-HE-0007 I-HE-0008 I-HE-0009 I-WE-0006 I-WE-0007 I-WE-0015 I-WE-0018 I-WE-0019 I-WE-0020 I-WE-0028 I-WE-0029 I-WE-0030 I-WE-N034 I-WE-N036 I-WE-N037 I-WE-N038 TOT AL in Previous Inventory: 5.45 Tons 0.100000 Tons I-HE-0005 I-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 HE-0001 HE-0013 HE-0014 HE-N017 HE-N019 0.240000 Tons 4.68 Tons I-WE-N038 I-WE-0006 I-WE-N034 I-WE-N036 I-WE-N037 I-WE-0007 I-WE-0015 J-WE-0018 Page 8 of25 Facility Name: Facility ID: Pollutant OSID OS42 OS-43 OS-47 OS-48 OS-49 AW North Carolina, Inc. 3200308 Emission Source ID I-EG-001 I-HE-0005 I-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 I-WE-0006 I-WE-0007 I-WE-0015 I-WE-0018 I-WE-0019 I-WE-0020 I-WE-0028 I-WE-0029 I-WE-0030 I-WE-N034 I-WE-N036 I-WE-N037 I-WE-N038 1-LB-N0OI I-LB-N002 I-LB-N003 I-LB-N004 I-ZM-N394 Emission Rate -2020 0.010000 Tons 0.090000 Tons 1.86 Tons 3.13 Tons TOTAL in Current Inventory: 5.48 Tons PMIO OS-35 9/7/2021 Permit Number(s): 08748R16 Emission Rate (Prev)-2012 I-WE-0019 I-WE-0020 I-WE-0028 I-WE-0029 I-WE-0030 I-Boiler-I I-EG-001 I-HE-0005 I-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 I-WE-0006 I-WE-0007 I-WE-0015 I-WE-0018 I-WE-0019 I-WE-0020 I-WE-0028 I-WE-0029 I-WE-0030 I-WE-N034 I-WE-N036 I-WE-N037 I-WE-N038 1-LB-NOOI I-LB-N002 I-LB-N003 I-LB-N004 I-ZM-N394 0.030000 Tons TOT AL in Previous Inventory: 5.05 Tons 0.100000 Tons Page 9 of25 Facility Name: AW North Carolina, Inc. Facility ID: 3200308 Permit Number(s): 08748R16 Pollutant OSID Emission Source ID Emission Rate -2020 Emission Rate (Prev) -2012 I-HE-0005 I-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 OS-38 0.390000 Tons 0.240000 Tons HE-0001 HE-0001 HE-0013 HE-0013 HE-0014 HE-0014 HE-N0l7 HE-N017 HE-N019 HE-N019 OS-39 4.68 Tons I-WE-N038 I-WE-0006 I-WE-0030 1-WE-N034 I-WE-N036 I-WE-N037 1-WE-0007 I-WE-0015 I-WE-0018 1-WE-0019 I-WE-0020 I-WE-0028 1-WE-0029 OS-42 0.030000 Tons I-Boiler-I OS-43 0.010000 Tons 1-EG-001 I-EG-001 OS-47 0.090000 Tons 1-HE-0005 1-HE-0005 l-HE-0006 I-HE-0006 I-HE-0007 1-HE-0007 1-HE-0008 I-HE-0008 I-HE-0009 1-HE-0009 OS-48 1.86 Tons 1-WE-0006 1-WE-0006 1-WE-0007 I-WE-0007 I-WE-0015 I-WE-0015 91712021 Page 10 of25 Facility Name: Facility ID: Pollutant OSID OS-49 AW North Carolina, Inc. 3200308 Emission Source ID I-WE-0018 I-WE-0019 I-WE-0020 I-WE-0028 I-WE-0029 I-WE-0030 I-WE-N034 I-WE-N036 I-WE-N037 I-WE-N038 1-LB-N00I I-LB-N002 I-LB-N003 I-LB-N004 ITZM-N394 Emission Rate -2020 3.l3Tons TOT AL in Current Inventory: 5.48 Tons PM2.5 OS-35 0S-38 OS-39 9/7/2021 HE-0001 HE-0013 HE-0014 HE-N017 HE-N0l9 0.390000 Tons Permit Number(s): 08748R16 Emission Rate (Prev) -2012 I-WE-0018 I-WE-0019 I-WE-0020 I-WE-0028 I-WE-0029 I-WE-0030 I-WE-N034 I-WE-N036 I-WE-N037 I-WE-N038 1-LB-N00I I-LB-N002 I-LB-N003 I-LB-N004 1-ZM-N394 TOTAL in Previous Inventory: 5.05 Tons 0.l00000Tons I-HE-0005 I-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 HE-0001 HE-0013 HE-0014 HE-N0l 7 HE-N019 0.240000 Tons 4.68 Tons ITWE-N038 I-WE-0006 I-WE-0030 I-WE-N034 I-WE-N036 I-WE-0007 I-WE-0015 I-WE-0018 I-WE-0019 Page l l of25 Facility Name: Facility ID: Pollutant OSID OS-42 OS-43 OS-47 OS-48 OS-49 AW North Carolina, Inc. 3200308 Emission Source ID I-EG-001 I-HE-0005 1-HE-0006 l-HE-0007 I-HE-0008 I-HE-0009 l-WE-0006 I-WE-0007 I-WE-0015 I-WE-0018 1-WE-0019 1-WE-0020 I-WE-0028 I-WE-0029 I-WE-0030 1-WE-N034 I-WE-N036 I-WE-N037 I-WE-N038 1-LB-N00I I-LB-N002 1-LB-N003 1-LB-N004 I-ZM-N394 Emission Rate -2020 0.010000 Tons 0.090000 Tons 1.86 Tons 3.13 Tons TOT AL in Current Inventory: 5.48 Tons S02 OS-35 917/2021 Permit Number(s): 08748R16 Emission Rate (Prev) -2012 I-WE-0020 1-WE-0028 I-WE-0029 I-WE-N037 0.030000 Tons I-Boiler-I 1-EG-001 I-HE-0005 1-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 1-WE-0006 I-WE-0007 I-WE-0015 I-WE-0018 I-WE-0019 I-WE-0020 I-WE-0028 I-WE-0029 I-WE-0030 I-WE-N034 I-WE-N036 I-WE-N037 I-WE-N038 1-LB-N00I I-LB-N002 I-LB-N003 1-LB-N004 1-ZM-N394 TOT AL in Previous Inventory: 5.05 Tons 0.010000 Tons I-HE-0005 Page 12 of25 Facility Name: Facility ID: Pollutant OSID OS-38 OS-43 OS-47 AW North Carolina, Inc. 3200308 Emission Source ID HE-0001 HE-0013 HE-0014 HE-N017 HE-N019 I-EG-001 I-HE-0005 I-HE-0006 l-HE-0007 I-HE-0008 I-HE-0009 Emission Rate -2020 0.030000 Tons 0.010000 Tons 0.010000 Tons TOT AL in Current Inventory: 0.05 Tons Sulfuric acid OS-41 OS-45 1-ZM-0044 I-ZM-M8 I-ZM-N125 33.35 Pounds TOTAL in Current Inventory: 33.35 Pounds Toluene OS-7 4.72 Pounds MP000I OS-16 36.27 Pounds PB-0001 OS-38 0.350000 Pounds 9/7/2021 Permit Number(s): 08748R16 Emission Rate (Prev) -2012 I-HE-0006 1-HE-0007 I-HE-0008 I-HE-0009 HE-0001 HE-0013 HE-0014 HE-N017 HE-N019 I-EG-001 I-HE-0005 I-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 0.020000 Tons TOT AL in Previous Inventory: 0.03 Tons 197.04 Pounds I-ZM-0044 I-ZM-M8 I-ZM-Nl25 I-ZM-0044 I-ZM-M8 I-ZM-N125 TOTAL in Previous Inventory: 97.04 Pounds MP000I PB-0001 Page 13 of25 Facility Name: AW North Carolina, Inc. Facility ID: 3200308 Permit Number(s): 08748Rl6 Pollutant OSID Emission Source ID Emission Rate -2020 Emission Rate (Prev) -2012 HE-0001 HE-0001 HE-0013 HE-0013 HE-0014 HE-0014 HE-N017 HE-N017 HE-N019 HE-N019 OS-43 0.020000 Pounds I-EG-001 I-EG-001 OS-44 50.60 Pounds PW-0001 PW-0001 OS-46 8.21 Pounds CL-0001 CL-0001 CL-0002 CL-0002 CL-0003 CL-0003 CL-0005 CL-0005 CL-0007 CL-0007 CL-0008 CL-0008 CL-0010 CL-0010 CL-0013 CL-0013 CL-0014 CL-0014 CL-0015 CL-0015 CL-0016 CL-0016 CL-0017 CL-0017 CL-0018 CL-0018 CL-0019 CL-0019 CL-0020 CL-0020 CL-0021 CL-0021 CL-0022 CL-0022 CL-0023 CL-0023 CL-0024 CL-0024 CL-0025 CL-0025 CL-0026 CL-0026 CL-0027 CL-0027 CL-0028 CL-0028 CL-0029 CL-0029 CL-0031 CL-0031 CL-0032 CL-0032 CL-0033 CL-0033 CL-0034 CL-0034 CL-0035 CL-0035 CL-0036 CL-0036 CL-0037 CL-0037 CL-0038 CL-0038 9/7/2021 Page 14 of 25 Facility Name: Facility ID: Pollutant OSID 917/2021 AW North Carolina, Inc. 3200308 Emission Source ID CL-0039 CL-0040 CL-0041 CL-0042 CL-0043 CL-0044 CL-0045 CL-0046 CL-0047 CL-0048 CL-0049 CL-0050 CL-0052 CL-0053 CL-0054 CL-0055 CL-0056 CL-0057 CL-0058 CL-0059 CL-0060 CL-0061 CL-0062 CL-0064 CL-0065 CL-0066 CL-0067 CL-0068 CL-0069 CL-0070 CL-N0157 CL-N056 CL-N071 CL-N072 CL-N073 CL-N074 CL-N075 CL-N076 CL-N077 CL-N078 CL-N079 CL-N080 CL-N081 CL-N082 CL-N083 Emission Rate -2020 Permit Number(s): 08748Rl6 Emission Rate (Prev) -2012 CL-0039 CL-0040 CL-0041 CL-0042 CL-0043 CL-0044 CL-0045 CL-0046 CL-0047 CL-0048 CL-0049 CL-0050 CL-0052 CL-0053 CL-0054 CL-0055 CL-0056 CL-0057 CL-0058 CL-0059 CL-0060 CL-0061 CL-0062 CL-0064 CL-0065 CL-0066 CL-0067 CL-0068 CL-0069 CL-0070 CL-N0157 CL-N056 CL-N07l CL-N072 CL-N073 CL-N074 CL-N075 CL-N076 CL-N077 CL-N078 CL-N079 CL-N080 CL-N081 CL-N082 CL-N083 Page 15 of25 Facility Name: Facility ID: Pollutant OSID 9i7i2021 AW North Carolina, Inc. 3200308 Emission Source ID CL-N084 CL-N085 CL-N086 CL-N087 CL-N088 CL-N089 CL-N090 CL-N091 CL-N092 CL-N093 CL-N094 CL-N095 CL-N096 CL-N098 CL-N099 CL-NJOO CL-NIOI CL-N102 CL-NI03 CL-NI04 CL-NJ05 CL-NJ06 CL-N107 CL-N108 CL-NJ09 CL-NI JO CL-Nl 11 CL-NI 13 CL-NI 14 CL-N115 CL-NJJ6 CL-Nl17 CL-NI 19 CL-Nl20 CL-Nl21 CL-N124 CL-Nl25 CL-Nl27 CL-Nl28 CL-NJ29 CL-NJ30 CL-N131 CL-N132 CL-NJ33 CL-Nl34 Emission Rate -2020 Permit Number(s): 08748R16 Emission Rate (Prev) -2012 CL-N084 CL-N085 CL-N086 CL-N087 CL-N088 CL-N089 CL-N090 CL-N091 CL-N092 CL-N093 CL-N094 CL-N095 CL-N096 CL-N098 CL-N099 CL-NlOO CL-NJ OJ CL-NJ02 CL-NJ03 CL-N104 CL-Nl05 CL-N106 CL-Nl07 CL-Nl08 CL-Nl09 CL-NI 10 CL-NI 11 CL-NI 13 CL-NI 14 CL-Nl 15 CL-NI 16 CL-NI 17 CL-Nll9 CL-NJ20 CL-N121 CL-N124 CL-N125 CL-Nl27 CL-N128 CL-N129 CL-NJ30 CL-Nl31 CL-Nl32 CL-NJ33 CL-N134 Page 16 of25 Facility Name: AW North Carolina, Inc. Facility ID: 3200308 Permit Number(s): 08748R16 Pollutant OSID Emission Source ID Emission Rate -2020 Emission Rate (Prev) -2012 CL-N135 CL-N135 CL-N136 CL-Nl36 CL-N137 CL-NI37 CL-Nl38 CL-N138 CL-Nl39 CL-N139 CL-N140 CL-N140 CL-N141 CL-N141 CL-Nl42 CL-N142 CL-Nl43 CL-NI43 CL-Nl44 CL-Nl44 CL-Nl45 CL-NI45 CL-Nl46 CL-NI46 CL-N147 CL-N147 CL-Nl48 CL-N148 CL-N149 CL-Nl49 CL-Nl50 CL-Nl50 CL-Nl51 CL-Nl51 CL-Nl52 CL-Nl52 CL-N153 CL-N153 CL-Nl54 CL-N154 CL-N155 CL-Nl55 CL-N156 CL-Nl56 CL-Nl57 CL-Nl57 CL-Nl58 CL-NI58 CL-Nl59 CL-Nl59 CL-NI60 CL-Nl60 CL-NI61 CL-N161 CL-Nl62 CL-N162 CL-Nl63 CL-N163 CL-N164 CL-Nl64 CL-N165 CL-Nl65 CL-Nl94 CL-Nl94 CL-Nl95 CL-N195 CL-Nl96 CL-Nl96 CL-Nl97 CL-N197 CL-Nl98 CL-Nl98 CN-Nl 18 CN-Nl18 HE-N018CL HE-N0l8CL ZM-0051 ZM-0051 ZM-Nl29 ZM-Nl29 OS-47 0.080000 Pounds I-HE-0005 I-HE-0005 1-HE-0006 I-HE-0006 I-HE-0007 I-HE-0007 9/7/2021 Page 17 of25 Facility Name: Facility ID: Pollutant OSID AW North Carolina, Inc. 3200308 Emission Source ID I-HE-0008 I-HE-0009 Emission Rate -2020 TOT AL in Current Inventory: 100.25 Pounds voe OS-7 0.020000 Tons MP000I OS-16 0.080000 Tons PB-0001 OS-35 OS-36 OS-38 0.280000 Tons HE-0001 HE-0013 HE-0014 HE-NOi? HE-N019 OS-40 9/7/2021 Permit Number(s): 08748R16 Emission Rate (Prev) -2012 I-HE-0008 I-HE-0009 MP000l PB-0001 I-HE-0005 I-HE-0006 l-HE-0007 l-HE-0008 l-HE-0009 0.030000 Tons 0.070000 Tons 1.09 Tons CL-N083(L 12)-IP-A CL-N083(L 12)-IP-B CL-N084(K 12)-IP-A CL-N084(K 12)-IP-B CL-N085(H 12)-IP CL-N087(Nl 1)-IP-A CL-N087(Nl 1)-IP-B 0.180000 Tons HE-0001 HE-0013 HE-0014 HE-N017 HE-N019 13.37 Tons CL-0046 CL-0047 CL-0048 CL-0049 CL-0050 CL-0052 CL-0053 CL-0054 CL-0056 Page 18 of25 Facility Name: Facility ID: Pollutant OSID 9/7/2021 AW North Carolina, Inc. 3200308 Emission Source ID Emission Rate -2020 Permit Number(s): 08748Rl6 Emission Rate (Prev) -2012 CL-0057 CL-0058 CL-0059 CL-0060 CL-0061 CL-0062 CL-0064 CL-0065 CL-0066 CL-0067 CL-0068 CL-0069 CL-0070 CL-N056 CL-N071 CL-N072 CL-N073 CL-N074 CL-N075 CL-N079 CL-N080 CL-N081 CL-N082 CL-N083 CL-N084 CL-N085 CL-N086 CL-N087 CL-N088 CL-N089 CL-N090 CL-N091 CL-N092 CL-N093 CL-N094 CL-N095 CL-N096 CL-N098 CL-N099 CL-NIOO CL-NI0I CL-Nl03 CL-N104 CL-Nl05 CL-Nl06 Page 19 of25 Facility Name: Facility ID: Pollutant OSID 91712021 AW North Carolina, Inc. 3200308 Emission Source ID Emission Rate -2020 Permit Number(s): 08748Rl6 Emission Rate (Prev) -2012 CL-Nl07 CL-Nl08 CL-N109 CL-Nll0 CL-NI 11 CL-NI 13 CL-NI 14 CL-NI 15 CL-NI 16 CL-Nl 17 CL-Nl20 CL-Nl21 CL-Nl24 CL-Nl25 CL-Nl27 CL-Nl28 CL-Nl29 CL-Nl30 CL-Nl31 CL-Nl32 CL-Nl33 CL-Nl34 CL-N135 CL-Nl36 CL-Nl37 CL-Nl38 CL-Nl39 CL-Nl40 CL-Nl41 CL-Nl42 CL-Nl43 CL-Nl44 CL-Nl45 CL-Nl46 CL-Nl47 CL-Nl48 CL-Nl49 CL-NIS0 CL-Nl51 CL-Nl52 CL-Nl53 CL-Nl54 CL-NISS CL-Nl56 CL-Nl57 Page 20 of2S Facility Name: AW North Carolina, Inc. Facility ID: 3200308 Permit Number(s): 08748R16 Pollutant OSID Emission Source ID Emission Rate -2020 Emission Rate (Prev)-2012 CN-Nl 18 HE-N018CL ZM-0051 ZM-M200 ZM-N129 CL-0001 CL-0002 CL-0003 CL-0005 CL-0014 CL-0015 CL-0016 CL-0017 CL-0018 CL-0019 CL-0020 CL-0021 CL-0022 CL-0023 CL-0024 CL-0025 CL-0026 CL-0027 CL-0028 CL-0031 CL-0032 CL-0033 CL-0034 CL-0035 CL-0036 CL-0037 CL-0038 CL-0039 CL-0040 CL-0043 CL-0044 OS-42 0.020000 Tons I-Boiler-I OS-43 0.010000 Tons I-EG-001 I-EG-001 OS-44 0.040000 Tons PW-0001 PW-0001 9/712021 Page 21 of25 Facility Name: AW North Carolina, Inc. Facility ID: 3200308 Permit Number(s): 08748Rl6 Pollutant OSID Emission Source ID Emission Rate -2020 Emission Rate (Prev) -2012 OS-46 8.90 Tons -CL-0001 CL-0001 CL-0002 CL-0002 CL-0003 CL-0003 CL-0005 CL-0005 CL-0007 CL-0007 CL-0008 CL-0008 CL-0010 CL-0010 CL-0013 CL-0013 CL-0014 CL-0014 CL-0015 CL-0015 CL-0016 CL-0016 CL-0017 CL-0017 CL-0018 CL-0018 CL-0019 CL-0019 CL-0020 CL-0020 CL-0021 CL-0021 CL-0022 CL-0022 CL-0023 CL-0023 CL-0024 CL-0024 CL-0025 CL-0025 CL-0026 CL-0026 CL-0027 CL-0027 CL-0028 CL-0028 CL-0029 CL-0029 CL-0031 CL-0031 CL-0032 CL-0032 CL-0033 CL-0033 CL-0034 CL-0034 CL-0035 CL-0035 CL-0036 CL-0036 CL-0037 CL-0037 CL-0038 CL-0038 CL-0039 CL-0039 CL-0040 CL-0040 CL-0041 CL-0041 CL-0042 CL-0042 CL-0043 CL-0043 CL-0044 CL-0044 CL-0045 CL-0045 CL-0046 CL-0046 CL-0047 CL-0047 CL-0048 CL-0048 CL-0049 CL-0049 917/2021 Page 22 of25 Facility Name: AW North Carolina, Inc. 3200308 Facility ID: Pollutant OSID 91712021 Emission Source ID CL-0050 CL-0052 CL-0053 CL-0054 CL-0055 CL-0056 CL-0057 CL-0058 CL-0059 CL-0060 CL-0061 CL-0062 CL-0064 CL-0065 CL-0066 CL-0067 CL-0068 CL-0069 CL-0070 CL-N0l57 CL-N056 CL-N07l CL-N072 CL-N073 CL-N074 CL-N075 CL-N076 CL-N077 CL-N078 CL-N079 CL-N080 CL-N081 CL-N082 CL-N083 CL-N084 CL-N085 CL-N086 CL-N087 CL-N088 CL-N089 CL-N090 CL-N091 CL-N092 CL-N093 CL-N094 Emission Rate -2020 Permit Number(s): 08748R16 Emission Rate (Prev) -2012 CL-0050 CL-0052 CL-0053 CL-0054 CL-0055 CL-0056 CL-0057 CL-0058 CL-0059 CL-0060 CL-0061 CL-0062 CL-0064 CL-0065 CL-0066 CL-0067 CL-0068 CL-0069 CL-0070 CL-NOl57 CL-N056 CL-N071 CL-N072 CL-N073 CL-N074 CL-N075 CL-N076 CL-N077 CL-N078 CL-N079 CL-N080 CL-N081 CL-N082 CL-N083 CL-N084 CL-N085 CL-N086 CL-N087 CL-N088 CL-N089 CL-N090 CL-N091 CL-N092 CL-N093 CL-N094 Page 23 of25 Facility Name: Facility ID: Pollutant OSID 9'7/2021 AW North Carolina, Inc. 3200308 Emission Source ID CL-N095 CL-N096 CL-N098 CL-N099 CL-NI00 CL-NI0I CL-Nl02 CL-NI03 CL-N104 CL-N105 CL-Nl06 CL-NI07 CL-N108 CL-N109 CL-NI 10 CL-NI 11 CL-NI 13 CL-Nl 14 CL-N115 CL-Nll6 CL-NI I 7 CL-NI 19 CL-Nl20 CL-N121 CL-Nl24 CL-N125 CL-Nl27 CL-N128 CL-Nl29 CL-N130 CL-Nl31 CL-Nl32 CL-Nl33 CL-Nl34 CL-Nl35 CL-Nl36 CL-Nl37 CL-Nl38 CL-Nl39 CL-Nl40 CL-Nl41 CL-N142 CL-Nl43 CL-Nl44 CL-N145 Emission Rate -2020 Permit Number(s): 08748R16 Emission_ Rate (Prev)-2012 CL-N095 CL-N096 CL-N098 CL-N099 CL-NIOO CL-Nl0l CL-Nl02 CL-N103 CL-Nl04 CL-N105 CL-NI06 CL-N107 CL-N108 CL-N109 CL-NI 10 CL-NI 11 CL-NI 13 CL-NI 14 CL-NI 15 CL-NI 16 CL-NI 17 CL-NI 19 CL-N120 CL-N121 CL-N124 CL-N125 CL-N127 CL-Nl28 CL-N129 CL-Nl30 CL-N131 CL-Nl32 CL-N133 CL-N134 CL-N135 CL-Nl36 CL-N137 CL-Nl38 CL-Nl39 CL-Nl40 CL-N141 CL-N142 CL-Nl43 CL-Nl44 CL-N145 Page 24 of25 Facility Name: Facility ID: Pollutant OSID OS-47 AW North Carolina, Inc. 3200308 Emission Source ID CL-N146 CL-N147 CL-Nl48 CL-Nl49 CL-N150 CL-N151 CL-Nl52 CL-N153 CL-N154 CL-Nl55 CL-Nl56 CL-N157 CL-Nl58 CL-NI59 CL-Nl60 CL-N161 CL-Nl62 CL-Nl63 CL-N164 CL-N165 CL-Nl94 CL-Nl95 CL-NI96 CL-Nl97 CL-Nl98 CN-Nl 18 HE-N0I8CL ZM-0051 ZM-Nl29 I-HE-0005 1-HE-0006 I-HE-0007 1-HE-0008 I-HE-0009 Emission Rate -2020 0.060000 Tons TOT AL in Current Inventory: '-39 Tons 9/7/2021 ·; Permit Number(s): 08748Rl6 Emission Rate (Prev)-2012 CL-N146 CL-N147 CL-N148 CL-Nl49 CL-N150 CL-Nl51 CL-Nl52 CL-Nl53 CL-Nl54 CL-Nl55 CL-Nl56 CL-Nl57 CL-N158 CL-N159 CL-Nl60 CL-N16I CL-Nl62 CL-N163 CL-N164 CL-N165 CL-Nl94 CL-N19S CL-Nl96 CL-N197 CL-N198 CN-Nl 18 HE-N018CL ZM-0051 ZM-N129 I-HE-0005 I-HE-0006 I-HE-0007 I-HE-0008 I-HE-0009 TOTAL in Previous Inventory: l4.76 Tons Page 25 of25 r r r r r r r r r r r r r r [ r r r f This form is for Non-Title V facilities If this facility is classified as Title V, please obtain and use the appropriate fonn COPY of RECORD Date Submitted: 6/30/2021 10:05:59 Inventory Certification Fonn(Non-Title V) Facility Name: AW North Carolina, Inc. 4112 Old Oxford Highway Durham, NC 27712 North Carolina Department ofEn~·ironmentol Quality Division of Air Quality Facility ID : 3200308 Permit: 08748 County: Durham DAQ Region : RRO Air Pollutant Point Source Emissions Inventory-Calendar Year 2020 These forms must be completed and retumed even if the facility did not operate or emissions were zero The legally defined "Responsible Official" of record for your facility Is Jeff Newton This person or one that meets the definition below must sign this certification form. The official submitting the infonnation must certify that he/she complies with the requirements as specified in Title I SA NCAC 2Q .0304(j) which define the responsible official as the following: 1. For corporations. by principal executive officer of at least the level of vice-president.or his duly authorized representative. if such representative is responsible for overall operationof the facility from which the emissions described in the permi1 application fonn originates 2. for partnership or limited pannership, by a general partner 3. for a sole proprietorship, by the proprietor 4. for municipal, state federal, or other public entity. by a principal executive officer, rankingelected official. or other dul} authorized employee ~EBIIEICA TIQN ST a Tt;MEfil: (lm111t1:taol, La:alb: Bu1111nsil!lt Qffi,ial, a:a!l aoll 1i1n l!fttr all 111!!minill!!s ac, final,} I certify that I am the responsible official for this facility. as described above. and hereby certify that the infonnation contained in this air emissions report, including attached calculations and documentation. is true, accurate and complete. (Subject to legal penalties of up to $25,000 per occurrence and possible imprisonment as outlined in G.S. § 143-21 S.3(a)(2)) Responsible Official's Signature Below (use blue ink): Date Signed: ~ 3'1) -2/ Printed Name: . u .. ,,L,,_, ,k ~t:1,,,-s-.r1 Signature: c2 .,,,,e ~ ,/? This form applies to Non Title V facilities. If this facility is classified asTi1le V, please telephone your regional office Emission Inventory Contact at once for proper fonnsand classification. Email address of Responsible Official: jefJrieWJDh@anac.com Information on this Form cannot be held confidential COP\" of RECORD Dal~ Submillcd: 6/30/2021 I 0:0S:S9 NC Dept of Environmental Quality JUL 1 2 2021 Raleigh Regional Office r r r r r r f r r ri r r r r r f r NC Dept of :Environmental (lualtty JUL 1 2 2021 Raleigh Regional Office COPY of RECORD Date Submitted: 6/30/2021 10:05:59 Facility Name: AW North Carolina. Inc. 4112 Old Oxford Highway Durham. NC 27712 As entered in AERO Facility ID : 3200308 Permit: 08748 County: Durham DAQ Region : RRO Listing of Emission Sources and Control Devices on Permit. See instructions . . . . . ES ID on ES Description CSID CS Description CD ID's Air Permit CL-0001 cleaning station CL-0002 cleaning station CL-0003 cleaning station CL-0005 cleaning station CL,0007 cleaning station CL-0008 cleaning station CL-0010 cleaning station CL-0013 cleaning station CL-0014 cleaning station CL-0015 cleaning station CL-0016 cleaning station CL-0017 cleaning station CL-0018 cleaning station CL-0019 cleaning station CL-0020 cleaning station CL-0021 cleaning station CL-0022 cleaning station CL-0023 cleaning station CL-0024 cleaning station CL-0025 cleaning station CL-0026 cleaning station CL-0027 cleaning station CL-0028 cleaning station CL-0029 cleaning station C'L-0031 cleaning station CL 0032 cleaning station CL-0033 cleaning station CL-0034 cleaning station CL-0035 cleaning stallon CL·0036 cleaning station CL-0037 cleaning station CL-0038 cleaning station CL-0039 cleaning station CL-0040 cleaning station CL-0041 cleaning station CL-0042 cleaning station CL-0043 cleaning station CL-0044 cleaning station 2 r r r r r r r f r r r r r r r r CL-0045 CL-0046 CL-0047 CL-0048 CL-0049 CL-0050 CL-00S2 CL-00S3 CL-0054 CL-0055 CL-0056 CL-0057 CL-00S8 CL-0059 CL-0060 CL-0061 CL-0062 CL-0064 CL-0065 CL-0066 CL-0067 CL-0068 CL-0069 CL-0070 CL-N0l57 CL-N056 CL-N071 CL-N072 CL-N073 CL-N074 CL-N075 CL-N076 CL-N077 CL-N078 CL-N079 CL-N080 CL-N08I CL 1'082 CL.N083 CL- N083(Ll2)- IP•A CL- N083(l I 2)- IP-B CL-N084 CL- N084(K 12)- JP-A CL- N084(Kl2)- IP-B CL-NOSS cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning s1a1ion cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station Cleamng Station Cleaning Station Cleaning Station Cleaning Station Cleaning Station Cleaning Station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleanmg station cleaning station deaning station cleaning station cleaning station cleaning station cleaning station cleaning station printing station printing s1.1t1on cleaning station printing station printing station cleaning station 3 r f f r r r r r f r r r r r r """ CL- N085(Hl2)- IP CL•N086 CL-N087 CL- N087(Nl 1)- IP-A CL- N087(NI 1)- IP-B CL-N088 CL N089 CL-N090 CL-N091 CL•N092 CL•N093 CL-N094 CL-N095 CL-N096 CL-N098 CL-N099 CL-NIO0 CL-NI0I CL-N102 CL-N103 CL-l\"104 CL-NI05 CL-NI06 CL-Nl07 CL-NI08 CL-NI09 CL-l\"110 CLNlll CL-N113 CL-NI 14 CL-NI 15 CL l\"116 CL-NI 17 CL-Nl 19 CL-1\:120 CL-N121 CL-Nl24 CL-l'sl25 CL-Nl27 CL-NI 28 CL-N129 CL•N130 CL-Nl31 CL-Nl32 CL-Nl33 CL-NJ34 CL-N135 CL-Nl36 printing station cleaning station cleaning station printing station printing station cleaning station cleaning station cleamng station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleanmg station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning sta11on cleaning station cleaning station cleaning station cleaning station cleaning station cleanmg station cleaning station cleaning station cleaning station cleamng station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleanmg station 4 r r r r r r r r r r r r r r r CL-Ni37 CL-N138 CL-Nl39 CL-Nl40 CL-1'141 CL-N142 CL-N143 CL-Nl44 CL-Nl45 CL-Nl46 CL-Nl47 CL-Nl48 CL-Nl49 CL-Nl50 CL-NlSI CL-Nl52 CL-Nl53 CL-N154 CL-N155 CL-N 156 CL Nl57 CL 1\158 CL-J\159 CL-l\'160 CL-Nl61 CL•N162 CL-N163 CL-Nl64 CL-Nl65 CL-N194 CL-N195 CL-Nl9<, CI.-Nl97 CL-Nl98 CN-NI 18 HE-0001 HE-0013 HE-0014 HE-N0J7 HE-N0l8CL HE-N0l9 1-1:.G-001 1-HE-0005 I-HE-0006 I-HE-0007 I HE-0008 1-HE-0009 l•HE-0020 1-LB-N00I I-LB-!\002 J-LB-N003 cleamng station cleaning station cleaning stauon cleaning station cleaning station cleanini station cleaning station cleaning station cleaning station cleaning station cleamng station cleanmg station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning stauon cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station shot-blast washing machine cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station cleaning station brazing oven brazini; oven brazing oven brazing oven cleaning station brazing oven Diesel-fired Emergency Generator (250 kilowall) (NESHAP Subpart ZZZZ) heat treating furnace heat treating furnace heat treating furnace heat treating furnace heat treating furnace heat treating furnace laser welding station/booth laser welding station/booth laser weldmg station/booth 5 n r r r f r r r r r r r r r r r n r 1-LB-N004 l-TM-0037 1-TM-0038 1-TM-0039 1-TM-0040 I-TM-0041 I-TM-0042 I-TM-0070 I-TM-0071 1-TM-0072 1-TM-0082 I-TM-0083 I-TM-0084 I-TM-M200- I l-TM-M200- 2 l-TM-M200- 3 J-TM-M200- 4 1-WE-0006 1-WE-0007 J-WE-0015 I-WE-0018 I-WE-0019 J-WE-0020 I-WE-0028 1-WE-0029 1-WE-0030 I-WE-0031 1-WE-M200- I l-WE-M200- 2 laser welding station/booth final testing station (D10) final testing station (010) final testing station (D l 0) final testing station (DI 0) final testing station (D 11) final testing station (D 16) final testing station (F 10) final testing station (FI 0) final testing station (FI 0) final testing station ( D 15) final testing stalJon (D 15) final testing station (D 16) final testing station (D4) final testing station ( D4) final testing station ( D4} final testing station ( D4) submerged arc welder (F5) vented to cartridge-type fabric filter (CD ID No. FN-0004) submerged arc welder (G5) vented to canridge-type fabric filter (CD ID No. FN-0004) submerged arc welder (J6) vented to canridge-type fabric filter (CD ID No. FN 0016) submerged arc welder (H6) vented to cartridge-type fabnc filter ( CD ID No. Fl\'-0016) submerged arc welder (H6) vented to can ridge-type fabric tilter (CD ID No. Fl\-0016) submerged arc welder (F5) vented to cartndge-type fabric filter (CD ID No. FN-0004) submerged arc welder (JI 5) vented 10 canndgc-type fabric filter (CD ID No. FN-N018) submerged arc welder (HIS) vented to canndge-type fabric filter (CD TD No. FN-N018) submerged arc welder (J 16) vented to canridge-type fabric filter (CD ID No. Fl\-NOl8) submerged arc welder (J 16) vented to carmdge-type fabric filter (CD ID No. FJ\'-N018) submerged arc welder (G4) vented to camidge-type fabric filter (CD ID No. FN-0005) submerged arc welder (F5) vented to cartridge-type fabric filter (CD ID No. FN-0004) 6 n r r r r r r r r r r r r ... .. J-WE-M200- 3 1-WE-M200- 4 1-WE-M904- I 1-WE•N034 J-WE-N036 1-WE-N037 1-WE-1\038 1-ZM-0044 1-ZM-MR 1-ZM-1' 125 J-ZM-N394 MPOO0I PB-0001 PW-0001 ZM-0051 ZM•Nl29 ZM-NJ70 submerged arc welder ( G4) vented to canridgc-type fabric filter (CD ID No. FN-0003) tig welder (K4} submerged arc welder vented to cartridge-type fabric filter (CD ID No. FN-N024) welding ( K 15) vented to cartridge• type fabric filter (CD ID No. FN- N023) welding (Kl6) vented to canridgc- type fabric filter (CD ID No. FN- N023) welding (K 16) vented to cartridge- type fabric filter (CD ID No. FN- N023) welding (M 15) vented to cartridge- type fabric filter (CD ID No. FN- N023) sulfuric acid anodizer (valve body cleaning Statton) (F7) sulfuric acid anodizer (MR) sulfuric acid anodizer ( H8) laser marker manual painting operations paint spray booth Paint Gun Washer impregna11on station impregnation station dip tank 7 r r r r r r r r r r r r r r .. COPY of RECORD Date Submitted: 6/30/202110:05:59 As entered in AERO Facility Name: AW North Carolina. Inc. 4112 Old Oxford Highway Durham. NC 27712 Emission Source & Operating Scenario List -See Instructions * ES Group ID *Es ID I-HE-0007. l-HE-0008. I- GR6 HE-0009. 1-HE-0005. I-HE- 0006 CL N083(Ll2)-IP-A. CL- N085(H12)-IP. Cl- N083(L 12)-JP-B, CL- GR? N084(K12)-IP-A. CL- N084(K 12)-IP-B. CL- 1'087(N 11 )-IP-A. CL- N087(Nl I )-IP-8 I-TM-0042. 1-TM-0037, 1- TM-0038. J-TM-0039. J- GR8 TM-0040. 1-TM-0041. I, Dll-0070, I-TM"007 l. I- TM-0072 GR24 I-ZM-0044. 1-Z"1-M8, I ZM-N125 . OSID 47 36 NOf\E 45 Facilitv ID : 3200308 Permit : 08748 County : Durham DAQ Region : RRO * OS Description Heat Treating Furnaces Printing Stations Throughout Plant NONE One Sulfuric Acid Anodizer I LB-N003, 1-LB-N004, !-Eleven ( I I) laser welders and one (I) laser GR28 LB-NOOJ. J-LB-N002. 1-49 ZM-N394 marker. G-142 HE-0001, HE-0013. HE-38 Brazing Ovens 0014, HE-N017. HE-N0l9 8 r r r r r r f r r r r r r r r r - G 154 CL-0001, CL-0002, CL- 0003. CL-0017. CL-0018. CL-0005. CL-0014. CL- 0007. CL-0035, CL-0008. CL-0010, CL-0013. CL- 0015. CL-0016. CL-0019. CL 00:20. CL-0021. CL 0022. CL-0023, CL-0024. CL 0025, CL-0026. CL 0027. CL-0028. CL-0029. CL-0031. CL-0032, CL- 0033. CL-0034, CL-0064. CL-0066. CL-0067. CL 0068. CL-0069. CL-0070. CL-N056. CL-N072, CL- N073, CL-N074. CL-N075, CL.J\'080, CL-N081. CL- N082. CL-N083. CL-N085. CL-1' I 08. CL-'>: I 09, CL· NI 10. CL-NI 11, CL-NI 13. CL-N084. CL-N086. CL- N087. CL-N088. CL-N089. CL-N093, CL-M94, CL· N095, CL-N090, CL-~091, CL-N092. CL-N096. CL N098. CL-N099. CL-NI 00. CL-1' IOI. CL-1' 103, CL- NI04, CL-NJ05. CL-NJ06. CL-NI07. CL-NI 16. CL- 0036. CL-0037. CL-0038. CL-0039, CL-0044. CL- 0045. CL 0047. CL-0048. CL-0049. CL 0050. CL-46 Cleaning stations/Impregnation Stations 0052. CL-0053, CL-0054. CL-0055. CL-0056. CL- 0057. CL 0058. CL-0059. CL,0060. CL-0040. CL- 0041. CL-0042, CL-0043. CL-0061. CL-0062. CL- 0065. CL-N0157, CL-N076. CL-N077. CL-N078. CL- N079. CL-0046, CL-NO? 1. CL-NI 17. CL-Kl 19, CL- Nl20, CL-Nl2 I. CL-N124. CL-N 125. CL-N 128, CL· Nl29, CL-NIJO, CL-Nl31. CL-Nl32. CL-K133, CL- Nl34, CL-N137. CL-Nl38. CL-N140. CL-:-: I 02, CL- NI 14, CL-1\115. CL-K127, CL-N 135. CL-!': 136. CL- N 139. CL-Nl4I. CL-Nl42, CL-N 143, CL-N 144, CL· Nl45, CL-Nl46. CL-1'147, CL-Nl48. CL-N149. CL N 150. CL-1' 151. CL-N 152, CL-l\'153. CL-Nl54, CL· Nl55, CL Nl56, CL-N157. CL-Nl58. CL-N159. CL- N160. CL-Nl61. CL-1'162, CL-N 163, CL-!\ 164. CL- Nl65, CL-Nl97. CL Nl94. CL-N 195. CL-~ 196. CL Nl98. CN-Nl 18. HE- NOJSCL, ZM-0051. ZM- ~129 9 r r r f r r t [ r r r r r r r r ... ... G-155 l-WE-0006. l-WE-0007.1- WE-0015. I-WE-0018. I- WE-0019. I-WE 0020. J. WE-0028. l-WE-!'.034, 1- WE-N036. 1-WE-N037. I- WE-N038. I WE-0029. I- WE-0030 1-EG-001 l•HE-0020 I-TM-0082 1-TM-0083 I-TM-0084 T-TM-M200-I I-TM-M200-2 1-TM-M200-3 1-TM-M200-4 1-WE-0031 I-WE-M200-1 I-WE-M200-2 I-WE-M200-3 1-WE-M:200-4 I-WE-M904-1 MPOO0! PB-0001 PW-0001 ZM Nl70 48 Nine Arc Welders ( I Tig Welder) 43 Diesel-fired Emergency Generator (335- horsepower) NONE NONE NONE NONE NONE NONE NONE NONE NONE NONE NONE NONE NO?\'E NONE NONE NONE NONE NONE NONE NONE NOl\'E NONE NONE NON£ N01'E NONE so I-WE-M904 I 7 Manual Painting 16 Paint Spray Booth 44 Paint Gun Washer 30 Dip Tank 10 fl r r r r r r r f r r r f r r r r COPY of RECORD Date Submitted: 6/30/202110:05:59 As entered in AERO Facility Name: AW North Carolina, Inc. 4112 Old Oxford Highway Durham, NC 27712 North Carolina Department of Environmental Quality Division of Air Quality Facilitv ID : 3200308 Permit: 08748 County : Durham DAQ Region : RRO Air Pollutant Point Source Emissions lnventoQ· -Calendar Year 2020 1. Emission Source ID (from permit) or Emission Source Group ID 2. Emission Source Description : Group GR6 consisting ofl-HE-0007, I-HE-0008. I-HE-0009, I-HE- 0005. I-HE-0006 Heat Treating Furnaces 3. Operating Scenario ID/ OS -47/Heat Treating Furnaces Description: ---------------------------- 4. SCC Number/Description: Not required by facility, will be completed by DAQ 5. Throughput/units in 2020: 6624 HR/yr (e.g. production or fuel use); ____ ..;.... _______________________ _ 6. Fuel Information (If fuel is used) 7. Capture Efficiency (% ofEm1ss1ons from this Process Vented lo Control Device or Stack): 8. Control Device Information :None Order CS-ID CDID %Sulfur (as listed in permit) ¾Ash I Heat Content (Btu/uniL~) Control Device Description 9. Emission Release Point (ERP) Information: <Sources vented to more th~n one ERP use additional entry lines); ERPID ERP Type Height Diameter Temperature Velocity Volume Flow rrn fe.:I) Circle lcn1.:r #), (F) (fe~t:,.e'-·• Rate tAdmJ Ro<14ngle IL • \II) (,n O I reel) HE-VERTICAL 35 I 150 15.1 711.57 0006 STACK HE-VERTICAL 35 0005 STACK 1 150 15. I 711.57 HE-VERTICAL 35 1 150 15.1 711.57 0008 STACK HE-VERTICAL 35 I 150 15.1 711.57 0009 STACK HE-VERTICAL 35 I 150 15.1 711.57 0007 STACK ERP Description Heat Treating Stack Heat Treating Stack Heat Treating Stack Heat Treating Stack Heat Treating Stack 11 n r r r r r [ r r r r r r r 7 M .. .. Operating Scenario: OS -4 7 Emission Source/Group ID: GR6 10. Operating Schedule:(Source/OperatingScenano that best characterizes Calendar Year 2020) Hours per Day ( 24 ) Days per Week ( 6 ) Weeks per Year ( 46 ) 11. Typical Start & End Times }'or Operating Scenario: Start: 0 End: 2359 12. Seasonal Periods Percent Annual Throughput: Jan-Feb+ Dec 2020 25% March-May 2020 25% June-Aug. 2020 Sept.-Nov. 2020 13. Actual Emissions per Pollutant Listed : Attach calculations and documentation of emission factors or other estimation methods used. Emissions-Emission Control GHG CAS GHG Estimation Efficiency Emission Pollutants Pollutants Method Code (!';e1 a~ler Factor (Tons/Year) (Soc ln.<trucuonsl all controls) 2020 Criteria Emissions-Emission Control (NAAQS) Pollutant Criteria Estimation Efficiency Emission Pollutants Code Pollutants Method Code (~ctulkr Factor (T(K'lslYear) tSee ln~tn,ctton..;) all tontrob) 2020 co co 0.97 09 NOx NOx 1.16 09 TSP TSP 0.09 09 PMI0 PMI0 0.09 09 P!\12.S PM2.5 0.09 09 S02 S02 0.01 09 voe voe 0.06 09 Emissions Emission Control HAPffAP CAS Estimation Emission Pollutants Cln A phal><1ic• Ord<r) -'" sec an!l;tructions) HAPffAPS Method Code Efficienc,· Factor 1Pounds/Ycar) (Nc1 antr :llJ conL;ols) (Sc~ tn:Jtru(..·uon~l 2020 Hexane, n-110-54-3 41.7 09 Toluene 108-88-3 0.08 09 25% Ef Control Ef Control EF Control 13 n r r r r r r r r r r r r COPY of RECORD Date Submitted: 6/30/2021 10:05:59 As entered in AERO Facility Name: AW North Carolina. Inc. 4112 Old Oxford Highway Durham. 1'C 27712 Facility ID : 3200308 Permit : 08748 County : Durham DAQ Region : RRO North Carolina Department of Environmental Quality Division of Air Quality Air Pollutant Point Source Emissions Inventory -Calendar Year 2020 I. Emission Source ID (from permit) or Emission Source Group ID 2. Emission Source Description : 3. Operating Scenario ID/ Description: 4. SCC Number/Description: 5. Throughput/units in 2020: (e g. production or fuel use). 6. Fuel Information (If fuel is used) 7. Capture Efficiency (0 • of Emissions from this Process Vented to Control Device or Stack): 8. Control Device Information :~one Order cS-lD C.:D ID Group GR7 consisting ofCL-N083(Ll2)-IP-A, CL-N085(Hl2)-IP. CL- N083(L 12)-IP-B, CL-N084(K 12)-IP-A, CL-N084(KI 2)-IP-B, CL- N087(N 11 )-IP-A. CL-N087(N 11 )-lP-8 Printing Stations OS -36/Printing Stations Throughout Plant 40500597/Printing -General ; Other Not Classified %Sulfur %Ash Heat Content (Btu/units) Control Device Description (as listed in permit) r 9. Emission Release Point (ERP) Information: (Sources ven1ed 10 more than one ERP use additional entry lines): r ERPID ERP Type Height Diameter Temperature Velocity Volume Flow ERP Description (in t\:<1) Circle Cc-nler #): (f) (Feet/soc) Rate (Adon) Recbl>~< (L x W) (1110 I fe<U PS000I VERTICAL 35 I 85 IS.I 711.57 Stack Representing STACK Printing Stations ,. 14 n r r r r r r r r r r r r r r r r Operating Scenario: OS -36 Emission Source/Group ID: GR7 10. Operating Schedule:(Source/OperatingScenario that best characterizes Calendar Year 2020) Hours per Day ( 24 ) Days per Week ( 7 ) Weeks per Year ( 52 ) 11. Typical Start & End Times For Operating Scenario: 12. Seasonal Periods Percent Annual Throughput: Jan-Feb+ Dec 2020 25% March-May 2020 13. Actual Emissions per Pollutant Listed : 25% Start: 0 June-Aug. 2020 End: 2359 25% Attach calculations and documentation of emission factors or other estimation methods used. Emissions-Emission Control GHG CAS GHG Estimation Efficiency Pollutants Pollutants Method Code (Nee af\e, ( T 011s/Y ear) {See Instructions) all controls.) 2020 Criteria Emissions-Emission Control (NAAQS) Pollutant Criteria Estimation Efficiency Pollutants Code Pollutants Method Code cNctaftcr (Ton:r.::/Ycarl 4Sce lnf'i.tnlCU()n~) ::.ti c-ontrolsl 2020 co co 08 NOx NOx 08 TSP TSP 08 PMlO PMlO 08 PM2.5 PM2.5 08 SO2 SO2 08 voe voe 08 Emissions Emission Control HAP/TAP CAS Estimation Pollutants (In Alphabcucol Ordor) ~ sec mstruc-uons) HAP/TAPS Method Code Efficiencv Wounds/Y oar) {Nel ofler oil cont;.,I,) ~Sec rn~truc11on") 2020 25% Emission Ef Factor Control Emission Ef Factor Control Emission EF Factor Control 15 r r r r r r r r r r r r r r r r r COPY of RECORD Date Submitted: 6/30/2021 10:05:59 As entered in AERO Facility Name: AW North Carolina, Inc. 4112 Old Oxford Highway Durham, NC 27712 North Carolina Department of Environmental Quality Division of Air Quality Facilitv ID : 3200308 Permit : 08748 County : Durham DAQ Region : RRO Air Pollutant Point Source Emissions Inventory -Calendar Year 2020 I. Emission Source ID (from permit) Group GR24 consisting ofl-ZM-0044, I-ZM-M8. I-ZM-J\:125 or Emission Source Group ID 2. Emission Source Description : Valve Body Anodizing ____ .;._ ___ ..;;;.. __________________ _ 3. Operating Scenario ID/ OS -45/One Sulfuric Acid Anodizer Description: 4. SCC Number/Description: Not required by facility, will be completed by DAQ 5. Throughput/units in 2020: 5735 GAL/yr (e.g. producuon or fuel use): --------------------------------- 6. Fuel Information (If fuel is used) 7. Capture Efficiency (% of Emissions from this Process Vented lo Control Device or Stack) 8. Control Device Information :~one Order CS-ID CDID %Sulfur (as listed in permit) %Ash Heat Content fBtu/unilS} Control Device Description 9. Emission Release Point (ERP) Information: (Sources vented to more than one ERP use addi1,onal entry Imes): ERPIIJ ERP Type Height Diameter Temperature Velocity Volume Flow (in feet) Circ..k: (enter#) (F) (F-.:ct/scd Rate 1Acrm1 Rc,:tangl• ( L A W) ( n 0.1 feel) ZM-VERTICAL 35 I 77 14.3 673.87 0044 STACK ZM-125 VERTICAL 35 I 77 14.3 673.87 STACK ERP Description Stack Stack 16 n r r r r r r r r r r r r r r r r r Operating Scenario: OS -45 Emission Source/Group ID: GR24 IO. Operating Schedule:(SourceiOperatingScenario that best characterizes Calendar Year 2020) Hours per Day ( 24 ) Days per Week ( 7 ) Weeks per Year ( 52 ) 11. Typical Start & End Times For Operating Scenario: Start: 0 End: 23S9 12. Seasonal Periods Percent Annual Throughput: Jan-Feb+ Dec 2020 25% March-May 2020 25% June-Aug. 2020 25% ept.-Nov. 2020 13. Actual Emissions per Pollutant Listed ; Attach calculations and docwnentation of emission factors or other estimation methods used. Emissions-Emission Control CHG CAS GHG Estimation Efficiency Emission Pollutants Pollutants Method Code CNet allcr Factor (Tons/Year) (Stt lnstruchons) all controls) 2020 Criteria Emissions-Emission Control (NAAQS) Pollutant Criteria Estimation Efficiency Emission Pollutants Code Pollutants Method Code (Net aflcr Factor (T~,nirJYear~ {Stt lnstmc;tion~l oll controls) 2020 co co 08 NOx NOx 08 TSP TSP 08 PMI0 PMIO 08 PM2.5 PM2.S 08 SO2 S02 08 voe voe 08 Emissions Emission Control HAPffAP CAS Estimation Emission Pollutants (In Alpltobc11col Order) 4sec mstrUctions) J-IAPffAPS Method Code Efficienc,· Factor (Pounds/Year) 11'<1 aner ~II ,l)f' ii-.1<) (Sec ln~lruc.:ttOfl~) 2020 Sulfuric acid 7664-93-9 33.35 03 25% Ef Control Ef Control EF Control r r r r r r r r r r r r r r r r r r COPY of RECORD Date Submitted: 6/30/2021 10:05:59 As entered in AERO Facility Name: AW North Carolina, Inc. 4112 Old Oxford Highway Durham. ~C 27712 Facility ID : 3200308 Permit : 08748 County : Durham DAQ Region : RRO North Carolina Department of Environmental Quality Division of Air Quality Air Pollutant Point Source Emissions Inventory -Calendar Year 2020 1. Emission Source ID (from permit) or Emission Source Group ID 2. Emission Source Description : 3. Operating Scenario ID/ Description: 4. SCC Number/Description: 5. Throughput/units in 2020: ( e.g. production or fuel use); 6. Fuel Information (If fuel 1s used) 7. Capture Efficiency (% of Emissions from this Process Vented to Control Device or Stack): 8. Control Device Information :None Order CS-ID CDID Group GR28 consisting ofl-LB-;'-1003, I-LB-N004, 1-LB-N00l, 1-LB- N002, I-ZM-N394 Laser Welding OS -49/Eleven ( 11) laser welders and one (I) laser marker. Not required by facility, will be completed by DAQ 6624 HR/yr ~ .. Sulfur %Ash Heat Content (Btu/units) Control Device Description (as listed in permit) 9. Emission Release Point (ERP) Information: (Sources vented to more than one ERP use add111onal entry lines). ERPID ERP Type Height Diameter Temperature Velocity Volume Flow ERP Description (m tcc,t) Circk (enter•> (F) (fc:t:tl~d Rate (A<fml Rec1'mglc (L x W) (m 0, I f,-.:tl LW-FUGlTIVE (NO I 72 Area= I Stack representing 0001 STACK) laser welders 18 r r r r r r r r r r r r r r r r Operating Scenario: OS -49 Emission Source/Group ID: GR28 IO. Operating Schedule:(Sourcet0peratingScenano that bes1 characterizes Calendar Year 2020) Hours per Da)' ( 24 ) Days per Week ( 6 ) Weeks per Year ( 46 ) 11. Typical Start & End Times For Operating Scenario: Start: 0 End: 23S9 12. Seasonal Periods Percent Annual Throughput: Jan-Feb + Dec 2020 25% March-May 2020 25% June-Aug. 2020 25% Sept.-Nov. 2020 13. Actual Emissions per Pollutant Listed : Attach calculations and documentation of emission factors or other estimation methods used. Emissions-Emission Control GHG CAS GHG Estimation Efficiency Emission Pollutants Pollutants Method Code (Net ntkr Factor (TmwY-1 (&to lnstmc1ions) all controls) 2020 Criteria Emissions-Emission Control (NAAQS) Pollutant Criteria Estimation Efficiency Emission Pollutants Code Pollutants Method Code (Net after Factor ,T,..,•'V<•t10 iSee Jnstr11c1ionsl all controls) 2020 co co 10 NOx NOx 10 TSP TSP 3.13 10 PMlO PMIO 3.13 10 PM2.5 PM2.5 3.13 10 SO2 SO2 08 voe voe 08 Emissions Emission Control HAPffAP CAS Estimation Emission Pollutants ( In Alrhabcticol Order) t.scc 1n..ii;;1rucuon."l) HAPffAPS Method Code Efficienc,· Factor tPounds.N ca.fl (Net afier ;ill conl~l:-:) {Sec lnsrru4,,:tfon~1 2020 Manganese Unlisted MNC-Compounds (Specify & Other 125.3 10 Component of M~C) 25% Ef Control Ef Control EF Control 19 n r r r r r r r r r r r r r r r r r COPY of RECORD Date Submitted: 6/30/202110:05:59 As entered in AERO Facility Name: AW North Carolina. Inc. 4112 Old Oxford Highway Durham. KC 27712 Facility ID : 3200308 Permit : 08748 County: Durham DAQ Region : RRO North Carolina Department of Environmental Quality Division of Air Quality Air Pollutant Point Source Emissions Inventory -Calendar Year 2020 1. Emission Source ID (from permit) or Emission Source Group ID 2. Emission Source Description : 3. Operating Scenario ID/ Description: 4. SCC Number/Description: 5. Throughput/units in 2020: (e.g. production or fuel use): 6. Fuel Information (If fuel is used) 7. Capture Efficiency (% of Emissions from this Process Vented lo Control Device or Stack): 8. Control Device Information :~one Order CS-ID CDID Group G-142 consisting ofHE-0001, HE-0013, HE-0014. HE-NOi 7. HE-N0l9 Brazing Ovens OS -38/Brazing Ovens 30904200/Metal Work -Brazing; General 6624 HR/yr %Sulfur %Ash Heat Content (Btu/units) Control Device Description (as listed in permit) 9. Emission Release Point (ERP) Information: (Sources vented 10 more than one ERP use additional entry lines): ERP ID ERP Type Height Diameter Temperature Velocity Volume How ERP Description (ill fe<!) Circle (en1er .-) (Feeuse<) Rcrtangle (L x W) (F) Rate (Arrmt c "0.1 r,-.:1) ERP-01 FUGITIVE (NO l 72 Area"" I defaull~input STACK) correct 2007 20 n r r r r r r r r r r r r r r r Operating Scenario: OS -38 Emission Source/Group ID: G-142 10. Operating Schedule:(Source/OperatingScenario that best characterizes Calendar Year 202'0) Hours per Day ( 24 ) Days per Week ( 6 ) Weeks per Year ( 46 ) 11. Typical Start & End Times For Operating Scenario: Start: 0 End: 2359 12. Seasonal Periods Percent Annual Throughput: Jan-Feb+ Dec 2020 25% March-May 2020 25% June-Aug. 2020 25% Sept.-Nov. 2020 13. Actual Emissions per Pollutant Listed : Attach calculations and documentation of emission factors or other estimation methods used. Emissions-Emission Control GHG CAS GHG Estimation Efficiency Emission Pollutants Pollutants Method Code {Net atler Factor (fons/Ye;ir) (See h\SlnJCIIOns I all controls) 2020 Criteria Emissions-Emission Control (NAAQS) Pollutant Criteria Estimation Efficiency Emission Pollutants Code Pollutants Method Code !Nct..ificr Factor (ToR»'Y ear) {S~ Ins1n1cuon:-) all controls) 2020 co co 4.32 09 NOx NOx 5.15 09 TSP TSP 0.39 09 PMIO PMlO 0.39 09 PM2.5 PM2.5 0.39 09 SO2 SO2 0.03 09 voe voe 0.28 09 Emissions Emission Control HAP/TAP CAS Estimation Emission Pollutants ( In Alrhal>eucol Order) (sec lllSl11JCIJOIL"I HAPffAPS Method Code Efficienc,· Factor !Pounds/Year} (Ne1 aflor all con,;.,J,) 4~cc; lmttruclion~) 2020 Hexane, n-110-54-3 185 09 Toluene 108-88-3 0.35 09 25% Ef Control Ef Control EF Control 21 n r r r r r r r r r r r r r r r r r COPY of RECORD Date Submitted: 6/30/2021 10:05:59 As entered in AERO Facility 1"ame: AW North Carolina. Inc. 4112 Old Oxford Highway Durham, KC 27712 Facility ID : 3200308 Permit : 08748 County: Durham North Carolina Department of Environmental Quality Division of Air Quality DAQ Region : RRO Air Pollutant Point Source Emissions Inventory -Calendar Vear 2020 1. Emission Source ID (from permit) Group G-154 consisting of CL-0001, CL-0002, CL-0003, CL-0017, CL- or Emission Source Group ID 0018. CL-0005, CL-0014, CL-0007. CL-0035, CL-0008, CL-0010, CL- 0013, CL-0015, CL-0016, CL-0019, CL-0020, CL-0021, CL-0022, CL- 0023, CL-0024, CL-0025, CL-0026, CL-0027, CL-0028, CL-0029, CL- 0031, CL-0032, CL-0033, CL-0034, CL-0064, CL-0066, CL-0067, CL- 0068, CL-0069, CL-0070, CL-N056, CL-N072, CL-N073, CL-N074, CL-N075, CL-N080, CL-N08 I, CL-N082, CL-N083. CL-N085. CL- N 108, CL-NJ09, CL-NI JO, CL-NI 11, CL-NI 13, CL-N084, CL-N086, CL-N087. CL-N088, CL-N089, CL-N093, CL-N094, CL-N095. CL- N090, CL-N09L CL-N092. CL-N096, CL-N098, CL-N099, CL-NI0O, CL-NJOI, CL-NJ03, CL-Nl04, CL-N105, CL-NI06, CL-N107, CL- NI 16, CL-0036, CL-0037, CL-0038, CL-0039, CL-0044, CL-0045, CL- 0047. CL-0048, CL-0049, CL-0050, CL-0052, CL-0053, CL-0054, CL- 0055. CL-0056, CL-0057, CL-0058, CL-0059, CL-0060, CL-0040, CL- 0041, CL-0042, CL-0043, CL-0061, CL-0062, CL-0065, CL-N0157, CL-N076, CL-N077, CL-N078, CL-N079, CL-0046, CL-N07 I. CL- N l 17. CL-NI 19. CL-Nl20, CL-N121, CL-Nl24, CL-N125, CL-Nl28. CL-N129, CL-N130, CL-Nl31, CL-Nl32, CL-N133. CL-Nl34, CL- Nl37. CL-Nl38, CL-Nl40, CL-Nl02, CL-NI 14, CL-Kl 15, CL-Nl27. CL-Nl35, CL-N136, CL-Nl39, CL-Nl41, CL-N142, CL-Nl43, CL- N144, CL-NI45, CL-NJ46, CL-N147, CL-NI48, CL-Nl49, CL-Nl50, CL-N15J, CL-Nl52. CL-Nl53, CL-N154, CL-N155, CL-N156, CL- Nl57, CL-N158, CL-Nl59, CL-Nl60, CL-N161. CL-1'162, CL-N163, CL-N164, CL-NI65, CL-Nl97, CL-N194, CL-N195. CL-N196. CL- Nl98. CN-NI 18, HE-N018CL. ZM-0051, ZM-Nl29 2. Emission Source Description : Cleaning Stations ---------------------------3. Operating Scenario ID/ OS -46/Cleaning stations/Impregnation Stations Description: 4. SCC Number/Description: Not required by facility, will be completed by DAQ S. Throughput/units in 2020: 6624 HR/yr (e.g. production or fuel use): ----------------------------- 6. Fuel Information (If fuel 1s used) 7. Capture Efficiency (% of Emissions from this Process Vented 10 Control Devfcc or Stack): %Sulfur %Ash Heat Content (Btu/units) 22 r r 8. Control De~·ice Information :None r Order CS-ID CDID Control Device Description (as listed in pennit) r r 9. Emission Release Point (ERP) Information: (SoUTces vented to more than one ERP use additional entry lines}: ERPID ERP Type Height Diameter Temperature Velocity Volume Flow ERP Description f,nfeer) Circle (enccr If): (F) ffcc11sec~ Rate (Acfm) Rcctantc (L x W) r r (in O I r«o Clean Im Cleaning pregRep VERTICAL 35 I 96 15.1 711.57 stations/Impregnati STACK on Stations r representative stack r r r r r r r r 23 r r r r r r r r r r r r r r r r r r Operating Scenario: OS -46 Emission Source/Group ID: G-154 10. Operating Schedule:(Source/0peracingScenario thac best characterizes Calendar Year 2020) Hours per Day ( 24 ) Days per Week ( 6 ) Weeks per Year ( 46 ) 11. Typical Start & End Times For Operating Scenario: Start: 0 End: 23S9 12. Seasonal Periods Percent Annual Throughput: Jan-Feb + Dec 2020 25% March-May 2020 25% June-Aug. 2020 Sept.-Nov. 2020 13. Actual Emissions per Pollutant Listed : Attach calculations and documentation of emission factors or other estimation methods used. Emissions-Emission Control GHG CAS GHG Estimation Efficiency Emission Pollutants Pollutants Method Code (Net after Factor (Tons/Yeor) (S~ lnstruccions I all c:ontrofs) 2020 Criteria Emissions-Emission Control (NAAQS) Pollutant Criteria Estimation Efficiency Emission Pollutants Code Pollutants Method Code (Nct~flcr Factor (TonsfYe-ar) (See Jn,-1mct1t)n,-) oll controls) 2020 co co 08 NOx NOx 08 TSP TSP 08 PMIO PMIO 08 PM2.S PM2.5 08 S02 SO2 08 voe voe 8.9 03 Emissions Emission Control HAP/TAP CAS Estimation Emission Pollutants Cln Alphabc11col Order) (sec UlSUllCILOfiS) HAP/TAPS Method Code Efficiencv Factor (Pounds/Year) (Not ofior ~II conu-ols) iScc ln.s1nu.;11on5) 2020 Dioxanc, 1,4-123-91-1 0.03 03 Toluene 108-88-3 8.21 03 25% Ef Control Ef Control EF Control 24 r r r r r r r r r r r r r r r r r r r COPY of RECORD Date Submitted: 6/30/2021 10:05:59 As entered in AERO Facility ~ame: AW North Carolina. Inc. 4112 Old Oxford Highway Durham, NC 27712 Facilitv ID : 3200308 Permit : 08748 Coun~' : Durham DAQ Region : RRO North Carolina Department of Environmental Quality Division of Air Quality Air Pollutant Point Source Emissions Inventory -Calendar Year 2020 1. Emission Source ID (from permit) or Emission Source Group ID 2. Emission Source Description : 3. Operating Scenario ID/ Description: 4. SCC Number/Description: S. Throughput/units in 2020~ (e.g. production or fuel use}: 6. Fuel Information (If fuel 1s used) 7. Capture Efficiency (¾ of Emissions from this Process Vented to Control Device or Stack): 8. Control Device Information :None Order CS-ID CDID Grnup G-155 consisting ofl-WE-0006, I-WE-0007, I-WE-0015, I-WE- 0018. I-WE-0019. I-WE-0020, I-WE-0028, I-WE-N034, I-WE-N036, I- WE-N037, I-WE-N038. I-WE-0029, 1-WE-0030 Arc Welders OS -48/Nine Arc Welders (I Tig Welder) Not required by facility, will be completed by DAQ 6624 HR/yr %Sulfur 1%Ash Heat Content (Btu/units) Control Device Description (as listed in permit) 25 r n n r r r r r r r r r r r r r r r r Operating Scenario: OS -48 Emission Source/Group ID: G-155 9. Emission Release Point (ERP) Information: (Sources vented to more than one ERP use additional entry lines); ERPID ERP Type Height Diameter Temperature Velocity Volume Flow ERP Description [in1•~) Ciri:lc (enter~,, (F) (Feet/<ccl Rate (Atfm> Rectangle ( L x W) (mO I feet> WE-VERTICAL 35 1.5 77 14.3 1516.21 Arc Welder Stack 0003 STACK WE-VERTICAL 35 1.5 77 14.3 1516.21 Arc Welder Stack 0007 STACK WE-VERTICAL 35 1.5 77 14.3 1516.21 Arc Welder Stack 0020 STACK WE-VERTICAL 35 1.5 77 14.3 1516.21 Arc Welder Stack N36 STACK WE-VERTICAL 35 1.5 77 14.3 I 516.21 Arc Welder Stack 0001 STACK WE-VERTICAL 35 1.5 77 14.3 I 516.21 Arc Welder Stack 0005 STACK WE-VERTICAL 35 1.5 77 14.3 1516.21 Arc Welder Stack 0019 STACK WE-VERTICAL 35 1.5 77 14.3 15 l 6.21 Arc Welder Stack N34 STACK WE-VERTICAL 35 1.5 77 14.3 1516.21 Arc Welder Stack 0015 STACK WE-VERTICAL 35 1.5 77 14.3 1516.21 Arc Welder Stack N37 STACK WE-VERTICAL 35 1.5 77 14.3 15 l 6.21 Arc Welder Stack 0006 STACK WE-VERTICAL 35 1.5 77 14.3 1516.21 Arc Welder Stack 0018 STACK WE-VERTICAL 35 1.5 77 14.3 1516.21 Arc Welder Stack N38 STACK 26 r r n n n n r r r r r r r r r r r r r Operating Scenario: OS -48 Emission Source/Group ID: G-155 IO. Operating Schedule:(Source'0peratingScenario that best characterizes Calendar Year 2020) Hours per Day ( 24 ) Days per Week ( 6 ) Weeks per Year ( 46 ) 11. Typical Start & End Times For Operating Scenario: Start: 0 End: 2359 12. Seasonal Periods Percent Annual Throughput: Jan-Feb+ Dec 2020 25% March-May 2020 25% 25% Sept.-Nov. 2020 13. Actual Emissions per Pollutant Listed : Attach calculations and documentation of emission factors or other estimation methods used. Emissions-Emission Control GHG CAS GHG Estimation Efficiency Emission Pollutants Pollutants Method Code (Net aflcr Factor (Tons/Yeor) ,~ lll.SlruCUODS:) all controls! 2020 Criteria Emissions-Emission Control (NAAQS) Pollutant Criteria Estimation Efficiency Emission Pollutants Code Pollutants Method Code (Nct.tflc:r Factor (Ton~l'Year) ~See lnstmctionsl allconrrols) 2020 co co 3.88 04 NOx NOx 0.27 04 TSP TSP 1.86 04 PMIO PMIO 1.86 04 PM2.5 PM2.5 1.86 04 S02 S02 08 voe voe 08 Emissions Emission Control HAPffAP CAS Estimation Emission Pollutants (In Al~habeuc•• Ord<r) h:cC' mstrucllons) HAPffAPS Method Code Efficiencv Factor (l'oun<W'f_, (Ne, anor all con,;ols) (Sec lns1rucuon~l 2020 25% Ef Control Ef Control EF Control 27 n r r r r r r r r r r r r r r r r r r COPY of RECORD Date Submitted: 6/30/2021 10:05:59 As entered in AERO Facility Name: AW North Carolina. Inc. 4112 Old Oxford Highway Durham. l"\C 27712 Facility ID : 3200308 Permit : 08748 County : Durham DAQ Region: RRO North Carolina Department of Environmental Quality Division of Air Quality Air Pollutant Point Source Emissions Inventory -Calendar Year 2020 l. Emission Source ID (from permit) or Emission Source Group ID 2. Emission Source Description : 3. Operating Scenario ID/ Description: 4. SCC Number/Description: 5. Throughput/units in 2020: Je.i. p-oduc1ion or fuel use): 6. Fuel Information (If fuel 1s used) 7. Capture Efficiency (% of Em1ss1ons from this Process Vented lo Control Device or Stack): 8. Control DeYice Information :None Order CS-ID CDID I-EG-001 Diesel-fired Emergency Generator (250 kitowatt) (:-,JESHAP Subpart ZZZZ) OS -43/Diesel-fired Emergency Generator (335 horsepower) 20200401/Diesel; Diesel 24 HR/yr %Sulfur %Ash Heat Content (Btu/uniL~) Control Device Description (as listed in permit) 9. Emission Release Point (ERP) Information: (Sources vcn1~ to more lhan one ERP use addiuonal entry ltncs): ERPID ERP Type Height Diameter Temperature Velocity Volume Flow ERP Description (in feet) Circle (enic-r #); (F) (f.ov,u:c) Rate tA<tmi Rec1onglc IL , W) (in 0.1 f1.--ct) VERTICAL Stack Representing EG-001 STACK 35 I 85 15.1 711.57 Emergency Generator 28 n n n r n r n r r r r r r r r r r r r Operating Scenario: OS -43 Emission Source/Group ID: I-EG-001 10. Operating Schedule:(Source/0peratingScenario 1ha1 b~t characterizes Calendar Year 2020) Hours per Day ( 24 ) Days per Week ( 7 ) Weeks per Year ( 52 ) 11. Typical Start & End Times For Operating Scenario: Start: 0 End: 2359 12. Seasonal Periods Percent Annual Throughput: Jan-Feb+ Dec 2020 25% March-May 2020 25% June-Aug. 2020 25% Sept.-Nov. 2020 13. Actual Emissions per Pollutant Listed : Anach calculations and documentation of emission factors or other estimation methods used. Emissions-Emission Control GHG CAS GHG Estimation Efficiency Emission PolJutants Pollutants Method Code (Nee ot\or Factor (To11f/Yeor) ,s~ lnitmct1ons~ all controisl 2020 Criteria Emissions-Emission Control (NAAQS) Pollutant Criteria Estimation Efficiency Emission Pollutants Code Pollutants Method Code (Nee •ftcr Factor 4Ton~-l"l'car) tSee ln!'tmc.:tioo~~ all contr~I•) 2020 co co 0.03 08 NOx NOx 0.12 08 TSP TSP 0.01 08 PMIO PMlO 0.01 08 P:\12.5 PM2.5 0.01 08 SO2 SO2 0.01 08 voe voe 0.01 08 Emissions Emission Control HAP/TAP CAS Estimation Emission Pollutants (In Alphabclico. Ord<r) 4sec instrue1ions) HAP/TAPS Method Code Efficiency Factor (Pounds/Year! (Net oner oll controls) (.Sec Instructions) 2020 Manganese Unlisted M1"C-Compounds (Specify & Other 0.0003 08 Component of MNC) Toluene 108-88-3 0.02 08 25% Ef Control Ef Control EF Control 29 n n r n r r n r n r n n n n n COPY of RECORD Date Submitted: 6/30/202110:05:59 As entered in AERO Facility Name: AW North Carolina, Inc. 4112 Old Oxford Highway Durham, KC 27712 Facility ID : 3200308 Permit : 08748 County: Durham DAQ Region : RRO North Carolina Department of Environmental Quality Division of Air Quality Air Pollutant Point Source Emissions Inventory -Calendar Year 2020 I. Emission Source ID (from permit) or Emission Source Group ID 2. Emission Source Description : 3. Operating Scenario ID/ Description: 4. SCC Number/Description: 5. Throughput/units in 2020: (e.g. production or fuel use): 6. Fuel Information (If fuel is used) 7. Capture Efficiency (¾ of Emissions from this Process Vented to Control Device or Stack): 8. Control De,,icc Information ::--lone Order CS-ID CDID I-WE-M904-l submerged arc welder vented to cartridge-type fabric filter (CD 10 No. FN-N024) OS -50/I-WE-M904-l Not required by facility, will be completed by DAQ 6624 HR/yr %Sulfur %Ash Heat Content (Btu/units) Control Device Description (as listed in permit) 9. Emission Release Point (ERP) Information: (Sources vent~d to more than one ERP use additional entry lines): I ERPID ERP Type Height Diameter Temperature Velocity Volume Flow ERP Description (in feet) Circle (cncer •>: (F) (Feeth~CL • Rate {Adm) Rec1ongle (L ~ WI (too I f,·ctl WE-VERTICAL 35 1.5 77 16.7 1770.68 Arc Welder Stack M904-l STACK 30 r r n n n r: n n n n n n n ~ n n n Operating Scenario: OS -50 Emission Source/Group ID: I-WE- M904-l 10. Operating Schedule:(Source/OperatingScenario that best characterizes Calendar Year 2020) Hours per Day ( 24 ) Days per Week ( 6 ) Weeks per Year ( 46 ) 11. Typical Start & End Times For Operating Scenario: Start: 0 End: 2359 12. Seasonal Periods Percent Annual Throughput: Jan-Feb+ Dec 2020 25% March-May 2020 25% June-Aug. 2020 25''/o Sept.-Nov. 2020 13. Actual Emissions per Pollutant Listed : Allach calculations and documentation of emission factors or other estimation methods used. Emissions-Emission Control GHG CAS GHG Estimation Efficiency Emission Pollutants Pollutants Method Code (Nc1 aner Factor (Tons/Yeor) (Stt Jnst.rucuons) all controls) 2020 Criteria Emissions-Emission Control (NAAQS) Pollutant Criteria Estimation Efficiency Emission Pollutants Code Pollutants Method Code (Net uftcr Factor rr.....rv-, (See-Jnstn1c1ion~) alt controls) 2020 co co 0 04 NOx NOx 0 04 TSP TSP 0 04 PM10 PM10 0 04 PM2.5 PM2.5 0 04 SO2 SO2 08 voe voe 08 Emissions Emission Control HAPffAP CAS Estimation Emission Pollutants c1.n Aept,ati.~,';ll Ocotr\ .!!11.:C" llfll•O''ftl.UOflQt.J HAPffAPS Method Code Efficiency Factor CPOUJld5;"1· co,! (r,.;e1 an.:r .i.11 conlrols) (Sec Jn~1ructions) 2020 25% Ef Control Ef Control EF Control 31 r r f r n n D n n r ~ r r G r r COPY of RECORD Date Submitted: 6/30/202110:05:59 As entered in AERO Facility Name: AW North Carolina. Inc. 4112 Old Oxford Highway Durham, NC 27712 Facilitv ID : 3200308 Permit: 08748 County : Durham DAQ Region : RRO North Carolina Department of Environmental Quality Division of Air Quality Air Pollutant Point Source Emissions Inventor~· -Calendar Year 2020 l. Emission Source ID (from permit) or Emission Source Group ID 2. Emission Source Description : 3. Operating Scenario ID/ Description: 4. SCC Number/Description: 5. Throughput/units in 2020: I e.g. production or fuel use): 6. Fuel Information (If fuel is used) 7. Capture Efficiency (% of Emissions from this Proce~ Veflted Lo Control Device or Stack). 8. Control Device Information :~one Order CS-ID CDID MPO00I manual painting operations OS -7/Manual Painting 40299998/Miscellaneous ; Specify in Comments Field 7 GAL/yr rSulfur I Heat Content I (Btu/units) Control Device Description (as listed in permit) 9. Emission Release Point (ERP) Information: <Sources vented to more than one ERP use additional entry lines): ERP ID ERP Type Height Diameter Temperature Velocity Volume Flow ERP Description (on foci) Circle (cnh;r #}: (f) (IFcct/sL\i."l Rate tAcfml Reclang < (L ~ \\') (in 0.1 feet) MP0O0l VERTICAL 35 I 85 15.1 7 l l.57 Stack Representing STACK Manual Painting 32 r r r r r r 0 fi r n n r r C r r r Operating Scenario: OS -7 Emission Source/Group ID: MP00OI 10. Operating Schedule:(Source/0peracingScenario that best characterizes Calendar Year 202-0) Hours per Day ( 24 ) Days per Week ( 7 ) Weeks per Year ( 52 ) 1 J. Typical Start & End Times For Operating Scenario: Start: 0 End: 2359 12. Seasonal Periods Percent Annual Throughput: Jan-Feb+ Dec 2020 March-May 2020 25% June-Aug. 2020 25% Sept.-Nov. 2020 13. Actual Emissions per Pollutant Listed : Attach calculations and documentation of emission factors or other estimation methods used. Emissions-Emission Control GHG CAS GHG Estimation Efficiency Emission Pollutants Pollutants. Method Code (Net afler Factor Cl<>t1stYc.) {St!e Jns1ruct1onsl all controls) 2020 Criteria Emissions-Emission Control (NAAQS) Pollutant Criteria Estimation Efficiency Emission Pollutants Code Pollutants Method Code 1Nc1 after J,'actor 1T,..._'V_1 tSee ln!--1n1ctian~) all COl\ttols) 2020 co co 08 NOx NOx 08 TSP TSP 08 PMIO PMIO 08 PM2.5 PM2.5 08 SO2 SO2 08 voe voe 0.02 03 Emissions Emission Control HAP/TAP CAS Estimation Emission Pollutants fin Alphabellcal Ord~r) c~cc mstrucuon~) HAPrfAPS Method Code Efficiency Factor {l'ounds/Y oar) (Net aficr ~11 controls) (Sec ln~1ruc1t0n~l 2020 Toluene 108-88-3 4.72 03 25% Ef Control Ef Control EF Control r r r fl r r f n [ r r r r r. [ r r r r COPY of RECORD Date Submitted: 6/30/2021 10:05:59 As entered in AERO Facility ~ame: AW North Carolina. Inc. 4112 Old Oxford Highway Durham. NC 27712 North Carolina Department of Environmental Quality Division of Air Quality Facilitv ID : 3200308 Permit : 08748 County : Durham DAQ Region : RRO Air Pollutant Point Source Emissions Inventory -Calendar Year 2020 1. Emission Source ID (from permit) PB-0001 or Emission Source Group ID ---------------------------- 2. Emission Source Description : paint spray booth .;.__~.....;. _______________________ _ 3. Operating Scenario ID/ OS -16/Paint Spray Booth _____ _,;..._.;;._ ___________________ _ Description: 4. SCC l'iumber/Description: 40288822/Fugitive Emissions; Coating 5. Throughput/units in 2020: 56 GAL/yr (e.g. produc1ion or fuel use): ___ ......;:...,_ _______________________ _ 6. Fuel Information (If fuel 1s used) 7. Capture Efficiency (% of Emissions from this Process Vented to Control Device or Stack): 8. Control Device Information :None Order CS-ID CDID %Sulfur (as listed in permit) %Ash Heat Content (BIU/units) Control Device Description 9. Emission Release Point (ERP) Information: {Sources vented to more than one ERP use additional entry lines): ERPID ERP Type Height Diameter Temperature Velocity Volume Flow (in f(,:cl) Cndc (t:nl~r *) (F) (fccl'scc) Rate (Adm> Rcctangl" (L • W) (m 0.1 feet} ESPB-VERTICAL 35 I 85 15.1 711.57 0001 STACK ERP Description Stack 34 r r r r r r r: r r r r r r r r r r r r Operating Scenario: OS -16 Emission Source/Group ID: PB-0001 10. Operating Schedule:(Source/Opera1ingScenano 1ha1 ~t characterizes Calendar Year 2020) Hours per Day ( 24 ) Days per Week ( 7 ) Weeks per Year ( 52 ) 11. Typical Start & End Times For Operating Scenario: Start: 0 End: 2359 12. Seasonal Periods Percent Annual Throughput: Jan-Feb+ Dec 2020 25% March-May 2020 25% June-Aug. 2020 25°/ .. Sept.-Nov. 2020 13. Actual Emissions per Pollutant Listed: Attach calculations and documentation of emission factors or other estimation methods used. Emissions-Emission Control GHG CAS GHG Estimation Efficiency Emission Pollutants Pollutants Method Code (Net at,er Factor ffons/Yeor) (S,¢e lns1nic1ton~J all coob'ols) 2020 Criteria Emissions-Emission Control (l'iAAQS) Pollutant Criteria Estimation Efficiency Emission Pollutants Code Pollutants Method Code cKctaftcr Factor (Tons/Y~ar) (~ lnstnu .. '11ons) all C\Jntrols) 2020 co co 08 NOx NOx 08 TSP TSP 08 PMIO PMIO 08 PM2.5 PM2.5 08 SO2 SO2 08 voe voe 0.08 03 Emissions Emission Control HAP/TAP CAS Estimation Emission Pollutants (In Alrhobel cal Order) Csi;i;-1nsrruc1lons ► HAPrTAPS Method Code Efficienc:r Factor (Pounds/Yoan (Net ane, all <:Unlrol~) (Sec Instruction~• 2020 Toluene 108-88-3 36.27 03 25% Ef Control Ef Control EF Control 35 r r r r r r ( r r f r r r r r r r r· r COPY of RECORD Date Submitted: 6/30/2021 10:05:59 As entered in AERO Facility Name: AW North Carolina. Inc. 4112 Old Oxford Highway Durham. :KC 27712 Facilitv ID : 3200308 Permit : 08748 County : Durham DAQ Region : RRO North Carolina Department of Environmental Quality Division of Air Quality Air Pollutant Point Source Emissions Inventory -Calendar Year 2020 1. Emission Source ID (from permit) PW-0001 or Emission Source Group ID ----------------------------- 2. Emission Source Description : Paint Gun Washer --------------------------- 3. Operating Scenario ID/ OS -44/Paint Gun Washer Description: ----------------------------- 4. SCC Number/Description: 39999995/Miscellaneous Industrial Processes : Other Not Classified S. Throughput/units in 2020: 12 GAL/yr (e.g. production or fuel use): ____ ;...._ _________________________ _ 6. Fuel Information (If fuel is used) 7. Capture Efficiency (% of Emissions from this Process Vented to Control Device or Stack): 8. Control Device Information :None Order CS-ID CDID %Sulfur (as listed in permit) %Ash Heat Content (Btu/units) Control Device Description 9. Emission Release Point (ERP) Information: (Sources vented to more than one ERP use additional entry lines): ERPID ERP Type Height Diameter Temperature Velocity Volume Flow lm focO Circ,;1-c (enter#): (F) (Fi:ct'si:cl Rate {;\dm) Reclangl< (L x W) (nOlfccll PW-VERTICAL 35 1 85 15.1 711.57 0001 STACK ERP Description Stack Representing Paint Gun Washer r r r r r n r r n f r r r r r r r r r Operating Scenario: OS -44 Emission Source/Group ID: PW-0001 10. Operating Schedule:(Sourcei'OperatingScenario that best characterizes Calendar Year 2020) Hours per Day ( 24 ) Days per Week ( 7 ) Weeks per Year ( 52 ) 1 I. Typical Start & End Times For Operadng Scenario: Start: 0 End: 12. Seasonal Periods Percent Annual Throughput: 2359 Jan-Feb+ Dec 2020 25% March-May 2020 25% June-Aug. 2020 25% Sept.-Nov. 2020 13. Actual Emissions per Pollutant Listed : Attach calculations and documentation of emission factors or other estimation methods used. Emissions-Emission Control GHG CAS GHG Estimation Efficiency Emission Pollutants Pollutants Method Code (Net oiler Factor Cl"0il<lfYu,) (See lnstruc11ons1 all controls) 2020 Criteria Emissions-Emission Control (NAAQS) Pollutant Criteria Estimation Efficiency Emission Pollutants Code Pollutants Method Code 1Nctaftcr Factor ff,.,..,,._. (See lnstmcti<m!'>• :11II Cul\ttuls) 2020 co co 08 NOx NOx 08 TSP TSP 08 PMl0 PMlO 08 PM2.5 PM2.5 08 SO2 SO2 08 voe voe 0.04 03 Emissions Emission Control HAP/TAP CAS Estimation Emission Pollutants (In Alphobe1,col Order) (sec lnstrucuons) HAP/TAPS Method Code Efficiency Factor ( rot1nds/Yearl (Net aner .111 conlrol.-.) (Sec ln:muct~Or'llll 2020 Toluene 108-88-3 50.6 03 25% Ef Control Ef Control EF Control 37 r r r r r r r [ r r r r r r r r r r r COPY of RECORD Date Submitted: 6/30/2021 10:05:59 As entered in AERO Facility Name: AW North Carolina. Inc. 4112 Old Oxford Highway Durham. KC 27712 North Carolina Department of Environmental Quality Division of Air Quality Facilitv ID : 3200308 Permit: 08748 County : Durham DAQ Region : RRO Air Pollutant Point Source Emissions Inventory -Calendar Year 2020 1. Emission Source ID (from permit) ZM-N I 70 or Emission Source Group ID ---------------------------- 2. Emission Source Description : dip tank __,;, _________________________ _ 3. Operating Scenario ID/ OS -30/Dip Tank ------------------------------Des c rip ti on: 4. SCC l'iumber/Description: 40288822/Fugitive Emissions: Coating 5. Throughput/units in 2020: 0 !e.g. production or fuel use): ------------------------------ 6. Fuel Information (If fuel is used> 7. Capture Efficiency (% of Emissions from this Process Vented to Control Device or Stack): 8. Control Device Information :None Order CS-ID CDID ¾Sulfur (as listed in permit) %Ash Heat Content (Btu/umts) Control Device Description 9. Emission Release Point (ERP) Information: (Sources vented to more than one ERP use additional entry lines): ERPID ERP Type Height Diameter Temperature Velocity Volume Flow tin fc-.:1) Cirdc Ccn1cr #): (F) tFccusi:cl Rate (Acrm1 Rectongl• (L, W) ( n 0.1 feet) ZM-VERTICAL 35 I 77 14.3 673.87 Nl70 STACK ERP Description Stack Representing Dip Tank 38 r r r r t r r r f r r r r r r r r r r Facility Total CY 2020 Emissions Summary COPY of RECORD Date Submitted: 6/30/2021 10:05:59 As entered in AERO Facility Name: AW North Carolina, lnc. 4112 Old Oxford Highway Durham, NC 27712 North Carolina Department of Environmental Quality Division of Air Quality Facility ID : 3200308 Permit : 08748 County : Durham DAQ Region : RRO Air Pollutant Point Source Emissions Inventory -Calendar Year 2020 Record Facility-Wide Totals From all Permitted and Non-Permitted AirPollutant Emission Sources Green House Gases Pollutants GHG Actual Emissions (Tons/Year) Pollutant CAS 2020 2012 Criteria Pollutants Actual Emissions (Tons/Year) Pollutant CAS 2020 2012 co co 9.2 13.75 NOx. NOx. 6.7 5.45 PM(TSP) TSP 5.48 5.05 PMI0 PMlO 5.48 5.05 PM2.S PM2.5 5.48 5.05 SO2 SO2 0,05 .03 voe voe 9.39 14.76 Hazardous Air Pollutants(HAPS) and/or Toxic Air Pollutants(T APs) Actual Emissions {Pounds/Year) Pollutant CAS 2020 2012 Pollutant Group:Manganese & compounds Group Sum: 125 .3003 Manganese Unlisted Compound~ MNC-Other l 25.3003 Nol reporled (Specify & Component ofMNC) Diox.ane. 1.4-1.23-91-1 0.03 Not reported 1-fcxane. n-110-54-3 226.7 172.3 Sulfuric acid 7664-93-9 33.35 197.04 Toluene 108·88 3 100.25 Not reported ¾Change "/o Change -33.09091% 22.935781% 8.514848% 8.514848% 8.514848% 66.66668% -36.382114% o/o Change NIA NIA 31.572834% -83.07451 % NIA 40 r r r r r r r r r r r r r r r r r r r COPY of RECORD Date Submitted: 6/30/202110:05:59 As entered in AERO Facility ~ame: AW North Carolina, Inc. 4112 Old Oxford Highway Durham, NC 27712 Comments From Facility: 6/2812021 -Qperatiog Scenario Comments OS OS50 : Emissions for this source are accounted for under Group G-155 (Arc Welders) Facilitv ID : 3200308 Permit : 08748 County: Durham DAQ Region : RRO 41 r r r r r r r r r r r r r r f r r r r 2020 Annual Emissions Inventory General Information Form AW North Carolina Durham, North Carolina NORTH CAROLINA r r r f r r r r r r r r r r r r r r r FORM A GENERAL FACILITY INFORMATION REVISED 04/18119 NCDEQIDMaion ol Alt Quality• Appllcallon for Air P•mll to Construc!IOper• I A NOlE-APPLICATION WILL NOT,BE PROCESSEO WITHOUT THE FOLLOWING: ·-lOCel zcw,w,g c.onsasierc, oeu,m,,,_, □ ('-OI modlfallon orly) □ ~-dCopr.aofAprllicallon I AQi>IIQltlon F .. (--oneCJl)do,1 -) 0 ~omci.&'-Conlac:I~ □ P:c Seol(l'8QUA<ll m Nlf R...-n eP.,.,,.. D Clloc:I< Endmad GENERAi.iNFORMATiON .. .. L~ r.-..o-., N-:AW Nonh Carolina, Inc ••v 411'"•£'• VI. _,. .. -.-,11v ... . Slla-AW Nollh CaroGna, Inc Sle-(1>1t .....,,_, u.. t:4112 Old Oxfotd Hip~ un .... ...... Sle-1.n?-JVI.. I L LULi .-Durham Sate,Nollh Carolina 7~~,2n12 lc....,,,,Ourham -CONTACT INFORMATION -'D .. 1-: ..,,i,. 11.,.,.~nnsi,I C ttt•"'"" ---Offld.VA-Ca,tKI: -.. CotJQCC - -Charles Anderson.. Vice President Manufacll.l'iM S.illllO<t N-™"·"""' Palmer/ ManAOAt Finance 1..--..u.1:4112 Old Oxford Hwv .-...--. u,o 1 4112 Old Ox.rord Hwy 1--..0.2. .... ---~2: IC-.Durham ~Nonh C11r0l1na Lo Code:27712 ~Durhlun Smte:NoT1h CaroltnZ., C:-:27712 lo-... Phone No.:!9191479-2279 IFax No. .......__PhoneNo:(9191479-6580 lruNo Secondary~ No I ---No.: I Emal _,Clwlc1Ando:tsonul.!awnc.com Emall..._.,.,...,.,.,ccs@.awnc.com ,_ Comact: -...ir,Tocl,n/ul eo.,-, Namd1llt:Stcve Turnin. General Mareuir NlmofTikBenJ111111n P-. Env11onmcnlal. Heallh. and Safctv Coonhnator 1-..-.,..1.ine1:4l 120ld Oxford H..., _ Add,_ U. 1,4112 Old Oxford H"')' ,w.---.Une2; ~-•-1.ne~ .-:..:Dwllllll s-: Nonh Can>hna Zlp CoC1e: 27712 l~:Durham Slore:NOfth Carol ZJo Codo:27712 Pm,ory-No (91913011-9678 IFa,cNo .. Prtma,yPhcnt No.:(919) S 19-3379 lraxNo. l"--'-'"""'-No .. I 1-l'hcneNo I em. AdcnU:StrvcTUIJ)1n,µ/a\\11':.com E111811Mdress:8 wnc.com , APPLICATION IS BEING MADE.FOR □-N~od Fdl,(Grco,lield ~ Mod,lcalian al Fa<My ~) ~ -n1ev U ~Nor>TidoV n-o,,,,go n ~ Cllange --R.--- FACILITY CLASSIFICATION AFTER APPLICATION (Check O"ly On•> I I Ge,o<al LI Smet I I f'rllNblla<ySmall 11:SyrllllllCr.b>r I I TIIIOV FACILITY (Plant Sile) INFORMATION . Dcocrl,o IIDl\ftol (plan slle)_,.clo1[1). l\qt,uliic:tun: n( au1omoc1vc 1nmsm1ss10~ and 1ransmtss1on comp- F-.rlO No.3200308 ~SIC/NAICS Codo:371' 13311350 c...-..~-No0114111!16 e..n-O.to ~ 30 2021 fdt/Cootd-La-. 36 oog,-OS ~,3:r L-76o,,g,a.50'1& . .r· Doe& this appHc.OOn contain confldtnUal -? 0 YES Q NO ...,, '"• pl--. ll>t DAQ Regional Offlc4I prta, ro ..-mn9 thlo applladon.- (S.. lna1ruellom) PERSON OR FIRM THAT PREPARED APPLICATION --Person ___ FnnNamt:AECOMT.......,S..-ol_,,,ean,o,,.1no -..,Addr.s$ U,e 1 54311 Wade PAIi<-:.--... 1i>e 2:Sub 200 Clly:Ralol(j!> ISllle,N"""Carat,,a Zill Codo,21907 leo.n,w. .. Phone No.·91M61•1t7~ IFax No. &na1--..,i1Aio.Jo1•-c- SIGNATURE OF RESPONSIBLE OFFJCIAIJAUTHORIZED CONTACT -- N.,_(l,,,..r) t'>.~ofor • Tll&Vi= Pred&nl Uon obrt, rjnn Su"""rt X Sq,mu'o(llluo HIJ ~ {. / d_ / Date t, • JP -2/ -Attach Addltlonal Sheet$ As Necessary r r r r r r r r r r r r r r r r r r r REVISeO 0'119119 FORM A (continued, page 2 of 2) GENERAL FACILITY INFORMATION NCOEQIOIYl11lon of .Alt Quality • .AppHca11on 10< Air lwmlt 10 co,-.-uaJOporata SECTION .V.1 • APPLICATION FOR NOH-TITLE V PERMIT RENEWAL (Compa,yNome) holwbyformaly _,.,_cl Nr Perml No Thao-t havt -no fflOd,ficaoor. ID tho~ pom,,tted fod'ty o, U.-iot'e -11-.t _ IOQ..., _, * pormil -lht last p<rml.,.. issued. I• JIOU'--,-..bjea 1040 CfR Port 611~ cl Acl,clon!al R"'-0 -Section 112lr)ol"" 0-Ai' ~ Q YES 0 NO 11,..,.. hllwyou-ysubmoO<la Rill Manago l'lan{At.tPjtoEPA.? Oves Q NO Oot.So.antlod· Did )'Ollltlld>I Clfflllemlssion, ltWlflQty? oves Q NO If no. Gd yO<I -.,.__..., viii AERO or by 11\11? Ill V•AERO □-od Date-: SECTION AA2• APPUCATION FOR TITLE V PERMIT RENEWAL In llCCO'Clanc9oMl!ltho proyioiono ol Tlllt 1$A. 20 .OS13, lllo .....,,.._1o dfidlf di 1Weby fcrmaly ,_ ...-o11\/r Penni No. (1\/r Penni No.) end l\ll>cr cen,fies lhal I A l(~Name) (1) TIie """""'""' qually l)6'1WI klenlffles end~ al -,..., ..... ot,o.., llm;.ct laciily. --suchunlll are "'"'"~led....,.,. ... Nor1h Carolina TIiie V a,g,JaDOnS. 15A NCAC 20 .0500; (Z) Thea,,,onl•q....., _ atM all ~,oq-1> and p,o,,des the mothod o, --lo, dol"'""nong _,._ wto, tho~~: (3) Thefacll«y 1s......,11y.,--...-.:1-con1nu010a,mply, wolhall--~ (Note. As pr-uncle< 15A NCAC20 .0512, ""'1J(lln2....,llle ccnalWOnS Cllll'oo P81'ft!-be-~..., t,o 81)1lficabfe req..-gpea1c:e1y klenlrfied., lhe pe,mll, (4) fo, apjlkablo requinlnwa hi ---110-.. torm cl !ho--NI Cho IWII)' -oonwon a lirnefy balls. 15) Tllt i.ct.-, lhd 11'9 epplc.ablo enllanced monlt0rtng ~ end SUbmiltcoomOianCO ~IS•~ t,y40 CFR Part 84. Tht ,_-_, (_...,. o, pa~ 1)-un....-lht IIOf>Ollyo/i-_ al_ ana --p,oo,ldod-. -on-and boiollormed _,,,__,.bloinquoy . ., • .,,._ aca,noto, end_..,.... SECTION AA3-APPLICATION FOR NAME CHANGE No#FooltyNomo i:om,er F•~ N■me: M officilf facility namo c,,.,,~ ,.,oq_ as -aba,,o f«l>o ai< pam,1 menllCJned on.,_ 1 d lh<sf""" Corrc,lele o,e --H lhoro hr,e bftn ..-r.cat..,,. ,oto,, ong,n,,ly pem,;ued leali<y lhal -f"'I""• on or~....,., """" lhelml penril wao lsaoed and H....,, hao _, an ._,.!Ship ct,enge associaled ....U. O,is name cnongo SECTION AM-APPLICATION FOR AN OWNERSHIP CHANGE By lhlS Ol>l)IICOll<ln WII -y --of 1410-Penn• No fttwn the fcwme, owner' IO lhe MW OWl"l8f' ~ descti,ed baow The .. -. cl_,,,.,.,.,,_,, --orxl lablol)' .... be -1-.e1y 0t ,.,_. 4.11•) Tho logo!_.,.. d .... 1aalkyaeocribed on !»9• 1 Olll'IO IQrffiNS_, o, "'"" l>e ._,..,..., on ldllo)_ Thote -_, no madif-to Ille orig,.....,. jlOfmil!ed f1ciilJ, the -'<J roq...-e 11n.,. qualty ponnc ...co tllo lo~ po,n,d was issutld. Sgrv,vp pf Npw tBum::t BmPP!J!bll 9!f!enKAathonpd c«4ac1 <n ttRld on PM 'I X Sig'I.,,_ (80.,o I,.} Dol•: ....,Fdt,,Namo: Former Facdlly Name: ~l!lW!l 2 F~ ,~) ResoonstJle Cl!!:5i~hrimd ~-~ Name r,.-Of print) Tone XSoQ,,a.n(SU,k,kj Dalo: Form. 1.-eu,,1 Corpcracc,'0,,na Name: In Ueu of the seller's signature on this form, a lotter may ti. submitted with tho seller's signature Indicating the ownership change SECTION AAS-APPLICATION FOR ADMINISTRATIVE AMENOMl:HT l""""""""'°roq__, •=-~•-• •-• lltlaeh ..,..,ona,.,,,._umeru as ruessa,y): Plc:is<e note the ch•ng< in responsible oflicill for the faciht\· Attach Add1tl0nal Sheets As Necessary Page 2 of 2 r r r r r r r r r r r r r r r r r r r 2020 Annual Emissions Inventory Emissions Calculations AW North Carolina Durham, North Carolina NORTH CAROLINA A:COM -, -, -, -, ~ -, -, -, -, ..., ~ -, --, AW Nor1h Carolina, Durham, NC 2020 Actual Emissions Calculations Total Actual Emissions PM ton,'yr PM10 t"""'r PM,, tnnNr so, '"""" NO, t<Ww co t<Ww voe t"""" Total HAP tnnlw A tel aldehyde -ACIOiein lb/1< Arsnc Uriistacl Compounds lb/yr Benzene lb/YI' B...,O(a)pyrene lbM BeryllllTI ll/yr 1,3-!Maelene ll/yr 2-Bw>xyell\anol l>/yr Ca<tnium Metal l>lvr Chromic Acid (VIJ .,,,.. Coba! Canpounds .,,.,. 1.2-0icllloroetllane l>/yr Oiethaodamina lb/yr 1.◄-0io..,. lb/yr Ethy'lenmne lb/Yr Ethylene Oxide ll/vr formaldehyde ll/yr Lead I>/\< Manganese \.Wisted Ccn,pounds 1)/yr Mera,ry Vapor l>/1< Metllanol lb/yr Methyl Etl1)4 Ketone lb/yr Motllyt lsoblllyl Ketone lb/\< N•Hexane lbM Cleaning/ Impregnation Paint Booth Stations 8.90 008 4.88£-03 2.78E-01 ◄.98E+01 2.78E-01 2.78E-01 2.78E,01 27.02 Manual Brazing HnlT,.,•t Emergency ArcW.ldlng Laser Welding v11,eeoe1y Painting Ovens Fum1e11s Genentor Operations Operations Anoditing Stltions 0.39 0.088 885E-03 1.88 3.13 039 0.088 8.85E-03 1.88 3.13 039 0.088 8.85E-03 1.88 3.13 0.03 0.01 825E-03 5.15 116 0.12 0.27 ◄.32 0.97 0.03 3.88 0.02 0.28 0.08 !OIE-02 ◄.ne-02 521E-03 2.25E-04 2.16E-01 4.86E-02 5.25E-02 1.23E-04 2.78E-05 1.08E-05 1.89E-04 2.20E-OJ 1.69E-04 1.69E-04 8.6◄E-03 1.94E-03 7 72 1 74 865E•02 5.15E-02 118E-02 5.07E•04 3.38E·04 1253 1.89E-04 18523 41.87 --, -, -, -,. --, --, Paint Gun Raporttn Washer Totals De Minimi5 AERO? 5.◄8 Yes 5.◄8 Yes 5◄8 Yes 0.05 Yes 6.70 Yes 9.20 Yes 0.04 9◄0 Yes 028 4.32E,02 10 No 5.21E-03 10 No 2.25E-04 0.01 No 3.17E•01 1 No 1.62E-04 1 No 1.69E-04 1 NO 2.20E-OJ 1 No 211E+OO 211E+OO 100 No 1.89E-04 0.1 No 1.69E-04 0.01 No 1.06E-02 1 No 2 78E-01 1 No ◄.98E+01 100 No 2.78E-01 0.01 Yes 2.78E-01 10 No 2.78E-01 1 No 952E+OO 10 No 6.35E-02 1 No 1.25E+02 10 Yes 1.89E-04 0001 No 643 8.43E+OO 1000 No 843 3.54E+01 100 No 843 8.43E+OO 10 No 2 27E•02 \00 Yes -, -:-1 -, -, AW North Carolina, Durham, NC 2020 Actual Emis94ons Calculations Tots Actual Emissions Naplhalane "'"' Nickel melol """ PrOl)l'lene Oxide l>/\,Y SelOMJm Compounds l>IW SufuicAcid ""'" Toluene b/\lr Xylene l>/\'r -, -, -, -, -, --, -, -, -, Cleanlng I Manual Brazing Heat Treal Emergency ArcW.ldlng Laser Welding Valve8ody lmprwgnation Paint Booth Anodizing Stations Painting Ovens Fumaces Generator Operations Operations Sl.atlons 8.28E·02 1.41E-ll'Z 4.78E·03 169E·04 2 78E•01 2.47E•03 5.56E·04 845E-04 3.33E+01 821E+OO 36.27 4.nE+OO 3.50E-01 787E-02 2.30E-ll'Z 2109 4 72E+OO 1.6\E-02 --, -, -, -, --, --, Paint Gun Repor11n Totals DeMlnimls Wa$hU AERO? 8.17E-02 1 No 1.69E-04 1 No 2.78E-01 10 NO 3.87E-03 10 NO 3.33E+01 100 No 5.00E+01 1.00E+ll'Z 100 Yes 6.43E+OO 3.43E+01 100 No r r r r r f f r r r r r r r r r r r AW North Carolina, Durham, NC 2020 Actual Emissions Calculations Heat Treatng Furnaces AEROOS.:35 Maldmum Furnace ID Ralina HE..0005 06 HE-0006 0.6 Units ~ HNlllnpVllue NaturalGas 1.030 I Btu/scf MMBtulhr MMBtulhr HE..0007 06 MMBtu/hr Aclual HOUIS of~ 6,624 hr/yr HE-0008 06 MMBtulhr HE-0009 06 MMBlulhr HE-N020 06 MMBtulhr Total: 3.6 MMBtu/hr EmlalonFacton Aclulllfmlala. Criteria Pollutants Controlled Controlled lb/10"scf lb/MMBtu lb/hr 1-1ur NO, 100 0.097 0.35 116 co 84 0.082 0.29 097 PM I PM,o • PMu tTOlal)' 76 0.007 266E.02 009 so, 06 0.001 210E.03 695E-03 voe 5.5 0005 1.92E-02 0.06 Toxic/Hazardous Air &n1891on Facton Aclu.ll --Compounds lb/10"scf lb/MMBtu lb/hr lb/vr Benzene (H.T> 210E.03 2.04E-06 7.34E-06 4 ll6E.()2 Benz01a1n.,,ene IH,TI 1 20E-06 1 17E-09 4.19E.09 278E.a5 Cobak (H) 8.40E.05 8.16E-08 2 94E-07 , 94E-03 Formeldehvde CH.Tl-· 7 SOE-02 7.28E-05 2.62E-04 1.74 n-Hexene(H,TI 1.80E+OO 1 75E.03 6.29E.03 41.67 Lead(H) SOOE-04 4.85E-07 1 75E-06 116E-02 Na>thalene {HI 610E-04 5 92E-07 213E-06 I.41E-02 Selenum !Hl 2.40E.05 2.33E.08 8.39E-08 SSSE-04 Toluene IH Tl 3 40E-03 3.30E-06 1.19E-05 008 Total HAP 1.8'E+OO 1.83E-03 6.58E.03 43.57 l~tHAP 1.80E+OO 1.75E-03 6.29E.03 41.67 cmo-on GHGP-...i..__ co.e ..__ .. Emlul-· GHG Compounds Factors• ka/MMBtu metric tons/vr co, 5302 1,264 34 CH, 0.0010 0.02 N,O 00001 000 1 Em,ss,on factors from US EPA's AP-42, Sed,on 1.4 , Assumed PM = PM10 = PM,.. short ton..,.,, metric tons/vr 1,393.69 1,264 263E-02 0.50 2 63E-03 0.74 TOTAL• "GHG em,ss,on faaors from EPA Mandalay Reportng Rule, 40 CFR Pat 98 Tables C-1 and C-2 short tonslvr I 394 055 0.81 1,395 • Assumed global wanning potentials of 25 and 298 for CH4 and N,O, respacitvely, per EPA Mandatory Reporting Rule 40 CFR Part 98 Table A-1 r r r r r r r r r r r r r r r r r r r AW North Carolina, Durham, NC 2020 Actual Emissions Calculations Brazng Ovens AEROOS-38 llalmum Furnace ID Ralina Units HE-0001 27 MMB1ulhr HE-0013 27 MMB1ulhr HE-NOH 27 MMB1ulhr HE-0014 40 MMBtulhr HE,N019 40 MMBtulhr Total= 16.0 MMBtulhr Emlulon Factcn Criteria Compounds Controlled lb/10"scf lb/MMBtu NO, 100 0.097 co 84 0.082 PM I PM,o I PMu (Total)' 76 0007 SO2 06 0001 voe 5.5 0005 Toxic/Hazardous Air EmlulonFadln Compounds Controlled lb/10"scf lb/MMBtu Ben2ene (H.n 210E-03 2 04E..al Benzora~=ene rH Tl l .20E-06 1 17E-09 Cobal(Hl 8.40E-05 816E-08 Fonnaldehyde (H r1-· 750E-02 7.28E,05 n-He><ane(H,Tl 1 80E+OO 1 75E-03 Lead CHI SOOE-04 ◄ 85E-07 Napthalene (HI 610E-04 S.92E-07 Selenium (H) 240E-OS 2 33E-08 Toluene rH,Tl 340E-03 3.30E-06 Total HAP 1.88£+00 1.83E-<13 ~I HAP 1.80E+OO 1.75E-03 Fuel HNllna Vlllu• Natural Gas j 1,030 j Btu/Sci 6.624 tytyr Aclual EmluiCWIS Controlled lb/hr t""""' 1 55 515 1 30 4 32 0 12 0.39 932E-03 3 09E-02 009 0.28 AdualEmlNlona Controlled lb/hr lhlur 326E-05 0.22 1 86E-08 1 23E-04 1 30E-06 8.64E-03 1.11E-03 772 2 BOE-02 1852 7 77E-06 005 948E-06 006 3 'f3E-01 2 47E-03 528E-05 035 2.92E-02 193.6 2.80E-02 185.2 ,..._on GHG Pcantial Emlalona CO,• Potenllal l!'mlulCWIS 4 GHG Compounds F-• kaJMMBtu metric tonsNI' CO2 53.02 5619.62 CH, 0.0010 1 OSE-01 N,0 0.0001 1 06E-02 'Emission fae1c:.-s from US EPA's AP-42 Section 1 4 • Assumed PM ; PM,o • PM2 • short ton,.,,,,. metrictonlllVI' 6194 57 5,620 1 17E-01 2.23 1 17E.02 3.29 TOTAL= , GHG emission factors from EPA Mandatory Reportng Rule 40 CFR Pa1 98, Tables C-1 and C-2 short ton9.lvr 6195 245 3.62 6,201 • Assumed global warming potentials of 25 and 298 fct CH, and N2O respec,tvely per EPA Mandatory Reporting Rule. 40 CFR Par, 98. Table A-1 r r r r r r r r r r r r r f r r r r r AW North Carolina, Durham, NC 2020 Actual Emissions Calculations Emergency Generator AERO 0$-43 llulmumCa FumacelD Ratina Actual Hours of Operation Sulfur Content of Fuel ocltlw Rating 335.3 24 0.0015111 conv ... lon Factor lb/MM Btu lo lb/hp-hr ! 7 OOE003 Criteria Compounds Emission Factors' lb/hp-hr PM' 2.20E·03 PM,; 2.20E-03 PM2.' 2.20E-03 SO2 2 05E.03 NO, 3 10E-02 co 6 SSE-03 voe 2 51E-03 Units hp hr$ MMBtu/hp-hr Actual Emlulont lb/hr ton/yr 0.74 8.BSE-03 074 8.85E-03 0.74 8.85E-03 069 8.25E-03 10.39 012 2 24 2.69E-02 0.84 1 01E-02 Toxic/Hazardous Air Compounds Emission fac:tors Actual EmlNlont lb/MMBtu Acetaldehvde (H,Tl 7.67E-04 Acrolein (HT) 9.25E-05 Arsenic unlisted compounds IH, T) 4 OOE-06 Benzene<H,Tl 9.33E-04 Benzo(a)pvrene CH.Tl 1 88E-07 Bervi·rum metal !unreacted) fH,Tl 3.00E-06 1,3-Buladiene CH.Tl 3.91E-05 Cadmium metal (elemental unreacted) (H.T) 3.00E-06 Chromic Acid (Vil CH.Tl 3.00E-06 Formaldehvde !H.Tl 1.18E-03 Lead unlisted compounds (H) 9.00E-06 Manganese unlisted compounds (H.T) 6.00E-06 Mercurv vapor (H.T) 3.00E-06 Naotnalene CH) 8.48E-05 Nickel metal CH.Tl 3.00E-06 Selenium compounds (H) 1.SOE-05 Toluene (H.T) 4.09E-04 Xvtene(H.Tl 2,BSE-04 Highest HAP t Formaldehvdel 1.18E-03 Total HAPs GHG Compounds Emlsalon Factors• co, CH, N2O ' Emission factors from US EPA's AP-42, Section 3.3 2 Assumed PM = PM,0 z PM, 5. ka/MMBtu 73 96 0.003 00006 lb/hi>-hr lb/hr 5.37E-06 1 B0E-03 6.48E-07 2 17E-04 2..B0E-08 9 39E-06 6 53E-06 2.19E-03 1 32E-09 4.41E-07 2.10E-08 7 04E-06 2.74E-07 9.18E-05 2.10E-08 7.04E-06 2.l0E-08 7.04E-06 8.26E-06 2.77E-03 6.30E·08 2.llE-05 4.20E-08 1.41E-05 2.10E-08 7.04E-06 5.94E-07 1.99E-04 2.10E-08 704E-06 1 0SE-07 352E-05 2 86E-06 9.60E-04 2.00E-06 6.69E-04 8.26E-06 2.77E-03 9.01E-03 GHG Polentlal Emissions metric tons/yr s hart tons/yr 4.17 4.59 1 69E·04 1 86E-04 3.38E-05 3 73E-05 )GHG emission factors from EPA Mandatory Reporting Rule, 40 CFR Part 98. Tables C-1 and C-2. lb/yr 4.32E-02 5.21E-03 2.25E-04 0.05 1 OSE-05 1 69E-04 2.20E-03 1.69E-04 1.69E-04 0.07 5.07E-04 3.38E-04 1.69E-04 4.78E-03 1.69E-04 8.45E-04 2.30E-02 1.61E-02 0.07 0.22 co,. PcQnUal Emlsalons' metric tons/Yr short tons/Yr 4.17 4.59 3.SSE-03 3.91E·03 1.0SE-02 1.15E-02 TOTAL= 4.61 'Assumed g'.obal warming potentials of 25 and 298 for CH, and N2O, respec~vely per EPA Mandatory Reporting Rule, 40 CFR Part 98. • ,_, .,. -, -, =, AWNorlh Cuollna,owt,-,, NC 2021 Actual Emi1$lon1 calculations Painl and Ink ernsstont VOC/lv To1ic Cmtenl Tata .. AERO OS-31, OS•tl OS-7 P"1-a-,lcllN- LPZZOOS y-PIWII PZZOOO Red :.-wxav Paint LPZZ007 WhiteNVavP■n1 LPZZOOI Bkle sorav Paint CARBOCOAT ISO C•bolne \3,4 HG C ;l7S Thinnet 225 e 100% Ace1onel Thinne, 78 KJHn S~n Mrier_, SDiriltS ~ ---. T--Q•-UNl.clf...._ure '"""' 12 15ozcant t 41 2• tS oz cwa 201 12 1S GZ c.ns 141 12 15 oz cans Ut 2 -on 2 3' "-3' ti o.alon ti 4 nalon • 5 nalcn s --, -, TOlal 0oNly 0-ly -no.I\ ,._.,Ill ,..., 7 IMI tt 17 22 139 12 1.39 12 142 tt.13 2, 121 10,87 383 159 IOS ue 27 1.51 33 ~ -, ~ -, -, -, -.,tE.,._ voe voe T-• r ... .,. x,..,. ",..,. K--E--· E,_ ~t E-■ eo,....,. NMdll•-• .... ,., ,..., (-1 OIIII ..... , -· ..... , ManullPNlltlD sea MO Mlnll•Pain1na ,oQ 10 79 M.,uatPa.-1m 700 815 20.0 2.311 20.0 2311 Mlnullll Peintina TSO us 20.0 2311 20.0 2311 P_,.Booll> ,o i,,; 9.$3 12.S" 2911 PaintBoolh :ze.,, 9S 74 1001' 30 27 5111' 1113 PaintBoo1tt lllll' 0 Pllnt Booth 1011,0 ... 27.112 1000'1< Plint Booth 100 01' 32 53 voe Emtssion1 Toluene Emlsston1 Xvlene Emission, Paint Boo•: -· ,., .. " Iba 38.27 Ibo '1U)9 bl E~s o.oa tons I IIE-02 1 ... 1 05E. 02: tons Manual Palnt-o: -· 3' OI bl ,.n.,. • n bl E,nallOn I 70E 02 tons 2.JIE.Ol tom 2.38EOJ ICIM 199.0bl 4000 Ibo 2511 bl Total Peto,nill EmiooleM: 0 10 toos 2.05E-02-t.20EQ2- No SOS •vdabl• ror 8kft Spray Paint. Emi51ions conservauvely •llmattd by •numing lhe dlelftCIII propertNt of ti• M•nu~ Plln•no produd 'Mlh t.gh•I voe conlltnl (Gtten Spray PaS'lt) . -, -, -, --, --, -.a.,, K-e-. _., -· ID-••-Oolo v--• U.<nSJEOS RUSV21113'RUSTCII.EUM s.EOS RU$1121113•RUSTCJI.EUM MSOSJEOS RUSV21113·RUSTOI.EVM SOSA'.OS C•boai• SOS/EOS ~-SOS.EDS C•~• 27.02 SOS.EDS C•bolne SDs.EDS C•bOline Melhyl E"'Jl llotono EmlsUons 27 02 bl l.35EQ2 '°"' 0 lb& O tons 27.02 lb& 1 35E 02 tons r r r r r r r r r r r r r r r r r r AW North Carolina, Durham, NC 2020 Actual Emissions Calculations Fmal Testing Stations AERO OS-37 There are no anticipated emissions associated with the final testing stations, r r r r f r r r r r r r r r r r r r r AW North ClroUna, Durham, NC 2020 Actual Emtas•ons C.lcui.tion1 CZe•ning and Jmpre9n1Cin9 s1ai;on1 AEROOS-40 Poe.ruial voe Emls■lon, Potentlal HJAPfTAP EmtHlons 2 -Na- PK-SS30M Yumate KC-770 Yumage W-$1H Yumago W-175 Na.GfCloonln9/ ............. -,,___ 3 1 56 2 (:lie-- Oiet11anol1mine TOiuene Oie1haneflffline Toh.iene Oiett,1n01amine 1 .2-dichlOfoetnane TOlutnt 1.~dioxane Eth'-"enimine Ecrwt1n1 Oxide p ......... ,,..,,. O>Cldt w.lgMF-• T--IW'? T#? .... ·~ y 10 2.0&E-02 y y 0.1 6.96E-05 y 0.1 3.89E-03 y y 0.1 3.89E-03 y 0.1 1 39E-04 y y 0.1 1.39E-IM y y 0.1 l.39E-IM y y 0.1 U9E•IM y y 0.1 1.39E-04 y y 01 1.39E-04 y 0.1 1.39E-04 Total HAP: 2.97E-G2 TOCII TAP; ◄.&6E-G3 Emss,on factor from source IHting lhat oco.ured in Janu..-y 2002 Ctlemic:als used during that test ■re the same as the chemicals currently used. From the source 1est. tne emlss,ons from each deaning station are O 021 lt>s VOClhr or 0.07 tons VOCl'fr (6 624 hOUfS) 'HAPITAP c.oosti11.1:ent data 0Dta1ned from safety crata Sheets. Emissions n estimatt>O by 1T1Jlt;plying the voe enliSSlon faciOI" by the wttoht percent for each HAPfT AP in each p,oduct r r r r r r r r r r r f f r r r r r r AW North Carolina, Durham, NC 2020 Actual Emissions Calculations Welding AERO OS-39 Hours of Operation 6,624 Emission Factor Emission Factor Pollutant (lb/staUonn,r) (lb/station/Yr) PM/PM1o,IPM2 s 0.0625 414 NOx 0.009 59 616 co 0.13 861.12 Emission Factor (ton/station/yr) 0.207 0,029808 0.43056 1 Emissions factors from source testing that occurred in January 2002. Total Emissions No. of Welders (ton/yr) 9 1.86 9 0.27 9 388 r r r r r r r r r r r f r r r r r AW North Caronna, ourham, NC 2020 Ac;tual Emissions Calculations Welding AEROOS-49 Emission Description Point Insignificant Laser Welder No 1 (.LB-N001) Insignificant Laser Welder No. 2 (LB-N002) Insignificant Laser Welder No. 3 (LB-N003) Insignificant Laser Welder No. 4 {LB-N004) ln519nificant Laser Welder No 5 (LB-NOOS) nsignificant Laser Welder No. 6 (LB-N006) tns,gnificant Laser Welder No 7 (LB-N007) lnslgniflCa'lt Laser Welder No. 8 (LB-N008) Insignificant Laser Welder No 9 (LB-N009) n significant Laser Welder No. 10 (LB-NOi 0) lnsign~icant Laser Welder No 11 {LB-N011) Insignificant laser Marker No. 11 ( ZM-N394) Total Aerosol f PIIII Si>ec;latlon• Compound Total Aerosol PM/PM,o/'PM,- Manganese (Mn) (Inch/mini 94 5 59 1 118 1 118 1 94 5 59 1 118 1 118 1 94 5 137.8 137 8 150 Fume Max lwt¾I - 2.00% Maximum Rate PM Emission Uncontrolled PIii Emissions Factor' flnch/hrl 11000 lnchlhrl (lb/1000 Inch) (lb/hr) ltonrvr) 5669 5.67 0.012 0.0688 0.2278 3543 3.54 0012 0.0430 0.1424 7087 7 09 0012 0.0860 0.2847 7087 709 0 012 0.0860 0.2847 5669 5 67 0.012 0.0688 0.2278 3543 3.54 0.012 0.0430 0.1424 7087 7.09 0.012 0.0860 0.2847 7087 7.09 0012 0.0860 0 2847 5669 5.67 0.012 0.0688 0.2278 8268 8.27 0.012 0.1003 0.3322 8268 8 27 0 012 01003 03322 9000 9.00 0.012 0,1092 0 3616 77.98 0.95 3.13 Uncontrolled Emissions flblhrl I llb/Vrl I fton/Vrl 0.95 I 6265 81 I 313 0.019 I 125.32 I 0.063 ' PM emissions from "Emission Data and Costs for Environmental Measures During Laser Joining of Metals", Journal of Laser Micro/Nanoengineering Vol 6, No 2, 2011. Table 2 Emissions are average of the steel laser welding test resuhs. See attadled derivation oA ernrss1011 fac:tor. 2 Ahhough 11missions for the Laser Marker are most likely less than those of the Laser Welders, for conservatism, we are calo.ilating the Laser Marker emissions using the same emissions estime1es as if tt were a welder. 3 HAP speciation from "Emission Data and Costs for Env.-onmental Measures During Laser Joining of Me1a1s·, Joumal of Laser Micro/Nar>oengineering VOi. 6, No. 2, 2011, Figure 2a for steel (non-stainless) laser welding emissions. Zinc emissions are not expeded since the steer being welded at the facil~y is not zinc coe1ed. Fig 2b composttions are not appropriate to use since the steel being welded a1 the facility 1s not stainless steel r r r r r r r r r r r r r r r r r r r Derivation of Steel Laser Welding Aerosol (PM) Emission Factor from Data In Journal of Laser Mlcro/Nanoenalneerlna• Process No. Description Feed Rate Measured Aerosol Emissions PM Emission Factor (m/mln) (In/hr} (g/hr) (lb/hr) Ob/thousand lnl 2 Heat Cond Welding • Lap Joint 3.6 8503.9 2360 0.0520 0.00612 3 Heat Cond Welding. Lap Joint 1.8 4252.0 3320 0.0732 0.01721 4 Heat Cond. Welding -Lap Joint 1.9 4488.2 2550 0.0562 0.01253 5 Heat Cond Welding • Lap Joint 1,6 3779,5 38 30 00844 0.02234 6 Deep Pen. Welding• But1 Joint 3.5 8267.7 2 30 0.0051 0.00061 7 Deep Pen Welding • But1 Joint 0.3 708 7 1 40 0.0031 0.00436 9 Deep Pen Welding -Lap Joint 1 0 2362.2 15.40 0 0340 0.01437 10 Deep Pen Welding. Lap Joint 1 0 2362 2 960 0.0212 0.00896 11 Deep Pen Welding• Lap Joint 10 2362 2 18.10 0.0399 0.01689 12 Deep Pen Welding• Lap Joint 10 2362 2 19 20 0 0423 0.01792 Average Emission Factor 0.012 • Data from "Emission Data and Costs for Environmental Measures During Laser Joining of Metals", Joumal of Laser M1cro/Nanoengineerlng Vol. 6, No. 2, 2011, Tables 1 and 2 Average emission factor ,s the average of lhe steel welding test results Process 1 not included since h was a soldering opera1ion. Process 8 not included sinee material was brass. r r r r r r r r r r r r r r r r r r r AW North Carolina, Durham, NC 2020 Actual Emissions Calculations Valve Body Anodizing Stations AEROOS-41 The valve body anodizing stations employ a dilute solution of sulfuric acid to anodize parts. Uncontrolled emission estimates were derived from calculations contained in the March 1, 2002 permit application using a mass balance approach and a worst-ease estimate of annual anodizing solution usage. Based on the calculation from the 2002 permit application and factoring up for current production levels yields the following· 5,735 gat of 50% sulfuric acid solution used; cut with 9: 1 water 57,350 gal of 5% sulfuric acid solution after dilution 0.1% solution emitted to the air from dripping and some sp!ashing during dragout 57.35 gal solution emitted to the air from dripping and some splashing during dragout 2.9 gal sulfuric acid emitted to the air from dripping and some splashing during dragout 1. 39 specific gravity of sulfuric acid 8.34 lbs water/gal 11.63 lbs sulfuric acid/gal 33.35 lbs sulfuric acid/yr emitted per valve body anodizing station 0.0167 tons sulfuric acid/yr emitted per valve body anodizing station 1 total valve body anodizing stations 0.0167 tons sulfuric ae1d/yr emitted total 33 35 lbs sulfuric acid/yr emitted total r r r r r r r r r r f r r r r r r r r AW North Carolina, Durham, NC 2020 Actual Emissions Calculations Dip Tank AERO OS-30 There are no emissions of regulated compounds associated with the dip tank .--, -, -, e.1 ~ -J ~ ~-,-,-,-, -,--,--, -,-, AW North Carolina, Durham, NC 2020 Actual Emissions Calculations Paint Gun Washer AERO OS-44 Potential Usaae Information Total Brought on Site in 2020 (oal) 60 Total Recycled (aal) 48 2020 Evaporative Loss (gal) 12 CAS# Comnound 108-88-3 Toluene 2-Methyl-4-Pentanone 108-10-1 (Methyl lsobutyl Ketone} 67-56-1 Methanol 78-93-3 Methyl Ethyl Ketone 1330-20-7 Xylene (Mixed Isomers) 111-76-2 2-Butoxyethanol voe TAP y y y y Total Total Weight Density Emlaslons Emissions HAP voe Fraction (lb/aal) (lb/vr) ftDvl y y 0.6 7.02 50.56 2.53E-02 y y 0.1 7.02 8.43 4 21E-03 y y 0.1 7 02 8.43 4 21E-03 y 0.1 7.02 8.43 4.21E-03 y y 0.1 7.02 843 4.21E-03 y 0.025 7.02 2.11 1 05E-03 0.9 7.02 75.84 3 79E-02 ' Evaporative losses for paint gun cleaner are estimated to be the difference between the amount of chemical added and the amount recovered at change out services. 2 Chemical data for Super 16 Paint Gun Cleaner obtained from safety data sheet When chemical component composition or specific gravity is stated as a range, calculations conseivatively assume the upper bound of the range. --, --,