# Polyvinyl Chloride and Copolymers (PVC) Production

**Other Analyses**

**Other Emission Sources**

**February 7, 2012**

**Worksheet Name Description**  Survey Data Facility Submitted Survey Data

Pivot 1 Pivot Table To Sort Facility Submitted Data

Pivot 2 Pivot Table To Sort Facility Submitted Data

Pivot 3 Pivot Table To Sort Facility Submitted Data Data Summary by Fac Summary of Facility Submitted Data Data Summary by Equip Summary of Facility Submitted Data Data Summary by Equip-Fac Summary of Facility Submitted Data Summary of Work Practices Summary of Facility Submitted Data

Emissions Emissions Estimate Calculations for Other Emissions Sources BTF Analysis OES Work Practice Summary Table**CompanyName FacilityName**  **ProcessUnitID**

CertainTeed Corporation Lake Charles Poly me r Plant P-1 CertainTeed Corporation Lake Charles Poly me r Plant P-2 Formosa Plastics Corporation USA Formosa Plastics Corporation Baton Rouge P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Baton Rouge P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Baton Rouge P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Baton Rouge P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Baton Rouge P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Baton Rouge P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Baton Rouge P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Baton Rouge P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Deleware City P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Deleware City P-2 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Formosa Plastics Corporation USA Formosa Plastics Corporation Point Comfort - PVC Unit P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Aberdeen Facility 1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1

Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Georgia Gulf Corporation Georgia Gulf Chemicals Plaquemine Facility P-1 Oxy Vinyls, LP Oxy Vinyls Deer Park P-1 Oxy Vinyls, LP Oxy Vinyls Deer Park P-1 Oxy Vinyls, LP Oxy Vinyls Deer Park P-1 Oxy Vinyls, LP Oxy Vinyls Deer Park P-1 Oxy Vinyls, LP Oxy Vinyls Deer Park P-1 Oxy Vinyls, LP Oxy Vinyls Deer Park P-2 Oxy Vinyls, LP Oxy Vinyls Deer Park P-2 Oxy Vinyls, LP Oxy Vinyls Deer Park P-2 Oxy Vinyls, LP Oxy Vinyls Deer Park P-2 Oxy Vinyls, LP Oxy Vinyls Deer Park P-2 Oxy Vinyls, LP Oxy Vinyls Deer Park P-3 Oxy Vinyls, LP Oxy Vinyls Deer Park P-3 Oxy Vinyls, LP Oxy Vinyls Deer Park P-3 Oxy Vinyls, LP Oxy Vinyls Deer Park P-3 Oxy Vinyls, LP Oxy Vinyls Deer Park P-3 Oxy Vinyls, LP Oxy Vinyls Deer Park P-3 Oxy Vinyls, LP Oxy Vinyls Pasadena P-10 Oxy Vinyls, LP Oxy Vinyls Pasadena P-10 Oxy Vinyls, LP Oxy Vinyls Pasadena P-10 Oxy Vinyls, LP Oxy Vinyls Pasadena P-10 Oxy Vinyls, LP Oxy Vinyls Pasadena P-10 Oxy Vinyls, LP Oxy Vinyls Pasadena P-10 Oxy Vinyls, LP Oxy Vinyls Pasadena P-10 Oxy Vinyls, LP Oxy Vinyls Pasadena P-10 Oxy Vinyls, LP Oxy Vinyls Pasadena P-10 Oxy Vinyls, LP Oxy Vinyls Pasadena P-12 Oxy Vinyls, LP Oxy Vinyls Pasadena P-12 Oxy Vinyls, LP Oxy Vinyls Pasadena P-12 Oxy Vinyls, LP Oxy Vinyls Pasadena P-2 Oxy Vinyls, LP Oxy Vinyls Pasadena P-2 Oxy Vinyls, LP Oxy Vinyls Pasadena P-2 Oxy Vinyls, LP Oxy Vinyls Pasadena P-3 Oxy Vinyls, LP Oxy Vinyls Pasadena P-3 Oxy Vinyls, LP Oxy Vinyls Pasadena P-3Oxy

Vinyls, LP Oxy Vinyls Pasadena P-3 Oxy Vinyls, LP Oxy Vinyls Pasadena P-4 Oxy Vinyls, LP Oxy Vinyls Pasadena P-4 Oxy Vinyls, LP Oxy Vinyls Pasadena P-4 Oxy Vinyls, LP Oxy Vinyls Pasadena P-4 Oxy Vinyls, LP Oxy Vinyls Pasadena P-5 Oxy Vinyls, LP Oxy Vinyls Pasadena P-5 Oxy Vinyls, LP Oxy Vinyls Pasadena P-5 Oxy Vinyls, LP Oxy Vinyls Pasadena P-6 Oxy Vinyls, LP Oxy Vinyls Pasadena P-6 Oxy Vinyls, LP Oxy Vinyls Pasadena P-6 Oxy Vinyls, LP Oxy Vinyls Pasadena P-7 Oxy Vinyls, LP Oxy Vinyls Pasadena P-7 Oxy Vinyls, LP Oxy Vinyls Pasadena P-7 Oxy Vinyls, LP Oxy Vinyls Pasadena P-7 Oxy Vinyls, LP Oxy Vinyls Pasadena P-7 Oxy Vinyls, LP Oxy Vinyls Pasadena P-8 Oxy Vinyls, LP Oxy Vinyls Pasadena P-8 Oxy Vinyls, LP Oxy Vinyls Pasadena P-8 Oxy Vinyls, LP Oxy Vinyls Pasadena P-9 Oxy Vinyls, LP Oxy Vinyls Pasadena P-9 Oxy Vinyls, LP Oxy Vinyls Pasadena P-9 Oxy Vinyls, LP Oxy Vinyls Pasadena P-9 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-1 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-1 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-1 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-1 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-1 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-1 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-1 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-1 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-2 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-2 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-2 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-2 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-4 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-4 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-5 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-5 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-5 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-5 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-5 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-5 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-5 Oxy Vinyls, LP Oxy Vinyls Pedricktown P-5 Oxy Vinyls, LP Oxy Vinyls Pedricktown Unknown Oxy Vinyls, LP Oxy Vinyls Pedricktown Unknown PolyOne Corporation PolyOne Henry P-4 and P-5 PolyOne Corporation PolyOne Henry P-4 and P-5 PolyOne Corporation PolyOne Pedricktown P-1 PolyOne Corporation PolyOne Pedricktown P-1 PolyOne Corporation PolyOne Pedricktown P-1PolyOne Corporation PolyOne Pedricktown P-1

PolyOne Corporation PolyOne Pedricktown P-1 PolyOne Corporation PolyOne Pedricktown P-1 PolyOne Corporation PolyOne Pedricktown P-1 PolyOne Corporation PolyOne Pedricktown P-1 Shintech, Inc. Corporate Office Shintech Addis P-1 Shintech, Inc. Corporate Office Shintech Addis P-1 Shintech, Inc. Corporate Office Shintech Freeport P-1 Shintech, Inc. Corporate Office Shintech Freeport P-1 Shintech, Inc. Corporate Office Shintech Plaquem ine P-1 Shintech, Inc. Corporate Office Shintech Plaquem ine P-1 Union Carbide Corporation Union Carbide Texas City P-2 Union Carbide Corporation Union Carbide Texas City P-2 Union Carbide Corporation Union Carbide Texas City P-2 Union Carbide Corporation Union Carbide Texas City p-2 Union Carbide Corporation Union Carbide Texas City P-2 Union Carbide Corporation Union Carbide Texas City P-3 Union Carbide Corporation Union Carbide Texas City P-3 Union Carbide Corporation Union Carbide Texas City P-3 Union Carbide Corporation Union Carbide Texas City P-3 Union Carbide Corporation Union Carbide Texas City P-3 Union Carbide Corporation Union Carbide Texas City P-3 We stlake Chemical Corporation We stlake Calvert City P-1 We stlake Chemical Corporation We stlake Calvert City P-1 We stlake Chemical Corporation We stlake Calvert City P-1 We stlake Chemical Corporation We stlake Calvert City P-1 We stlake Chemical Corporation We stlake Calvert City P-1 We stlake Chemical Corporation We stlake Calvert City P-1 We stlake Chemical Corporation We stlake Calvert City P-1 We stlake Chemical Corporation We stlake Calvert City P-1 We stlake Chemical Corporation We stlake Calvert City P-1 We stlake Chemical Corporation We stlake Calvert City P-1 We stlake Chemical Corporation We stlake Geismar P-1 We stlake Chemical Corporation We stlake Geismar P-1**SourceEquipmentID Use Data**  **EquipmentDesc**

U-5 1 Reactor U-16 1 Reactor 19-80 1 Reactor Openings 19-80 1 Reactor Openings Varies 1 Filter Openings Varies 1 Filter Openings Varies 1 Pum ps/Exchangers Varies 1 Pum ps/Exchangers Varies 1 Vessel Openings Varies 1 Vessel Openings U-3 1 Reactors U-3 1 Reactors N/A 1 PVC Slurry Filters N/A 1 PVC Slurry Filters N/A 1 VCM Filters N/A 1 VCM Filters U-13 1 W/W Buffer Vessel U-13 1 W/W Buffer Vessel U-15 1 Scrubber U-15 1 Scrubber U-19,20 1 Heat Exchangers U-19,20 1 Heat Exchangers U-21,22 1 VCM Vessels U-21,22 1 VCM Vessels U-3 1 PVC Reactor U-3 1 PVC Reactor U-5,6 1 PVC Stripping Colum n U-5,6 1 PVC Stripping Colum n U-1-12,14-20,54-59 1 VCM TK, RX, Stripper U-1 1 PVC Reactor 1 U-1 1 PVC Reactor 1 U-10 1 PVC Reactor 10 U-10 1 PVC Reactor 10 U-11 1 PVC Reactor 11 U-11 1 PVC Reactor 11 U-12 1 PVC Reactor 12 U-12 1 PVC Reactor 12 U-13 1 PVC Reactor 13 U-13 1 PVC Reactor 13 U-14 1 PVC Reactor 14 U-14 1 PVC Reactor 14 U-15 1 PVC Reactor 15 U-15 1 PVC Reactor 15 U-16 1 PVC Reactor 16 U-16 1 PVC Reactor 16 U-17 1 PVC Reactor 17 U-17 1 PVC Reactor 17 U-18 1 PVC Reactor 18 U-18 1 PVC Reactor 18 U-19 1 PVC Reactor 19 U-19 1 PVC Reactor 19U-2 1 PVC Reactor 2

U-2 1 PVC Reactor 2 U-20 1 PVC Reactor 20 U-20 1 PVC Reactor 20 U-3 1 PVC Reactor 3 U-3 1 PVC Reactor 3 U-4 1 PVC Reactor 4 U-4 1 PVC Reactor 4 U-5 1 PVC Reactor 5 U-5 1 PVC Reactor 5 U-6 1 PVC Reactor 6 U-6 1 PVC Reactor 6 U-7 1 PVC Reactor 7 U-7 1 PVC Reactor 7 U-8 1 PVC Reactor 8 U-8 1 PVC Reactor 8 U-9 1 PVC Reactor 9 U-9 1 PVC Reactor 9 U-105 1 A Reactors (4) U-108 1 A Blowdown Tank U-109 1 A Colum n Feed Tank U-112 1 A Stripping Colum n System U-113 1 AA Stripping Colum n System U-203 1 B Blowdown Tank Foam Trap U-205 1 B Line Reactors (4) U-208 1 B Blowdown Tank U-209 1 B Colum n Feed Tank U-211 1 B Stripping Colum n System U-301 1 Low Pressure Foam Trap U-302 1 High Pressure Foam Trap U-309 1 RVCM Storage Tank U-310 1 RVCM Storage Tank U-312 1 VCM Filters U-316 1 Wa ste W ater Stripper U-1000 1 Wa ter W ash Columns U-1007 1 K301 VCM Compressors U-1010 1 Nitrogen Sweep Filters U-1014 1 C-697 KO Pot Condensate Tank U-1014 1 C-697 KO Pot Condensate Tank U-1018 1 K-398 VCM Refrigeration Compressors U-1019 1 RECO Unit (Process Side) U-1038 1 E-405, E-409 Slurry Stripper Condensers U-1049 1 H301B Evacuation Pum p U-1201 1 Wa ste W ater Stripper Feed Tank U-1202, U-1203 1 Wa ste W ater Stripper Spiral, Stripper U-1221 1 Reactor W ash W ater Tank U-201 1 VCM Charge Tank U-202 1 RVCM Charge Tank U-203 1 VCM Charge Filters U-302 1 Line 1 Surge Tank U-303 1 Line 1 Slurry Tank U-304 1 Line 1 SpiralU-304, U-305 1 Line 1 Spiral, Stripper

U-400 1 Line 2 - Reactor 3 U-402 1 Line 2 Surge Tank U-403 1 Line 2 Slurry Tank U-404, U-405, U-406 1 Line 2 Spiral, Stripper, Flash drum U-502 1 Line 3 Surge Tank U-503 1 Line 3 Slurry Tank U-504, U-505, U-506 1 Line 3 Spiral, Stripper, Flash drum U-602 1 Line 4 Surge Tank U-603 1 Line 4 Slurry Tank U-604, U-605, U-606 1 Line 4 Spiral, Stripper, Flash drum U-700 1 Line 5 - Reactor 9 U-702 1 Line 5 Surge Tank U-703 1 Line 5 Slurry Tank U-704, U-705, U-706 1 Line 5 Spiral, Stripper, Flash drum U-706 1 Line 5 Flash Tank U-802 1 Line 6 Surge Tank U-803 1 Line 6 Slurry Tank U-804, U-805, U-806 1 Line 6 Spiral, Stripper, Flash drum U-900 1 Line 5 - Reactor 13 & 14 U-902 1 Line 7 Surge Tank U-904 1 Line 7 Spiral U-904, U-905, U-906 1 Line 7 Spiral, Stripper, Flash Drum U-100 1 Reactors (3) U-100 1 Reactors (3) U-101 1 Blowdown Tank U-101 1 Blowdown Tank U-102 1 Colum n Feed Tank U-102 1 Colum n Feed Tank U-116 1 Colum n Filters (4) U-116 1 Colum n Filters (4) U-200 1 Reactors (3) U-200 1 Reactors (3) U-203 1 Stripping Colum n U-203 1 Stripping Colum n U-402 1 VCM Filters (2) U-402 1 VCM Filters (2) U-503 1 Recovery Separators (5) U-503 1 Recovery Separators (5) U-507 1 Recovery Separators (2) U-507 1 Recovery Separators (2) U-509 1 Recovery Filters (3) U-509 1 Recovery Filters (3) U-510 1 Seal Fluid Filters (8) U-510 1 Seal Fluid Filters (8) U-103 1 Stripping Colum n (2) U-103 1 Stripping Colum n (2) U-1 1 Poly me rizer U-1 1 Poly me rizer U1 1 Premix U1 1 Premix U2 1 ReactorU2 1 Reactor

U7 0 7 U7 0 7 U7 1 Reactor U7 1 Reactor U-26 1 Reactor System U-26 1 Reactor System U-1 1 VCM Storage Sphere U-13 1 VCM Reactor U-23 1 REACTOR SYSTEM U-23 1 REACTOR SYSTEM Acetone Solvents Filter 1 Filter Acetone Solvents Filter 1 Filter VAGH Solvent's Filter 1 Filter VAGH Tail's Filter 1 Filter VAGH Varnish Filter 1 Filter Acetone Rafinate Filter 1 Filter Acetone Rafinate Filter 1 Filter Tails Filters 1 Filter Wa sh Acetone Filter 1 Filter Wa sh Acetone Filter 1 Filter Wa sh Acetone Filter 1 Filter U-16 1 Reactors 1 - 8 U-16 1 Reactors 1 - 8 U-21 1 7 ft. Stripping Column U-21 1 7 ft. Stripping Column U-25 1 7.5 ft. Stripping Col U-25 1 7.5 ft. Stripping Col U-32 1 5 ft. Stripping Column U-32 1 5 ft. Stripping Column U-43 1 Splitter Tank U-43 1 Splitter Tank U-3 1 Reactors U-3 1 Reactors**EquipmentDesc_Std1 EquipmentDesc_Std2**  **ReasonForEquipmentOpening**

Reactor Reactor Inspect/Clean Reactor Reactor Inspect/Clean Reactor Openings Reactor Maintenance Reactor Openings Reactor Maintenance Filter Openings Filter Maintenance Filter Openings Filter Maintenance Pum ps/Exchangers Pum p/Heat Exchanger Maintenance Pum ps/Exchangers Pum p/Heat Exchanger Maintenance Vessel Openings Process Vessel Maintenance Vessel Openings Process Vessel Maintenance Reactors Reactor Sam pling, cleaning Reactors Reactor Sam pling, cleaning PVC Slurry

Filters Filter Maintenance PVC Slurry

Filters Filter Maintenance VCM Filters Filter Maintenance VCM Filters Filter Maintenance W/W Buffer Vessel Process Vessel Maintenance W/W Buffer Vessel Process Vessel Maintenance Scrubber Scrubber Maintenance Scrubber Scrubber Maintenance Heat Exchangers Pum p/Heat Exchanger Maintenance Heat Exchangers Pum p/Heat Exchanger Maintenance VCM Vessels Process Vessel Maintenance VCM Vessels Process Vessel Maintenance PVC Reactor Reactor Maintenance PVC Reactor Reactor Maintenance PVC Stripping Colum n Stripping Colum n Maintenance PVC Stripping Colum n Stripping Colum n Maintenance VCM TK, RX, Stripper Stripping Colum n Internal batches, maintenance inspection PVC Reactor 1 Reactor Maintenance / Batch Count PVC Reactor 1 Reactor Maintenance / Batch Count PVC Reactor 10 Reactor Maintenance / Batch Count PVC Reactor 10 Reactor Maintenance / Batch Count PVC Reactor 11 Reactor Maintenance / Batch Count PVC Reactor 11 Reactor Maintenance / Batch Count PVC Reactor 12 Reactor Maintenance / Batch Count PVC Reactor 12 Reactor Maintenance / Batch Count PVC Reactor 13 Reactor Maintenance / Batch Count PVC Reactor 13 Reactor Maintenance / Batch Count PVC Reactor 14 Reactor Maintenance / Batch Count PVC Reactor 14 Reactor Maintenance / Batch Count PVC Reactor 15 Reactor Maintenance / Batch Count PVC Reactor 15 Reactor Maintenance / Batch Count PVC Reactor 16 Reactor Maintenance / Batch Count PVC Reactor 16 Reactor Maintenance / Batch Count PVC Reactor 17 Reactor Maintenance / Batch Count PVC Reactor 17 Reactor Maintenance / Batch Count PVC Reactor 18 Reactor Maintenance / Batch Count PVC Reactor 18 Reactor Maintenance / Batch Count PVC Reactor 19 Reactor Maintenance / Batch Count PVC Reactor 19 Reactor Maintenance / Batch CountPVC Reactor 2 Reactor Maintenance / Batch Count

PVC Reactor 2 Reactor Maintenance / Batch Count PVC Reactor 20 Reactor Maintenance / Batch Count PVC Reactor 20 Reactor Maintenance / Batch Count PVC Reactor 3 Reactor Maintenance / Batch Count PVC Reactor 3 Reactor Maintenance / Batch Count PVC Reactor 4 Reactor Maintenance / Batch Count PVC Reactor 4 Reactor Maintenance / Batch Count PVC Reactor 5 Reactor Maintenance / Batch Count PVC Reactor 5 Reactor Maintenance / Batch Count PVC Reactor 6 Reactor Maintenance / Batch Count PVC Reactor 6 Reactor Maintenance / Batch Count PVC Reactor 7 Reactor Maintenance / Batch Count PVC Reactor 7 Reactor Maintenance / Batch Count PVC Reactor 8 Reactor Maintenance / Batch Count PVC Reactor 8 Reactor Maintenance / Batch Count PVC Reactor 9 Reactor Maintenance / Batch Count PVC Reactor 9 Reactor Maintenance / Batch Count A Reactors (4) Reactor Inspection, Cleaning A Blowdown Tank Process Vessel Inspection, Cleaning A Colum n Feed Tank Process Vessel Inspection A Stripping Colum n System Stripping Colum n Inspection, Cleaning AA Stripping Colum n System Stripping Colum n Inspection, Cleaning B Blowdown Tank Foam Trap Foam Trap Inspection B Line Reactors (4) Reactor Inspection, Cleaning B Blowdown Tank Process Vessel Inspection, Cleaning B Colum n Feed Tank Process Vessel Inspection B Stripping Colum n System Stripping Colum n Inspection, Cleaning Low Pressure Foam Trap Foam Trap Inspection High Pressure Foam Trap Foam Trap Inspection RVCM Storage Tank Storage Tank Tank Inspection RVCM Storage Tank Storage Tank Tank Inspection VCM Filters Filter Filter Change Wa ste W ater Stripper Wa stewater Stripper Inspection Wa ter W ash Columns Colum n Scheduled or unscheduled cleaning / maintenance K301 VCM Compressors Compressor Scheduled or unscheduled cleaning / maintenance Nitrogen Sweep Filters Filter Scheduled or unscheduled cleaning / maintenance C-697 KO Pot Condensate Tank Process Vessel Scheduled or unscheduled cleaning / maintenance C-697 KO Pot Condensate Tank Process Vessel Scheduled or unscheduled cleaning / maintenance K-398 VCM Refrigeration Compressors Compressor Scheduled or unscheduled cleaning / maintenance RECO Unit (Process Side) Condenser Scheduled or unscheduled cleaning / maintenance E-405, E-409 Slurry

Stripper Condensers

Condenser Scheduled or unscheduled cleaning / maintenance H301B Evacuation Pum p Pum p/Heat Exchanger Scheduled or unscheduled cleaning / maintenance Wa ste W ater Stripper Feed Tank Wa stewater Tank Scheduled or unscheduled cleaning / maintenance Wa ste W ater Stripper Spiral, Stripper Pum p/Heat Exchanger Scheduled or unscheduled cleaning / maintenance Reactor W ash W ater Tank Wa stewater Tank Scheduled or unscheduled cleaning / maintenance VCM Charge Tank Process Vessel Scheduled or unscheduled cleaning / maintenance RVCM Charge Tank Process Vessel Scheduled or unscheduled cleaning / maintenance VCM Charge Filters Filter Scheduled or unscheduled cleaning / maintenance Line 1 Surge Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 1 Slurry

Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 1 Spiral Pum p/Heat Exchanger Scheduled or unscheduled cleaning / maintenanceLine 1 Spiral, Stripper Stripper Scheduled or unscheduled cleaning / maintenance

Line 2 - Reactor 3 Reactor Scheduled or unscheduled cleaning / maintenance Line 2 Surge Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 2 Slurry

Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 2 Spiral, Stripper, Flash drum Stripper Scheduled or unscheduled cleaning / maintenance Line 3 Surge Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 3 Slurry

Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 3 Spiral, Stripper, Flash drum Stripper Scheduled or unscheduled cleaning / maintenance Line 4 Surge Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 4 Slurry

Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 4 Spiral, Stripper, Flash drum Stripper Scheduled or unscheduled cleaning / maintenance Line 5 - Reactor 9 Reactor Scheduled or unscheduled cleaning / maintenance Line 5 Surge Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 5 Slurry

Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 5 Spiral, Stripper, Flash drum Stripper Scheduled or unscheduled cleaning / maintenance Line 5 Flash Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 6 Surge Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 6 Slurry

Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 6 Spiral, Stripper, Flash drum Stripper Scheduled or unscheduled cleaning / maintenance Line 5 - Reactor 13 & 14 Reactor Scheduled or unscheduled cleaning / maintenance Line 7 Surge Tank Process Vessel Scheduled or unscheduled cleaning / maintenance Line 7 Spiral Pum p/Heat Exchanger Scheduled or unscheduled cleaning / maintenance Line 7 Spiral, Stripper, Flash Drum Stripper Scheduled or unscheduled cleaning / maintenance Reactors (3) Reactor Inspections & Cleaning Reactors (3) Reactor Inspections & Cleaning Blowdown Tank Process Vessel Inspection & cleaning Blowdown Tank Process Vessel Inspection & cleaning Colum n Feed Tank Process Vessel Inspection Colum n Feed Tank Process Vessel Inspection Colum n Filters (4) Filter Filter Changes Colum n Filters (4) Filter Filter Changes Reactors (3) Reactor Inspections & Cleaning Reactors (3) Reactor Inspections & Cleaning Stripping Colum n Stripping Colum n Inspections & Cleaning Stripping Colum n Stripping Colum n Inspections & Cleaning VCM Filters (2) Filter PM VCM Filters (2) Filter PM Recovery

Separators (5) Separator Cleaning Recovery

Separators (5) Separator Cleaning Recovery

Separators (2) Separator Cleaning Recovery

Separators (2) Separator Cleaning Recovery

Filters (3) Filter Cleaning Recovery

Filters (3) Filter Cleaning Seal Fluid Filters (8) Filter Cleaning Seal Fluid Filters (8) Filter Cleaning Stripping Colum n (2) Stripping Colum n Inspection, Cleaning Stripping Colum n (2) Stripping Colum n Inspection, Cleaning Poly me rizer Reactor Equipm ent Cleaning Poly me rizer Reactor Equipm ent Cleaning Premix Process Vessel Cleaning Premix Process Vessel Cleaning Reactor Reactor CleaningReactor Reactor Cleaning Cleaning Cleaning Reactor Reactor Cleaning Reactor Reactor Cleaning Reactor System Reactor Preventive Maintenance Reactor System Reactor Preventive Maintenance VCM Storage Sphere Pressure Vessel preventative m aintenance VCM Reactor Reactor preventative m aintenance REACTOR SYSTEM Reactor Preventive Maintenance REACTOR SYSTEM Reactor Preventive Maintenance Acetone Solvents Filter Filter Replace Filter Acetone Solvents Filter Filter Replace Filter VAGH Solvent's Filter Filter Replace Filter VAGH Tail's Filter Filter Replace Filter VAGH Varnish Filter Filter Replace Filter Acetone Rafinate Filter Filter Replace Filter Acetone Rafinate Filter Filter Replace Filter Tails Filters Filter Replace Filter Wa sh Acetone Filter Filter Replace Filter Wa sh Acetone Filter Filter Replace Filter Wa sh Acetone Filter Filter Replace Filter Reactors 1 - 8 Reactor Cleaning or maintenance Reactors 1 - 8 Reactor Cleaning or maintenance 7 ft. Stripping Column Stripping Colum n Maintenance 7 ft. Stripping Column Stripping Colum n Maintenance 7.5 ft. Stripping Col Stripping Colum n Maintenance 7.5 ft. Stripping Col Stripping Colum n Maintenance 5 ft. Stripping Column Stripping Colum n Maintenance 5 ft. Stripping Column Stripping Colum n Maintenance Splitter Tank Process Vessel Maintenance Splitter Tank Process Vessel Maintenance Reactors Reactor Cleaning and Maintenance Reactors Reactor Cleaning and Maintenance**HowIsHA POrVOCConcentrationDetermined**  **OtherMethod**

Engineering Estim ate Engineering Estim ate Engineering Estim ate Viny l NESHAP Engineering Estim ate Viny l NESHAP Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results

Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Engineering Estim ate Estimate is based on historical sampling and approved by EPA. Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling ResultsSam pling Results

Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring DeviceHandheld Monitoring Device

Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Handheld Monitoring Device Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Sam pling Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling ResultsSam pling Results

Sam pling Results Sam pling Results Sam pling Results Sam pling Results Sam pling Results Method 106 Sam pling Results Method 106 Sam pling Results Sam pling Results Sam pling Results Sam pling Results Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Sam pling Results Sam pling Results Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Sam pling Results Sam pling Results**HowA reHA** **PA ndVOCEmissionsControlled** 

Vessel is heated & undergoes 4 cycles of vacuum degassing and N2 purging prior to opening. Vessel is heated & undergoes 4 cycles of vacuum degassing and N2 purging prior to opening. The vessel is purged to the incinerator prior to opening the equipment for maintenance. The vessel is purged to the incinerator prior to opening the equipment for maintenance. The equipment is purged to the incinerator prior to opening the equipment for maintenance. The equipment is purged to the incinerator prior to opening the equipment for maintenance. The equipment is purged to the incinerator prior to opening the equipment for maintenance. The equipment is purged to the incinerator prior to opening the equipment for maintenance. The vessel is purged to the incinerator prior to opening the equipment for maintenance. The vessel is purged to the incinerator prior to opening the equipment for maintenance. Stripping and evacuation Stripping and evacuation Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent only

opened at or below VCM NESHAPS concentrations

Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent only

opened at or below VCM NESHAPS concentrations Recovery

in stripping Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal condenser temperature for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal condenser temperature for set timeCycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal condenser temperature for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal condenser temperature for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPsEquipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs

Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent clearing procedure directs emissions to recovery system. Equipm ent clearing procedure directs emissions to recovery system. Equipm ent clearing procedure direct emissions to recovery system Equipm ent clearing procedure direct emissions to recovery system Equipm ent clearing procedure directs emissions to recovery system Equipm ent clearing procedure directs emissions to recovery system Equipm ent clearing procedures directs emissions to recovery system. Equipm ent clearing procedures directs emissions to recovery system. Equipm ent clearing procedures directs emissions to recovery system. Equipm ent clearing procedures directs emissions to recovery system. Equipm ent clearing procedures directs emissions to recovery system. Equipm ent clearing procedures directs emissions to recovery system. Vinyl filters are part of the closed loop process and recovery system. Vinyl filters are part of the closed loop process and recovery system. Closed loop process and vapor recovery system. Equipment opening evacuation procedures. Closed loop process and vapor recovery system. Equipment opening evacuation procedures. Closed loop process and vapor recovery system. Equipment opening evacuation procedures. Closed loop process and vapor recovery system. Equipment opening evacuation procedures. Closed loop process and vapor recovery system. Equipment opening evacuation procedures. Closed loop process and vapor recovery system. Equipment opening evacuation procedures. Closed loop process and vapor recovery system. Equipment opening evacuation procedures. Closed loop process and vapor recovery system. Equipment opening evacuation procedures. Equipm ent clearing procedures direct emissions to recovery system. Equipm ent clearing procedures direct emissions to recovery system. Equipm ent is recovered and steam swept to meet Viny l Chloride NESHAP 61.64 a 2 Equipm ent is recovered and steam swept to meet Viny l Chloride NESHAP 61.64 a 2 Steam Sweep & Recovery Steam Sweep & Recovery Steam Sweep & RecoverySteam Sweep & Recovery

Steam Sweep & Recovery Steam Sweep & Recovery Steam Sweep & Recovery Steam Sweep & Recovery N/A N/A

Wecontrol them before opening. Wecontrol them before opening. Wa ter wash before opening and blown with Nitrogen Wa ter wash before opening and blown with Nitrogen Wa ter wash before opening and blown with Nitrogen Wa ter wash before opening and blown with Nitrogen Methyl Acetate wash before opening and blown with Nitrogen. Wa ter wash before opening and blown with Nitrogen Wa ter wash before opening and blown with Nitrogen Wa ter wash before opening and blown with Nitrogen Acetone W ash before opening and blown with Nitrogen Acetone W ash before opening and blown with Nitrogen Acetone W ash before opening and blown with Nitrogen Evacuation procedure to recovery system before opening Evacuation procedure to recovery system before opening Evacuation procedure to recovery system before opening Evacuation procedure to recovery system before opening Evacuation procedure to recovery system before opening Evacuation procedure to recovery system before opening Evacuation procedure to recovery system before opening Evacuation procedure to recovery system before opening Evacuation procedure to recovery system before opening Evacuation procedure to recovery system before opening Evacuation procedure to recovery system before opening Evacuation procedure to recovery system before opening**TotalVOCOrHA PDesc**  **MinOfConcentrationMin_PpmvdA t3PctO2**  Vinyl chloride Vinyl chloride Total VOC 0 Vinyl chloride 0 Total VOC 0 Vinyl chloride 0 Total VOC 0 Vinyl chloride 0 Total VOC 0 Vinyl chloride 0 Total VOC Total VOC Total VOC 0 Vinyl chloride 0 Total VOC 0 Vinyl chloride 0 Total VOC 400 Vinyl chloride 400 Total VOC 8000 Vinyl chloride 8000 Total VOC 1000 Vinyl chloride 1000 Total VOC 7 Vinyl chloride 7 Total VOC 0 Vinyl chloride 0 Total VOC 0 Vinyl chloride 0 Total VOC 0 Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chlorideTotal VOC

Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC Vinyl chloride Total VOC 74 Total VOC Total VOC Total VOC Total VOC Total VOC Total VOC 110 Total VOC Total VOC Total VOC Total VOC Total VOC Total VOC Total VOC Total VOC Total VOC Total VOC 994 Total VOC 26 Total VOC 10 Total VOC 320 Vinyl Chloride 320 Total VOC 50 Total VOC 2300 Total VOC 1800 Total VOC 55 Total VOC 1800 Total VOC 189 Total VOC 300 Total VOC 200 Total VOC 1200 Total VOC 0 Total VOC 59 Total VOC 1350 Total VOC 709Total VOC 127

Total VOC 6500 Total VOC 35 Total VOC 800 Total VOC 1 Total VOC 13 Total VOC 700 Total VOC 91 Total VOC 30 Total VOC 2000 Total VOC 25 Total VOC 1400 Total VOC 48 Total VOC 1000 Total VOC 110 Total VOC 12 Total VOC 30 Total VOC 793 Total VOC 25 Total VOC 900 Total VOC 30 Total VOC 29 Total VOC 120 Total VOC 220 Vinyl chloride 220 Total VOC 200 Vinyl chloride 200 Total VOC 110 Vinyl chloride 110 Total VOC 10 Vinyl chloride 10 Total VOC 100 Vinyl chloride 100 Total VOC 5 Vinyl chloride 5 Total VOC 7 Vinyl chloride 7 Total VOC 5 Vinyl chloride 5 Total VOC 20 Vinyl chloride 20 Total VOC 10 Vinyl chloride 10 Total VOC 10 Vinyl chloride 10 Total VOC 7 Vinyl chloride 7 Total VOC Vinyl chloride Total VOC 324 Vinyl chloride 324 Total VOC 100Vinyl chloride 100

Total VOC 10 Vinyl chloride 10 Total VOC 10 Vinyl chloride 10 Total VOC 9 Vinyl chloride 9 Vinyl chloride 500 Vinyl chloride 1055 Total VOC 0.4 Vinyl chloride 0.4 Total VOC 1 Vinyl acetate 0.1 Methanol 1 Methanol 0.1 Methanol 1000 Total VOC 1 Vinyl acetate 0.1 Total VOC 0.1 Total VOC 1000 Vinyl acetate 300 Vinyl chloride 0 Total VOC 100 Vinyl chloride 100 Total VOC 100 Vinyl chloride 100 Total VOC 100 Vinyl chloride 100 Total VOC 100 Vinyl chloride 100 Total VOC 100 Vinyl chloride 100 Total VOC 325 Vinyl chloride 325**Ma xOfConcentrationMax_PpmvdA**  **t3PctO2 Av**  **gOfConcentrationA vg_PpmvdA** 

**t3PctO2** 25 25 20000 10000 20000 10000 20000 10000 20000 10000 20000 10000 20000 10000 20000 10000 20000 10000 0.02 0.02 520 179.42 520 179.42 520 179.42 520 179.42 6000 3200 6000 3200 8000 8000 8000 8000 7000 4300 7000 4300 8900 3981 8900 3981 13667 3036 13667 3036 1200 567 1200 567 10 1.5 888 888 483 483 1021 1021 500 500 1142 1142 285 285 883 883 669 669 735 735 1168 1168 263 263892 892 349 349 785 785 542 542 171 171 875 875 959 959 613 613 469 469 1057 612 281 31 24 24 44 2200 665 281 31 42 273 273 99 99 83 1 1330 1203 1875 743 820 189 320 320 320 320 1901 755 2300 2300 1800 1800 86 71 2800 2300 189 189 300 300 860 530 1200 1200 1650 389 4058 402 1350 1350 709 7091800 907 6500 6500 2200 309 800 800 2029 753 3000 354 2000 1350 2500 849 1500 319 2000 2000 701 317 1400 1400 3706 385 1000 1000 2144 935 12 12 1800 389 1700 1247 600 296 2000 1450 2900 366 100 65 412 221 608 406 608 406 600 400 600 400 110 110 110 110 125 55 125 55 555 380 555 380 34 18 34 18 60 33 60 33 1500 128 1500 128 30 25 30 25 125 55 125 55 20 15 20 15 125 27 125 27 150 150 450 384 450 384 992 482.6571429992 482.6571429 950 541.7325581 950 540.2209302 950 541.7325581 950 540.2209302 2005 539 2005 539 3500 2000 9204 1992.75 92.93 74.35 92.93 74.35 1000 100 100 10 1000 100 10 1 1000000 10000 1000 100 10 1 10 1 10000 3000 3000 500 1 1.00E-01 21000 5226 21000 5226 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 1800 863 1800 863**SumOfTotalEmission_Pounds** 43.3 23.60101389 86.19 86.19 102.63 102.63 102.63 102.63 102.63 102.63

0.08 0.08 0.08 0.08 0.96 0.96 0.56 0.56 0.89 0.89 8.44 8.44 213 213 1.9 1.914.8 0.239 0.0586 0.0389 0.0241 0.0112 15.5 0.477 0.0293 0.2414 0.0229 0.0229 0.126 0.084 0.0055 0 0.86 0.21 0.007 0.01 0.01 0.01 0.15 0.19 0.0004 5.56 0.02 0.02 0.4 0.59 0.04 0.91 1.62 0.0030.93 4.95 1.03 0.96 0.6 0.8 3.35 0.67 0.86 2.48 0.19 1.07 1.13 1.24 1.11 0.05 1.01 3.09 0.36 2.21 1.03 0.001 0.19 2.13 2.13

2.76 2.76 2.76 2.76

2.13 2.13

0.0358 0.0358 2243.52522186.8378 63.3809 6361.74914 5387.3765 540748.6769 13.29 13.29 5.11 390.4 500 500

0.08 0.0008 0.8

177.5 177.5 1.57 1.57 0 0 1.15 1.15 0.003 0.003 105.03 105.03**BasisForEmissionsValue**

Engr. Calculation Engr. Calculation Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate

Ideal Gas Law Ideal Gas Law Ideal Gas Law Ideal Gas Law Ideal Gas Law Ideal Gas Law Ideal Gas Law Ideal Gas Law Ideal Gas Law Ideal Gas Law Ideal Gas Law Ideal Gas Law Ideal Gas Law Ideal Gas Law Ideal Gas Law Ideal Gas Law CalculationSystem Volume

System Volume System Volume System Volume System Volume System Volume System Volume System Volume System Volume System Volume System Volume System Volume System Volume System Volume System Volume System Volume Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. VCM Concentration from Handheld Monitoring Device; Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment.Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment.

Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Equipm ent Opening Calcs. Equipm ent Opening Calcs. Equipm ent Opening Calcs. Equipm ent Opening Calcs. Equipm ent Opening Calcs. Equipm ent Opening Calcs. Equipm ent Opening Calcs. Equipm ent Opening Calcs. Equipm ent opening calcs. Equipm ent opening calcs. Equipm ent opening calcs. Equipm ent opening calcs. Equipm ent opening calcs. Equipm ent opening calcs. Equipm ent opening calcs. Equipm ent opening calcs. Equipm ent Opening Calcs. Equipm ent Opening Calcs. Equipm ent opening calcs. Equipm ent opening calcs. Equipm ent opening calcs. Equipm ent opening calcs. Equipm ent Opening Calcs Equipm ent Opening Calcs Estimate based on sample results Estimate based on sample results GC GC GCGC

GC GC GC GC 40 CFR 61.67(g)(5) 40 CFR 61.67(g)(5) Engineer calculations Engineer calculations 40 CFR 61.67(g)(5) 40 CFR 61.67(g)(5)

Engineering Estim ate Engineering Estim ate Engineering Estim ate

Calculated Calculated Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Engineering Estim ate Calculated CalculatedConcentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment.

Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment.Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment.Company Name

CertainTeed Corporation

Formosa Plastics Corporation USA

Georgia Gulf Corporation

Oxy Vinyls, LP

PolyOne Corporation

Shintech, Inc. Corporate OfficeUnion Carbide Corporation

We stlake Chemical Corporation

(blank)

Total Count of MinOfConcentrationMin_PpmvdAt3PctO2 Total Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Total Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Total Count of SumOfTotalEmission_PoundsCompany Name

CertainTeed Corporation

Formosa Plastics Corporation USAGeorgia Gulf Corporation

Oxy Vinyls, LPPolyOne Corporation

Shintech, Inc. Corporate Office

Union Carbide Corporation

We stlake Chemical Corporation(blank)

Total Min of MinOfConcentrationMin_PpmvdAt3PctO2 Total Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Total Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Total Sum of SumOfTotalEmission_PoundsFacility Name Data

Lake Charles Poly me r Plant Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds Formosa Plastics Corporation Baton Rouge Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds Formosa Plastics Corporation Deleware City Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds Formosa Plastics Corporation Point Comfort - PVC Unit Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds Georgia Gulf Chemicals Aberdeen Facility Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds Georgia Gulf Chemicals Plaquemine Facility Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds Oxy Vinyls Deer Park Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds Oxy Vinyls Pasadena Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds Oxy Vinyls Pedricktown Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds PolyOne Henry Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds PolyOne Pedricktown Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds Shintech Addis Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2Count of SumOfTotalEmission_Pounds

Shintech Freeport Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds Shintech Plaquem ine Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds Union Carbide Texas City Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds We stlake Calvert City Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds We stlake Geismar Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds (blank) Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Count of SumOfTotalEmission_Pounds Total Count of MinOfConcentrationMin_PpmvdAt3PctO2 Total Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Total Count of AvgOfConcentrationAvg_PpmvdAt3PctO2Facility Name Equipm entDesc_Std

Lake Charles Poly me r Plant Reactor Openings

Formosa Plastics Corporation Baton Rouge Filter Openings

Pum ps/Exchangers

Reactor OpeningsVessel Openings

Formosa Plastics Corporation Deleware City Reactor Openings

Formosa Plastics Corporation Point Comfort - PVC Unit Filter Openings

Pum ps/Exchangers

Reactor Openings

Stripping Colum n

Vessel Openings

Georgia Gulf Chemicals Aberdeen Facility Vessel Openings

Georgia Gulf Chemicals Plaquemine Facility Reactor Openings

Oxy Vinyls Deer Park Filter Openings

Foam Trap

Reactor Openings

Stripping Colum nVessel Openings

Wa ste W ater Stripper

Oxy Vinyls Pasadena Compressors

Condensers

Filter Openings

Pum ps/Heat Exchangers

Reactor Openings

Vessel Openings

Wa sh Columns

Oxy Vinyls Pedricktown Filter Openings

Reactor Openings

Recovery

Separators

Stripping Colum nVessel Openings

PolyOne Henry Reactor Openings

PolyOne Pedricktown Reactor Openings

Vessel Openings

Shintech Addis Reactor Openings

Shintech Freeport Reactor Openings

Storage Sphere

Shintech Plaquem ine Reactor Openings

Union Carbide Texas City Filter Openings

We stlake Calvert City Reactor Openings

Stripping Colum n

Vessel Openings

We stlake Geismar Reactor Openings(blank) (blank)

Total Min of MinOfConcentrationMin_PpmvdAt3PctO2 Total Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Total Average of AvgOfConcentrationAvg_PpmvdAt3PctO2TotalVOCOrHAPDesc

Methanol Total VOC Viny l acetate Viny l chloride Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 2 2 Count of MinOfConcentrationMin_PpmvdAt3PctO2 4 4 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 4 4 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 4 4 4 4 Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2

Count of MinOfConcentrationMin_PpmvdAt3PctO2 8 8 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 8 8 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 8 8 8 8 Count of MinOfConcentrationMin_PpmvdAt3PctO2 1 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 1 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 1

Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 20 20

Count of MinOfConcentrationMin_PpmvdAt3PctO2 2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 16 16 Count of MinOfConcentrationMin_PpmvdAt3PctO2 40 1 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 40 1 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 40 1 40 1 Count of MinOfConcentrationMin_PpmvdAt3PctO2 12 12 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 12 12 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 12 12 4 4 Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 1 1

Count of MinOfConcentrationMin_PpmvdAt3PctO2 4 4 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 4 4 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 4 4 4 4 Count of MinOfConcentrationMin_PpmvdAt3PctO2 1 1 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 1 1 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 1 11 1 Count of MinOfConcentrationMin_PpmvdAt3PctO2 2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 2 2 Count of MinOfConcentrationMin_PpmvdAt3PctO2 1 1 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 1 1 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 1 1 1 1 3 4 3 1 3 4 3 1 3 4 3 1 3 Count of MinOfConcentrationMin_PpmvdAt3PctO2 5 5 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 5 5 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 5 5 5 5 Count of MinOfConcentrationMin_PpmvdAt3PctO2 1 1 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 1 1 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 1 1 1 1 Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2

3 83 3 40 3 85 3 40 3 118 3 63 3 84 33TotalVOCOrHAPDesc

Data Methanol Total VOC Viny l acetate Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Sum of SumOfTotalEmission_Pounds Min of MinOfConcentrationMin_PpmvdAt3PctO2 0 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 20000 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 10000 Sum of SumOfTotalEmission_Pounds 102.63 Min of MinOfConcentrationMin_PpmvdAt3PctO2 0 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 20000 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 10000 Sum of SumOfTotalEmission_Pounds 102.63 Min of MinOfConcentrationMin_PpmvdAt3PctO2 0 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 20000 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 10000Sum of SumOfTotalEmission_Pounds 86.19

Min of MinOfConcentrationMin_PpmvdAt3PctO2 0 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 20000 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 10000 Sum of SumOfTotalEmission_Pounds 102.63 Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 0.02 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Sum of SumOfTotalEmission_Pounds Min of MinOfConcentrationMin_PpmvdAt3PctO2 0 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 520 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 179.42 Sum of SumOfTotalEmission_Pounds 0.16 Min of MinOfConcentrationMin_PpmvdAt3PctO2 1000 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 7000 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 4300 Sum of SumOfTotalEmission_Pounds 0.89 Min of MinOfConcentrationMin_PpmvdAt3PctO2 0 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 13667 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 3036 Sum of SumOfTotalEmission_Pounds 213 Min of MinOfConcentrationMin_PpmvdAt3PctO2 0 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 1200 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 567 Sum of SumOfTotalEmission_Pounds 1.9 Min of MinOfConcentrationMin_PpmvdAt3PctO2 7 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 8900 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 5060.333333 Sum of SumOfTotalEmission_Pounds 9.96 Min of MinOfConcentrationMin_PpmvdAt3PctO2 0 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 10 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 1.5 Sum of SumOfTotalEmission_Pounds Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 684.6 Sum of SumOfTotalEmission_Pounds Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 83 Sum of SumOfTotalEmission_Pounds 0.0055 Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 196.6666667 Sum of SumOfTotalEmission_Pounds 0.057 Min of MinOfConcentrationMin_PpmvdAt3PctO2 74 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 2200 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 638.5 Sum of SumOfTotalEmission_Pounds 30.3 Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 30Sum of SumOfTotalEmission_Pounds 0.3044

Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 137 Sum of SumOfTotalEmission_Pounds 1.0139 Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 1 Sum of SumOfTotalEmission_Pounds 0 Min of MinOfConcentrationMin_PpmvdAt3PctO2 26 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 1901 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 749 Sum of SumOfTotalEmission_Pounds 0.22 Min of MinOfConcentrationMin_PpmvdAt3PctO2 1800 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 1800 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 1800 Sum of SumOfTotalEmission_Pounds 0.19 Min of MinOfConcentrationMin_PpmvdAt3PctO2 0 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 1650 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 289 Sum of SumOfTotalEmission_Pounds 0.047 Min of MinOfConcentrationMin_PpmvdAt3PctO2 1 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 2500 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 634.3333333 Sum of SumOfTotalEmission_Pounds 4.2244 Min of MinOfConcentrationMin_PpmvdAt3PctO2 900 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 6500 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 3116.666667 Sum of SumOfTotalEmission_Pounds 8.23 Min of MinOfConcentrationMin_PpmvdAt3PctO2 12 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 4058 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 785.9473684 Sum of SumOfTotalEmission_Pounds 26.14 Min of MinOfConcentrationMin_PpmvdAt3PctO2 994 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 1330 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 1203 Sum of SumOfTotalEmission_Pounds 0.86 Min of MinOfConcentrationMin_PpmvdAt3PctO2 7 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 125 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 39.5 Sum of SumOfTotalEmission_Pounds Min of MinOfConcentrationMin_PpmvdAt3PctO2 100 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 608 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 393 Sum of SumOfTotalEmission_Pounds 4.89 Min of MinOfConcentrationMin_PpmvdAt3PctO2 5 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 1500 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 76.5 Sum of SumOfTotalEmission_Pounds Min of MinOfConcentrationMin_PpmvdAt3PctO2 5 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 125 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 22.5Sum of SumOfTotalEmission_Pounds 4.89

Min of MinOfConcentrationMin_PpmvdAt3PctO2 110 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 600 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 255 Sum of SumOfTotalEmission_Pounds Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 150 Sum of SumOfTotalEmission_Pounds Min of MinOfConcentrationMin_PpmvdAt3PctO2 10 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 992 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 522.040753 Sum of SumOfTotalEmission_Pounds 7694.2826 Min of MinOfConcentrationMin_PpmvdAt3PctO2 324 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 450 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 384 Sum of SumOfTotalEmission_Pounds 0.0358 Min of MinOfConcentrationMin_PpmvdAt3PctO2 9 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 2005 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 539 Sum of SumOfTotalEmission_Pounds 13.29 Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Sum of SumOfTotalEmission_Pounds Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Sum of SumOfTotalEmission_Pounds Min of MinOfConcentrationMin_PpmvdAt3PctO2 0.4 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 92.93 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 74.35 Sum of SumOfTotalEmission_Pounds 500 Min of MinOfConcentrationMin_PpmvdAt3PctO2 0.1 0.1 0.1 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 1000000 10000 3000 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 3367 800.25 170.3333333 Sum of SumOfTotalEmission_Pounds 0.8808 Min of MinOfConcentrationMin_PpmvdAt3PctO2 100 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 21000 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 5226 Sum of SumOfTotalEmission_Pounds 177.5 Min of MinOfConcentrationMin_PpmvdAt3PctO2 100 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 100 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 100 Sum of SumOfTotalEmission_Pounds 2.72 Min of MinOfConcentrationMin_PpmvdAt3PctO2 100 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 100 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 100 Sum of SumOfTotalEmission_Pounds 0.003 Min of MinOfConcentrationMin_PpmvdAt3PctO2 325 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 1800 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 863Sum of SumOfTotalEmission_Pounds 105.03

Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Sum of SumOfTotalEmission_Pounds 0.1 0 0.1 1000000 21000 3000 3367 1110.413663 170.3333333 0.8808 9194.2236(blank) Grand Total

2 2 8 8 8 8

2

16 16 16 16 1 1 1

40

2 2 16 16 41 41 41 41 24 24 24 8

2

8 8 8 8 2 2 22 2 2 2 2 2 2 2 2 11 11 11 3 10 10 10 10 2 2 2 2

129 131 187 120Vinyl chloride (blank) Grand Total

25 25 66.90101389 66.901014

0 0 20000 20000 10000 10000 102.63 205.26 0 0 20000 20000 10000 10000 102.63 205.26 0 0 20000 20000 10000 1000086.19 172.38 0 0 20000 20000 10000 10000 102.63 205.26

0.02

0 0 520 520 179.42 179.42 0.16 0.32 1000 1000 7000 7000 4300 4300 0.89 1.78 0 0 13667 13667 3036 3036 213 426 0 0 1200 1200 567 567 1.9 3.8 7 7 8900 8900 5060.333333 5060.3333 9.96 19.92 0 10 1.5

684.6 684.6

83 0.0055

196.66667 0.057 74 2200 638.5 30.3

300.3044

137 1.0139

1 0 26 1901 749 0.22 1800 1800 1800 0.19 0 1650 289 0.047 1 2500 634.33333 4.2244 900 6500 3116.6667 8.23 320 12 320 4058 320 762.65 0.01 26.15 994 1330 1203 0.86 7 7 125 125 39.5 39.5

100 100 608 608 393 393 4.89 9.78 5 5 1500 1500 76.5 76.5

5 5 125 125 22.5 22.54.89 9.78 110 110 600 600 255 255

150 150

10 10 992 992 521.0330011 521.53688 549297.2638 556991.55

324 324 450 450 384 384 0.0358 0.0716 9 9 2005 2005 539 539 13.29 26.58 1055 1055 9204 9204 1992.75 1992.75 390.4 390.4 500 500 3500 3500 2000 2000 5.11 5.11 0.4 0.4 92.93 92.93 74.35 74.35 500 1000 0 0 1 1000000 0.1 1255.7364

0.8808 100 100 21000 21000 5226 5226 177.5 355 100 100 100 100 100 100 2.72 5.44 100 100 100 100 100 100 0.003 0.006 325 325 1800 1800 863 863105.03 210.06

0 0 21000 1000000 1465.859349 1251.2832 551188.0337 560383.14Equipm entDesc_Std Data

Compressors Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Condensers Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Filter Openings Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Foam Trap Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Pum ps/Exchangers Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Pum ps/Heat Exchangers Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Reactor Openings Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Recovery

Separators Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Storage Sphere Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Stripping Colum n Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Vessel Openings Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Wa sh Columns Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Wa ste W ater Stripper Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 (blank) Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 Total Count of MinOfConcentrationMin_PpmvdAt3PctO2 Total Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Total Count of AvgOfConcentrationAvg_PpmvdAt3PctO2TotalVOCOrHAPDesc

Methanol Total VOC Vinyl acetate Viny l chloride (blank) Grand Total Count of MinOfConcentrationMin_PpmvdAt3PctO2 2 2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 2 2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 2 2 Count of MinOfConcentrationMin_PpmvdAt3PctO2 1 1 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 1 1 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 1 1 3 13 3 8 27 3 13 3 8 27 3 14 3 8 28 Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 3 3 Count of MinOfConcentrationMin_PpmvdAt3PctO2 2 2 4 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 2 2 4 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 2 2 4 Count of MinOfConcentrationMin_PpmvdAt3PctO2 12 12 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 12 12 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 12 12 Count of MinOfConcentrationMin_PpmvdAt3PctO2 16 12 28 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 18 12 30 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 37 35 72 Count of MinOfConcentrationMin_PpmvdAt3PctO2 2 2 4 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 2 2 4 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 2 2 4 Count of MinOfConcentrationMin_PpmvdAt3PctO2 1 1 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 1 1 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 1 1 Count of MinOfConcentrationMin_PpmvdAt3PctO2 6 6 12 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 6 6 12 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 9 6 15 Count of MinOfConcentrationMin_PpmvdAt3PctO2 28 9 37 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 28 9 37 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 34 9 43 Count of MinOfConcentrationMin_PpmvdAt3PctO2 1 1 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 1 1 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 1 1 Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 1 1 Count of MinOfConcentrationMin_PpmvdAt3PctO2 Count of MaxOfConcentrationMax_PpmvdAt3PctO2 Count of AvgOfConcentrationAvg_PpmvdAt3PctO2 3 83 3 40 129 3 85 3 40 131 3 118 3 63 187Equipm entDesc_Std Data

Compressors Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Condensers Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Filter Openings Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Foam Trap Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Pum ps/Exchangers Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Pum ps/Heat Exchangers Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Reactor Openings Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Recovery

Separators Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Storage Sphere Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Stripping Colum n Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Vessel Openings Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Wa sh Columns Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Wa ste W ater Stripper Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 (blank) Min of MinOfConcentrationMin_PpmvdAt3PctO2 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 Total Min of MinOfConcentrationMin_PpmvdAt3PctO2 Total Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Total Average of AvgOfConcentrationAvg_PpmvdAt3PctO2TotalVOCOrHAPDesc

Methanol Total VOC Vinyl acetate Viny l chloride (blank) Grand Total 26 26 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 1901 1901 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 749 749 1800 1800 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 1800 1800 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 1800 1800 0.1 0 0.1 0 0 1000000 20000 3000 20000 1000000 3367 1027.06 170.33333 1314.6175 1268.135

Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 196.66667 196.66667 0 0 0 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 20000 20000 20000 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 7150 7150 7150 1 1 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 2500 2500 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 634.33333 634.33333 0 0 0 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 21000 21000 21000 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 1258.3641 1084.92 1174.051 5 5 5 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 1500 1500 1500 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 76.5 76.5 76.5 500 500 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 3500 3500 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 2000 2000 0 0 0 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 1200 1200 1200 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 111.33333 152 127.6 0 0 0 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 20000 20000 20000 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 1233.2794 2943.8889 1591.314 994 994 Max of MaxOfConcentrationMax_PpmvdAt3PctO2 1330 1330 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 1203 1203

Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 1 1

Max of MaxOfConcentrationMax_PpmvdAt3PctO2 Average of AvgOfConcentrationAvg_PpmvdAt3PctO2 0.1 0 0.1 0 0 1000000 21000 3000 21000 1000000 3367 1110.4137 170.33333 1465.8593 1251.2832Use Data (Multiple Item s)

Sum of SumOfTotalEmission_Pounds Equipm entDesc_Std2 Facility Name Colum n Oxy Vinyls Pasadena Compressor Oxy Vinyls Pasadena Condenser Oxy Vinyls Pasadena Filter Formosa Plastics Corporation Baton Rouge Formosa Plastics Corporation Point Comfort - PVC Unit

Oxy Vinyls Deer Park Oxy Vinyls Pasadena Oxy Vinyls Pedricktown

Union Carbide Texas City

Foam Trap Oxy Vinyls Deer Park Pressure Vessel Shintech Freeport Process Vessel Formosa Plastics Corporation Baton Rouge Formosa Plastics Corporation Point Comfort - PVC Unit Oxy Vinyls Deer Park

Oxy Vinyls Pasadena Oxy Vinyls Pedricktown

PolyOne Pedricktown We stlake Calvert City Pum p/Heat Exchanger Formosa Plastics Corporation Baton Rouge Formosa Plastics Corporation Point Comfort - PVC Unit Oxy Vinyls Pasadena Reactor Formosa Plastics Corporation Baton Rouge Formosa Plastics Corporation Deleware City Formosa Plastics Corporation Point Comfort - PVC Unit Georgia Gulf Chemicals Plaquemine Facility

Lake Charles Poly me r Plant Oxy Vinyls Deer Park Oxy Vinyls Pasadena Oxy Vinyls Pedricktown

PolyOne Henry PolyOne Pedricktown Shintech Addis Shintech Freeport Shintech Plaquem ine We stlake Calvert City We stlake Geismar Scrubber Formosa Plastics Corporation Point Comfort - PVC Unit Separator Oxy Vinyls Pedricktown Storage Tank Oxy Vinyls Deer ParkStripper Oxy Vinyls Pasadena Stripping Colum n Formosa Plastics Corporation Point Comfort - PVC Unit Georgia Gulf Chemicals Aberdeen Facility Oxy Vinyls Deer Park Oxy Vinyls Pedricktown

We stlake Calvert City Wa stewater Stripper Oxy Vinyls Deer Park Wa stewater Tank Oxy Vinyls Pasadena Grand TotalReasonForEquipmentOpening HowIsHAPOrVOCConcentrationDetermined

Scheduled or unscheduled cleaning / maintenance Handheld Monitoring Device Scheduled or unscheduled cleaning / maintenance Handheld Monitoring Device Scheduled or unscheduled cleaning / maintenance Handheld Monitoring Device Maintenance Sam pling Results Maintenance Sam pling Results

Filter Change Sam pling Results Scheduled or unscheduled cleaning / maintenance Handheld Monitoring Device Cleaning Sam pling Results Filter Changes Sam pling Results PM Sam pling Replace Filter Engineering Estim ate

Inspection Sam pling Results preventative m aintenance Sam pling Results Maintenance Sam pling Results Maintenance Sam pling Results Inspection Sam pling Results Inspection, Cleaning Sam pling Results Scheduled or unscheduled cleaning / maintenance Handheld Monitoring Device Inspection Sam pling Results Inspection & cleaning Sam pling Results Cleaning Sam pling Results Maintenance Engineering Estim ate Maintenance Sam pling Results Maintenance Sam pling Results Scheduled or unscheduled cleaning / maintenance Handheld Monitoring Device Maintenance Engineering Estim ate Sam pling, cleaning (blank) Maintenance Sam pling Results Maintenance / Batch Count Sam pling Results

Inspect/Clean Engineering Estim ate Inspection, Cleaning Sam pling Results Scheduled or unscheduled cleaning / maintenance Handheld Monitoring Device Inspections & Cleaning Sam pling Results

Equipm ent Cleaning Sam pling Results Cleaning Sam pling Results Preventive Maintenance Sam pling Results preventative m aintenance Sam pling Results Preventive Maintenance Sam pling Results Cleaning or maintenance Sam pling Results Cleaning and Maintenance Sam pling Results Maintenance Sam pling Results Cleaning Sam pling Results Tank Inspection Sam pling ResultsScheduled or unscheduled cleaning / maintenance Handheld Monitoring Device Maintenance Sam pling Results Internal batches, maintenance inspection Engineering Estim ate Inspection, Cleaning Sam pling Results Inspection, Cleaning Sam pling Results Inspections & Cleaning Sam pling Results Maintenance Engineering Estim ate Inspection Sam pling Results Scheduled or unscheduled cleaning / maintenance Handheld Monitoring DeviceOtherMethod

(blank) (blank) (blank) (blank) (blank)

(blank) (blank) (blank) (blank) (blank) (blank)

(blank) (blank) (blank) (blank) (blank) (blank) (blank) (blank) (blank) (blank) (blank) (blank) (blank) (blank) Vinyl NESHAP (blank) (blank) (blank)

(blank) (blank) (blank) (blank)

(blank) (blank) Method 106 (blank) (blank) (blank) (blank) (blank) (blank) (blank)(blank)

(blank) Estimate is based on historical sampling and approved by EPA. (blank) (blank) (blank) (blank) (blank) (blank)HowAreHAPAndVOCEm issionsControlled

Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs The equipment is purged to the incinerator prior to opening the equipment for maintenance. Equipm ent only

opened at or below VCM NESHAPS concentrations (blank) Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Closed loop process and vapor recovery system. Equipment opening evacuation procedures. Equipm ent clearing procedures directs emissions to recovery system. Vinyl filters are part of the closed loop process and recovery system. Acetone W ash before opening and blown with Nitrogen Methyl Acetate wash before opening and blown with Nitrogen. Wa ter wash before opening and blown with Nitrogen Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator (blank) The vessel is purged to the incinerator prior to opening the equipment for maintenance. Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent clearing procedure directs emissions to recovery system Equipm ent clearing procedure direct emissions to recovery system Steam Sweep & Recovery Evacuation procedure to recovery system before opening The equipment is purged to the incinerator prior to opening the equipment for maintenance. Equipm ent only

opened at or below VCM NESHAPS concentrations Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs The vessel is purged to the incinerator prior to opening the equipment for maintenance. Stripping and evacuation Equipm ent only

opened at or below VCM NESHAPS concentrations Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal condenser temperature for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time Vessel is heated & undergoes 4 cycles of vacuum degassing and N2 purging prior to opening. Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Equipm ent clearing procedure directs emissions to recovery system. Equipm ent clearing procedures directs emissions to recovery system. Equipm ent is recovered and steam swept to meet Viny l Chloride NESHAP 61.64 a 2 Steam Sweep & Recovery N/A (blank) Wecontrol them before opening. Evacuation procedure to recovery system before opening Evacuation procedure to recovery system before opening Equipm ent only

opened at or below VCM NESHAPS concentrations Closed loop process and vapor recovery system. Equipment opening evacuation procedures. Equipm ent Clearing Procedures direct emissions to the recovery area and incineratorEquipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs

Equipm ent only

opened at or below VCM NESHAPS concentrations Recovery

in stripping Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent clearing procedures direct emissions to recovery system. Equipm ent clearing procedures directs emissions to recovery system. Evacuation procedure to recovery system before opening Equipm ent Clearing Procedures direct emissions to the recovery area and incinerator Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPsTotalVOCOrHAPDesc

Methanol Total VOC Vinyl acetate Viny l chloride Grand Total 0.86 0.86 0.22 0.22 0.34 0.34 102.63 102.63 205.26 0.08 0.08 0.16 0.08 0.08 0.16 0.0055 0.0055 0.047 0.047

0.8 0.8 0.0808 0.0808

0.057 0.057 5.11 5.11 102.63 102.63 205.26 9.4 9.4 18.8 0.0879 0.0879 0.716 0.716 20.56 0.01 20.57

0.0358 0.0358 0.0716 0.003 0.003 0.006 102.63 102.63 205.26 0.89 0.89 1.78 0.0244 0.0244 86.19 86.19 172.38

213 213 426 Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal condenser temperature for set time Cycling steam into empty reactor while lined up to VCM recovery equipm ent and obtaining desired internal temperature and pressure for set time 66.901014 66.901014 30.3 30.3 8.23 8.23 2.13 2.13 4.26 2.76 2.76 5.52

7630.9 542935.51 550566.42 13.29 13.29 26.58 390.4 390.4 500 500 1000 177.5 177.5 355 105.03 105.03 210.06 0.56 0.56 1.12

0.21 0.214.05 4.05 1.9 1.9 3.8

0.3044 0.3044 2.13 2.13 4.26 2.76 2.76 5.52 2.72 2.72 5.44 0 0 5.58 5.58 0.8808 9130.84 544826.28 553958.01**Num of Data Points**  **Concentration**

**(ppmv @ 3% O2) Num of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Num of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Num of Data**  **Points Concentration** 

**(ppmv @ 3% O2)** Min Max Avg 2 25 TOTAL EMISSIONS (lbs) 2 66.90101389 Min 1 0 1 0 Max 1 20000 1 20000 Avg 1 10000 1 10000 TOTAL EMISSIONS (lbs) 1 102.63 1 102.63 Min 1 0 1 0 Max 1 20000 1 20000 Avg 1 10000 1 10000 TOTAL EMISSIONS (lbs) 1 102.63 1 102.63 Min 1 0 1 0 Max 1 20000 1 20000 Avg 1 10000 1 10000 TOTAL EMISSIONS (lbs) 1 86.19 1 86.19 Min 1 0 1 0 Max 1 20000 1 20000 Avg 1 10000 1 10000 TOTAL EMISSIONS (lbs) 1 102.63 1 102.63 Min Max 2 0.02 Avg TOTAL EMISSIONS (lbs) Min 2 0 2 0 Max 2 520 2 520 Avg 2 179.42 2 179.42 TOTAL EMISSIONS (lbs) 2 0.16 2 0.16 Min 1 1000 1 1000 Max 1 7000 1 7000 Avg 1 4300 1 4300 TOTAL EMISSIONS (lbs) 1 0.89 1 0.89 Min 1 0 1 0 Max 1 13667 1 13667 Avg 1 3036 1 3036 TOTAL EMISSIONS (lbs) 1 213 1 213 Min 1 0 1 0 Max 1 1200 1 1200 Avg 1 567 1 567 TOTAL EMISSIONS (lbs) 1 1.9 1 1.9 Min 3 7 3 7 Max 3 8900 3 8900 Avg 3 5060.333333 3 5060.333333 TOTAL EMISSIONS (lbs) 3 9.96 3 9.96 Min 1 0 Max 1 10 Avg 1 1.5 TOTAL EMISSIONS (lbs) Min Max Avg 20 684.6 20 684.6 TOTAL EMISSIONS (lbs) Reactor Openings

Vessel Openings Reactor Openings Pumps/Exchangers Filter Openings

Reactor Openings Pumps/Exchangers Filter Openings Reactor Openings

Reactor Openings Vessel Openings Vessel Openings Stripping Column Lake Charles CertainTeed

Formosa

Georgia Gulf Corporation

Plaquemine Aberdeen Point Comfort - PVC Unit Baton Rouge

Delew are City **Company Facility**  **Equipment Methanol**  **Vinyl Acetate Vinyl Chloride**  **Total VOC Num of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Num of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Num of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Num of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Company**  **Facility Equipment**  **Methanol Vinyl Acetate**  **Vinyl Chloride Total VOC** 

Min Max Avg 1 83 TOTAL EMISSIONS (lbs) 1 0.0055 Min Max Avg 3 196.6666667 TOTAL EMISSIONS (lbs) 3 0.057 Min 2 74 Max 2 2200 Avg 2 638.5 TOTAL EMISSIONS (lbs) 2 30.3 Min Max Avg 3 30 TOTAL EMISSIONS (lbs) 3 0.3044 Min Max Avg 6 137 TOTAL EMISSIONS (lbs) 6 1.0139 Min Max Avg 1 1 TOTAL EMISSIONS (lbs) 1 0 Min 2 26 Max 2 1901 Avg 2 749 TOTAL EMISSIONS (lbs) 2 0.22 Min 1 1800 Max 1 1800 Avg 1 1800 TOTAL EMISSIONS (lbs) 1 0.19 Min 2 0 Max 2 1650 Avg 2 289 TOTAL EMISSIONS (lbs) 2 0.047 Min 12 1 Max 12 2500 Avg 12 634.3333333 TOTAL EMISSIONS (lbs) 12 4.2244 Min 3 900 Max 3 6500 Avg 3 3116.666667 TOTAL EMISSIONS (lbs) 3 8.23 Min 19 12 1 320 Max 19 4058 1 320 Avg 19 785.9473684 1 320 TOTAL EMISSIONS (lbs) 19 26.14 1 0.01 Min 1 994 Max 1 1330 Avg 1 1203 TOTAL EMISSIONS (lbs) 1 0.86 Min 4 7 4 7 Max 4 125 4 125 Avg 4 39.5 4 39.5 TOTAL EMISSIONS (lbs) Min 2 100 2 100 Max 2 608 2 608 Avg 2 393 2 393 TOTAL EMISSIONS (lbs) 2 4.89 2 4.89 Min 2 5 2 5 Max 2 1500 2 1500 Avg 2 76.5 2 76.5 TOTAL EMISSIONS (lbs) Min 2 5 2 5 Max 2 125 2 125 Avg 2 22.5 2 22.5 TOTAL EMISSIONS (lbs) 2 4.89 2 4.89 Min 2 110 2 110 Max 2 600 2 600 Avg 2 255 2 255 Vessel Openings Stripping Column Vessel Openings Reactor Openings Pumps/Heat Exchangers Filter Openings

Recovery Separators Reactor Openings Filter Openings Wash Columns Stripping Column Reactor Openings Foam Trap Filter Openings

Condensers Compressors Waste Water Stripper Vessel Openings

OxyVinyls, LP Deer Park

Pedricktown Pasadena**Num of Data Points**  **Concentration**

**(ppmv @ 3% O2) Num of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Num of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Num of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Company**  **Facility Equipment**  **Methanol Vinyl Acetate**  **Vinyl Chloride Total VOC** 

TOTAL EMISSIONS (lbs)**Num of Data Points**  **Concentration**

**(ppmv @ 3% O2) Num of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Num of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Num of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Company**  **Facility Equipment**  **Methanol Vinyl Acetate**  **Vinyl Chloride Total VOC** 

Min Max Avg 1 150 1 150 TOTAL EMISSIONS (lbs) Min 3 10 3 10 Max 3 992 3 992 Avg 3 522.040753 3 521.0330011 TOTAL EMISSIONS (lbs) 3 7694.2826 3 549297.2638 Min 1 324 1 324 Max 1 450 1 450 Avg 1 384 1 384 TOTAL EMISSIONS (lbs) 1 0.0358 1 0.0358 Min 1 9 1 9 Max 1 2005 1 2005 Avg 1 539 1 539 TOTAL EMISSIONS (lbs) 1 13.29 1 13.29 Min 1 1055 Max 1 9204 Avg 1 1992.75 TOTAL EMISSIONS (lbs) 1 390.4 Min 1 500 Max 1 3500 Avg 1 2000 TOTAL EMISSIONS (lbs) 1 5.11 Min 1 0.4 1 0.4 Max 1 92.93 1 92.93 Avg 1 74.35 1 74.35 TOTAL EMISSIONS (lbs) 1 500 1 500 Min 4 0.1 1 0 3 0.1 3 0.1 Max 4 10000 1 1 3 3000 3 1000000 Avg 4 800.25 1 0.1 3 170.3333333 3 3367 TOTAL EMISSIONS (lbs) 3 0.8808 Min 1 100 1 100 Max 1 21000 1 21000 Avg 1 5226 1 5226 TOTAL EMISSIONS (lbs) 1 177.5 1 177.5 Min 3 100 3 100 Max 3 100 3 100 Avg 3 100 3 100 TOTAL EMISSIONS (lbs) 3 2.72 3 2.72 Min 1 100 1 100 Max 1 100 1 100 Avg 1 100 1 100 TOTAL EMISSIONS (lbs) 1 0.003 1 0.003 Min 1 325 1 325 Max 1 1800 1 1800 Avg 1 863 1 863 TOTAL EMISSIONS (lbs) 1 105.03 1 105.03 Reactor Openings Reactor Openings

Vessel Openings

Reactor Openings

Reactor Openings

Reactor Openings Geismar Calvert City Storage Sphere

Reactor Openings Plaquemine Freeport

Stripping Column

Vessel Openings Filter Openings

Reactor Openings PolyOne

Shintech

Dow

Westlake Pedricktown Henry

Texas City Addis**Number of Data Points**  **Concentration**

**(ppmv @ 3% O2) Number of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Number of Data**  **Points Concentration** 

**(ppmv @ 3% O2) Number of Data**  **Points Concentration** 

**(ppmv @ 3% O2)** Min 2 26 Max 2 1,901 Average 2 749 Min 1 1,800 Max 1 1,800 Average 1 1,800 Min 3 0.1 13

- 3 0.1 8

- Max 3 1,000,000 13 20,000 3 3,000 8 20,000 Average 3 3,367 14 1,027 3 170 8 1,315 Min Max Average 3 197 Min 2

- 2

- Max 2 20,000 2 20,000 Average 2 7,150 2 7,150 Min 12 1 Max 12 2,500 Average 12 634 Min 16

- 12

- Max 18 21,000 12 21,000 Average 37 1,258 35 1,085 Min 2 5 2 5 Max 2 1,500 2 1,500 Average 2 77 2 77 Min 1 500 Max 1 3,500 Average 1 2,000 Min 6

- 6

- Max 6 1,200 6 1,200 Average 9 111 6 152 Min 28

- 9

- Max 28 20,000 9 20,000 Average 34 1,233 9 2,944 Min 1 994 Max 1 1,330 Average 1 1,203 Min Max Average 1 1 Wa ste W ater Stripper Wa sh Columns Vessel Openings Stripping Column **Equipment**

Recovery Separators Reactor Openings Pumps/Heat Exchangers Compressors

Pumps/Exchangers Foam Trap Filter Openings Condensers **Methanol Viny** **l A cetate**  **Viny l Chloride**  **Total VOC**

Storage Sphere

### ATTACHMENT I: OTHER EMISSION SOURCES SURVEY DATA

02/08/2012

**Total VOC Vinyl Chloride**  **Vinyl A cetate**  **Methanol Total VOC**  **Vinyl Chloride Vinyl A**  **cetate Methanol**  Condensers OxyVinyls, LP Pasadena 1800.00 0.19 Filter Openings Dow Texas City 800.25 0.10 170.33 3367.00 0.88 Filter Openings Formosa Baton Rouge 10000.00 10000.00 102.63 102.63 Filter Openings Formosa Point Comfort - PVC Unit 179.42 179.42 0.16 0.16 Filter Openings OxyVinyls, LP Deer Park 83.00 0.01 Filter Openings OxyVinyls, LP Pasadena 289.00 0.05 Filter Openings OxyVinyls, LP Pedricktown 39.50 39.50 Foam Trap OxyVinyls, LP Deer Park 196.67 0.06 Reactor Openings CertainTeed Lake Charles 25.00 66.90 Reactor Openings Formosa Baton Rouge 10000.00 10000.00 86.19 86.19 Reactor Openings Formosa Deleware City Reactor Openings Formosa Point Comfort - PVC Unit 3036.00 3036.00 213.00 213.00 Reactor Openings Georgia Gulf Corporation Plaquemine 684.60 684.60 Reactor Openings OxyVinyls, LP Deer Park 638.50 30.30 Reactor Openings OxyVinyls, LP Pasadena 3116.67 8.23 Reactor Openings OxyVinyls, LP Pedricktown 393.00 393.00 4.89 4.89 Reactor Openings PolyOne Henry 150.00 150.00 Reactor Openings PolyOne Pedricktown 522.04 521.03 7694.28 549297.26 Reactor Openings Shintech Addis 539.00 539.00 13.29 13.29 Reactor Openings Shintech Freeport 1992.75 390.40 Reactor Openings Shintech Plaquemine 74.35 74.35 500.00 500.00 Reactor Openings We stlake Calvert City 5226.00 5226.00 177.50 177.50 Reactor Openings We stlake Geismar 863.00 863.00 105.03 105.03 Recovery Separators OxyVinyls, LP Pedricktown 76.50 76.50 Storage Sphere Shintech Freeport 2000.00 5.11 Stripping Column Formosa Point Comfort - PVC Unit 567.00 567.00 1.90 1.90 Stripping Column OxyVinyls, LP Deer Park 30.00 0.30 Stripping Column OxyVinyls, LP Pedricktown 22.50 22.50 4.89 4.89 Stripping Column We stlake Calvert City 100.00 100.00 2.72 2.72 Vessel Openings Formosa Baton Rouge 10000.00 10000.00 102.63 102.63 Vessel Openings Formosa Point Comfort - PVC Unit 5060.33 5060.33 9.96 9.96 Vessel Openings Georgia Gulf Corporation Aberdeen 1.50 Vessel Openings OxyVinyls, LP Deer Park 137.00 1.01 Vessel Openings OxyVinyls, LP Pasadena 785.95 320.00 26.14 0.01 Vessel Openings OxyVinyls, LP Pedricktown 255.00 255.00 Vessel Openings PolyOne Pedricktown 384.00 384.00 0.04 0.04 Vessel Openings We stlake Calvert City 100.00 100.00 0.00 0.00 Wa sh Columns OxyVinyls, LP Pasadena 1203.00 0.86 Wa ste W ater Stripper OxyVinyls, LP Deer Park 1.00 0.00 * Excluded: compressors, pumps, exchangers.

**Equipment Av**  **erage Concentration (ppmv @ 3% O2)**  **Total 2008 Emissions (lbs) Facility**  **Company**

### ATTACHMENT I: OTHER EMISSION SOURCES SURVEY DATA

02/08/2012

**Equipment Type HAP Concnetration Determination Method**  **HAP Emissions Control Work Practice Basis for Emissions Estimates** 

Compressors Handheld Monitoring Device Equipment is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Closed loop process and vapor recovery system. Equipment opening evacuation procedures. Equipment opening calcs.

Equipment Clearing Procedures direct emissions to the recovery area and incinerator System Volume

Equipment clearing procedures directs emissions to recovery system. Equipment Opening Calcs.

The equipment is purged to the incinerator prior to opening the equipment for maintenance. Engineering Estimate

Equipment only opened at or below VCM NESHAPS concentrations Ideal Gas Law

Ideal Gas Law Vinyl filters are part of the closed loop process and recovery system. Equipment opening calcs.

Water w ash before opening and blown with Nitrogen Engineering Estimate Methyl Acetate w

ash before opening and blown with Engineering Estimate Water w ash before opening and blown with Nitrogen Acetone Wash before opening and blown with Nitrogen

Handheld Monitoring Device Equipment is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment.

Foam Trap Sampling Results Equipment Clearing Procedures direct emissions to the recovery area and incinerator System Volume

The equipment is purged to the incinerator prior to opening the equipment for maintenance. Engineering Estimate

Equipment only opened at or below VCM NESHAPS concentrations Ideal Gas Law

Handheld Monitoring Device Equipment is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Vessel is heated & undergoes 4 cycles of vacuum degassing and N2 purging prior to opening. Engr. Calculation

The vessel is purged to the incinerator prior to opening the equipment for maintenance. Engineering Estimate

Handheld Monitoring Device Equipment is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Method 106 N/A 40 CFR 61.67(g)(5) Steam Sw

eep & Recovery GC Evacuation procedure to recovery system before opening Calculated Equipment is recovered and steam swept to meet Vinyl Chloride NESHAP 61.64 a 2 Estimate based on sample results

Equipment Clearing Procedures direct emissions to the recovery area and incinerator System Volume

Equipment clearing procedure directs emissions to recovery system. Equipment Opening Calcs.

Equipment clearing procedures directs emissions to recovery system. Equipment opening calcs.

Equipment only opened at or below VCM NESHAPS concentrations Ideal Gas Law

Cycling steam into empty reactor while lined up to VCM recovery equipment and obtaining desired internal temperature and pressure for set time Cycling steam into empty reactor while lined up to VCM recovery equipment and obtaining desired internal condenser temperature for set time Engineer calculations Filter Openings

Pumps/Exchangers Sampling Results

Engineering Estimate

Sampling Results

Reactor Openings Engineering Estimate

Sampling Results

condenser temperature for set time Engineer calculations We control them before opening. 40 CFR 61.67(g)(5) Stripping and evacuation

Recovery Separators

Sampling Results Closed loop process and vapor recovery system. Equipment opening evacuation procedures. Equipment opening calcs.

Storage Sphere Sampling Results Engineer calculations Equipment Clearing Procedures direct emissions to the recovery area and incinerator System Volume

Equipment clearing procedures direct emissions to recovery system. Equipment Opening Calcs

Equipment clearing procedures directs emissions to recovery system. Equipment opening calcs.

Equipment only opened at or below VCM NESHAPS concentrations Ideal Gas Law

Engineering Estimate Evacuation procedure to recovery system before opening Engineering Estimate Engineering Estimate Evacuation procedure to recovery system before opening Engineering Estimate Estimate is based on historical sampling and approved by EPA. Recovery in stripping Calculation Equipment is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment. Equipment is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs VCM Concentration from Handheld Monitoring Device; Total Pounds calucated from volume of equipment. Steam Sw

eep & Recovery GC Equipment Clearing Procedures direct emissions to the recovery area and incinerator System Volume

Equipment clearing procedure directs emissions to recovery system Equipment Opening Calcs.

Equipment clearing procedure direct emissions to recovery system Equipment Opening Calcs.

The vessel is purged to the incinerator prior to opening the equipment for maintenance. Engineering Estimate

Equipment only opened at or below VCM NESHAPS concentrations Ideal Gas Law

Wash Columns Handheld Monitoring Device Equipment is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Concentration from Handheld Monitoring Device. All VOCs are reported as VCM. Total Pounds calucated from volume of equipment.

Waste Water Stripper

Sampling Results Equipment Clearing Procedures direct emissions to the recovery area and incinerator System Volume Vessel Openings Stripping Column Sampling Results

Handheld Monitoring Device

Sampling Results

### ATTACHMENT F. BASELINE EMISSIONS ANALYSIS FOR OTHER EMISSION SOURCES

02/08/2012

**Total VOC Vinyl Chloride**  **Methanol Total VOC**  **Vinyl Chloride Methanol**  **Total Organic HAP**  **Company Facility**  **Proces**

**s VC**  **(tpy) TOH**  **(TPY)** CertainTeed Lake Charles B Reactor Openings 66.90 0.00 66.90 0.00 66.90 CertainTeed Lake Charles B 0.0335 0.0335 Dow Midland S 55.68 101.19 0.88 102.08 Dow Midland S 0.0506 0.051 Dow (Union Carbide) Texas City SL Filter Openings 0.88 55.68 101.19 0.88 102.08 Dow (Union Carbide) Texas City SL 0.0506 0.051 Formosa Baton Rouge S Filter Openings 102.63 102.63 102.63 102.63 0.88 103.51 Formosa Baton Rouge S 0.0513 0.0518 Formosa Baton Rouge S Reactor Openings 86.19 86.19 86.19 86.19 0.88 87.07 Formosa Baton Rouge S 0.0431 0.0435 Formosa Baton Rouge S Vessel Openings 102.63 102.63 102.63 102.63 0.88 103.51 Formosa Baton Rouge S 0.0513 0.0518 Formosa Deleware City D Reactor Openings 0.04 0.04 0.00 0.04 Formosa Deleware City D 2E-05 2E-05 Formosa Point Comfort - PVC Unit S Filter Openings 0.16 0.16 0.16 0.16 0.88 1.04 Formosa Point Comfort - PVC Unit S 8E-05 0.0005 Formosa Point Comfort - PVC Unit S Reactor Openings 213.00 213.00 213.00 213.00 0.88 213.88 Formosa Point Comfort - PVC Unit S 0.1065 0.1069 Formosa Point Comfort - PVC Unit S Stripping Column 1.90 1.90 1.90 1.90 0.88 2.78 Formosa Point Comfort - PVC Unit S 0.001 0.0014 Formosa Point Comfort - PVC Unit S Vessel Openings 9.96 9.96 9.96 9.96 0.88 10.84 Formosa Point Comfort - PVC Unit S 0.005 0.0054 Georgia Gulf Aberdeen S Vessel Openings 55.68 101.19 0.88 102.08 Georgia Gulf Aberdeen S 0.0506 0.051 Georgia Gulf Plaquemine S Reactor Openings 55.68 101.19 0.88 102.08 Georgia Gulf Plaquemine S 0.0506 0.051 OxyVinyls Deer Park S Filter Openings 0.01 0.01 101.19 0.88 102.08 OxyVinyls Deer Park S 0.0506 0.051 OxyVinyls Deer Park S Foam Trap 0.06 0.06 101.19 0.88 102.08 OxyVinyls Deer Park S 0.0506 0.051 OxyVinyls Deer Park S Reactor Openings 30.30 30.30 101.19 0.88 102.08 OxyVinyls Deer Park S 0.0506 0.051 OxyVinyls Deer Park S Stripping Column 0.30 0.30 101.19 0.88 102.08 OxyVinyls Deer Park S 0.0506 0.051 OxyVinyls Deer Park S Vessel Openings 1.01 1.01 101.19 0.88 102.08 OxyVinyls Deer Park S 0.0506 0.051 OxyVinyls Deer Park S Waste W ater Stripper 0.00 0.00 101.19 0.88 102.08 OxyVinyls Deer Park S 0.0506 0.051 OxyVinyls Pasadena S Condensers 0.19 0.19 101.19 0.88 102.08 OxyVinyls Pasadena S 0.0506 0.051 OxyVinyls Pasadena S Filter Openings 0.05 0.05 101.19 0.88 102.08 OxyVinyls Pasadena S 0.0506 0.051 OxyVinyls Pasadena S Reactor Openings 8.23 8.23 101.19 0.88 102.08 OxyVinyls Pasadena S 0.0506 0.051 OxyVinyls Pasadena S Vessel Openings 26.14 0.01 26.14 0.01 0.88 0.89 OxyVinyls Pasadena S 5E-06 0.0004 OxyVinyls Pasadena S Wash Columns 0.86 0.86 101.19 0.88 102.08 OxyVinyls Pasadena S 0.0506 0.051 OxyVinyls Pedricktown S Filter Openings 55.68 101.19 0.88 102.08 OxyVinyls Pedricktown S 0.0506 0.051 OxyVinyls Pedricktown S Reactor Openings 4.89 4.89 4.89 4.89 0.88 5.77 OxyVinyls Pedricktown S 0.0024 0.0029 OxyVinyls Pedricktown S Recovery Separators 55.68 101.19 0.88 102.08 OxyVinyls Pedricktown S 0.0506 0.051 OxyVinyls Pedricktown S Stripping Column 4.89 4.89 4.89 4.89 0.88 5.77 OxyVinyls Pedricktown S 0.0024 0.0029 OxyVinyls Pedricktown S Vessel Openings 55.68 101.19 0.88 102.08 OxyVinyls Pedricktown S 0.0506 0.051 PolyOne Henry S, D Reactor Openings 55.68 101.19 0.88 102.08 PolyOne Henry S, D 0.0506 0.051 PolyOne Pedricktown D Reactor Openings 7694.28 549297.26 0.04 0.04 0.00 0.04 PolyOne Pedricktown D 2E-05 2E-05 PolyOne Pedricktown D Vessel Openings 0.04 0.04 0.04 0.04 0.00 0.04 PolyOne Pedricktown D 2E-05 2E-05 Shintech Addis S Reactor Openings 13.29 13.29 13.29 13.29 0.88 14.17 Shintech Addis S 0.0066 0.0071 Shintech Freeport S Reactor Openings 390.40 55.68 390.40 0.88 391.28 Shintech Freeport S 0.1952 0.1956 Shintech Freeport S Storage Sphere 5.11 55.68 5.11 0.88 5.99 Shintech Freeport S 0.0026 0.003 Shintech Plaquemine S Reactor Openings 500.00 500.00 500.00 500.00 0.88 500.88 Shintech Plaquemine S 0.25 0.2504 Westlake Calvert City S Reactor Openings 177.50 177.50 177.50 177.50 0.88 178.38 Westlake Calvert City S 0.0888 0.0892 Westlake Calvert City S Stripping Column 2.72 2.72 2.72 2.72 0.88 3.60 Westlake Calvert City S 0.0014 0.0018 Westlake Calvert City S Vessel Openings 0.00 0.00 0.00 0.00 0.88 0.88 Westlake Calvert City S 2E-06 0.0004 Westlake Geismar S Reactor Openings 105.03 105.03 105.03 105.03 0.88 105.91 Westlake Geismar S 0.0525 0.053

* Excluded: compressors, pumps, exchangers. **Average of Reported Emissions >0 lb/yr  PolyOne included with dispersion. Bulk 0.0 66.9 0.0 ** Bulk** 0.000 0.033 0.000 0.033 *** Dow - Midland added; no emissions reported from equipment openings. Dispersion 0.04 0.04 0.0 **Dispersion** 0.0279 0.0507 0.0004 0.0511 All Other 55.7 101.2 0.88 **All Other** 0.919 1.670 0.015 1.685 Reported values from PolyOne - Pedricktown excluded. **TOTAL** 0.947 **1.754** 0.015 **1.769** Average value applied to PolyOne - Pedricktown 0.9466 **Facility Company**  **Total 2008 Emissions (lbs) Process**  **Equipment Total 2008 Emissions (lbs)** 

### Attachment F - BTF Analysis for Other Emission Sources

02/07/2012

**Equipment Type HA** **P Emissions Control Work Practice**

Compressors Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Closed loop process and vapor recovery system. Equipm ent opening evacuation procedures. Equipm ent Clearing Procedures direct emissions to the

recovery area and incinerator Equipm ent only

opened at or below VCM NESHAPS concentrations Wa ter wash before opening and blown with Nitrogen Methyl Acetate wash before opening and blown with Acetone W ash before opening and blown with Nitrogen Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs

Foam Trap Equipm ent Clearing Procedures direct emissions to the

recovery area and incinerator The equipment is purged to the incinerator prior to opening the equipm ent for maintenance. Equipm ent only

opened at or below VCM NESHAPS concentrations Vessel is heated & undergoes 4 cycles of vacuum degassing and N2 purging prior to opening. The vessel is purged to the incinerator prior to opening the equipm ent for maintenance. Equipm ent is cleared to less than 10,000 ppm per Vinyl **Work Practices To Control Fugitive Emissions**

Pum ps/Exchangers

Reactor Openings Filter Openings

Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Steam Sweep & Recovery Equipm ent Clearing Procedures direct emissions to the

recovery area and incinerator Stripping and evacuation

Recovery

Separators Closed loop process and vapor recovery system. Equipm ent opening evacuation procedures. Equipm ent Clearing Procedures direct emissions to the

recovery area and incinerator Equipm ent only

opened at or below VCM NESHAPS concentrations Evacuation procedure to recovery system before opening Recovery

in stripping Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs Steam Sweep & Recovery The vessel is purged to the incinerator prior to opening the equipm ent for maintenance.

Wa sh Columns Equipm ent is cleared to less than 10,000 ppm per Vinyl Chloride NESHAPs

Wa ste W ater Stripper Equipm ent Clearing Procedures direct emissions to the

recovery area and incinerator Stripping Colum n

Vessel Openings Reactor Openings