vinyl chloride emission reduction strategies:

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James C. Kenney, Environmental James C. Kenney, Environmental Engineer Engineer U.S. Environmental Protection Agency U.S. Environmental Protection Agency Middle Atlantic Regional Office Middle Atlantic Regional Office [email protected] [email protected] Vinyl Chloride Emission Vinyl Chloride Emission Reduction Strategies: Reduction Strategies: How U.S. EPA Enforcers Working How U.S. EPA Enforcers Working With Industry Achieved Results With Industry Achieved Results March 1, 2006 March 1, 2006 Atlanta, Georgia Atlanta, Georgia

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James C. Kenney, Environmental Engineer U.S. Environmental Protection Agency Middle Atlantic Regional Office [email protected]. Vinyl Chloride Emission Reduction Strategies: How U.S. EPA Enforcers Working With Industry Achieved Results March 1, 2006 Atlanta, Georgia. Overview. - PowerPoint PPT Presentation

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Page 1: Vinyl Chloride Emission  Reduction Strategies:

James C. Kenney, Environmental James C. Kenney, Environmental EngineerEngineerU.S. Environmental Protection Agency U.S. Environmental Protection Agency

Middle Atlantic Regional OfficeMiddle Atlantic Regional [email protected]@epa.gov

Vinyl Chloride Emission Vinyl Chloride Emission Reduction Strategies: Reduction Strategies:

How U.S. EPA Enforcers Working How U.S. EPA Enforcers Working With Industry Achieved ResultsWith Industry Achieved Results

March 1, 2006March 1, 2006

Atlanta, GeorgiaAtlanta, Georgia

Page 2: Vinyl Chloride Emission  Reduction Strategies:

IntroductionIntroduction

Brief ChronologyBrief Chronology

Research MethodologyResearch Methodology

ImplementationImplementation

DevelopmentsDevelopments

ConclusionConclusion

OverviewOverview

Page 3: Vinyl Chloride Emission  Reduction Strategies:

The Vinyl Chloride Project:The Vinyl Chloride Project:

a multimedia targeting approach for a multimedia targeting approach for improved human health and improved human health and environmental benefitsenvironmental benefits

a method toa method to trace the impact of a trace the impact of a chemical across all statuteschemical across all statutes

a single focus of reducing the total a single focus of reducing the total amount of a chemical, regardless of the amount of a chemical, regardless of the environmental pathwaysenvironmental pathways

Introduction

Page 4: Vinyl Chloride Emission  Reduction Strategies:

IntroductionIntroduction

The Vinyl Chloride Pilot Project:The Vinyl Chloride Pilot Project:

does not change existing laws, does not change existing laws, regulations or Agency decisionsregulations or Agency decisions

does not create new regulatory does not create new regulatory authoritiesauthorities

Page 5: Vinyl Chloride Emission  Reduction Strategies:

IntroductionIntroduction

The Vinyl Chloride Pilot Project:The Vinyl Chloride Pilot Project:

RequiresRequires compliance with existing permits compliance with existing permits and regulationsand regulations

SeeksSeeks injunctive relief, economic benefits injunctive relief, economic benefits and civil penalties (where appropriate)and civil penalties (where appropriate)

CreativelyCreatively uses existing EPA policies to seek uses existing EPA policies to seek

additional reductionsadditional reductions

Page 6: Vinyl Chloride Emission  Reduction Strategies:

July 2001July 2001GAO determined EPA needed a GAO determined EPA needed a strategic approach to deploying strategic approach to deploying resources nationallyresources nationally

November 2001November 2001EPA Region III began researching the EPA Region III began researching the regulatory and environmental impact regulatory and environmental impact of pollutants crossing media of pollutants crossing media boundariesboundaries

Brief Chronology

Page 7: Vinyl Chloride Emission  Reduction Strategies:

April 14, 2004April 14, 2004– EPA Headquarters selected the Vinyl EPA Headquarters selected the Vinyl

Chloride Project as a National pilot for a Chloride Project as a National pilot for a workforce deployment pilot in response workforce deployment pilot in response to GAO’s concernsto GAO’s concerns

– EPA Region III was asked by EPA EPA Region III was asked by EPA Headquarters to lead the National pilot Headquarters to lead the National pilot and develop a team consisting of and develop a team consisting of Regions 2, 4, 5, 6 and the other EPA Regions 2, 4, 5, 6 and the other EPA officesoffices

Brief Chronology

Page 8: Vinyl Chloride Emission  Reduction Strategies:

Research MethodologyResearch Methodology

Step 1:Environmental

Indicator Development

Step 2:Environmental

Data

Step 2: Non-Environmental

Data

Legal Analysisand Chemical

Literature Review

Step 3:Identify

Industry and/or Processes

Step 4: Build Expertise; Target, Inspect

and Case Development

Page 9: Vinyl Chloride Emission  Reduction Strategies:

Step 1:Step 1: Identify environmental indicators Identify environmental indicators

– Example: National Air Toxics Assessment (NATA) data Example: National Air Toxics Assessment (NATA) data and Ozone Non-Attainment Statusand Ozone Non-Attainment Status

Step 2:Step 2: Holistically integrate environmental, non- Holistically integrate environmental, non-environmental data and environmental justice environmental data and environmental justice indicatorsindicators

– Example: Public health dataExample: Public health data All Cause Mortality RatesAll Cause Mortality Rates Cancer Mortality RatesCancer Mortality Rates Infant Mortality RatesInfant Mortality Rates Infant Low Birth RateInfant Low Birth Rate Pediatric Asthma AttacksPediatric Asthma Attacks

Steps 1 and 2 yielded six Steps 1 and 2 yielded six chemicals of concernchemicals of concern

Research Methodology

Page 10: Vinyl Chloride Emission  Reduction Strategies:

Research MethodologyResearch Methodology

Chemicals of concern:Chemicals of concern:

– AcetaldehydeAcetaldehyde– Propylene DichloridePropylene Dichloride– Ethylene OxideEthylene Oxide– DichloromethaneDichloromethane– TrichloromethaneTrichloromethane– Vinyl ChlorideVinyl Chloride

All six chemicals are probable or

known carcinogens; regulated under

many Federal / State laws; and volatilize

at standard atmospheric conditions.

Page 11: Vinyl Chloride Emission  Reduction Strategies:

Research Methodology

3.7

26.4

9.1 9

51

0

10

20

30

40

50

60

70

EPA R2 EPA R3 EPA R4 EPA R5 EPA R6

Per

cen

t

Acetaldehyde Propylene Dichloride Ethylene Oxide

Dichloromethane Trichloromethane Vinyl Chloride

Page 12: Vinyl Chloride Emission  Reduction Strategies:

Vinyl Chloride Emissions Data (Source: TRI)

Research Methodology

3.7

33.2

10.914

38.2

51

99.1

5

26.4

0

10

20

30

40

50

60

EPA R2 EPA R3 EPA R4 EPA R5 EPA R6

Per

cen

t

2000 Data 2001 Data

Page 13: Vinyl Chloride Emission  Reduction Strategies:

Step 3:Step 3: Identify industries / processes Identify industries / processes

– Of all the vinyl chloride emitting industries, Chemicals and Allied Products emits 500 times more than the next largest vinyl chloride emitting industry

Step 4:Step 4: Build technical and legal expertise Build technical and legal expertise

– ‘‘Plastics Fundamentals’ class through Penn State Plastics Fundamentals’ class through Penn State UniversityUniversity

– RCRA Unraveled by McCoys and AssociatesRCRA Unraveled by McCoys and Associates

– Develop multimedia regulatory & policy guidance Develop multimedia regulatory & policy guidance compendiumcompendium

– Monitor “Plastics News” for PVC manufacturing and trendsMonitor “Plastics News” for PVC manufacturing and trends

Research Methodology

Page 14: Vinyl Chloride Emission  Reduction Strategies:

Research MethodologyResearch Methodology Research evidence focused on vinyl chloride fromResearch evidence focused on vinyl chloride from

PVC manufacturing facilities:PVC manufacturing facilities:

– Known human carcinogenKnown human carcinogen

– Ozone precursorOzone precursor NOx + VOC = OzoneNOx + VOC = Ozone

– High ambient air concentrations according to NATA dataHigh ambient air concentrations according to NATA data

– Volatilizes from liquid to gas at room temperatureVolatilizes from liquid to gas at room temperature

– Active trade, industry and environmental groupsActive trade, industry and environmental groups

– Regulated under CAA, CWA, RCRA, EPCRA, and CERCLARegulated under CAA, CWA, RCRA, EPCRA, and CERCLA

Page 15: Vinyl Chloride Emission  Reduction Strategies:

Research MethodologyResearch Methodology

RCRA0.2 mg/L TCLP Limit40 CFR 261.24(b)

CWA268 PPB Max. Daily

104 PPB Max. Monthly Avg.40 CFR 414.111

EPCRA TRI25,000 Pounds

Manufactured or Processed40 CFR 372.65

CERCLA1 Pound/24 Hours

40 CFR 302

CAA10 PPM Wastewater Limit

40 CFR 61.65(b)(9)(i)

Vinyl Chloride (CAS: 75014)

Page 16: Vinyl Chloride Emission  Reduction Strategies:

Research MethodologyResearch Methodology

EPA Region

ProductionCapacity(MM lbs)*

% of U.S. Capacity(Various Sources)

% of U.S. Emissions(2001 TRI)

22 600600 3.6%3.6% << 3.7%3.7%

33 365365 2.2%2.2% << 26%26%

44 2,3852,385 14.3%14.3% >> 9.0%9.0%

55 440440 2.7%2.7% << 9.0%9.0%

66 12,91512,915 77.3%77.3% >> 50%50%

* Compiled by U.S. EPA Region from publicly available data sources.

Page 17: Vinyl Chloride Emission  Reduction Strategies:

ImplementationImplementation

EPAEPARegionRegion

Number of Number of PVC FacilitiesPVC Facilities StatesStates

22 33 NJNJ

33 22 DE, PADE, PA

44 44 KY, MSKY, MS

55 33 IL, MIIL, MI

66 1111 LA, OK, TXLA, OK, TX

Ten corporate entities operating 23 Ten corporate entities operating 23 facilities nationally across ten U.S. states.facilities nationally across ten U.S. states.

Page 18: Vinyl Chloride Emission  Reduction Strategies:

January/February 2003January/February 2003EPA and State representatives conduct a EPA and State representatives conduct a processed-based, multimedia investigationprocessed-based, multimedia investigation

October 1, 2003October 1, 2003EPA files a multimedia administrative order and EPA files a multimedia administrative order and complaintcomplaint

July 9, 2004July 9, 2004EPA and Occidental settle the multimedia action EPA and Occidental settle the multimedia action for $1.1 million and a 26 ton reduction of vinyl for $1.1 million and a 26 ton reduction of vinyl chloride. Alleged counts included: CAA, CERCLA, chloride. Alleged counts included: CAA, CERCLA, CWA, EPCRA, RCRA and SPCCCWA, EPCRA, RCRA and SPCC

ImplementationImplementation Occidental Chemical Corp.Pottstown, Pennsylvania

Page 19: Vinyl Chloride Emission  Reduction Strategies:

ImplementationImplementation Occidental Chemical Corp.Pottstown, Pennsylvania

Strategy:Strategy:– Vinyl chloride reductions paramountVinyl chloride reductions paramount

Public Health / Environmental BenefitsPublic Health / Environmental Benefits– 26 ton reduction of vinyl chloride26 ton reduction of vinyl chloride

Settlement SummarySettlement Summary– $1.1 million dollar settlement$1.1 million dollar settlement– Nominal injunctive reliefNominal injunctive relief– $900,000 in SEPs to reduce 26 tons of vinyl chloride, $900,000 in SEPs to reduce 26 tons of vinyl chloride,

retire emission reduction credits and a water usage retire emission reduction credits and a water usage reductionreduction

– $150,000 in civil penalty$150,000 in civil penalty

Page 20: Vinyl Chloride Emission  Reduction Strategies:

June 2003June 2003EPA and State representatives conduct a processed-based, EPA and State representatives conduct a processed-based, multimedia investigationmultimedia investigation

September 2004September 2004U.S. Department of Justice, EPA and State meet with Formosa to U.S. Department of Justice, EPA and State meet with Formosa to establish prerequisites for negotiation, including a six month, establish prerequisites for negotiation, including a six month, closed-loop negotiation processclosed-loop negotiation process

March 2005March 2005Consent decree signed by all parties. Counts included: CAA, Consent decree signed by all parties. Counts included: CAA, CERCLA, CWA, EPCRA, RCRA and SPCC.CERCLA, CWA, EPCRA, RCRA and SPCC.

June 2005June 2005Consent decree lodged, opportunity for public comment beginsConsent decree lodged, opportunity for public comment begins

September 2005September 2005Consent decree entered by courtConsent decree entered by court

ImplementationImplementation Formosa Plastics Corp.

Delaware City, Delaware

Page 21: Vinyl Chloride Emission  Reduction Strategies:

ImplementationImplementation Formosa Plastics Corp.

Delaware City, Delaware

StrategyStrategy– Prerequisites for settlement:Prerequisites for settlement:

Sixth month closed-loop negotiations Sixth month closed-loop negotiations Vinyl chloride reductions beyond Federal & State permitted levelsVinyl chloride reductions beyond Federal & State permitted levels Performance of SEP in addition to beyond compliance reductionsPerformance of SEP in addition to beyond compliance reductions Unified DOJ, EPA and State legal, technical and management teamUnified DOJ, EPA and State legal, technical and management team

Public Health and Environmental BenefitsPublic Health and Environmental Benefits– 18 ton reduction of vinyl chloride immediately18 ton reduction of vinyl chloride immediately– Incentive based 10 ton reduction of vinyl chloride within three Incentive based 10 ton reduction of vinyl chloride within three

yearsyears

Settlement SummarySettlement Summary– $1.8 million dollar settlement$1.8 million dollar settlement– $450,000 in injunctive relief$450,000 in injunctive relief– $847,000 in SEPs and incentive projects to reduce vinyl chloride$847,000 in SEPs and incentive projects to reduce vinyl chloride– $450,000 in civil penalty$450,000 in civil penalty

Page 22: Vinyl Chloride Emission  Reduction Strategies:

ImplementationImplementation

To date, EPA has assessed the To date, EPA has assessed the multimedia compliance status of:multimedia compliance status of:

– 83% of the facilities engaged in the 83% of the facilities engaged in the manufacture of PVC in the U.S.manufacture of PVC in the U.S.

– 95% of the U.S. manufacturing capacity95% of the U.S. manufacturing capacity

– 90% of the corporations engaged in the 90% of the corporations engaged in the manufacture of PVC in the U.S.manufacture of PVC in the U.S.

Page 23: Vinyl Chloride Emission  Reduction Strategies:

DevelopmentsDevelopments

Common issues emerging in all Common issues emerging in all media programs:media programs:

– Leak Detection and Repair (CAA)Leak Detection and Repair (CAA)

– Sampling and Analysis (CAA, CWA, Sampling and Analysis (CAA, CWA, RCRA)RCRA)

– Surface Impoundments (CAA, CWA, Surface Impoundments (CAA, CWA, RCRA)RCRA)

Page 24: Vinyl Chloride Emission  Reduction Strategies:

EPA Regulatory DevelopmentsEPA Regulatory Developments– Clean Water Act – Effluent GuidelinesClean Water Act – Effluent Guidelines– Clean Air Act – MACT RemandClean Air Act – MACT Remand

Federal and State CoordinationFederal and State Coordination– New VCM and PVC plantsNew VCM and PVC plants

Federal Government CoordinationFederal Government Coordination– Chemical Hazard and Safety BoardChemical Hazard and Safety Board

Industry and Trade Group OutreachIndustry and Trade Group Outreach– Environmental “Best Practices” of PVC ProductionEnvironmental “Best Practices” of PVC Production

DevelopmentsDevelopments

Page 25: Vinyl Chloride Emission  Reduction Strategies:

Beyond PVC and vinyl chloride:Beyond PVC and vinyl chloride:

– Various Regions are using this targeting Various Regions are using this targeting approach for other chemicalsapproach for other chemicals

Propylene dichloridePropylene dichloride Methylene chlorideMethylene chloride StyreneStyrene

DevelopmentsDevelopments

Page 26: Vinyl Chloride Emission  Reduction Strategies:

A single focus of reducing the total A single focus of reducing the total amount of a chemical, regardless of the amount of a chemical, regardless of the environmental pathway, has lead to the environmental pathway, has lead to the development novel settlement development novel settlement techniques for EPA and industry.techniques for EPA and industry.

This approach combines the best This approach combines the best concepts from innovative EPA programs concepts from innovative EPA programs (such as Project XL) with traditional (such as Project XL) with traditional enforcement concepts to obtain enforcement concepts to obtain unprecedented environmental and unprecedented environmental and public health benefits.public health benefits.

ConclusionConclusion