The Paper and Other Web Coating (POWC) MACT – Executive Summary The executive summary is a power point presentation designed to be used for basic education.

Slides:



Advertisements
Similar presentations
Cathy Beahm Technical Assistance Specialist NH DES, Air Resources
Advertisements

National Emission Standards for Hazardous Air Pollutants: Municipal Solid Waste Landfills.
Miscellaneous Metal Parts and Products Surface Coating
METAL FURNITURE SURFACE COATING MACT OVERVIEW 40 CFR PART 63, SUBPART RRRR July 2006.
METAL COIL SURFACE COATING MACT OVERVIEW 40 CFR PART 63, SUBPART SSSS May CFR PART 63, SUBPART SSSS May 2006.
METAL CAN SURFACE COATING MACT OVERVIEW 40 CFR PART 63, SUBPART KKKK June CFR PART 63, SUBPART KKKK June 2006.
METAL COIL SURFACE COATING MACT QUESTION & ANSWERS
DRAFT IRON & STEEL FOUNDRY MACT FACILITY INSPECTIONS 40 CFR PART 63, SUBPART EEEEE.
METAL CAN SURFACE COATING MACT COMPLIANCE ASSURANCE 40 CFR PART 63, SUBPART KKKK June 2006 June CFR PART 63, SUBPART KKKK June 2006 June 2006.
METAL FURNITURE SURFACE COATING MACT FACILITY INSPECTIONS 40 CFR PART 63, SUBPART RRRR July, 2006.
METAL FURNITURE SURFACE COATING MACT COMPLIANCE ASSURANCE
METAL COIL SURFACE COATING MACT FACILITY INSPECTIONS 40 CFR PART 63, SUBPART SSSS May, CFR PART 63, SUBPART SSSS May, 2006.
METAL COIL SURFACE MACT COMPLIANCE ASSURANCE 40 CFR PART 63, SUBPART SSSS May 2006 May 2006.
METAL CAN SURFACE COATING MACT FACILITY INSPECTIONS 40 CFR PART 63, SUBPART KKKK June, CFR PART 63, SUBPART KKKK June, 2006.
Compliance Dates The final rule was published on January 25, 1995,
METAL FURNITURE SURFACE COATING MACT QUESTION & ANSWERS 40 CFR PART 63, SUBPART RRRR July 2006.
IRON & STEEL FOUNDRY MACT QUESTION & ANSWERS
IRON & STEEL FOUNDRY MACT COMPLIANCE ASSURANCE
METAL CAN SURFACE COATING MACT QUESTION & ANSWERS 40 CFR PART 63, SUBPART KKKK June, CFR PART 63, SUBPART KKKK June, 2006.
Anne M. Inman, P.E. Air Permits Division September 11, 2012.
MSW LANDFILL MACT STANDARD DEVELOPMENT SWANA’s 22nd Annual Landfill Gas Symposium March 22-25, 1999 Michele Laur Emission Standards Division US Environmental.
RICE MACT and Oil Analysis
The Reciprocating Internal Combustion Engine (RICE) MACT Summary
Regulatory Drivers for Reducing Solvent Emissions Barbara Johnson, PE Kansas State University Kansas Small Business Environmental Assistance Program March.
New Federal Regulations for Internal Combustion Engines Doug Parce.
Materials Lifecycle Solutions MACT DEVELOPMENT DEFINITIONS HAP - HAZARDOUS AIR POLLUTANTS: FEDERAL LIST OF 188 COMPOUNDS AND COMPOUND CATAGORIES. COMMON.
NCMA Workshop March 24, 2015 Booker Pullen Supervisor, Permitting Section North Carolina Division of Air Quality, Raleigh, NC (919) Permitting.
A History and Status of CEMS Applications in USEPA Regulations Dale Evarts US EPA December 16, 2002 Better Air Quality in Asian Cities 2002
Paper and Other Web Coating Process Overview Diagrams This document provides diagrams of common web coating processes. The document is intended to be used.
REINFORCED PLASTICS AND BOAT MANUFACTURING MACT STANDARDS DEVELOPMENT For the Composites Fabricators Association Annual Meeting October 23, 1998 Madeleine.
1 Control Techniques Guidelines Joel Leon September 16, 2011.
VOC and NO x Rules Related to the Oil and Natural Gas Industries Air Quality Division Bob Gifford Air Quality Specialist, Air Quality Division Presented.
The New Federal NESHAP Air Quality Rule for Oil and Natural Gas Area Sources Susan Bassett, Air Quality Team Leader URS Corporation Rocky Mountain EHS.
Miscellaneous Organic NESHAP Compliance for a New Countermeasure Flare Production Facility at the Milan Army Ammunition Plant FRANKLIN engineering group,
EPA Rule 40 CFR Part 63 Subpart HHHHHH “The Refinisher Rule”
Where to find Information About Facilities. Overview of Title V Permits.
Indiana New Source Review Reform Plantwide Applicability Limitations (PALs) IDEM/Office of Air Quality September 7, 2004.
FRANKLIN engineering group, inc. Start-up Shutdown Malfunction Plan Development and Implementation Duncan F. Kimbro
Atmosphere and Local Environment Experiences of implementation in ‘older’ Member States.
Air Quality 101 Kansas Air Quality Program overview.
WILL ALLISON AIR POLLUTION CONTROL DIVISION APRIL 16, 2012 Oil and Natural Gas Air Pollution Standards.
Compliance Assurance and Title V Monitoring A Summary of the Rules and Applications Peter Westlin, EPA, OAQPS.
Guidance on Establishing Monitoring to Comply with CAM and Other Title V Requirements A Summary of Technical and Policy Materials Barrett Parker, EPA,
| Philadelphia | Atlanta | Houston | Washington DC Boiler MACT Compliance Plans: Failure to Develop Plans Is Planning to Fail Susie Bowden|
Delivering sustainable solutions in a more competitive world Benzene Waste Operations 40 CFR Part 61, Subpart FF SOCMI Wastewater 40 CFR Part 60, Subpart.
Blue Skies Delaware; Clean Air for Life NESHAPs Jim Snead October 8, 2008.
MACT Residual Risk Experience Presented to: Air &Waste Management Association, Southern Section 2007 Annual Meeting & Technical Conference August 8,2006.
URBAN AIR TOXICS – AREA SOURCE PROGRAM SALLY SHAVER, DIRECTOR EMISSION STANDARDS DIVISION October 5, 2004.
Compliance Assurance and Title V Monitoring A Summary of Rules and Permitting Issues Peter Westlin, EPA, OAQPS.
TCEQ Environmental Trade Fair
Presumptive MACT For Municipal Solid Waste Landfills July 1999 Emission Standards Division US Environmental Protection Agency.
Massachusetts’ 4-Pollutant Power Plant Regulations Sharon Weber Massachusetts Department of Environmental Protection Air Innovations Conference - August.
Emissions Calculations 101 Tim Trumbull Iowa Air Emissions Assistance Program Iowa Waste Reduction Center University of Northern Iowa.
Pollution Prevention in Air Quality A Government Perspective H. Patrick Wong, Chief Air Quality Management Division Miami-Dade County Department of Environmental.
Region 9 Title V Permit Review Guidelines Ray Vogel EPA/OAQPS.
1 Recommendations of the Clean Energy Group on Utility MACT Issues Utility MACT FACA Meeting September 9, 2002 Robert LaCount The Clean Energy Group The.
Current Status, New Directions
Update on Methane Regulations Affecting Landfills Pat Sullivan Senior Vice President SCS Engineers Nov. 10, 2015.
DRAFT: 9/10/98 REINFORCED PLASTICS MACT STANDARDS DEVELOPMENT FOR EXISTING OPEN MOLDING SOURCES Briefing Package for Outreach Meeting with Small Businesses.
2012 Emissions Inventory Workshop 1. 2  The owner or operator of any facility that is a source of air contaminants shall submit a complete emission.
Start Do you own or operate a facility that engages in the coating of paper, plastic film, metallic foil or any other web surfaces? Your facility is not.
Pollution Prevention & Management DentalBMPs. Overview Amalgam in POTW New EPA Guidelines City of Tulsa Dental BMPs.
Wood Building Products (Surface Coating) NESHAP
Preparing for Permit Review
Clean Air Act Glossary.
Boiler Sheltered Initiative
Enforcing the NAAQS Case Study Sean Taylor
Kansas Air Quality Seminar March 5, 2008
RCRA Updates Larry L. Lamberth Enforcement and Compliance Branch
EPA/OAQPS Pollutant Emissions Measurement Update 2019
Presentation transcript:

The Paper and Other Web Coating (POWC) MACT – Executive Summary The executive summary is a power point presentation designed to be used for basic education and outreach of persons not knowledgeable with the requirements of the rule (such as upper management). Credits: This document was made possible through the efforts of the POWC Implementation Tool Development Partnership effort, an effort to bring together the regulated and regulatory community. It was through a group effort that this document was developed. The logo of the partner who was the lead for this tool is listed first below. To see a description of our partners or to get more information about the partnership effort, see

The Paper and Other Web Coating (POWC) MACT Executive Summary 2

Overview of Rule Applies to major sources of HAP only HAP Hazardous Air Pollutant EPA listed 188 Major Source: Facilities with potential to emit of: 10 tpy or more of 1 HAP 25 tpy or more of all HAP This includes all sources of HAPs, not just from coating lines (e.g., HAP emissions from boilers) 3

Typical HAP in the Coating Industry Toluene Adhesives, releases, topcoats, primers, cleaning Xylene Adhesives, releases Hexane Adhesives Methyl Ethyl Ketone* Adhesives, releases, topcoats, cleaning Methyl Isobutyl ketone Adhesives Methanol Water and solvent based adhesives Vinyl acetate Solvent and water-based adhesives Acetaldehyde Water-based adhesives Methyl methacrylate Water-based adhesives Benzene Contaminate in toluene Certain Glycol Ethers** Inks, cleaners * proposed for delisting **treated as one HAP 4

Overview of Rule Continued Requires use of add-on control and/or low-HAP coatings Must include all HAP that are greater than: 0.1 % for carcinogens 1.0 % for non-carcinogens Applies to all coating lines not covered by other MACTs (including aqueous) Monitoring, reporting, and recordkeeping requirements Codified in 40 CFR Part 63, Subpart JJJJ 5

Key Dates September 13, 2000 Rule proposed (65 FR 55331) “Affected sources” built after this date are considered “new affected sources” December 4, 2002 Rule promulgated Compliance date for new affected sources 6

More Key Dates December 5, 2004 Initial Notifications due December 5, 2005 Compliance date for existing affected sources 7

Affected Source All coating lines at a facility are defined as one affected source Additional line at existing facility is part of existing affected source- generally New affected sources are new lines installed at new facilities or facilities with no prior POWC operation. 8

Exclusions from Affected Source Operations covered by other MACTs Printing and Publishing (Subpart KK) Magnetic Tape (Subpart EE) Metal Coil Coating (Subpart SSSS) Fabric Coating (Subpart OOOO) §

More Exclusions Specific process exclusions: Lithography Screenprinting Letterpress Narrow web flexographic printing Research and development lines §

Affiliated Operations Coating formulation, mixing, and storage operations are specifically defined (in POWC preamble) as “affiliated equipment” Affiliated equipment have no POWC requirements POWC affiliated equipment specifically is exempted from other MACTs (i.e., MCM and MOCM) § (d)(2) § (c)(3) 11

Rule Requirements- Existing Sources Regulates “organic HAP” Must limit emissions to: Reduce emissions by 95 percent, OR Meet overall organic HAP emission rate of 0.04 kg HAP / kg coating applied, OR Meet overall organic HAP emission rate of 0.20 kg HAP / kg solids applied, OR No greater than 20 ppmv at outlet of an oxidizer and demonstrate 100 percent capture efficiency § (b)12

Regulates “organic HAP” Must limit emissions to: Reduce emissions by 98 percent, OR Meet overall organic HAP emission rate of kg HAP / kg coating (lb/lb) applied, OR Meet overall organic HAP emission rate of 0.08 kg HAP / kg solids (lb/lb) applied, OR No greater than 20 ppmv at outlet of an oxidizer and demonstrate 100 percent capture efficiency Rule Requirements- New Sources § (b)13

Options to Meet MACT Use Low-HAP Coatings Compliance on an individual coating basis Meet limits on monthly-average basis Average across all lines (including aqueous, hot melt, UV, etc.) Install Capture and Control System Solvent Recovery System (SRS) Thermal or catalytic destruction Combination of above §

Low-HAP coatings Track total weight of each coating used each month if averaging Determine HAP content using EPA approved methods Demonstrate one of MACT requirements is met Each coating applied during a month meets the 0.04 lb HAP/lb coating or 0.20 lb HAP/lb solids The weighted-average of all coatings applied over a month meets the 0.04 or 0.20 limits 15

Solvent Recovery (“Liquid-liquid balance”) Track total VOC delivered to coating line(s) [monthly] Coating usage VOC content Track total solvent recovered Determine percentage of VOC into coating line(s) that is recovered Demonstrate one of MACT requirements is met by applying VOC efficiency recovery 16

Solvent Recovery (“Performance Test / CEMs”) Demonstrate capture efficiency Permanent total enclosure, OR Capture efficiency test Monitor control efficiency of solvent recovery using continuous emissions monitors (CEM) at inlet and outlet of system Demonstrate compliance with overall control efficiency (OCE) requirement OCE = Capture Effic. x Control Effic. Percent Reduction 17

Solvent Recovery (“Performance Test / CEMs”) Demonstrate capture efficiency Monitor control efficiency using CEMs Identify “uncontrolled” HAP from all coatings used Monthly tracking of coating usage HAP content Demonstrate compliance with either HAP content requirement by applying overall control efficiency to “uncontrolled” HAP usage HAP Content 18

Capture and Control Demonstrate capture efficiency May require continuous or parametric monitoring Demonstrate control efficiency Initial performance test Demonstrate that required overall percent reduction is met = Capture Effic. x Control Effic. Percent Reduction Based on VOC %, assume to be equal to HAP 19

Capture and Control Demonstrate capture efficiency Demonstrate control efficiency Identify “uncontrolled” HAP content Monthly tracking of coating usage HAP content Demonstrate compliance with either HAP content requirement by applying overall control efficiency to “uncontrolled” HAP usage HAP Content 20

Multiple Controls- Key Provisions Allows for multiple capture and control systems More than one capture system on a line More than one control on a single line More than one type of control system in one interconnected group of sources 21

Compliance Requirements Start-up, Shutdown, Malfunction plan Detailed plan of start-up and shutdown procedures and possible upsets and plans to minimize emissions during these periods Failure to follow the SSM plan requires immediate notification and may require a revision of the SSM plan SSM Plan not submitted; kept on-file at site EPA can request a copy of the SSM plan 22

Compliance Requirements Monitoring Continuous emission or parametric monitoring to ensure sustained device performance (as applicable) Capture system Control system Recordkeeping Parametric and CEMS monitoring results Coating usage Compliance calculations 23

Reporting Requirements Initial Notification Performance Test /Results Initial Compliance reports Ongoing- semiannual reports Non-compliance with SSM reports 24