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Legislative & Regulatory Clean Air Activities in 2009. David C. Foerter Executive Director Institute of Clean Air Companies September 24, 2009 CEMTEK Users Group Meeting Santa Ana, CA. Presentation Overview. Who is ICAC Major Regulatory Drivers for PM, Ozone, visibility, NOx, SO2, GHG

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Legislative & Regulatory Clean Air Activities in 2009

David C. Foerter

Executive Director

Institute of Clean Air Companies

September 24, 2009

CEMTEK Users Group Meeting

Santa Ana, CA


Presentation overview
Presentation Overview

  • Who is ICAC

  • Major Regulatory Drivers for PM, Ozone, visibility, NOx, SO2, GHG

  • Additional rules

    • PM in SCAQMD

    • Stationary Engines

    • Cement

    • Industrial boilers

  • Wrap Up


Who is icac
Who Is ICAC

  • The National Association for Air Pollution Control Manufacturers and Service Companies

  • Promote Better Understanding of Air Pollution Control Industry, Suppliers, Technologies, and Industry Capabilities

    • Federal, State and Local Regulatory Issues

    • Industry Trade Groups & Other Associations

    • Public-At-Large

  • Stationary Sources Primary Focus

    • Electric Power and Industrial Sectors


Who are members
Who Are Members

  • Represent More Than 100 Leading Companies in APC Industry

    • $100 million dollar-plus projects down to $1000 retrofits

  • Members Include: (Full and Associates)

    • Architectural & Engineering Firms

    • Original Equipment Manufacturers and Full System Suppliers

    • Emissions Measurement Vendors

    • Component Suppliers and AQ Control Consultants

      • Structural Steel

      • Catalyst

      • Reagents (Ammonia, Lime, Activated Carbon, etc.)


Icac member company markets
ICAC Member Company Markets

  • Chemical Process Industry

  • Metals Processing

  • Asphalt Production

  • Plastic Products

  • Surface Coating

  • Cement Manufacturing

  • Incineration

  • Electric Power Sector

  • Pulp & Paper

  • Petroleum Refinery

  • Plywood

  • Bakeries

  • Restaurants

  • Residential Wood Burning


Clean air regulations
Clean Air Regulations

  • Federal Legislation

    • Clean Air Act 1970; 1977 and 1990 Amendments

    • New Source Performance Standards (SO2, NOx, and PM), Acid Rain Program, New Source Review (NSR), NESHAPS, BART, NOx SIP Call, CAIR, CAMR

    • Set AQ Standards (PM, Pb, O3, CO, NOx, SO2)

  • State Regulations & NAAQS Attainment Demonstrations – transport SIP call, 126 actions

    (O3 -1&8 hr, CO, PM2.5 ,MACT Programs)


Clean air act amendments 1977 keeps on giving
Clean Air Act Amendments 1977 – keeps on giving…..

  • EPA Established New Source Review (NSR)

    • New Plants and Major Additions to Existing Plants

    • Command and Control Programs

    • Designed to Retire Old Units with New Cleaner Units

    • EPA Rewrite (2003) of NSR Tied-Up in Courts

    • ~ 66% of utility boilers are 20-40 years old

  • New Source Performance Standards (NSPS)

    • Reasonably Available Control Technologies (RACT)

    • Best Achievable Control Technology (BACT)

    • Lowest Achievable Emissions Rate (LAER)


U s legislative regulatory drivers
U.S. Legislative/Regulatory Drivers

  • U.S. EPA Regulations Being Implemented

    • Clean Air Visibility Rule (CAVR) – SO2 and NOx

    • Enforcement Cases/NSR – SO2, NOx, PM)

    • Ozone and PM2.5 NAAQS

  • U.S. EPA Rules Recently Remanded by Court

    • Clean Air Mercury Rule (CAMR)/Utility MACT; propose 2010

    • Clean Air Interstate Rule (CAIR); propose 2010

  • Anticipated Greenhouse Gas Requirements

    • U.S. EPA Climate Change Requirements/Regulation

    • 111th Congress Climate Change Legislations

      • Waxman-Markey

      • Clean Air Planning Act


Acid rain program
Acid Rain Program

  • All 50 States Affected

  • Fossil-fuel fired power plants > 25 MW

  • SO2 Cap-n-Trade Program

    • Phase 1: 1995, 445 coal-fired units

    • Phase 2: 2000, > 2000 coal-, oil-, gas-fired units, 10 million ton cap

    • Phase 3: 2008, 8.95 million ton cap

  • NOx Annual Emissions Rate Program

    • Averaging Plans

    • Alternative Emission Limits


Clean air visibility rule
Clean Air Visibility Rule

Purpose of Rule

Guidelines for States to Help Meet Visibility Goals

Achieve Natural Background Visibility by 2064

Timing

June 2005 - Rule Finalized

December 2007 - State SIPs due

December 2013 – Compliance is 3 Years after EPA Approves State SIPs

Sources Affected by Rule

26 Different Source Categories

Built between 1962 - 1977

Units > 250 MW at Plants with >750 MW Capacity

~ 500 BART Eligible Units


Mercury control technology drivers

Clean Air Mercury Rule (CAMR)

38 ton cap in 2010 and 15 ton cap in 2018

Regulate EGU Hg emissions (Sec. 111)

Hg Emissions Control Approach

Activated Carbon Injection Systems

Co-benefit Control from SO2, NOx and PM Controls

Litigation

CAMR vacated Feb 8, 2009

State Mercury Regulations

More than 20 states have proposed, finalized or implemented mercury limits or allocations more stringent than CAMR

State Model Rule ( NACAA)

Option I

Phase I 80%

Phase II 90-95 %

Option II

Co-benefit (SO2, NOx, PM and Hg) by 2012

No trading

IL, MI, MN aggressive Hg Emission reduction targets.

Mercury Control Technology Drivers


Mercury plus
Mercury plus

  • February 8, 2008 - the D.C. Circuit vacated EPA's rule removing power plants from the Clean Air Act list of sources of hazardous air pollutants. At the same time, the Court vacated the Clean Air Mercury Rule.

  • February 6, 2009 - DOJ, on behalf of EPA, asked the Supreme Court to dismiss EPA’s request that the Court review the D.C. Circuit Court’s vacatur of the Clean Air Mercury Rule (CAMR).

  • EPA moving forward on a rule broader than coal-fired power plants and beyond mercury; “informed” by the courts.

  • At least 25 states have mercury control regulations / legislation.

  • United Nations addressing global fate of mercury.

  • Mercury CEMS sales for power plants peaked in 2008; a few being supplied to steel mills and foundries.


Ghg control technology drivers
GHG Control Technology Drivers

  • U.S. EPA Advance Notice of Proposed Rulemaking for GHG

  • Final (9/09) Mandatory Reporting of Greenhouse Gases Rule

  • U.S. EPA Proposed Rule for Geological Sequestration of Carbon Dioxide

  • Regional Greenhouse Gas Initiative

  • Western Climate Initiative

  • Waxman-Markey Legislation


Final mandatory reporting of greenhouse gases rule
Final Mandatory Reporting of Greenhouse Gases Rule

  • EPA Finalized on Sept. 22, 2009.

  • Starts January 1, 2010; requires 10,000 facilities to collect GHG data.

  • Covers approx. 85% of GHG emissions.

  • Includes facilities that emit 25,000 metric tons or more of CO2 equivalent per year.

  • First annual reports for calendar year 2010, will be submitted to EPA in 2011. Defined GH gases

  • CO2, CH4, N2O, HFC, PFC, SF6

  • Applies upstream and downstream

    • Upstream: fossil fuel and chemical producers and importers

    • Downstream: direct GHG emitters- large industrial facilities


Scaqmd pm proposal
SCAQMD PM Proposal

8/09 Proposed Performance and Maintenance Standards for PM Control Devices

  • Performance Rule 115 to reduce direct PM emissions from various source categories venting by establishing performance (PM and opacity) standards, use of certified filtration devices, monitoring equipment, mandatory operation and maintenance plans to maintain optimum efficiency.

  • PR 1155 applies to more than 1,500 facilities with nearly 5,000 currently active permits for PM control devices. The affected sources include:

    • aggregate and related operations,

    • cement and asphalt plants,

    • food products,

    • metallurgical,

    • pharmaceutical,

    • textile and wood products,

    • chemical product manufacturing.


Scaqmd pm proposal controls
SCAQMD PM Proposal-Controls

  • Most (74%) of permitted sources have baghouses and vent bins; remaining (24 %) have cyclones, ESPs, and wet scrubbers.

  • Baghouse performance standard outlet PM concentration limit and a performance standard for new hood and ventilation systems.

    • PM emissions at the outlet of any Tier 2 (>500-7,500 sq ft) or Tier 3 (>7,500 sq ft) baghouse shall not exceed 0.01 gr/dscf, immediately upon adoption of the rule.

    • Baghouse upgrade – Effective January 1, 2012, an existing manual shaker shall be upgraded or replaced to, at a minimum, an automated shaker unit. An operator shall not install a manual shaker baghouse after adoption of the rule.

    • If the PM emission limit (0.01 gr/dscf) is exceeded, EPA’s verified filtration products or other technologies or methods approved by the Executive Officer shall be used, within three months, to meet the applicable requirements.


Scaqmd pm proposal monitoring
SCAQMD PM Proposal-Monitoring

The monitoring requirements:

  • five-minute visible emissions observation once a week using EPA Method 22 and continuous baghouse performance monitoring using a bag leak detection system (BLDS) for Tier 3 units.

  • A continuous opacity monitoring system (COMS) installed at an existing Tier 3 baghouse will changed to a BLDS, no later than January 1, 2015 or after the end of the useful life of a COMS, whichever occurs sooner.


Neshap for existing stationary engines
NESHAP for Existing Stationary Engines

  • Stationary engine population (2008)

  • Gas-fired engines – 320,000

  • Diesel engines – 1,100,000

  • Over 80% of stationary diesel engines are used in emergency power applications

  • Non-Emergency Applications

    • Power generation

    • Oil and gas transmission (e.g., pipeline compression and transport)

    • Agricultural (e.g., irrigation pumps, electricity generation, etc.)

    • Other –pumps, welders, etc.


Neshap for existing stationary engines1
NESHAP for Existing Stationary Engines

Stationary engines are contributors of:

  • NOx, VOC, HAP, CO, CO2, PM2.5(including carbon black)

  • Diesel PM2.5emissions from stationary engines are less than 10% of total diesel PM2.5mobile inventory

    Exhaust after treatment controls for non-emergency engines

  • Diesel > 300 HP at major or area source

  • 2-and 4-stroke lean burn gas-fired

    • 250-500 HP at major source

    • ≥250 HP at area source

  • 4-stroke rich burn gas-fired

  • 50-500 HP at major source

  • ≥50 HP at area source


Neshap for existing stationary engines2
NESHAP for Existing Stationary Engines

Limits are based on:

  • Oxidation catalyst for diesel and 2-and 4-stroke lean burn gas-fired

    • Up to 90% reduction for HAP, CO, and VOC; 25-30% reduction for PM2.5

  • Non-selective catalytic reduction for 4-stroke rich burn gas-fired

    • Up to 90% reduction for HAP, CO and NOx

  • Although most emission reductions target non-emergency engines, limits are set for both emergency and non-emergency engines located at major sources (per Brick MACT court decision)


Compliance requirements
Compliance Requirements

  • Performance testing

    • Initial test only for:

      • non-emergency engines 100-500 HP at major source

      • area sources subject to numerical standards (versus management practices)

    • Initial test plus subsequent test every 3 years or 8,760 hours for:

      • non-emergency engines >500 HP (major or area source)

    • No test requirements for emergency engines

  • Monitoring requirements for large engines

  • Ultra-low sulfur diesel fuel for non-emergency CI > 300 HP


Portland cement nsps
Portland Cement - NSPS

  • June ’08 proposed NSPS

    • reduce the PM emission limit for kilns from 0.3 lb/ton of dry feed to 0.086 lb/ton of clinker

    • set limit on NOX emissions from kilns of 1.50 lb/ton of clinker.

    • set limit on SO2 emissions from kilns of 1.33 lb/ton of clinker, or demonstrate a reduction in SO2 emissions from the kiln of at least 90 percent.

    • add new monitoring options of a bag leak detector or PM CEMS for kilns and clinker coolers to demonstrate compliance with the PM limits in lieu of the requirement for continuous opacity monitoring systems (COMS).


Portland cement neshap
Portland Cement -NESHAP

  • May ’09 proposed NESHAP/MACT for cement kilns or cement kilns/in-line raw mills; coolers and dryers

    • Proposed performance specifications for mercury CEMS, and updating recordkeeping and testing requirements. PS-12A and PS12-B.

    • Mercury - emissions limit of 43 lb/million tons clinker for existing sources and 14 lb/MM tons clinker for new sources. 30 day rolling average.

    • THC - emissions limit of 7 parts per million by volume (ppmv) for existing sources and 6 ppmv for new sources (measured dry and corrected to 7 percent oxygen). 30 rolling day average. PS-8A.

    • PM - an emissions limit of 0.085 pounds per ton (lb/ton) clinker for existing sources and 0.080 lb/tons clinker for new sources. PM CEMS/PS-11. Remove opacity requirements in lieu of PM measurement.

    • Hydrochloric Acid -emissions limit of 2 ppmv for existing sources and 0.1 ppmv for new sources, required to use a CEMS/PS-15.


Proposed cement mact emission limits
Proposed Cement MACT Emission Limits

a For Hg, THC, and PM these limits would apply to major and area sources. For HCl these limits only apply to major sources.

bWe believe this value may be biased low due to lack of data.


Industrial boilers
Industrial Boilers

  • Renewed focus on new and existing boilers will generate demand for controls and CEMS

  • Over 250 new boilers out through 2012; with steady growth of CEMS.

  • Over 500 existing boilers to be retrofit with CEMS 2010-2012.


Industrial boiler mact requirements
Industrial Boiler MACT Requirements

  • EPA Promulgated Industrial Boiler Maximum Achievable Control Technology (MACT) Rule in 2004.

    • The rule intended to control emissions of hazardous air pollutants (HAPs) from industrial, commercial, and institutional boilers and process heaters.

    • EPA anticipated ~58,000 existing sources to be affected. (42,000 boilers and 15,000 process heaters)

  • Three Main Subcategories

    • Solid fuel sources

    • Liquid fuel sources

    • Gaseous fuel sources


Industrial boiler mact
Industrial Boiler MACT

Additional Requirements

  • Alternative compliance options

  • Emissions averaging for all large-solid fuel fired boilers located at one site.

  • Health based emissions limits

  • Three ways to verify compliance alternative eligibility




Compliance options
Compliance Options

  • Conduct stack emission tests

  • Conduct fuel analysis

  • Emissions Averaging (large solid fuel units only)

  • Health based compliance alternative for HCl and TSM.



Compliance monitoring cont
Compliance Monitoring (cont.)

  • Continuous compliance based on monitoring and maintaining operating limits

  • Monitoring

    • Opacity (COMS)- dry control systems

    • Fuel (monthly records)

    • Scrubber parameters

    • CO (new units only)

      • CEMS for large units >100 million Btu hr

      • Annual CO test for other new units

      • Exempt data from < 50 % load and based upon a 30 day average.


Petitions for reconsideration
Petitions for Reconsideration

  • EPA Received three petitions for reconsideration

    • Request clarification that rule allows for testing at the common stack rather than each stack

    • Lack of standards for all HAPs emitted on all subcategories

    • Health based compliance alternatives

  • State stakeholders questioned EPA’s emission data for affected sources used to set MACT floor

    • National Association for Clean Air Agencies (NACAA) issued permit guidance document

    • EPA issued a new Information Collection Request (ICR)

      • 350 sources expected to report emissions data by Sept 2009.

  • Court ordered EPA to re-propose rule by July 2009 and issue final rule by July 2010.


Compliance testing
Compliance Testing

  • Performance Test Requirements

    • Common EPA test method for PM, TSM, HCl, mercury and CO limits

      • EPA Method 1,2, 3,4 and 19

    • For PM EPA Methods 5 or 17

    • For TSM EPA Methods 29

    • For HCl EPA Methods 26 or 26A

    • For Mercury Methods 29 or 101A

      • ASTM D6422-00 or PTC 19, Part 10

    • For CO EPA Methods 10, 10A or 10B

      • ASTM D6422-00 (natural gas only)


Proposed rules
Proposed Rules

  • Methods to Measure Filterable and Condensable PM Emissions (methods 201 & 202 mods.)

  • Standards of Performance for New Sources: Test Method 2H – volumetric stack flow for Title IV/SIP sources

  • Refineries – proposed June ’08 NSPS – PM, NOx, SO2, CO THC


Why accurate measurements
Why Accurate Measurements

  • CEMS require daily calibration

  • Without regular calibration the monitors may be reporting incorrectly which could be costly!

  • Verify accurate readings due to drift for CEMS and other gas analyzers.


Thank You

David C. Foerter, Executive Director

[email protected]

(202) 457-0911

Institute of Clean Air Companies1730 M Street, NW, Suite 206Washington, DC 20036www.icac.com


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