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Donate NowS.1168 - Clean Air/Climate Change Act of 2007
A bill to amend the Clean Air Act to establish a regulatory program for sulfur dioxide, nitrogen oxides, mercury, and carbon dioxide emissions from the electric generating sector.

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S 1168 ISCommentsClose CommentsPermalink
To amend the Clean Air Act to establish a regulatory program for sulfur dioxide, nitrogen oxides, mercury, and carbon dioxide emissions from the electric generating sector.CommentsClose CommentsPermalink
April 19, 2007
Mr. ALEXANDER (for himself and Mr. LIEBERMAN) introduced the following bill; which was read twice and referred to the Committee on Environment and Public WorksCommentsClose CommentsPermalink
To amend the Clean Air Act to establish a regulatory program for sulfur dioxide, nitrogen oxides, mercury, and carbon dioxide emissions from the electric generating sector.CommentsClose CommentsPermalink
Be it enacted by the Senate and House of Representatives of the United States of America in Congress assembled,CommentsClose CommentsPermalink
SECTION 1. SHORT TITLE; TABLE OF CONTENTS.
(a) Short Title- This Act may be cited as the `Clean Air/Climate Change Act of 2007'.CommentsClose CommentsPermalink
(b) Table of Contents- The table of contents of this Act is as follows:CommentsClose CommentsPermalink
Sec. 1. Short title; table of contents.CommentsClose CommentsPermalink
Sec. 2. Findings and purposes.CommentsClose CommentsPermalink
TITLE I--GENERAL PROVISIONS
Sec. 101. New source performance standard.CommentsClose CommentsPermalink
Sec. 102. New source review program.CommentsClose CommentsPermalink
Sec. 103. Integrated air quality planning for the electric generating sector.CommentsClose CommentsPermalink
Sec. 104. Revisions to sulfur dioxide allowance program.CommentsClose CommentsPermalink
Sec. 105. Air quality forecasts and warnings.CommentsClose CommentsPermalink
Sec. 106. Relationship to other law.CommentsClose CommentsPermalink
TITLE II--GREENHOUSE GAS OFFSETS
Sec. 201. Greenhouse gas offsets.CommentsClose CommentsPermalink
SEC. 2. FINDINGS AND PURPOSES.
(a) Findings- Congress finds that--CommentsClose CommentsPermalink
(1) in 1992, the United States became a signatory to the United Nations Framework Convention on Climate Change in recognition of the need to begin to decrease greenhouse gas emission levels to 1990 levels;CommentsClose CommentsPermalink
(2) fossil fuel-fired electric generating sources, consisting of units fueled by coal, fuel oil, and natural gas, produce nearly 2/3 of the electricity generated in the United States;CommentsClose CommentsPermalink
(3) fossil fuel-fired electric generating units produce approximately 67 percent of the total sulfur dioxide emissions, 23 percent of the total nitrogen oxides emissions, 40 percent of the total mercury emissions, and 40 percent of the total carbon dioxide emissions in the United States;CommentsClose CommentsPermalink
(4) as of the date of enactment of this Act, nearly 3/4 of all coal-fired electricity generating units are more than 30 years old;CommentsClose CommentsPermalink
(5)(A) many electric generating units have been exempt from the emission limitations applicable to new units based on the expectation that over time the units would be retired or updated with new pollution control equipment; butCommentsClose CommentsPermalink
(B) many of the exempted units continue to operate and emit pollutants at relatively high rates;CommentsClose CommentsPermalink
(6) many owners of electric generating units have failed--CommentsClose CommentsPermalink
(A) to install best available control technology for emissions reductions; andCommentsClose CommentsPermalink
(B) to retire the units, as anticipated by Congress in the new source review provisions of the prevention of significant deterioration and nonattainment programs of the Clean Air Act (
(7) the Clean Air Act (
(A) are emitted into the ambient air; andCommentsClose CommentsPermalink
(B) affect the weather and the climate;CommentsClose CommentsPermalink
(8)(A) as of the date of enactment of this Act--CommentsClose CommentsPermalink
(i) many class I areas (as designated under section 162(a) of the Clean Air Act (
(ii) the ecosystems of many class I areas are adversely affected by deposits of acidic and toxic compounds; andCommentsClose CommentsPermalink
(iii) the air quality of many class I areas fails to meet national ambient air quality standards; andCommentsClose CommentsPermalink
(B)(i) fossil-fuel fired electric generating units are a major source of air pollution impacting class I areas; andCommentsClose CommentsPermalink
(ii) proposed new fossil-fuel fired electric generating units threaten to increase air pollution in class I areas throughout the United States;CommentsClose CommentsPermalink
(9) according to the Energy Outlook for 2006 of the Energy Information Administration, carbon dioxide emissions from electric generating units in the Unites States have increased by 32 percent during the period of 1990 through 2006 to at least 2,300,000,000 metric tons of carbon dioxide in 2006;CommentsClose CommentsPermalink
(10) the ability of owners of electric generating units to plan effectively for the future is impeded by the uncertainties surrounding future environmental regulatory requirements;CommentsClose CommentsPermalink
(11) according to the National Energy Technology Laboratory of the Department of Energy--CommentsClose CommentsPermalink
(A) as of the date of enactment of this Act, 159 new coal-fired electric generating units are proposed to be constructed, which would produce 96 gigawatts of new electric generating capacity; andCommentsClose CommentsPermalink
(B) if the units described in subparagraph (A) are constructed, the units would produce--CommentsClose CommentsPermalink
(i) an incremental increase of 500,000,000 tons of carbon dioxide per year from the production by the power sector in the United States as in existence on the date of enactment of this Act; andCommentsClose CommentsPermalink
(ii) an estimated 30,000,000,000 additional tons of carbon dioxide over the course of the useful lives of the units (assuming a lifespan of 60 years);CommentsClose CommentsPermalink
(12) by December 31, 2015, emissions of carbon dioxide from the United States electric utility sector should be limited to 2,100,000,000 metric tons;CommentsClose CommentsPermalink
(13) a report of the Congressional Budget Office, dated September 19, 2006, concluded that--CommentsClose CommentsPermalink
(A) relying exclusively on research and development funding is not the most effective strategy for reducing greenhouse gas emissions; andCommentsClose CommentsPermalink
(B) combining research and development funding with a gradually-increasing limitation on emissions is a more cost-effective approach;CommentsClose CommentsPermalink
(14)(A) agriculture can be part of the solution to reducing greenhouse gas emissions;CommentsClose CommentsPermalink
(B) less productive agricultural land can be reforested with carbon dioxide-consuming trees;CommentsClose CommentsPermalink
(C) farming practices can be improved to increase the absorption and retention of carbon in agricultural soils;CommentsClose CommentsPermalink
(D) biomass from agricultural sources (including corn and grass) can be used to produce biofuels that can take the place of high-carbon fossil fuels used in transportation and power generation; andCommentsClose CommentsPermalink
(E) many of the farming practices and land use changes involved in achieving those reductions have multiple benefits, including--CommentsClose CommentsPermalink
(i) improving soil, water, and air quality;CommentsClose CommentsPermalink
(ii) increasing wildlife habitat; andCommentsClose CommentsPermalink
(iii) providing additional recreational opportunities; andCommentsClose CommentsPermalink
(15) States and regions have adopted programs to address carbon dioxide emissions from electric generating units, and Federal regulations relating to carbon dioxide emissions should take those programs into consideration.CommentsClose CommentsPermalink
(b) Purposes- The purposes of this Act are--CommentsClose CommentsPermalink
(1) to protect and preserve the environment and safeguard public health by ensuring that substantial emission reductions are achieved at fossil fuel-fired electric generating units;CommentsClose CommentsPermalink
(2) to ensure that air quality of national parks and all other class I areas (as designated by section 162(a) of the Clean Air Act (
(3) to reduce significantly the quantities of mercury, sulfur dioxide, nitrogen oxides, and carbon dioxide that enter the environment as a result of the combustion of fossil fuels;CommentsClose CommentsPermalink
(4) to encourage the development and use of renewable energy;CommentsClose CommentsPermalink
(5) to internalize the cost of protecting the values of public health, air, land, and water quality;CommentsClose CommentsPermalink
(6) to provide a period of environmental regulatory stability for owners and operators of electric generating units so as to promote improved management of existing assets and new capital investments; andCommentsClose CommentsPermalink
(7) to achieve emission reductions from electric generating units in a cost-effective manner.CommentsClose CommentsPermalink
TITLE I--GENERAL PROVISIONS
SEC. 101. NEW SOURCE PERFORMANCE STANDARD.
Section 111 of the Clean Air Act (
`(k) Standard of Performance for New Electric Generating Facilities-CommentsClose CommentsPermalink
`(1) IN GENERAL- Each electric generating unit constructed or modified after January 1, 2015, shall meet a standard of performance equivalent to an emission limitation of 1,100 pounds of carbon dioxide per megawatt-hour or less.CommentsClose CommentsPermalink
`(2) ELIGIBILITY FOR CARBON DIOXIDE ALLOWANCES- Beginning on January 1, 2007, each of the first 30 electric generating units to achieve the standard of performance described in paragraph (1) (or a revised standard under paragraph (4), as applicable) shall be eligible to participate in the Climate Champions Program under section 707.CommentsClose CommentsPermalink
`(3) TREATMENT OF CERTAIN CARBON DIOXIDE- Carbon dioxide that is injected into a geological formation in a manner that prevents any release of the carbon dioxide into the atmosphere shall not be considered to be carbon dioxide emissions from an electric generating unit for purposes of the standard of performance under paragraph (1).CommentsClose CommentsPermalink
`(4) REVIEW-CommentsClose CommentsPermalink
`(A) IN GENERAL- Not later than January 1, 2015, and every 8 years thereafter, the Administrator shall review the applicable standards of performance for new electric generating units with respect to carbon dioxide emissions to determine whether the emission limitation for the units under paragraph (1) should be decreased, based on the best available technological system of continuous emission reduction.CommentsClose CommentsPermalink
`(B) TREATMENT- A determination by the Administrator under subparagraph (A) shall be--CommentsClose CommentsPermalink
`(i) published in the Federal Register not later than the deadline described in that subparagraph for the applicable review; andCommentsClose CommentsPermalink
`(ii) considered to be final agency action for purposes of section 307(b)(1).'.CommentsClose CommentsPermalink
SEC. 102. NEW SOURCE REVIEW PROGRAM.
Section 165 of the Clean Air Act (
`(f) Revisions to New Source Review Program-CommentsClose CommentsPermalink
`(1) DEFINITIONS- In this subsection:CommentsClose CommentsPermalink
`(A) AFFECTED UNIT- The term `affected unit' has the meaning given the term in section 701.CommentsClose CommentsPermalink
`(B) NEW SOURCE REVIEW PROGRAM- The term `new source review program' means the program to carry out this part and part D.CommentsClose CommentsPermalink
`(2) PERFORMANCE STANDARDS-CommentsClose CommentsPermalink
`(A) IN GENERAL- Except as provided in subparagraph (B), beginning January 1, 2020, and on each January 1 thereafter, each affected unit that has been in operation 40 or more years as of that January 1 shall meet performance standards of--CommentsClose CommentsPermalink
`(i) 2 lbs/MWh for sulfur dioxide; andCommentsClose CommentsPermalink
`(ii) 1 lbs/MWh for nitrogen oxides.CommentsClose CommentsPermalink
`(B) EXCEPTION-CommentsClose CommentsPermalink
`(i) IN GENERAL- Notwithstanding subparagraph (A), an affected unit that, as of January 1, 2020, is required to meet a more stringent performance standard than the applicable standard under subparagraph (A) shall continue to meet the more stringent standard.CommentsClose CommentsPermalink
`(ii) MODIFICATION OF AFFECTED UNITS- The requirements of this section shall not affect in any way any requirement under section 111(a)(4), this part, or part D governing modifications of major stationary sources.CommentsClose CommentsPermalink
`(3) NO EFFECT ON OTHER REQUIREMENTS AND RETENTION OF STATE AUTHORITY- Nothing in this subsection affects--CommentsClose CommentsPermalink
`(A) any State authority under section 116; orCommentsClose CommentsPermalink
`(B) the obligation of any State or local government or any major emitting facility to comply with the requirements of this section.'.CommentsClose CommentsPermalink
SEC. 103. INTEGRATED AIR QUALITY PLANNING FOR THE ELECTRIC GENERATING SECTOR.
The Clean Air Act (
`TITLE VII--INTEGRATED AIR QUALITY PLANNING FOR THE ELECTRIC GENERATING SECTOR
`TITLE VII--INTEGRATED AIR QUALITY PLANNING FOR THE ELECTRIC GENERATING SECTOR
`Sec. 701. Definitions.CommentsClose CommentsPermalink
`Sec. 702. National pollutant tonnage limitations.CommentsClose CommentsPermalink
`Sec. 703. Nitrogen oxide trading program.CommentsClose CommentsPermalink
`Sec. 704. Mercury program.CommentsClose CommentsPermalink
`Sec. 705. Carbon dioxide allowance trading program.CommentsClose CommentsPermalink
`Sec. 706. Conventional pulverized coal facilities.CommentsClose CommentsPermalink
`Sec. 707. Climate Champions Program.CommentsClose CommentsPermalink
`Sec. 708. Auction of carbon dioxide allowances.CommentsClose CommentsPermalink
`SEC. 701. DEFINITIONS.
`In this title:CommentsClose CommentsPermalink
`(1) AFFECTED SOURCE- The term `affected source' means a source that includes 1 or more affected units.CommentsClose CommentsPermalink
`(2) AFFECTED UNIT-CommentsClose CommentsPermalink
`(A) CARBON DIOXIDE-CommentsClose CommentsPermalink
`(i) IN GENERAL- The term `affected unit', with respect to carbon dioxide, means an electric generating unit that, on or after January 1, 2000, served a generator producing electricity for sale with a nameplate capacity of greater than 25 megawatts.CommentsClose CommentsPermalink
`(ii) EXCLUSION- The term `affected unit', with respect to carbon dioxide, does not include a unit that--CommentsClose CommentsPermalink
`(I) cogenerates useful steam and electricity; butCommentsClose CommentsPermalink
`(II) is not a cogeneration unit.CommentsClose CommentsPermalink
`(B) MERCURY-CommentsClose CommentsPermalink
`(i) IN GENERAL- The term `affected unit', with respect to mercury, means a coal-fired electric generating unit that, on or after January 1, 1985, served a generator producing electricity for sale with a nameplate capacity greater than 25 megawatts.CommentsClose CommentsPermalink
`(ii) EXCLUSION- The term `affected unit', with respect to mercury, does not include a unit that--CommentsClose CommentsPermalink
`(I) cogenerates useful steam and electricity; butCommentsClose CommentsPermalink
`(II) is not a cogeneration unit.CommentsClose CommentsPermalink
`(C) NITROGEN OXIDES-CommentsClose CommentsPermalink
`(i) IN GENERAL- The term `affected unit', with respect to nitrogen oxides, means a fossil fuel-fired electric generating unit that, on or after January 1, 1985, served a generator producing electricity for sale with a nameplate capacity greater than 25 megawatts.CommentsClose CommentsPermalink
`(ii) EXCLUSION- The term `affected unit', with respect to nitrogen oxides, does not include a unit that--CommentsClose CommentsPermalink
`(I) cogenerates useful steam and electricity; butCommentsClose CommentsPermalink
`(II) is not a cogeneration unit.CommentsClose CommentsPermalink
`(D) SULFUR DIOXIDE- The term `affected unit', with respect to sulfur dioxide, has the meaning given the term in section 402.CommentsClose CommentsPermalink
`(3) CAIR- The term `CAIR' means the rule promulgated by the Administrator entitled the `Clean Air Interstate Rule' (70 Fed. Reg. 25162 (May 12, 2005)) (as in effect on the date of enactment of this title).CommentsClose CommentsPermalink
`(4) CAIR STATE- The term `CAIR State' means each State that is subject to the annual emission limitation and allowance trading program for nitrogen oxides and sulfur dioxide under CAIR, including, as of the date of enactment of this Act--CommentsClose CommentsPermalink
`(A) Alabama;CommentsClose CommentsPermalink
`(B) Delaware;CommentsClose CommentsPermalink
`(C) the District of Columbia;CommentsClose CommentsPermalink
`(D) Florida;CommentsClose CommentsPermalink
`(E) Georgia;CommentsClose CommentsPermalink
`(F) Illinois;CommentsClose CommentsPermalink
`(G) Indiana;CommentsClose CommentsPermalink
`(H) Iowa;CommentsClose CommentsPermalink
`(I) Kentucky;CommentsClose CommentsPermalink
`(J) Louisiana;CommentsClose CommentsPermalink
`(K) Maryland;CommentsClose CommentsPermalink
`(L) Michigan;CommentsClose CommentsPermalink
`(M) Minnesota;CommentsClose CommentsPermalink
`(N) Mississippi;CommentsClose CommentsPermalink
`(O) Missouri;CommentsClose CommentsPermalink
`(P) New Jersey;CommentsClose CommentsPermalink
`(Q) New York;CommentsClose CommentsPermalink
`(R) North Carolina;CommentsClose CommentsPermalink
`(S) Ohio;CommentsClose CommentsPermalink
`(T) Pennsylvania;CommentsClose CommentsPermalink
`(U) South Carolina;CommentsClose CommentsPermalink
`(V) Tennessee;CommentsClose CommentsPermalink
`(W) Texas;CommentsClose CommentsPermalink
`(X) Virginia;CommentsClose CommentsPermalink
`(Y) West Virginia; andCommentsClose CommentsPermalink
`(Z) Wisconsin.CommentsClose CommentsPermalink
`(5) CARBON DIOXIDE ALLOWANCE- The term `carbon dioxide allowance' means an authorization allocated by the Administrator under this title to emit 1 ton of carbon dioxide during or after a specified calendar year.CommentsClose CommentsPermalink
`(6) COGENERATION UNIT- The term `cogeneration unit' means a unit that--CommentsClose CommentsPermalink
`(A) cogenerates--CommentsClose CommentsPermalink
`(i) useful steam; andCommentsClose CommentsPermalink
`(ii) electricity; andCommentsClose CommentsPermalink
`(B) supplies, in any calendar year, to any utility power distribution system for sale--CommentsClose CommentsPermalink
`(i) more than 1/3 of the potential electric output capacity of the unit; andCommentsClose CommentsPermalink
`(ii) more than 219,000 megawatt-hours of electrical output.CommentsClose CommentsPermalink
`(7) DESIGNATED REPRESENTATIVE- The term `designated representative' means a responsible person or official authorized by the owner or operator of an affected source to represent the owner or operator in any matter relating to--CommentsClose CommentsPermalink
`(A) the holding, transfer, or disposition of an allowance under this title; orCommentsClose CommentsPermalink
`(B) any submission concerning, and compliance with, any requirement of this title for the affected source.CommentsClose CommentsPermalink
`(8) FOSSIL FUEL- The term `fossil fuel' includes--CommentsClose CommentsPermalink
`(A) natural gas;CommentsClose CommentsPermalink
`(B) petroleum;CommentsClose CommentsPermalink
`(C) coal; andCommentsClose CommentsPermalink
`(D) any form of solid, liquid, or gaseous fuel derived from a material described in any of subparagraphs (A) through (C).CommentsClose CommentsPermalink
`(9) FOSSIL FUEL-FIRED- The term `fossil fuel-fired' means the combustion of any quantity of a fossil fuel during any calendar year.CommentsClose CommentsPermalink
`(10) GREENHOUSE GAS- The term `greenhouse gas' means any of--CommentsClose CommentsPermalink
`(A) carbon dioxide;CommentsClose CommentsPermalink
`(B) methane (CH4);CommentsClose CommentsPermalink
`(C) nitrous oxide (N20);CommentsClose CommentsPermalink
`(D) hydrofluorocarbons (HFC-23, HFC-32, HFC-41, HFC-43-10mee, HFC-125, HFC-134, HFC-134a, HFC-152a, HFC-143, HFC-143a, HFC-227ea, HFC-236fa, and HFC-245ca);CommentsClose CommentsPermalink
`(E) perfluorocarbons (CF4, C2F6, C3F8, C4F10, C-C4F8, C5F12, and C6F14); andCommentsClose CommentsPermalink
`(F) sulfur hexafluoride (SF6).CommentsClose CommentsPermalink
`(11) NEW UNIT- The term `new unit' means an affected unit that has operated for not more than 3 years and is not eligible to receive nitrogen oxide allowances under the regulations promulgated by the Administrator pursuant to section 705(b).CommentsClose CommentsPermalink
`(12) NITROGEN OXIDE ALLOWANCE- The term `nitrogen oxide allowance' means an authorization allocated by the Administrator under this title to emit 1 ton of nitrogen oxides during or after a specified calendar year.CommentsClose CommentsPermalink
`(13) SEQUESTRATION- The term `sequestration' means the action of sequestering carbon dioxide by--CommentsClose CommentsPermalink
`(A) enhancing a natural carbon dioxide sink (such as through afforestation); orCommentsClose CommentsPermalink
`(B)(i) capturing the carbon dioxide emitted from relevant industrial units and a fossil fuel-based energy system; andCommentsClose CommentsPermalink
`(ii)(I) storing the carbon dioxide in a geologic formation in a manner that prevents any release of the carbon dioxide; orCommentsClose CommentsPermalink
`(II) converting the carbon dioxide to a benign solid material through a biological or chemical process.CommentsClose CommentsPermalink
`(14) SULFUR DIOXIDE ALLOWANCE- The term `sulfur dioxide allowance' has the meaning given the term `allowance' in section 402.CommentsClose CommentsPermalink
`(15) UNIT- The term `unit' means a combustion device.CommentsClose CommentsPermalink
`(16) USEFUL ENERGY- The term `useful energy', with respect to a cogeneration unit, means the total quantity of useful energy (including electrical generation and useful steam) as determined by the Administrator.CommentsClose CommentsPermalink
`(17) ZONE 1 STATE- The term `Zone 1 State' means--CommentsClose CommentsPermalink
`(A) any CAIR State;CommentsClose CommentsPermalink
`(B) Arkansas;CommentsClose CommentsPermalink
`(C) Connecticut;CommentsClose CommentsPermalink
`(D) Massachusetts;CommentsClose CommentsPermalink
`(E) Maine;CommentsClose CommentsPermalink
`(F) New Hampshire;CommentsClose CommentsPermalink
`(G) Rhode Island; andCommentsClose CommentsPermalink
`(H) Vermont.CommentsClose CommentsPermalink
`(18) ZONE 2 STATE- The term `Zone 2 State' means any of the 48 contiguous States that is not a Zone 1 State.CommentsClose CommentsPermalink
`SEC. 702. NATIONAL POLLUTANT TONNAGE LIMITATIONS.
`(a) Sulfur Dioxide- The annual tonnage limitation for emissions of sulfur dioxide shall be equal to--CommentsClose CommentsPermalink
`(1) for each of calendar years 2010 through 2014, for affected units subject to CAIR, 3,500,000 tons, in accordance with CAIR; andCommentsClose CommentsPermalink
`(2) for calendar year 2015 and each calendar year thereafter, for all affected units in the 48 contiguous States, 2,000,000 tons.CommentsClose CommentsPermalink
`(b) Nitrogen Oxides- The Administrator shall allocate an annual tonnage limitation for emissions of nitrogen oxides in a quantity that is equal to--CommentsClose CommentsPermalink
`(1) for each of calendar years 2009 through 2014, for affected units subject to CAIR, 1,450,000 tons; andCommentsClose CommentsPermalink
`(2) for calendar year 2015 and each calendar year thereafter--CommentsClose CommentsPermalink
`(A) for affected units in Zone 1 States, 1,300,000 tons; andCommentsClose CommentsPermalink
`(B) for affected units in Zone 2 States, 320,000 tons.CommentsClose CommentsPermalink
`(c) Mercury- The emission of mercury from affected units shall be limited in accordance with section 704.CommentsClose CommentsPermalink
`(d) Carbon Dioxide- The annual tonnage limitation for emissions of carbon dioxide from affected units in the 48 contiguous States shall be equal to, as determined by the Administrator based on certified and quality-assured continuous emissions monitoring data for carbon dioxide reported to the Administrator by affected units in accordance with this Act--CommentsClose CommentsPermalink
`(1) for each of calendar years 2011 through 2014, 2,300,000,000 metric tons;CommentsClose CommentsPermalink
`(2) for each of calendar years 2015 through 2019, 2,100,000,000 metric tons;CommentsClose CommentsPermalink
`(3) for each calendar years 2020 through 2024, 1,800,000,000 metric tons; andCommentsClose CommentsPermalink
`(4) for calendar year 2025 and each calendar year thereafter, 1,500,000,000 metric tons.CommentsClose CommentsPermalink
`(e) Reduction of Emissions From Specified Affected Units- Notwithstanding the annual tonnage limitations and mercury emissions requirements established under this section, the Federal Government or a State government may require that emissions from a specified affected unit be reduced.CommentsClose CommentsPermalink
`(f) CAIR States-CommentsClose CommentsPermalink
`(1) IN GENERAL- Each CAIR State shall comply with the applicable requirements of CAIR.CommentsClose CommentsPermalink
`(2) EXCEPTION- Notwithstanding paragraph (1), CAIR shall not apply to--CommentsClose CommentsPermalink
`(A) annual emissions of nitrogen oxides emitted during calendar year 2015 and thereafter; orCommentsClose CommentsPermalink
`(B) annual emissions of sulfur dioxide emitted during calendar year 2015 and thereafter.CommentsClose CommentsPermalink
`SEC. 703. NITROGEN OXIDE TRADING PROGRAM.
`(a) Regulations-CommentsClose CommentsPermalink
`(1) IN GENERAL- Not later than 2 years after the date of enactment of this title, the Administrator shall promulgate regulations to establish for affected units in the 48 contiguous States a nitrogen oxide allowance trading program.CommentsClose CommentsPermalink
`(2) REQUIREMENTS- Regulations promulgated under paragraph (1) shall establish requirements for the allowance trading program under this section, including requirements concerning--CommentsClose CommentsPermalink
`(A)(i) the allocation, issuance, recording, tracking, transfer, and use of nitrogen oxide allowances; andCommentsClose CommentsPermalink
`(ii) the public availability of all information concerning the activities described in clause (i) that is not confidential business information;CommentsClose CommentsPermalink
`(B) compliance with subsection (d)(1);CommentsClose CommentsPermalink
`(C) the monitoring and reporting of emissions under paragraphs (2) and (3) of subsection (d); andCommentsClose CommentsPermalink
`(D) excess emission penalties under subsection (d)(4).CommentsClose CommentsPermalink
`(b) Nitrogen Oxide Allocations-CommentsClose CommentsPermalink
`(1) TIMING OF ALLOCATIONS- Not later than 2 years after the date of enactment of this title, the Administrator shall allocate nitrogen oxide allowances to affected units.CommentsClose CommentsPermalink
`(2) ALLOCATIONS TO AFFECTED UNITS-CommentsClose CommentsPermalink
`(A) ZONE 1 STATES- The Administrator shall allocate, to each affected unit in a Zone 1 State, a quantity of nitrogen oxide allowances that is equal to the product obtained by multiplying--CommentsClose CommentsPermalink
`(i) the quantity of nitrogen oxide allowances available for allocation under section 702(b)(2)(A); andCommentsClose CommentsPermalink
`(ii) the quotient obtained by dividing--CommentsClose CommentsPermalink
`(I) the adjusted average heat input (measured in mmBtus), of the affected unit during calendar years 2006 through 2008; byCommentsClose CommentsPermalink
`(II) the sum of the adjusted heat input quantities described in subclause (I) with respect to all affected units in all Zone 1 States.CommentsClose CommentsPermalink
`(B) ZONE 2 STATES- The Administrator shall allocate, to each affected unit in a Zone 2 State, a quantity of nitrogen oxide allowances that is equal to the product obtained by multiplying--CommentsClose CommentsPermalink
`(i) the quantity of nitrogen oxide allowances available for allocation under section 702(b)(2)(B); andCommentsClose CommentsPermalink
`(ii) the quotient obtained by dividing--CommentsClose CommentsPermalink
`(I) the adjusted average heat input (measured in mmBtus), of the affected unit during calendar years 2006 through 2008; byCommentsClose CommentsPermalink
`(II) the sum of the adjusted heat input quantities described in subclause (I) with respect to all affected units in all Zone 2 States.CommentsClose CommentsPermalink
`(C) ADJUSTED HEAT INPUT-CommentsClose CommentsPermalink
`(i) IN GENERAL- The adjusted heat input for a calendar year of an affected unit that begins operation before January 1, 2006, shall be equal to the product obtained by multiplying (using factors, emission rates, and categories of units determined by the Administrator)--CommentsClose CommentsPermalink
`(I) the heat input of the affected unit for the calendar year; andCommentsClose CommentsPermalink
`(II) a factor reflecting--CommentsClose CommentsPermalink
`(aa) the category of the affected unit, based on the types of fuels combusted by the affected unit during the calendar year; andCommentsClose CommentsPermalink
`(bb) the actual nitrogen oxides emission rate (expressed in tons of nitrogen oxides emitted per mmBtu) that is generally applicable to that category of affected units.CommentsClose CommentsPermalink
`(ii) AVERAGE- The average adjusted heat input of an affected unit for a 3-calendar year period described in subparagraph (A)(ii)(I) or (B)(ii)(I) shall be equal to the quotient obtained by dividing--CommentsClose CommentsPermalink
`(I) the sum of the adjusted heat input quantities, as determined under clause (i), for each calendar year of the 3-calendar year period; byCommentsClose CommentsPermalink
`(II) 3.CommentsClose CommentsPermalink
`(3) ADJUSTMENT OF ALLOCATIONS- If, for any calendar year, the total quantities of allowances allocated under paragraph (2) are not equal to the applicable quantities determined under section 702(b)(2), the Administrator shall adjust the quantities of allowances allocated to affected units on a pro rata basis so that the quantities are equal to the applicable quantities determined under section 702(b)(2).CommentsClose CommentsPermalink
`(4) ALLOWANCE NOT A PROPERTY RIGHT- A nitrogen oxide allowance--CommentsClose CommentsPermalink
`(A) is not a property right; andCommentsClose CommentsPermalink
`(B) may be terminated or limited by the Administrator.CommentsClose CommentsPermalink
`(5) NO JUDICIAL REVIEW- An allocation of nitrogen oxide allowances by the Administrator under this subsection, and a determination of a value used in calculating the allocation, shall not be subject to judicial review.CommentsClose CommentsPermalink
`(c) Nitrogen Oxide Allowance Transfer System-CommentsClose CommentsPermalink
`(1) USE OF ALLOWANCES- The regulations promulgated under subsection (a)(1) shall--CommentsClose CommentsPermalink
`(A) prohibit the use (but not the transfer in accordance with paragraph (3)) of any nitrogen oxide allowance before the calendar year for which the allowance is allocated;CommentsClose CommentsPermalink
`(B) provide that unused nitrogen oxide allowances may be carried forward and added to nitrogen oxide allowances allocated for subsequent years;CommentsClose CommentsPermalink
`(C) provide that unused nitrogen oxide allowances may be transferred by--CommentsClose CommentsPermalink
`(i) the person to which the allowances are allocated; orCommentsClose CommentsPermalink
`(ii) any person to which the allowances are transferred; andCommentsClose CommentsPermalink
`(D) provide that, to achieve compliance with paragraphs (1) and (4) of subsection (d)--CommentsClose CommentsPermalink
`(i) the owner and operator of an affected unit in a Zone 1 State shall use only nitrogen oxide allowances allocated to affected units in Zone 1 States; andCommentsClose CommentsPermalink
`(ii) the owner and operator of an affected unit in a Zone 2 State shall use only nitrogen oxide allowances allocated to affected units in Zone 2 States.CommentsClose CommentsPermalink
`(2) USE BY PERSONS TO WHICH ALLOWANCES ARE TRANSFERRED- Any person to which nitrogen oxide allowances are transferred under paragraph (1)(C)--CommentsClose CommentsPermalink
`(A) may use the nitrogen oxide allowances in the calendar year for which the nitrogen oxide allowances were allocated, or in a subsequent calendar year, to achieve compliance with subsection (d)(1); orCommentsClose CommentsPermalink
`(B) may transfer the nitrogen oxide allowances to any other person.CommentsClose CommentsPermalink
`(3) CERTIFICATION OF TRANSFER- A transfer of a nitrogen oxide allowance shall not take effect until a certification of the transfer, authorized by a responsible official of the person making the transfer, is received and recorded by the Administrator.CommentsClose CommentsPermalink
`(4) PERMIT REQUIREMENTS- An allocation or transfer of nitrogen oxide allowances to an affected unit shall, after recording by the Administrator, be considered to be part of the federally enforceable permit of the affected unit under this Act, without a requirement for any further review or revision of the permit.CommentsClose CommentsPermalink
`(d) Compliance and Enforcement-CommentsClose CommentsPermalink
`(1) IN GENERAL- For calendar year 2015 and each calendar year thereafter, the owner and operator of each affected source shall hold for the affected source and surrender to the Administrator a quantity of nitrogen oxide allowances that is equal to the total tons of nitrogen oxides emitted by the affected units of the affected source during the calendar year.CommentsClose CommentsPermalink
`(2) MONITORING SYSTEM- The Administrator shall promulgate regulations requiring--CommentsClose CommentsPermalink
`(A) installation, operation, reporting, and certification of continuous emissions monitoring systems, or any alternative monitoring system or methodology that, as determined by the Administrator, provides information with the same precision, reliability, accessibility, and timeliness as that provided by continuous emission monitoring system, to measure the quantity of nitrogen oxides that is emitted from each affected unit;CommentsClose CommentsPermalink
`(B) quality assurance, verification, and reporting of nitrogen oxides emissions at each affected unit; andCommentsClose CommentsPermalink
`(C) if continuous emission monitoring system data, or data from an alternative monitoring system approved by the Administrator, is not available for an affected unit during any period of a calendar year for which the data is required to be certified under this subsection, and if the owner or operator of the affected unit cannot provide information satisfactory to the Administrator on emissions during that period--CommentsClose CommentsPermalink
`(i) treatment of the affected unit as operating in an uncontrolled manner during the entire period for which the data was not available; andCommentsClose CommentsPermalink
`(ii) calculation of emissions for that period as prescribed by the Administrator.CommentsClose CommentsPermalink
`(3) REPORTING-CommentsClose CommentsPermalink
`(A) IN GENERAL- Not less often than quarterly, the designated representative of the owner or operator of an affected unit shall submit to the Administrator a report on the monitoring of emissions of nitrogen oxides carried out by the owner or operator in accordance with the regulations promulgated under paragraph (2).CommentsClose CommentsPermalink
`(B) AUTHORIZATION- Each report submitted under subparagraph (A) shall be authorized by the designated representative of the affected unit, who shall certify the accuracy of the report.CommentsClose CommentsPermalink
`(C) PUBLIC REPORTING- The Administrator shall make available to the public, through 1 or more published reports and 1 or more forms of electronic media, data concerning the emissions of nitrogen oxides from each affected unit.CommentsClose CommentsPermalink
`(4) EXCESS EMISSIONS- The owner and operator of an affected source the affected units of which emit, during a calendar year specified in paragraph (1), nitrogen oxides in excess of the nitrogen oxide allowances held for use by the affected source for the calendar year shall offset, and pay an excess emissions penalty for, the excess emissions by surrendering to the Administrator a quantity of nitrogen oxides allowances for the following calendar year, or such earlier period as the Administrator may prescribe, equal to the product obtained by multiplying--CommentsClose CommentsPermalink
`(A) the number of tons of the excess emissions; andCommentsClose CommentsPermalink
`(B) 2.CommentsClose CommentsPermalink
`(e) Effect- Nothing in this section limits or otherwise affects the application of section 113, 114, 120, or 304.CommentsClose CommentsPermalink
`SEC. 704. MERCURY PROGRAM.
`(a) Definition of Inlet Mercury- In this section, the term `inlet mercury' means the quantity of mercury found--CommentsClose CommentsPermalink
`(1) in the as-fired coal of an affected unit; orCommentsClose CommentsPermalink
`(2) for an affected unit using coal that is subjected to an advanced coal cleaning technology, in the as-mined coal of the affected unit.CommentsClose CommentsPermalink
`(b) Annual Limitation for Certain Units- An affected unit that begins operation on or after the date of enactment of this title shall be subject to the less stringent of the following emission limitations on an annual average calendar year basis with respect to inlet mercury:CommentsClose CommentsPermalink
`(1) 90 percent capture of inlet mercury.CommentsClose CommentsPermalink
`(2) An emission rate of 0.0060 lbs/GWh.CommentsClose CommentsPermalink
`(c) Annual Limitation for Existing Units- An affected unit in operation on the date of enactment of this title shall be subject to the following emission limitations on an annual average calendar year basis with respect to inlet mercury:CommentsClose CommentsPermalink
`(1) FIRST FULL CALENDAR YEAR BEGINNING 4 YEARS AFTER THE DATE OF ENACTMENT OF TITLE THROUGH 2014- For each of the first full calendar year beginning 4 years after the date of enactment of this title through calendar year 2014, the less stringent limitation of--CommentsClose CommentsPermalink
`(A) 60 percent capture of inlet mercury; andCommentsClose CommentsPermalink
`(B) an emission rate of 0.02 lbs/GWh.CommentsClose CommentsPermalink
`(2) 2015 AND THEREAFTER- Beginning on January 1, 2015, the less stringent limitation of--CommentsClose CommentsPermalink
`(A) 90 percent capture of inlet mercury; andCommentsClose CommentsPermalink
`(B) an emission rate of 0.0060 lbs/GWh.CommentsClose CommentsPermalink
`(d) Averaging Across Units- An owner or operator of an affected unit may demonstrate compliance with the annual average limitations under subsections (b) and (c) by averaging emissions from all affected units at an affected source.CommentsClose CommentsPermalink
`(e) Monitoring System- The Administrator shall promulgate regulations requiring--CommentsClose CommentsPermalink
`(1) installation, operation, reporting, and certification of continuous emissions monitoring systems, or any alternative monitoring system or methodology that, as determined by the Administrator, provides information with the same precision, reliability, accessibility, and timeliness as that provided by continuous emission monitors, to measure the quantity of mercury emitted from each affected unit;CommentsClose CommentsPermalink
`(2) quality assurance, verification, and reporting of mercury emissions data at each affected unit; andCommentsClose CommentsPermalink
`(3) if continuous emission monitoring system data, or data from an alternative monitoring system approved by the Administrator, is not available for an affected unit during any period of a calendar year for which the data is required to be certified under this subsection, and if the owner or operator of the affected unit cannot provide information satisfactory to the Administrator on emissions during that period--CommentsClose CommentsPermalink
`(A) treatment of the affected unit as operating in an uncontrolled manner during the entire period for which the data was not available; andCommentsClose CommentsPermalink
`(B) calculation of emissions for that period as prescribed by the Administrator.CommentsClose CommentsPermalink
`(f) Reporting-CommentsClose CommentsPermalink
`(1) IN GENERAL- Not less often than quarterly, the owner or operator of an affected unit shall submit to the Administrator a report on the monitoring of emissions of mercury carried out by the owner or operator in accordance with the regulations promulgated under subsection (e).CommentsClose CommentsPermalink
`(2) AUTHORIZATION- Each report submitted under paragraph (1) shall be authorized by a designated representative of the affected unit, who shall certify the accuracy of the report.CommentsClose CommentsPermalink
`(3) PUBLIC REPORTING- The Administrator shall make available to the public, through 1 or more published reports and 1 or more forms of electronic media, data concerning the emission of mercury from each affected unit.CommentsClose CommentsPermalink
`(g) Excess Emissions-CommentsClose CommentsPermalink
`(1) PENALTY-CommentsClose CommentsPermalink
`(A) IN GENERAL- The owner and operator of an affected unit described in subparagraph (B) shall pay an excess emissions penalty determined under paragraph (2).CommentsClose CommentsPermalink
`(B) DESCRIPTION OF AFFECTED UNITS- An affected unit referred to in subparagraph (A) is an affected unit that--CommentsClose CommentsPermalink
`(i) for an affected unit demonstrating compliance at the unit level, emits mercury in excess of an emission limitation described in subsection (b) or (c); orCommentsClose CommentsPermalink
`(ii) for an affected unit demonstrating compliance under subsection (d), is part of an affected source that emits mercury in excess of the emission limitation applicable to the affected source.CommentsClose CommentsPermalink
`(2) DETERMINATION OF EXCESS EMISSIONS PENALTY- The excess emissions penalty for mercury shall be an amount equal to $50,000 for each pound of mercury emitted in excess of the emission limitation described in subsection (b) or (c), as pro-rated for each fraction of a pound.CommentsClose CommentsPermalink
`(3) PENALTY ADJUSTMENT- For each fiscal year, the Administrator, by regulation, shall adjust the penalty specified in paragraph (2) to reflect changes for the 12-month period ending the preceding November 30 in the Consumer Price Index for All Urban Consumers published by the Bureau of Labor Statistics of the Department of Labor.CommentsClose CommentsPermalink
`(h) Petition for Extension- The Administrator, or the appropriate agency of a State with a program approved under title IV, may issue for an affected unit in existence on the date of enactment of this title a permit that provides an extension of not more than 1 additional year of a deadline for compliance with any standard under this section, if the Administrator or agency determines the extension is necessary for the installation at the affected unit of an appropriate control technology.CommentsClose CommentsPermalink
`(i) Effect of Section- Nothing in this section limits or otherwise affects the application of section 113, 114, 120, or 304.CommentsClose CommentsPermalink
`SEC. 705. CARBON DIOXIDE ALLOWANCE TRADING PROGRAM.
`(a) Regulations-CommentsClose CommentsPermalink
`(1) IN GENERAL- Not later than 2 years after the date of enactment of this title, the Administrator shall promulgate regulations to establish a carbon dioxide allowance trading program for affected units in the United States.CommentsClose CommentsPermalink
`(2) REQUIREMENTS-CommentsClose CommentsPermalink
`(A) OTHER REQUIRED PROGRAMS- In promulgating regulations pursuant to paragraph (1), the Administrator shall ensure that no carbon dioxide allowance is provided for an offset project the greenhouse gas reductions under which are effectively required by any other Federal, State, or local law (including regulations) or judicial or administrative order.CommentsClose CommentsPermalink
`(B) OTHER STANDARDS- In promulgating regulations pursuant to paragraph (1), the Administrator shall require that--CommentsClose CommentsPermalink
`(i) each reduction or removal of greenhouse gas emissions for which an offset project receives carbon dioxide allowances under this section--CommentsClose CommentsPermalink
`(I) is not double counted under this or any other allowance program;CommentsClose CommentsPermalink
`(II) is a permanent reduction in greenhouse gas emissions; andCommentsClose CommentsPermalink
`(III) is monitored as the Administrator determines to be appropriate with respect to the specific offset project type and quantity of carbon dioxide allowances provided for the reduction; andCommentsClose CommentsPermalink
`(ii) each offset project shall reflect a level of performance that, with respect to emission reductions or a technology or practice, is significantly better than average, as compared with recently carried out activities or practices.CommentsClose CommentsPermalink
`(3) STATE OFFSET METHODS- In promulgating regulations under paragraph (1), the Administrator shall take into consideration offset methods developed, as of the date of enactment of this title, by California or any other State pursuant to the Regional Greenhouse Gas Initiative or a similar regulatory program with of comparable rigor, as determined by the Administrator.CommentsClose CommentsPermalink
`(b) New Unit Reserve-CommentsClose CommentsPermalink
`(1) ESTABLISHMENT-CommentsClose CommentsPermalink
`(A) IN GENERAL- For each of calendar years 2011 through 2020, the Administrator shall establish, by regulation, a reserve of carbon dioxide allowances to be allocated to new affected units fueled by coal that meet the criteria under the Climate Champions Program under section 707 for the calendar year.CommentsClose CommentsPermalink
`(B) REQUIRED QUANTITY- For a calendar year described in subparagraph (A), the quantity of carbon dioxide allowances in the reserve established under this paragraph shall not exceed 5 percent of the annual tonnage limitation for carbon dioxide specified in section 702(d) for that calendar year.CommentsClose CommentsPermalink
`(2) REQUIRED ALLOCATIONS- For each of calendar years 2011 through 2014, the Administrator shall allocate allowances in the reserve established under paragraph (1) to each of the 30 entities identified under section 707(b)(1).CommentsClose CommentsPermalink
`(3) UNUSED CARBON DIOXIDE ALLOWANCES- For each calendar year, the Administrator shall reallocate, to all affected units, any unused carbon dioxide allowances from the new unit reserve established under paragraph (1) in the proportion that--CommentsClose CommentsPermalink
`(A) the number of carbon dioxide allowances allocated to each affected unit for the calendar year; bears toCommentsClose CommentsPermalink
`(B) the number of carbon dioxide allowances allocated to all affected units for the calendar year.CommentsClose CommentsPermalink
`(c) Carbon Dioxide Allocations-CommentsClose CommentsPermalink
`(1) ALLOCATIONS TO AFFECTED UNITS THAT ARE NOT NEW UNITS-CommentsClose CommentsPermalink
`(A) IN GENERAL- Not later than 2 years after the date of enactment of this title, the Administrator shall allocate, to each affected unit that is not a new unit, a quantity of carbon dioxide allowances that is equal to the product obtained by multiplying--CommentsClose CommentsPermalink
`(i) the quantity of carbon dioxide allowances available for allocation under paragraph (2); andCommentsClose CommentsPermalink
`(ii) the quotient obtained by dividing--CommentsClose CommentsPermalink
`(I) the adjusted average heat input (measured in mmBtus), of the affected unit during any 3-consecutive-calendar-year period during the period beginning on January 1, 2000, and ending on December 31, 2007; andCommentsClose CommentsPermalink
`(II) the sum of the adjusted heat input quantities described in subclause (I) with respect to all affected units that are not new units.CommentsClose CommentsPermalink
`(B) ADJUSTED HEAT INPUT-CommentsClose CommentsPermalink
`(i) IN GENERAL- The adjusted heat input for a calendar year of an affected unit that begins operation before January 1, 2005, shall be equal to the product obtained by multiplying (using factors, emission rates, and categories of units determined by the Administrator)--CommentsClose CommentsPermalink
`(I) the heat input of the affected unit for the calendar year;CommentsClose CommentsPermalink
`(II) a factor reflecting the category of the affected unit, based on the types of fuels combusted by the affected unit during the calendar year; andCommentsClose CommentsPermalink
`(III) the actual carbon dioxide emission rate (expressed in tons of carbon dioxide emitted per mmBtu) that is generally applicable to that category of affected units.CommentsClose CommentsPermalink
`(ii) AVERAGE- The average adjusted heat input of an affected unit for a 3-calendar year period described in subparagraph (A)(ii)(I)(bb) shall be equal to the quotient obtained by dividing--CommentsClose CommentsPermalink
`(I) the sum of the adjusted heat input quantities, as determined under clause (i), for each calendar year of the 3-calendar year period; andCommentsClose CommentsPermalink
`(II) 3.CommentsClose CommentsPermalink
`(2) QUANTITY TO BE ALLOCATED- For each calendar year, the quantity of carbon dioxide allowances allocated under paragraph (1)(A) to affected units that are not new units shall be equal to the difference between--CommentsClose CommentsPermalink
`(A) the annual tonnage limitation for emissions of carbon dioxide from affected units specified in section 702(d) for the calendar year; andCommentsClose CommentsPermalink
`(B) the sum of--CommentsClose CommentsPermalink
`(i) the quantity of carbon dioxide allowances placed in the new unit reserve established under subsection (b) for the calendar year; andCommentsClose CommentsPermalink
`(ii) the quantity of carbon dioxide allowances made available for auction under section 708.CommentsClose CommentsPermalink
`(3) ADJUSTMENT OF ALLOCATIONS- If the total quantity of carbon dioxide allowances to be allocated under paragraph (1) for a calendar year is more than the total quantity of carbon dioxide allowances available for allocation under paragraph (2) for the calendar year, the Administrator shall allocate to each affected unit a quantity of carbon dioxide allowances equal to the proportion that--CommentsClose CommentsPermalink
`(A) the quantity of carbon dioxide allowances to be allocated to the affected unit under paragraph (1) for the calendar year; bears toCommentsClose CommentsPermalink
`(B) the total quantity of carbon dioxide allowances to be allocated to all affected units under paragraph (1) for the calendar year.CommentsClose CommentsPermalink
`(4) ALLOCATIONS TO NEW UNITS- The Administrator shall promulgate regulations to establish a methodology for allocating carbon dioxide allowances to new units from the new unit reserve under subsection (b).CommentsClose CommentsPermalink
`(d) Use and Transfer of Carbon Dioxide Allowances-CommentsClose CommentsPermalink
`(1) USE BEFORE APPLICABLE CALENDAR YEAR- A carbon dioxide allowance may not be used before the calendar year for which the carbon dioxide allowance was allocated.CommentsClose CommentsPermalink
`(2) TRANSFER-CommentsClose CommentsPermalink
`(A) IN GENERAL- Notwithstanding paragraph (1), carbon dioxide allowances may be transferred before the calendar year for which the carbon dioxide allowances were allocated.CommentsClose CommentsPermalink
`(B) LIMITATION- The transfer of a carbon dioxide allowance shall not take effect until receipt and recording by the Administrator of a certification of the transfer, which is executed by an authorized official of the person making the transfer.CommentsClose CommentsPermalink
`(3) USE BY PERSONS TO WHICH CARBON DIOXIDE ALLOWANCES ARE TRANSFERRED- Any person to which carbon dioxide allowances are transferred under paragraph (2)(A) may use the carbon dioxide allowances in the calendar year for which the carbon dioxide allowances were allocated, or in a subsequent calendar year, to demonstrate compliance with subsection (e)(1).CommentsClose CommentsPermalink
`(4) PERMIT REQUIREMENTS- An allocation or transfer of carbon dioxide allowances to an affected unit shall be considered to be part of the federally enforceable permit of the affected unit under this Act, without a requirement for further review or revision of the permit.CommentsClose CommentsPermalink
`(e) Compliance and Enforcement-CommentsClose CommentsPermalink
`(1) IN GENERAL- For the first full calendar year beginning 4 years after the date of enactment of this title and each calendar year thereafter, the owner or operator of each affected source shall hold for the affected source and surrender to the Administrator a quantity of carbon dioxide allowances equal to the total tons of carbon dioxide emitted by each affected unit of the affected source during the calendar year.CommentsClose CommentsPermalink
`(2) EXCESS EMISSIONS- The owner and operator of an affected source any affected unit of which emits carbon dioxide in excess of the carbon dioxide allowances held for use by the affected source for the calendar year shall offset, and pay an excess emissions penalty for, the excess emissions by surrendering to the Administrator a quantity of carbon dioxide allowances for the following calendar year or such other period as the Administrator may prescribe equal to the product obtained by multiplying--CommentsClose CommentsPermalink
`(A) the number of tons of the excess emissions; andCommentsClose CommentsPermalink
`(B) 2.CommentsClose CommentsPermalink
`(3) MONITORING SYSTEM- The Administrator shall promulgate regulations requiring--CommentsClose CommentsPermalink
`(A) installation, operation, reporting, and certification of continuous emissions monitoring systems, or any alternative monitoring system or methodology that, as determined by the Administrator, provides information with the same precision, reliability, accessibility, and timeliness as that provided by continuous emission monitors, to measure the quantity of carbon dioxide emitted from each affected unit;CommentsClose CommentsPermalink
`(B) quality assurance, verification, and reporting of carbon dioxide emissions data at each affected unit; andCommentsClose CommentsPermalink
`(C) if continuous emission monitoring system data, or data from an alternative monitoring system approved by the Administrator, is not available for an affected unit during any period of a calendar year for which the data is required to be certified under this subsection, and if the owner or operator of the affected unit cannot provide information satisfactory to the Administrator on emissions during that period--CommentsClose CommentsPermalink
`(i) treatment of the affected unit as operating in an uncontrolled manner during the entire period for which the data was not available; andCommentsClose CommentsPermalink
`(ii) calculation of emissions for that period as prescribed by the Administrator.CommentsClose CommentsPermalink
`(4) REPORTING-CommentsClose CommentsPermalink
`(A) IN GENERAL- Not less often than quarterly, the owner or operator of an affected unit shall submit to the Administrator a report on the monitoring of emissions of carbon dioxide carried out by the owner or operator in accordance with the regulations promulgated under paragraph (3).CommentsClose CommentsPermalink
`(B) AUTHORIZATION- Each report submitted under subparagraph (A) shall be authorized by the designated representative of the affected unit, who shall certify the accuracy of the report.CommentsClose CommentsPermalink
`(C) PUBLIC REPORTING- The Administrator shall make available to the public, through 1 or more published reports and 1 or more forms of electronic media, data concerning the emission of carbon dioxide from each affected unit.CommentsClose CommentsPermalink
`(f) Effect of Section- Nothing in this section limits or otherwise affects the application of section 113, 114, 120, or 304.CommentsClose CommentsPermalink
`(g) Allowance Not a Property Right- A carbon dioxide allowance--CommentsClose CommentsPermalink
`(1) is not a property right; andCommentsClose CommentsPermalink
`(2) may be terminated or limited by the Administrator.CommentsClose CommentsPermalink
`(h) No Judicial Review- An allocation or issuance of a carbon dioxide allowance by the Administrator, and the determination of any value used in calculating the allocation or issuance, shall not be subject to judicial review.CommentsClose CommentsPermalink
`SEC. 706. CONVENTIONAL PULVERIZED COAL FACILITIES.
`The correspondence of the Office of Air Quality Planning and Standards addressing best available control technology requirements for proposed coal-fired power plant projects and dated December 13, 2005--CommentsClose CommentsPermalink
`(1) shall be considered to be inconsistent with section 169(3); andCommentsClose CommentsPermalink
`(2) shall be treated as void and of no effect as of the date of issuance of the correspondence.CommentsClose CommentsPermalink
`SEC. 707. CLIMATE CHAMPIONS PROGRAM.
`(a) Establishment- The Administrator shall establish a program, to be known as the `Climate Champions Program'.CommentsClose CommentsPermalink
`(b) Rewards; Receipt of Allowances- Under the Climate Champions Program, the Administrator shall--CommentsClose CommentsPermalink
`(1) identify and provide such reward as the Administrator determines to be appropriate to each of the first 30 entities to complete construction of a new coal-fired electric generating unit that meets each applicable new source performance standard under section 102 after the date of enactment of this title; andCommentsClose CommentsPermalink
`(2) distribute to the 30 entities identified under paragraph (1) the carbon dioxide allowances reserved for the entities for the calendar year under section 705(b)(2).CommentsClose CommentsPermalink
`SEC. 708. AUCTION OF CARBON DIOXIDE ALLOWANCES.
`(a) In General- Not later than 2 years after the date of enactment of this title, the Administrator shall promulgate regulations establishing a procedure for the auction of 25 percent of the quantity of carbon dioxide allowances available for calendar year 2011 and each calendar year thereafter.CommentsClose CommentsPermalink
`(b) Deposit of Proceeds- The Administrator shall deposit the proceeds from each auction carried out pursuant to this section into a fund of the Administrator for use, without further appropriation, for mitigating any increase in the cost of electricity to electricity consumers and energy-intensive industries, as determined by the Administrator.'.CommentsClose CommentsPermalink
SEC. 104. REVISIONS TO SULFUR DIOXIDE ALLOWANCE PROGRAM.
(a) In General- Title IV of the Clean Air Act (relating to acid deposition control) (
`SEC. 417. REVISIONS TO SULFUR DIOXIDE ALLOWANCE PROGRAM.
`(a) Regulations- Not later than 2 years after the date of enactment of the Clean Air/Climate Change Act of 2007, the Administrator shall promulgate such revisions to the regulations to implement this title as the Administrator determines to be necessary to implement section 702(a).CommentsClose CommentsPermalink
`(b) Sulfur Dioxide Allocations-CommentsClose CommentsPermalink
`(1) ALLOCATIONS TO ALLOWANCE TRACKING SYSTEM ACCOUNTS-CommentsClose CommentsPermalink
`(A) IN GENERAL- The Administrator shall allocate 95 percent of the quantity of sulfur dioxide allowances provided to achieve compliance with the requirement under section 702(a)(2) to accounts of the allowance tracking system under section 403(d) in accordance with the calculation under subparagraph (B).CommentsClose CommentsPermalink
`(B) CALCULATION FOR ALLOCATIONS-CommentsClose CommentsPermalink
`(i) DEFINITION OF EXISTING QUANTITY- In this subparagraph, the term `existing quantity', with respect to sulfur dioxide allowances, means, as determined by the Administrator in accordance with part 73 of title 40, Code of Federal Regulations (or successor regulations)--CommentsClose CommentsPermalink
`(I) for sulfur dioxide allowances allocated for any calendar year before calendar year 2016, the quantity of sulfur dioxide allowances allocated for the calendar year under sections 404 through 406, and recorded in an account of the allowance tracking system under section 403(d), as of 12:00 p.m., Eastern Standard Time, on the date that is 180 days after the date of enactment of the Clean Air/Climate Change Act of 2007; andCommentsClose CommentsPermalink
`(II) for sulfur dioxide allowances allocated for calendar year 2016 or any calendar year thereafter, the quantity described in subclause (I), reduced by--CommentsClose CommentsPermalink
`(aa) 7 percent for calendar year 2016; andCommentsClose CommentsPermalink
`(bb) an additional 7 percent for each calendar year thereafter.CommentsClose CommentsPermalink
`(ii) CALCULATION- For calendar year 2015 and each calendar year thereafter, the Administrator shall allocate to each account of the allowance tracking system under section 403(d) a quantity of sulfur dioxide allowances equal to the product obtained by multiplying--CommentsClose CommentsPermalink
`(I) the total quantity of allowances to be allocated under subparagraph (A); andCommentsClose CommentsPermalink
`(II) the proportion that--CommentsClose CommentsPermalink
`(aa) the total existing quantity of sulfur dioxide allowances for all calendar years in the account; bears toCommentsClose CommentsPermalink
`(bb) the total existing quantities of sulfur dioxide allowances for all calendar years in all accounts.CommentsClose CommentsPermalink
`(2) ALLOCATIONS TO CERTAIN EXISTING UNITS-CommentsClose CommentsPermalink
`(A) DEFINITION OF EXISTING AFFECTED UNIT- In this paragraph, the term `existing affected unit' means an affected unit that--CommentsClose CommentsPermalink
`(i) was an affected unit on December 31, 2006;CommentsClose CommentsPermalink
`(ii) began operation before January 1, 2001; andCommentsClose CommentsPermalink
`(iii) does not receive any sulfur dioxide allowance for a calendar year under section 404, 405, 406, or 410.CommentsClose CommentsPermalink
`(B) ALLOCATION- For calendar year 2015 and each calendar year thereafter, the Administrator shall allocate 3 1/2 percent of the quantity of sulfur dioxide allowances provided to achieve compliance with the requirement under section 702(a)(2) to existing affected units in accordance with the applicable calculation under subparagraph (C).CommentsClose CommentsPermalink
`(C) CALCULATIONS-CommentsClose CommentsPermalink
`(i) COAL-FIRED EXISTING AFFECTED UNITS- For calendar year 2015 and each calendar year thereafter, the Administrator shall allocate to each existing affected unit that is a coal-fired existing affected unit a quantity of sulfur dioxide allowances equal to the product (expressed in tons) obtained by multiplying--CommentsClose CommentsPermalink
`(I) the total baseline heat input of the existing affected unit, as determined under paragraph (4) (expressed in mmBtus); andCommentsClose CommentsPermalink
`(II) 0.40 lb/mmBtu.CommentsClose CommentsPermalink
`(ii) OIL-FIRED EXISTING AFFECTED UNITS- For calendar year 2015 and each calendar year thereafter, the Administrator shall allocate to each existing affected unit that is an oil-fired existing affected unit a quantity of sulfur dioxide allowances equal to the product (expressed in tons) obtained by multiplying--CommentsClose CommentsPermalink
`(I) the total baseline heat input of the existing affected unit, as determined under paragraph (4) (expressed in mmBtus); andCommentsClose CommentsPermalink
`(II) 0.20 lb/mmBtu.CommentsClose CommentsPermalink
`(iii) OTHER EXISTING AFFECTED UNITS- For calendar year 2015 and each calendar year thereafter, the Administrator shall allocate to each existing affected unit that is not a coal-fired or oil-fired existing affected unit a quantity of sulfur dioxide allowances equal to the product (expressed in tons) obtained by multiplying--CommentsClose CommentsPermalink
`(I) the total baseline heat input of the existing affected unit, as determined under paragraph (4) (expressed in mmBtus); andCommentsClose CommentsPermalink
`(II) 0.05 lb/mmBtu.CommentsClose CommentsPermalink
`(D) ADJUSTMENT OF ALLOCATIONS- If the total quantity of sulfur dioxide allowances to be allocated under subparagraph (C) for a calendar year is more than the total quantity of sulfur dioxide allowances available for allocation under subparagraph (B) for the calendar year, the Administrator shall allocate to each existing affected unit a quantity of sulfur dioxide allowances equal to the product obtained by multiplying--CommentsClose CommentsPermalink
`(i) the quantity of sulfur dioxide allowances to be allocated to the existing affected unit under subparagraph (C) for the calendar year; andCommentsClose CommentsPermalink
`(ii) the proportion that--CommentsClose CommentsPermalink
`(I) the quantity of sulfur dioxide allowances to be allocated to the existing affected unit under subparagraph (C) for the calendar year; bears toCommentsClose CommentsPermalink
`(II) the total quantity of sulfur dioxide allowances to be allocated to all existing affected units under subparagraph (C) for the calendar year.CommentsClose CommentsPermalink
`(E) EXCESS SUPPLY OF SULFUR DIOXIDE ALLOWANCES- Any sulfur dioxide allowance that is available for allocation under subparagraph (B) for a calendar year, but that is not allocated for the calendar year under subparagraph (C), shall be allocated in accordance with paragraph (3).CommentsClose CommentsPermalink
`(3) ALLOCATION TO CERTAIN NEW UNITS-CommentsClose CommentsPermalink
`(A) DEFINITION OF NEW AFFECTED UNIT- In this paragraph, the term `new affected unit' means an affected unit that--CommentsClose CommentsPermalink
`(i) was an affected unit on December 31, 2006;CommentsClose CommentsPermalink
`(ii) began operation during the period beginning on January 1, 2001, and ending on December 31, 2006; andCommentsClose CommentsPermalink
`(iii) does not receive any sulfur dioxide allowance for a calendar year under section 404, 405, 406, or 410.CommentsClose CommentsPermalink
`(B) ALLOCATION- For calendar year 2015 and each calendar year thereafter, the Administrator shall allocate 1 1/2 percent of the quantity of sulfur dioxide allowances provided to achieve compliance with the requirement under section 702(a)(2) to new affected units in accordance with the applicable calculation under subparagraph (C).CommentsClose CommentsPermalink
`(C) CALCULATIONS-CommentsClose CommentsPermalink
`(i) COAL-FIRED AND OIL-FIRED NEW AFFECTED UNITS- For calendar year 2015 and each calendar year thereafter, the Administrator shall allocate to each new affected unit that is a coal-fired or oil-fired new affected unit a quantity of sulfur dioxide allowances equal to the product (expressed in tons) obtained by multiplying--CommentsClose CommentsPermalink
`(I) the total baseline heat input of the new affected unit, as determined under paragraph (4) (expressed in mmBtus); andCommentsClose CommentsPermalink
`(II) 0.19 lb/mmBtu.CommentsClose CommentsPermalink
`(ii) OTHER NEW AFFECTED UNITS- For calendar year 2015 and each calendar year thereafter, the Administrator shall allocate to each new affected unit that is not a coal-fired or oil-fired new affected unit a quantity of sulfur dioxide allowances equal to the product (expressed in tons) obtained by multiplying--CommentsClose CommentsPermalink
`(I) the total baseline heat input of the new affected unit, as determined under paragraph (4) (expressed in mmBtus); andCommentsClose CommentsPermalink
`(II) 0.02 lb/mmBtu.CommentsClose CommentsPermalink
`(D) ADJUSTMENT OF ALLOCATIONS- If the total quantity of sulfur dioxide allowances to be allocated under subparagraph (C) for a calendar year is more than the total quantity of sulfur dioxide allowances available for allocation under subparagraph (B) for the calendar year, the Administrator shall allocate to each new affected unit a quantity of sulfur dioxide allowances equal to the product obtained by multiplying--CommentsClose CommentsPermalink
`(i) the quantity of sulfur dioxide allowances to be allocated to the new affected unit under subparagraph (C) for the calendar year; andCommentsClose CommentsPermalink
`(ii) the proportion that--CommentsClose CommentsPermalink
`(I) the quantity of sulfur dioxide allowances to be allocated to the new affected unit under subparagraph (C) for the calendar year; bears toCommentsClose CommentsPermalink
`(II) the total quantity of sulfur dioxide allowances to be allocated to all new affected units under subparagraph (C) for the calendar year.CommentsClose CommentsPermalink
`(E) USE OF OTHER EXCESS SULFUR DIOXIDE ALLOWANCES- The Administrator shall allocate to new affected units any excess allowance provided pursuant to paragraph (2)(E) in accordance with subparagraphs (C) and (D).CommentsClose CommentsPermalink
`(F) REMAINING SULFUR DIOXIDE ALLOWANCES- The Administrator shall allocate, on a pro rata basis in accordance with paragraphs (1) and (2), any sulfur dioxide allowance that is available for allocation, but that is not allocated, for a calendar year under subparagraph (C) to--CommentsClose CommentsPermalink
`(i) appropriate accounts of the allowance tracking system under section 403(d); andCommentsClose CommentsPermalink
`(ii) existing affected units (as defined in paragraph (2)(A)).CommentsClose CommentsPermalink
`(4) DETERMINATION OF BASELINE HEAT INPUT- For purposes of calculations under paragraphs (2)(C) and (3)(C), the baseline heat input of an existing affected unit (as defined in paragraph (2)(A)) or a new affected unit (as defined in paragraph (3)(A)) shall be equal to the quotient obtained by dividing--CommentsClose CommentsPermalink
`(A) the sum of the heat input of the affected unit for each of calendar years 2005 through 2007; byCommentsClose CommentsPermalink
`(B) 3.CommentsClose CommentsPermalink
`(5) WITHDRAWAL OF ALLOWANCES- After completing the allocations of sulfur dioxide allowances under paragraphs (1), (2), and (3), the Administrator shall withdraw from each compliance account and general account in the allowance tracking system under section 403(d), and from the special allowance reserve under section 416, all sulfur dioxide allowances allocated or deposited for calendar year 2015 or any calendar year thereafter.CommentsClose CommentsPermalink
`(6) TIMING OF ALLOCATIONS- The Administrator shall carry out each allocation of sulfur dioxide allowances required under this subsection for calendar year 2015 or any calendar year thereafter by not later than December 31, 2011.CommentsClose CommentsPermalink
`(7) NO JUDICIAL REVIEW- An allocation of sulfur dioxide allowances by the Administrator under this subsection, and the determination of a value used in calculating such an allocation, shall not be subject to judicial review.'.CommentsClose CommentsPermalink
(b) Definitions- Section 402 of the Clean Air Act (relating to acid deposition control) (
(1) by striking paragraph (2) and inserting the following:CommentsClose CommentsPermalink
`(2) AFFECTED UNIT-CommentsClose CommentsPermalink
`(A) IN GENERAL- The term `affected unit' means--CommentsClose CommentsPermalink
`(i) for a calendar year before calendar year 2015, a unit that is subject to emission reduction requirements or limitations under section 404, 405, 406, 409, or 410; andCommentsClose CommentsPermalink
`(ii) subject to subparagraph (B), for calendar year 2015 and each calendar year thereafter, a fossil fuel-fired electric generating unit that, on or after January 1, 1985, served a generator with a nameplate capacity greater than 25 megawatts producing electricity for sale.CommentsClose CommentsPermalink
`(B) EXCLUSION- For purposes of subparagraph (A)(ii), the term `affected unit' does not include a unit that--CommentsClose CommentsPermalink
`(i) cogenerates steam and electricity; butCommentsClose CommentsPermalink
`(ii) is not a cogeneration unit.CommentsClose CommentsPermalink
`(C) RELATED DEFINITIONS- For purposes of this paragraph, the terms `cogeneration unit', `fossil fuel-fired', and `unit' have the meanings given the terms in section 701.'; andCommentsClose CommentsPermalink
(2) by striking paragraph (3) and inserting the following:CommentsClose CommentsPermalink
`(3) ALLOWANCE-CommentsClose CommentsPermalink
`(A) IN GENERAL- Notwithstanding any other provision of this title, the term `allowance' or `sulfur dioxide allowance' means--CommentsClose CommentsPermalink
`(i) except as provided in clause (ii), an authorization allocated by the Administrator under this title to an affected unit to emit, during or after a specified calendar year, a quantity of sulfur dioxide emissions equal to 1 ton of sulfur dioxide; andCommentsClose CommentsPermalink
`(ii) with respect to a sulfur dioxide allowance allocated to a unit in a CAIR State for any of calendar years 2010 through 2014, an authorization allocated by the Administrator under this title, or under CAIR, to a unit to emit, during or after the applicable calendar year, a quantity of sulfur dioxide emissions equal to 1/2 ton of sulfur dioxide.CommentsClose CommentsPermalink
`(B) RELATED DEFINITIONS- For purposes of subparagraph (A), the terms `CAIR' and `CAIR State' have the meanings given the terms in section 701.'.CommentsClose CommentsPermalink
(c) Compliance-CommentsClose CommentsPermalink
(1) PROHIBITION- Section 403(g) of the Clean Air Act (relating to acid deposition control) (
(2) PERMITS AND COMPLIANCE PLANS- Section 408 of the Clean Air Act (relating to acid deposition control) (
(A) in subsection (a), by striking paragraph (1) and inserting the following:CommentsClose CommentsPermalink
`(1) annual emissions of sulfur dioxide in excess of the tons of sulfur dioxide emissions authorized by the allowances held by the owner or operator, or the designated representative of an owner or operator, of the affected source for the affected source for the calendar year,'; andCommentsClose CommentsPermalink
(B) in subsection (b), in the fourth sentence, by striking `to emit not less than the total annual emissions of the unit' and inserting `authorizing tons of emissions not less than the total annual emissions of the unit'.CommentsClose CommentsPermalink
(d) Excess Emissions- Section 411 of the Clean Air Act (relating to acid deposition control) (
`(e) Excess Emissions of Sulfur Dioxide-CommentsClose CommentsPermalink
`(1) PENALTY-CommentsClose CommentsPermalink
`(A) IN GENERAL- Notwithstanding subsections (a), (b), and (c), the owner and operator of an affected source the affected units of which emit, during calendar year 2007 or any calendar year thereafter, sulfur dioxide in excess of the tons of sulfur dioxide emissions authorized by the allowances held for use by the affected source for that calendar year shall offset, and pay an excess emissions penalty for, the excess emissions by surrendering to the Administrator a quantity of sulfur dioxide allowances for the following calendar year, or such earlier period as the Administrator may prescribe, authorizing a number of tons of sulfur dioxide emissions equal to the product obtained by multiplying--CommentsClose CommentsPermalink
`(i) subject to subparagraph (B), the number of tons of the excess emissions; andCommentsClose CommentsPermalink
`(ii) 2.CommentsClose CommentsPermalink
`(B) TREATMENT OF CERTAIN QUANTITIES OF EMISSIONS- For purposes of subparagraph (A)(i), a quantity of excess emissions equal to less than 1 ton shall be considered to be a quantity of excess emissions equal to 1 ton.CommentsClose CommentsPermalink
`(2) TREATMENT OF PENALTY- An offset and penalty imposed under paragraph (1) shall be in lieu of any offset and penalty required under subsection (a), (b), or (c) with respect to sulfur dioxide emissions.CommentsClose CommentsPermalink
`(f) Savings Provision- Nothing in this section limits or otherwise affects the application of section 113, 114, 120, or 304.'.CommentsClose CommentsPermalink
(e) Technical Amendments-CommentsClose CommentsPermalink
(1) Title IV of the Clean Air Act (relating to noise pollution) (
(A) is amended by redesignating sections 401 through 403 as sections 801 through 803, respectively; andCommentsClose CommentsPermalink
(B) is redesignated as title VIII and moved to appear at the end of that Act.CommentsClose CommentsPermalink
(2) The table of contents for title IV of the Clean Air Act (relating to acid deposition control) (42 U.S.C. prec. 7651) is amended by adding at the end the following:CommentsClose CommentsPermalink
`Sec. 417. Revisions to sulfur dioxide allowance program.'.CommentsClose CommentsPermalink
SEC. 105. AIR QUALITY FORECASTS AND WARNINGS.
(a) Requirement for Forecasts and Warnings- The Secretary of Commerce, acting through the Administrator of the National Oceanic and Atmospheric Administration, in cooperation with the Administrator of the Environmental Protection Agency, shall issue air quality forecasts and air quality warnings as part of the mission of the Department of Commerce.CommentsClose CommentsPermalink
(b) Regional Warnings- In carrying out subsection (a), the Secretary of Commerce shall establish within the National Oceanic and Atmospheric Administration a program to provide region-oriented forecasts and warnings regarding air quality for each of the following regions of the United States:CommentsClose CommentsPermalink
(1) The Northeast, composed of Connecticut, Maine, Massachusetts, New Hampshire, New York, Rhode Island, and Vermont.CommentsClose CommentsPermalink
(2) The Mid-Atlantic, composed of Delaware, the District of Columbia, Maryland, New Jersey, Pennsylvania, Virginia, and West Virginia.CommentsClose CommentsPermalink
(3) The Southeast, composed of Alabama, Florida, Georgia, North Carolina, and South Carolina.CommentsClose CommentsPermalink
(4) The South, composed of Arkansas, Louisiana, Mississippi, Oklahoma, Tennessee, and Texas.CommentsClose CommentsPermalink
(5) The Midwest, composed of Illinois, Indiana, Iowa, Kentucky, Michigan, Minnesota, Missouri, Ohio, and Wisconsin.CommentsClose CommentsPermalink
(6) The High Plains, composed of Kansas, Nebraska, North Dakota, and South Dakota.CommentsClose CommentsPermalink
(7) The Northwest, composed of Idaho, Montana, Oregon, Washington, and Wyoming.CommentsClose CommentsPermalink
(8) The Southwest, composed of Arizona, California, Colorado, New Mexico, Nevada, and Utah.CommentsClose CommentsPermalink
(9) Alaska.CommentsClose CommentsPermalink
(10) Hawaii.CommentsClose CommentsPermalink
(c) Priority Area- In establishing the program described in subsection (a), the Secretary of Commerce and the Administrator shall identify and expand, to the maximum extent practicable, Federal air quality forecast and warning programs in effect as of the date of establishment of the program.CommentsClose CommentsPermalink
(d) Authorization of Appropriations- There are authorized to be appropriated such sums as are necessary to carry out this section.CommentsClose CommentsPermalink
SEC. 106. RELATIONSHIP TO OTHER LAW.
(a) Regulation of Hazardous Air Pollutants- Section 112(n)(1) of the Clean Air Act (
`(A) REGULATIONS-CommentsClose CommentsPermalink
`(i) IN GENERAL- Not later than 18 months after the date of enactment of the Clean Air/Climate Change Act of 2007, the Administrator shall promulgate regulations under this section limiting the emission from electric utility steam generating units of hazardous air pollutants, other than mercury, as the Administrator determines to be appropriate and necessary in accordance with the standards under this section, including subsections (b)(2) and (f).CommentsClose CommentsPermalink
`(ii) REQUIREMENTS- The regulations under clause (i) shall--CommentsClose CommentsPermalink
`(I) require compliance with applicable standards as expeditiously as practicable, but not later than 3 years after the effective date of the regulations; andCommentsClose CommentsPermalink
`(II) be in accordance with other applicable requirements under this section.CommentsClose CommentsPermalink
`(iii) EFFECTIVE DATE- The regulations under clause (i) shall be effective on the date of promulgation of the regulations.'.CommentsClose CommentsPermalink
(b) Safe Drinking Water Act- Section 1412(b) of the Safe Drinking Water Act (
`(16) CARBON DIOXIDE- Not later than 2 years after the date of enactment of the Clean Air/Climate Change Act of 2007, the Administrator shall promulgate regulations establishing standards for underground injection of carbon dioxide in a manner that protects human health and the environment.'.CommentsClose CommentsPermalink
(c) No Effect on Other Federal and State Requirements- Except as otherwise specifically provided in this Act, nothing in this Act or an amendment made by this Act--CommentsClose CommentsPermalink
(1) affects any permitting, monitoring, or enforcement obligation of the Administrator of the Environmental Protection Agency under the Clean Air Act (
(2) affects any requirement applicable to, or liability of, an electric generating unit under that Act;CommentsClose CommentsPermalink
(3) requires a change in, affects, or limits any State law that regulates electric utility rates or charges, including prudence review under State law; orCommentsClose CommentsPermalink
(4) precludes a State or political subdivision of a State from adopting and enforcing any requirement for the control or abatement of air pollution, except that a State or political subdivision may not adopt or enforce any emission standard or limitation that is less stringent than the requirements imposed under that Act.CommentsClose CommentsPermalink
TITLE II--GREENHOUSE GAS OFFSETS
SEC. 201. GREENHOUSE GAS OFFSETS.
The Clean Air Act (
`TITLE VIII--GREENHOUSE GAS OFFSETS
`TITLE VIII--GREENHOUSE GAS OFFSETS
`Sec. 801. Definitions.CommentsClose CommentsPermalink
`Sec. 802. General requirements.CommentsClose CommentsPermalink
`Sec. 803. Standards for offset allowances.CommentsClose CommentsPermalink
`SEC. 801. DEFINITIONS.
`In this title:CommentsClose CommentsPermalink
`(1) ALLOWANCE- The term `allowance' means--CommentsClose CommentsPermalink
`(A) a carbon dioxide allowance, as defined in section 701; andCommentsClose CommentsPermalink
`(B) an offset allowance.CommentsClose CommentsPermalink
`(2) ANAEROBIC DIGESTER-CommentsClose CommentsPermalink
`(A) IN GENERAL- The term `anaerobic digester' means a device that promotes the decomposition of organic material to simple organic and gaseous biogas products, usually by collecting the material under controlled temperature and volume.CommentsClose CommentsPermalink
`(B) INCLUSION- The term `anaerobic digester' includes a biogas recovery system.CommentsClose CommentsPermalink
`(3) ANAEROBIC STORAGE- The term `anaerobic storage' means storage of organic material in an oxygen-free environment or under oxygen-free conditions, including by using holding tanks, ponds, or lagoons.CommentsClose CommentsPermalink
`(4) ANSI- The term `ANSI' means the American National Standards Institute.CommentsClose CommentsPermalink
`(5) ASHRAE- The term `ASHRAE' means the American Society of Heating, Refrigerating and Air Conditioning Engineers.CommentsClose CommentsPermalink
`(6) BIOGAS- The term `biogas' means a gas--CommentsClose CommentsPermalink
`(A) the principal components of which are methane and carbon dioxide; andCommentsClose CommentsPermalink
`(B) that results from the decomposition of organic matter under anaerobic conditions.CommentsClose CommentsPermalink
`(7) BOILER- The term `boiler' means a self-contained, low-pressure appliance for supplying heat in the form of steam or hot water to a residential building or commercial building.CommentsClose CommentsPermalink
`(8) COMMERCIAL BUILDING- The term `commercial building' means a building to which ANSI/ASHRAE/IESNA Standard 90.1 applies.CommentsClose CommentsPermalink
`(9) ELIGIBLE BIOMASS- The term `eligible biomass' includes sustainable harvested woody or herbaceous fuel sources that are available on a renewable or recurring basis (excluding old-growth timber), as determined by the Administrator, including--CommentsClose CommentsPermalink
`(A) dedicated energy crops and trees;CommentsClose CommentsPermalink
`(B) agricultural food and feed crop residues;CommentsClose CommentsPermalink
`(C) aquatic plants;CommentsClose CommentsPermalink
`(D) unadulterated wood and wood residues;CommentsClose CommentsPermalink
`(E) animal wastes;CommentsClose CommentsPermalink
`(F) other clean organic wastes not mixed with other solid wastes;CommentsClose CommentsPermalink
`(G) biogas; andCommentsClose CommentsPermalink
`(H) other neat liquid biofuels derived from any fuel source described in subparagraphs (A) through (G).CommentsClose CommentsPermalink
`(10) ENERGY CONSERVATION MEASURE- The term `energy conservation measure' means an activity the purpose of which is to increase the energy efficiency of a building or to improve the management of energy demand, including through--CommentsClose CommentsPermalink
`(A) physical changes to equipment;CommentsClose CommentsPermalink
`(B) modifications to the building;CommentsClose CommentsPermalink
`(C) revisions of operating and maintenance procedures;CommentsClose CommentsPermalink
`(D) software changes; andCommentsClose CommentsPermalink
`(E) new methods of training or managing users of the building or operations and maintenance staff.CommentsClose CommentsPermalink
`(11) ENERGY PERFORMANCE- The term `energy performance' means the relative energy efficiency of a building, building equipment, or building component, measured based on--CommentsClose CommentsPermalink
`(A) for a building, the quantity of energy required to provide building services; andCommentsClose CommentsPermalink
`(B) for building equipment and components, the impact of equipment or components on energy usage.CommentsClose CommentsPermalink
`(12) FORESTED CONDITION- The term `forested condition', with respect to land, means land--CommentsClose CommentsPermalink
`(A) the area of which is at least 1 acre, with strips of forest at least 120 feet wide, measured stem-to-stem from the outer-most edge, for a continuous length of at least 363 feet; andCommentsClose CommentsPermalink
`(B)(i) at least 10 percent of the area of which is stocked by trees of any size, or has been at least 10-percent stocked by trees at any time, and that is not subject to any nonforest-related use that prevents normal tree regeneration and succession, such as regular mowing, intensive grazing, or recreation activities; orCommentsClose CommentsPermalink
`(ii) for any western woodland species for which the stocking described in clause (i) cannot be determined, at least 5 percent of which has a crown cover of trees of any size, or has had at least 5-percent cover at any time, and that is not subject to any nonforest-related use that prevents normal tree regeneration and succession, such as regular mowing, intensive grazing, or recreation activities.CommentsClose CommentsPermalink
`(13) FURNACE- The term `furnace' means a self-contained, indirect-fired appliance that--CommentsClose CommentsPermalink
`(A) supplies heated air to a residential building or commercial building through ducts to conditioned spaces; andCommentsClose CommentsPermalink
`(B) has a heat input rate of less than 225,000 Btu per hour.CommentsClose CommentsPermalink
`(14) HVAC SYSTEM-CommentsClose CommentsPermalink
`(A) IN GENERAL- The term `HVAC system' means any system or combination of systems that provides, collectively or individually, heating, ventilation, or air conditioning to a building.CommentsClose CommentsPermalink
`(B) INCLUSIONS- The term `HVAC system' includes equipment, distribution networks, and terminals for a system described in subparagraph (A).CommentsClose CommentsPermalink
`(15) IESNA- The term `IESNA' means the Illuminating Engineering Society of North America.CommentsClose CommentsPermalink
`(16) MARKET PENETRATION RATE- The term `market penetration rate' means, as determined by the Administrator, the rate of diffusion of a technology, product, or practice in a defined market, expressed as--CommentsClose CommentsPermalink
`(A) a percentage of annual sales of the technology, product, or practice; orCommentsClose CommentsPermalink
`(B) a percentage of existing installed stock--CommentsClose CommentsPermalink
`(i) for a product or category of products; orCommentsClose CommentsPermalink
`(ii) that uses a technology, product, or practice.CommentsClose CommentsPermalink
`(17) OFFSET ALLOWANCE- The term `offset allowance' means an allowance awarded under this title for--CommentsClose CommentsPermalink
`(A) each sequestration of, reduction in, or prevention of, 1 ton of carbon dioxide or carbon dioxide-equivalent emissions, as determined by the Administrator; orCommentsClose CommentsPermalink
`(B) an eligible emission credit retirement under section 802(a).CommentsClose CommentsPermalink
`(18) OFFSET PROJECT- The term `offset project' means a project that--CommentsClose CommentsPermalink
`(A) provides for a reduction in greenhouse gases or greenhouse gas emissions through--CommentsClose CommentsPermalink
`(i) the capture and destruction of methane from a landfill;CommentsClose CommentsPermalink
`(ii) a reduction in emissions of sulfur hexafluoride;CommentsClose CommentsPermalink
`(iii) the sequestration of carbon through afforestation;CommentsClose CommentsPermalink
`(iv) a reduction or avoidance of carbon dioxide emissions from natural gas, oil, or propane end-use combustion through end-use energy efficiency; orCommentsClose CommentsPermalink
`(v) the prevention of methane emissions through the use of agricultural manure management operations;CommentsClose CommentsPermalink
`(B) is carried out in any State or other United States jurisdiction pursuant to a memorandum of understanding between the project sponsor and the Administrator; andCommentsClose CommentsPermalink
`(C) begins operation on or after the date of enactment of this title.CommentsClose CommentsPermalink
`(19) RESIDENTIAL BUILDING- The term `residential building' means a low-rise building (including a single family home, a multifamily structure of 3 stories or less above grade, and a manufactured modular or mobile home) to which ANSI/ASHRAE/IESNA Standard 90.1 does not apply.CommentsClose CommentsPermalink
`(20) RESNET- The term `RESNET' means the Residential Energy Services Network.CommentsClose CommentsPermalink
`(21) SF6-CONTAINING OPERATING EQUIPMENT- The term `SF6-containing operating equipment' means any equipment that--CommentsClose CommentsPermalink
`(A) is used for the transmission or distribution of electricity; andCommentsClose CommentsPermalink
`(B) contains sulfur hexafluoride.CommentsClose CommentsPermalink
`(22) TOTAL SOLIDS- The term `total solids' means the content of solid materials in a given sample, including suspended solids, dissolved solids, and suspended volatile solids.CommentsClose CommentsPermalink
`(23) TRANSMISSION OR DISTRIBUTION ENTITY-CommentsClose CommentsPermalink
`(A) IN GENERAL- The term `transmission or distribution entity' means an entity that transmits or distributes electricity from an electric generator to the electrical load of a customer.CommentsClose CommentsPermalink
`(B) INCLUSIONS- The term `transmission or distribution entity' includes all related assets and equipment of an entity described in subparagraph (A) that are located within the service area of the entity, as defined by the applicable State regulatory agency.CommentsClose CommentsPermalink
`(24) VERIFICATION- The term `verification' means any activity conducted by a project sponsor to ensure the adequacy and consistency of a component of an offset project, including monitoring and reporting to the Administrator on any violation of this title.CommentsClose CommentsPermalink
`(25) UNFCCC- The term `UNFCCC' means the United Nations Framework Convention on Climate Change, done at New York on May 9, 1992.CommentsClose CommentsPermalink
`(26) VOLATILE SOLIDS- The term `volatile solids' means the fraction of total solids of a given sample that is comprised primarily of organic matter.CommentsClose CommentsPermalink
`SEC. 802. GENERAL REQUIREMENTS.
`(a) Eligible Carbon Dioxide Emission Offset Projects and Eligible Emission Credit Retirements- Subject to subsection (c) and in accordance with the calculations and other requirements of section 803, the Administrator may award offset allowances to the sponsor of any offset project or eligible emission credit retirement if the sponsor has met all applicable requirements of this title.CommentsClose CommentsPermalink
`(b) Project Sponsor- Any person may act as the sponsor of an offset project or eligible emission credit retirement if the person meets all the requirements established by the Administrator.CommentsClose CommentsPermalink
`(c) Requirements for the Award of Offset Allowances- Except as provided in section 803, with respect to the awarding of offset allowances under this section--CommentsClose CommentsPermalink
`(1) an offset allowance may not be awarded for an offset project that is required to be carried out pursuant to any Federal, State, or local law (including a regulation), other than this Act, or administrative or judicial order;CommentsClose CommentsPermalink
`(2) offset allowances shall not be awarded to an offset project that includes an electric generation component; andCommentsClose CommentsPermalink
`(3) an offset allowance shall not be awarded to an offset project that is awarded credits or allowances under any other mandatory or voluntary greenhouse gas program, as determined by the Administrator.CommentsClose CommentsPermalink
`(d) Offset Project Audit- The sponsor of an offset project shall provide to the Administrator (or a designee) access to the physical location at which the offset project is carried out to ensure compliance with this title.CommentsClose CommentsPermalink
`(e) Ineligibility Because of Noncompliance- If the Administrator determines that an offset project or sponsor of an offset project has not complied, or is not in compliance, with this title, the Administrator may--CommentsClose CommentsPermalink
`(1) revoke and retire any offset allowances in the account of the sponsor of the offset project; andCommentsClose CommentsPermalink
`(2) revoke any other approvals issued by the Administrator with respect to the offset project.CommentsClose CommentsPermalink
`(f) Regulations-CommentsClose CommentsPermalink
`(1) IN GENERAL- Not later than 2 years after the date of enactment of this title, the Administrator shall promulgate regulations to carry out this title.CommentsClose CommentsPermalink
`(2) INTERACTION WITH DEPARTMENT OF AGRICULTURE-CommentsClose CommentsPermalink
`(A) IN GENERAL- Except as provided in subparagraph (B), the Administrator shall promulgate all regulations relating to greenhouse gas offsets under this title.CommentsClose CommentsPermalink
`(B) OFFSETS- The Administrator, in consultation with the Secretary of Agriculture, shall promulgate regulations, in accordance with the requirements of this title, relating to greenhouse gas offsets produced by agricultural sequestration practices.CommentsClose CommentsPermalink
`(3) ADDITIONAL PROJECT TYPES- In promulgating regulations pursuant to this subsection, the Administrator shall establish requirements, in accordance with the requirements of this title, relating to types of greenhouse gas offset projects not otherwise addressed under this title.CommentsClose CommentsPermalink
`SEC. 803. STANDARDS FOR OFFSET ALLOWANCES.
`(a) Landfill Methane Capture and Destruction Offset Projects-CommentsClose CommentsPermalink
`(1) IN GENERAL- An offset project for the capture and destruction of methane shall be eligible to receive allowances under this title if the offset project--CommentsClose CommentsPermalink
`(A) captures and destroys methane from a landfill that is not subject to--CommentsClose CommentsPermalink
`(i) the regulations entitled `Standards of Performance for New Stationary Sources; Municipal Solid Waste Landfills' under subpart www of part 60 of title 40, Code of Federal Regulations (or successor regulations); orCommentsClose CommentsPermalink
`(ii) any other relevant Federal regulations, including emissions guidelines for municipal solid waste landfills under--CommentsClose CommentsPermalink
`(I) subpart cc of part 60 of that title; orCommentsClose CommentsPermalink
`(II) subpart aaaa of part 63 of that title; andCommentsClose CommentsPermalink
`(B) meets the requirements of this subsection.CommentsClose CommentsPermalink
`(2) REQUIREMENT- To be eligible to receive an allowance under this subsection, an offset project described in paragraph (1) shall use a landfill gas collection system that provides for continuous metering and data computation of--CommentsClose CommentsPermalink
`(A) the landfill gas volumetric flow rate; andCommentsClose CommentsPermalink
`(B) methane concentration.CommentsClose CommentsPermalink
`(3) EMISSIONS CALCULATIONS-CommentsClose CommentsPermalink
`(A) EMISSIONS BASELINE-CommentsClose CommentsPermalink
`(i) IN GENERAL- The emissions baseline of an offset project that receives allowances under this subsection shall be the potential fugitive landfill emissions of methane (measured in tons of carbon dioxide equivalent), as calculated based on the quantity of methane collected and metered for thermal destruction as part of the offset project in accordance with the following formula: Emissions (tons of carbon dioxide equivalent) = (VCommentsClose CommentsPermalink
731.0A MCommentsClose CommentsPermalink
731.0A (1-OX)CommentsClose CommentsPermalink
731.0A GWP)/2000.CommentsClose CommentsPermalink
`(ii) ABBREVIATIONS- In the formula contained in clause (i)--CommentsClose CommentsPermalink
`(I) `V' represents the volume of methane collected (expressed in cubic feet);CommentsClose CommentsPermalink
`(II) `M' represents the mass of methane per cubic foot (with a default value of 0.04246 pounds per cubic foot at 1 atmosphere and 20 «C);CommentsClose CommentsPermalink
`(III) `OX' represents the oxidation factor, which is the estimated portion of collected methane that would have oxidized to carbon dioxide if not collected (with a default value of 0.10); andCommentsClose CommentsPermalink
`(IV) `GWP' represents the carbon dioxide-equivalent global warming potential of methane (with a default value of 23).CommentsClose CommentsPermalink
`(B) EMISSIONS REDUCTIONS-CommentsClose CommentsPermalink
`(i) IN GENERAL- The emissions reductions of an offset project under this subsection shall be the potential fugitive landfill emissions of methane (measured in tons of carbon dioxide equivalent) that would have occurred if metered methane collected from the landfill for thermal destruction as part of the offset project was not collected and destroyed, as calculated in accordance with the following formula: Emissions reductions (tons of carbon dioxide equivalent) = (VCommentsClose CommentsPermalink
731.0A MCommentsClose CommentsPermalink
731.0A (1-OX)CommentsClose CommentsPermalink
731.0A CefCommentsClose CommentsPermalink
731.0A GWP)/2000.CommentsClose CommentsPermalink
`(ii) ABBREVIATIONS- In the formula contained in clause (i)--CommentsClose CommentsPermalink
`(I) `V' represents the volume of methane collected (expressed in cubic feet);CommentsClose CommentsPermalink
`(II) `M' represents the mass of methane pre cubic foot (with a default value of 0.04246 pounds per cubic foot at 1 atmosphere and 20 «C);CommentsClose CommentsPermalink
`(III) `OX' represents the oxidation factor, which is the estimated portion of collected methane that would have oxidized to carbon dioxide if not collected (with a default value of 0.10);CommentsClose CommentsPermalink
`(IV) `Cef' represents the combustion efficiency of methane control technology (with a default value of 0.98); andCommentsClose CommentsPermalink
`(V) `GWP' represents the carbon dioxide-equivalent global warming potential of methane (with a default value of 23).CommentsClose CommentsPermalink
`(4) MONITORING AND VERIFICATION- Not less frequently than once each year, the sponsor of an offset project that receives an allowance under this subsection shall submit to the Administrator a monitoring and verification report, including--CommentsClose CommentsPermalink
`(A) data relating to monthly volumetric flow rate and methane concentration of the offset project, including documentation that the methane was actually supplied to an applicable combustion source; andCommentsClose CommentsPermalink
`(B) verification of landfill gas methane composition through landfill gas sampling and independent laboratory analysis using applicable laboratory test methods of the Environmental Protection Agency.CommentsClose CommentsPermalink
`(b) Sulfur Hexafluoride Offset Projects-CommentsClose CommentsPermalink
`(1) IN GENERAL- An offset project to prevent, through capture and storage, recycling, or destruction, the emission into the atmosphere of sulfur hexafluoride from equipment in the electricity transmission and distribution sector shall be eligible to receive allowances under this title.CommentsClose CommentsPermalink
`(2) REQUIREMENTS-CommentsClose CommentsPermalink
`(A) IN GENERAL- To be eligible to receive an allowance under this subsection, an offset project described in paragraph (1) shall include incremental action beyond action taken with respect to the offset project during the calendar year preceding the year in which an application is submitted (referred to in this subsection as the `baseline year') to achieve a reduction in sulfur hexafluoride emissions, in accordance with the guidance under--CommentsClose CommentsPermalink
`(i) the International Electrotechnical Commission document numbered 1634 and entitled `High-voltage switchgear and control gear--Use and handling of sulfur hexafluoride (SF6) in high-voltage switchgear and control gear' (CEI/IEC 1634, 1995-04); andCommentsClose CommentsPermalink
`(ii) the Electric Power Research Institute document entitled `Practical Guide to SF6 Handling Practices' (TR-113933, 2002).CommentsClose CommentsPermalink
`(B) ENTITY-WIDE EMISSIONS RATES-CommentsClose CommentsPermalink
`(i) CALCULATION-CommentsClose CommentsPermalink
`(I) IN GENERAL- The entity-wide sulfur hexafluoride emissions rate of an offset project, measured as a percentage, shall be calculated in accordance with the following formula: SF6 emissions rate (%) = (total SF6 emissions for reporting year)/(total SF6 nameplate capacity at end of reporting year).CommentsClose CommentsPermalink
`(II) DESCRIPTION- In the formula contained in subclause (I), `SF6 nameplate capacity' means the capacity of all SF6-containing operating equipment owned or operated as part of the offset project, measured at the full and proper SF6-charge of that equipment, rather than the actual charge of the equipment, which may reflect leakage.CommentsClose CommentsPermalink
`(ii) REQUIREMENT-CommentsClose CommentsPermalink
`(I) IN GENERAL- Subject to subclauses (II) and (III) and except as provided in clause (iii), to be eligible to receive allowances under this subsection, the entity-wide emissions rate for the baseline year of an offset project shall be lower than the applicable emissions rate contained in the following table:CommentsClose CommentsPermalink
`Emissions Rates by RegionCommentsClose CommentsPermalink
------------------------CommentsClose CommentsPermalink
Region Emissions rate CommentsClose CommentsPermalink
------------------------CommentsClose CommentsPermalink
A 9.68% CommentsClose CommentsPermalink
B 5.22% CommentsClose CommentsPermalink
C 9.68% CommentsClose CommentsPermalink
D 5.77% CommentsClose CommentsPermalink
E 3.65% CommentsClose CommentsPermalink
National 9.68% CommentsClose CommentsPermalink
------------------------CommentsClose CommentsPermalink
`(II) ADJUSTMENT-CommentsClose CommentsPermalink
`(aa) FINDING- Congress finds that the emissions rates contained in the table under subclause (I) are based on weighted average emissions rates for calendar year 2004 for the Environmental Protection Agency sulfur hexafluoride partnership utilities in each region.CommentsClose CommentsPermalink
`(bb) DETERMINATION- If the Administrator determines that an emissions rate contained in the table under subclause (I) for any region is in error and is higher than the national weighted average emissions rate, the national emissions rate contained in that table shall apply with respect to the region.CommentsClose CommentsPermalink
`(III) REGION DESCRIPTIONS- For purposes of the table under in subclause (I)--CommentsClose CommentsPermalink
`(aa) Region A is comprised of the States of Connecticut, Delaware, Maine, Massachusetts, New Jersey, New York, New Hampshire, Pennsylvania, Rhode Island, and Vermont;CommentsClose CommentsPermalink
`(bb) Region B is comprised of the States of Alabama, Florida, Georgia, Kentucky, Maryland, Mississippi, North Carolina, South Carolina, Tennessee, Virginia, West Virginia, and the District of Columbia;CommentsClose CommentsPermalink
`(cc) Region C is comprised of the States of Colorado, Illinois, Indiana, Michigan, Minnesota, Montana, North Dakota, Ohio, South Dakota, Utah, Wisconsin, and Wyoming;CommentsClose CommentsPermalink
`(dd) Region D is comprised of the States of Arkansas, Iowa, Kansas, Louisiana, Missouri, Nebraska, New Mexico, Oklahoma, and Texas; andCommentsClose CommentsPermalink
`(ee) Region E is comprised of the States of Alaska, Arizona, California, Hawaii, Idaho, Nevada, Oregon, and Washington.CommentsClose CommentsPermalink
`(iii) EXCEPTION- Notwithstanding clause (ii), an offset project shall be eligible to receive allowances under this subsection regardless of the entity-wide emissions rate for the baseline year of the offset project if the sponsor of the offset project demonstrates to the satisfaction of the Administrator that each of the following conditions is met:CommentsClose CommentsPermalink
`(I) The offset project is being carried out at a transmission or distribution entity the service area of which is predominantly urban.CommentsClose CommentsPermalink
`(II) The optimal management of sulfur hexafluoride is prevented by at least 2 of the following factors:CommentsClose CommentsPermalink
`(aa) The transmission or distribution entity for which the offset project is being carried out is comprised of older-than-average installed transmission or distribution equipment compared to the national average age of the equipment.CommentsClose CommentsPermalink
`(bb) A majority of the electricity load of the transmission or distribution entity for which the offset project is being carried out is served by equipment that is located underground, precluding management of sulfur hexafluoride emissions through regular ongoing maintenance.CommentsClose CommentsPermalink
`(cc) The transmission or distribution entity for which the offset project is being carried out is unable to remove a substantial portion of equipment from service because doing so would impair system reliability.CommentsClose CommentsPermalink
`(dd) The required equipment purpose or design for a substantial portion of the equipment of the transmission or distribution entity for which the offset project is being carried out results in inherently leak-prone equipment.CommentsClose CommentsPermalink
`(3) EMISSIONS CALCULATIONS-CommentsClose CommentsPermalink
`(A) IN GENERAL- To be eligible to receive allowances under this subsection, the sponsor of an offset project shall submit to the Administrator an annual report describing the sulfur hexafluoride emissions of the offset project (including such supporting documentation as the Administrator determines to be appropriate), calculated in accordance with this paragraph.CommentsClose CommentsPermalink
`(B) DETERMINATION OF BASELINE EMISSIONS-CommentsClose CommentsPermalink
`(i) IN GENERAL- The baseline sulfur hexafluoride emissions of an offset project that receives an allowance under this subsection shall be determined based on the sulfur hexafluoride emissions emitted by the transmission or distribution entity for the baseline year of the offset project.CommentsClose CommentsPermalink
`(ii) LIMITATION- The baseline year for an offset project an application of which is submitted before January 1, 2009, shall be not earlier than 2005.CommentsClose CommentsPermalink
`(iii) MONITORING- The sponsor of an offset project that receives an allowance under this subsection shall systematically track and account for all uses of sulfur hexafluoride by the transmission or distribution entity for which the offset project is being carried out to determine entity-wide emissions of sulfur hexafluoride, including monitoring all electric transmission and distribution assets and all SF6-containing operating equipment owned or operated by the transmission or distribution entity.CommentsClose CommentsPermalink
`(C) MASS BALANCE METHOD-CommentsClose CommentsPermalink
`(i) IN GENERAL- For purposes of this paragraph, the sulfur hexafluoride emissions of an offset project for a calendar year shall be determined based on the following mass balance formula: SF6 emissions (lbs) = (SF6 change in inventory) + (SF6 purchases and acquisitions) - (SF6 sales and disbursements) - (change in total SF6 nameplate capacity of equipment).CommentsClose CommentsPermalink
`(ii) DESCRIPTION- In the formula contained in clause (i)--CommentsClose CommentsPermalink
`(I) `SF6 change in inventory' means the difference between, with respect to the applicable offset project--CommentsClose CommentsPermalink
`(aa) the quantity of sulfur hexafluoride gas in storage (including gas held in cylinders and gas carts, but not including gas held in SF6-containing operating equipment) on January 1 of the applicable calendar year; andCommentsClose CommentsPermalink
`(bb) the quantity of sulfur hexafluoride gas in storage on December 31 of the applicable calendar year;CommentsClose CommentsPermalink
`(II) `SF6 purchases and acquisitions' means the total quantity of sulfur hexafluoride gas acquired from other entities during the applicable calendar year, as contained in storage containers or SF6-containing operating equipment;CommentsClose CommentsPermalink
`(III) `SF6 sales and disbursements' means the total quantity of sulfur hexafluoride gas sold or otherwise distributed to other entities during the applicable calendar year, as contained in storage containers or SF6-containing operating equipment; andCommentsClose CommentsPermalink
`(IV) `change in total SF6 nameplate capacity of equipment' (measured at the full and proper SF6-charge of that equipment, rather than the actual charge of the equipment, which may reflect leakage), means the net change in the total volume of SF6-containing operating equipment during the applicable calendar year, equal to the difference between--CommentsClose CommentsPermalink
`(aa) the total volume of SF6-containing operating equipment obtained during the applicable calendar year; andCommentsClose CommentsPermalink
`(bb) the total volume of SF6-containing operating equipment retired during the applicable calendar year.CommentsClose CommentsPermalink
`(D) EMISSIONS-CommentsClose CommentsPermalink
`(i) IN GENERAL- The sulfur hexafluoride emissions of an offset project for a calendar year shall be calculated in accordance with the following formula: Emissions (tons of carbon dioxide equivalent) = [(Viby - Viey) + (PApsd + PAe + PArre) - (SDop + SDrs + SDdf + SDsor) - (CNPne - CNPrse)]CommentsClose CommentsPermalink
731.0A GWP/2000.CommentsClose CommentsPermalink
`(ii) DESCRIPTION- In the formula contained in clause (i), in which each sulfur hexafluoride value shall be expressed in pounds--CommentsClose CommentsPermalink
`(I) `Viby' represents the sulfur hexafluoride inventory of the offset project in cylinders, gas carts, and other storage containers (not including SF6-containing operating equipment) on January 1 of the applicable calendar year;CommentsClose CommentsPermalink
`(II) `Viey' represents the sulfur hexafluoride inventory of the offset project in cylinders, gas carts, and other storage containers (not including SF6-containing operating equipment) on December 31 of the applicable calendar year;CommentsClose CommentsPermalink
`(III) `PApsd' represents the quantity of sulfur hexafluoride purchased from suppliers and distributors in cylinders for the offset project during the applicable calendar year;CommentsClose CommentsPermalink
`(IV) `PAe' represents the quantity of sulfur hexafluoride provided by equipment manufacturers in SF6-containing operating equipment during the applicable calendar year;CommentsClose CommentsPermalink
`(V) `PArre' represents the quantity of sulfur hexafluoride returned to the offset project entity after off-site recycling during the applicable calendar year;CommentsClose CommentsPermalink
`(VI) `SDop' represents sales of sulfur hexafluoride by the offset project to other entities during the applicable calendar year, including through sulfur hexafluoride gas remaining in SF6-containing operating equipment sold by the offset project;CommentsClose CommentsPermalink
`(VII) `SDrs' represents the quantity of sulfur hexafluoride returned by the offset project to the supplier during the applicable calendar year;CommentsClose CommentsPermalink
`(VIII) `SDdf' represents the quantity of sulfur hexafluoride sent by the offset project to destruction facilities during the applicable calendar year;CommentsClose CommentsPermalink
`(IX) `SDsor' represents the quantity of sulfur hexafluoride sent off-site for recycling by the offset project during the applicable calendar year;CommentsClose CommentsPermalink
`(X) `CNPne' represents the total sulfur hexafluoride nameplate capacity (measured at full and proper charge) of SF6-containing operating equipment of the offset project acquired during the applicable calendar year;CommentsClose CommentsPermalink
`(XI) `CNPrse' represents the total sulfur hexafluoride nameplate capacity (measured at full and proper charge) of SF6-containing operating equipment retired or sold by the offset project during the applicable calendar year; andCommentsClose CommentsPermalink
`(XII) `GWP' represents the carbon dioxide equivalent global warming potential of sulfur hexafluoride (the default value of which is 22,200).CommentsClose CommentsPermalink
`(E) EMISSIONS REDUCTIONS-CommentsClose CommentsPermalink
`(i) IN GENERAL- The emissions reduction of an offset project for a calendar year shall be determined in accordance with the following formula: Emissions reduction (tons of carbon dioxide equivalent) = (total pounds of SF6 emissions in baseline year) - (total pounds of SF6 emissions in reporting year)CommentsClose CommentsPermalink
731.0A GWP/2000.CommentsClose CommentsPermalink
`(ii) DESCRIPTION- For purposes of the formula contained in clause (i)--CommentsClose CommentsPermalink
`(I) each value shall be determined in accordance with the calculations described in this paragraph; andCommentsClose CommentsPermalink
`(II) `GWP' represents the carbon dioxide equivalent global warming potential of sulfur hexafluoride (the default value of which is 22,200).CommentsClose CommentsPermalink
`(4) MONITORING AND VERIFICATION-CommentsClose CommentsPermalink
`(A) IN GENERAL- Not less frequently than once each year, the sponsor of an offset project that receives an allowance under this subsection shall submit to the Administrator a monitoring and verification report that includes--CommentsClose CommentsPermalink
`(i) the information and documentation described in paragraph (3)(A);CommentsClose CommentsPermalink
`(ii) an identification of each facility managed by the transmission or distribution entity for which the offset project is being carried out from which sulfur hexafluoride gas is acquired or disbursed, including--CommentsClose CommentsPermalink
`(I) a log of each such acquisition or dispersal describing--CommentsClose CommentsPermalink
`(aa) the weight of each cylinder transported before shipment from the facility; andCommentsClose CommentsPermalink
`(bb) the weight of each cylinder after return to the facility; andCommentsClose CommentsPermalink
`(II) a cylinder-specific log (including the location, weight, and specific identifying information of any applicable equipment) for each cylinder used at the facility--CommentsClose CommentsPermalink
`(aa) to fill equipment with sulfur hexafluoride; orCommentsClose CommentsPermalink
`(bb) to reclaim sulfur hexafluoride from equipment; andCommentsClose CommentsPermalink
`(iii) an inventory of all SF6-containing operating equipment and all other sulfur hexafluoride-related items (including cylinders, gas carts, and other storage containers) used by the transmission or distribution entity for which the offset project is being carried out.CommentsClose CommentsPermalink
`(B) RETURN OF LOGS- The project sponsor shall submit to the facility in control of each applicable cylinder a copy of each log described in subparagraph (A)(ii)(II) relating to the cylinder by not later than the earlier of--CommentsClose CommentsPermalink
`(i) the date on which the sponsor completes use of the cylinder; andCommentsClose CommentsPermalink
`(ii) the date on which the cylinder is empty.CommentsClose CommentsPermalink
`(c) Sequestration of Carbon Due to Afforestation or Reforestation-CommentsClose CommentsPermalink
`(1) IN GENERAL- An offset project that sequesters carbon through the conversion of nonforested land to a forested condition may receive allowances under this title if--CommentsClose CommentsPermalink
`(A) the offset project occurs on land that has been in a nonforested state for at least 10 years immediately preceding the date of implementation of the offset project;CommentsClose CommentsPermalink
`(B) the offset project is, as determined by the Administrator--CommentsClose CommentsPermalink
`(i) not common practice in the geographic area in which the offset project will occur;CommentsClose CommentsPermalink
`(ii) managed in accordance with widely-accepted environmentally sustainable forestry practices; andCommentsClose CommentsPermalink
`(iii) designed to promote restoration of native forests by using mainly native species and avoiding the introduction of invasive nonnative species; andCommentsClose CommentsPermalink
`(iv) before any commercial timber harvest-related activity occurs pursuant to the offset project, an appropriate certification is obtained by the sponsor of the offset project through--CommentsClose CommentsPermalink
`(I) the Forest Stewardship Council;CommentsClose CommentsPermalink
`(II) the Sustainable Forestry Institute;CommentsClose CommentsPermalink
`(III) the American Tree Farm System; orCommentsClose CommentsPermalink
`(IV) such other similar organization as the Administrator determines to be appropriate.CommentsClose CommentsPermalink
`(2) CARBON SEQUESTRATION BASELINE-CommentsClose CommentsPermalink
`(A) IN GENERAL- To be eligible to receive allowances under this subsection, the sponsor of an offset project shall determine, using data from the 1-year period ending on the date on which the offset project begins operation, the carbon content of certain carbon pools in accordance with this paragraph.CommentsClose CommentsPermalink
`(B) CARBON POOLS-CommentsClose CommentsPermalink
`(i) MANDATORY- As a condition of receiving allowances under this subsection, the sponsor of an offset project shall determine the carbon content of the following carbon pools:CommentsClose CommentsPermalink
`(I) Live above-ground tree biomass.CommentsClose CommentsPermalink
`(II) Live below-ground tree biomass.CommentsClose CommentsPermalink
`(III) Soil carbon.CommentsClose CommentsPermalink
`(IV)(aa) Except as provided in item (bb), dead organic matter and coarse woody debris.CommentsClose CommentsPermalink
`(bb) If the Administrator determines that the baseline measurement of the dead organic matter or coarse woody debris carbon pool for an offset project is at or near zero, the determination of the carbon content of that carbon pool shall be discretionary under clause (ii).CommentsClose CommentsPermalink
`(ii) DISCRETIONARY- The sponsor of an offset project may elect to determine the carbon content of the following carbon pools:CommentsClose CommentsPermalink
`(I) Live above-ground non-tree biomass.CommentsClose CommentsPermalink
`(II) Dead organic matter and forest floor.CommentsClose CommentsPermalink
`(iii) DIVISION INTO SUBPOPULATIONS-CommentsClose CommentsPermalink
`(I) IN GENERAL- To increase the accuracy of the calculation of carbon content under this subparagraph, the sponsor of the offset project shall divide the land within the jurisdiction of the offset project into subpopulations that form relatively homogenous units.CommentsClose CommentsPermalink
`(II) FACTORS FOR CONSIDERATION- In dividing land of the offset project under subclause (I), the sponsor shall take into consideration--CommentsClose CommentsPermalink
`(aa) vegetation and tree species (including existing vegetation and trees and vegetation and trees to be used as part of the offset project); andCommentsClose CommentsPermalink
`(bb) site-specific factors, such as soil type, elevation, slope, and age class.CommentsClose CommentsPermalink
`(iv) SUBPOPULATION CALCULATION-CommentsClose CommentsPermalink
`(I) IN GENERAL- The carbon content of each subpopulation of a carbon pool under this subparagraph shall be calculated in accordance with the following formula: carbon dioxide (tons) = [(ACommentsClose CommentsPermalink
731.0A C/ha)(44/12)] / 0.9072.CommentsClose CommentsPermalink
`(II) DESCRIPTION- In the formula contained in subclause (I)--CommentsClose CommentsPermalink
`(aa) `A' represents the area in hectares of the applicable subpopulation; andCommentsClose CommentsPermalink
`(bb) `C/ha' represents the average carbon content per hectare of each carbon pool.CommentsClose CommentsPermalink
`(v) CARBON POOL CALCULATIONS-CommentsClose CommentsPermalink
`(I) IN GENERAL- The carbon content of each carbon pool shall be calculated using a measurement protocol and sample size that achieves demonstrated, quantified accuracy for the combined carbon pool calculation under subparagraph (C), such that the Administrator is 95-percent confident that the calculated value is within 10 percent of the true mean.CommentsClose CommentsPermalink
`(II) REQUIREMENTS- Measurement and sampling practices under this subparagraph shall meet the following requirements:CommentsClose CommentsPermalink
`(aa) Adequate sample size that meets each applicable requirement with respect to each applicable subpopulation.CommentsClose CommentsPermalink
`(bb) Minimum required number of sampling plots for each subpopulation, as determined in accordance with the formula contained in subclause (III).CommentsClose CommentsPermalink
`(III) FORMULA-CommentsClose CommentsPermalink
`(aa) IN GENERAL- The formula referred to in subclause (II)(bb) is the following: n = (sCommentsClose CommentsPermalink
731.0A 1.960)/(meanCommentsClose CommentsPermalink
731.0A re)2.CommentsClose CommentsPermalink
`(bb) DESCRIPTION- In the formula contained in item (aa)--CommentsClose CommentsPermalink
`(AA) `n' represents the required number of sample plots for each applicable subpopulation;CommentsClose CommentsPermalink
`(BB) `s' represents the standard deviation;CommentsClose CommentsPermalink
`(CC) `mean' represents the average carbon content calculated for the sample population; andCommentsClose CommentsPermalink
`(DD) `re' represents the level of sampling error (with a default value of 0.08) to ensure a total maximum error of not more than 10 percent, assuming a total error due to measurement error of 0.02.CommentsClose CommentsPermalink
`(C) TOTAL CARBON CONTENT CALCULATION-CommentsClose CommentsPermalink
`(i) IN GENERAL- The carbon content of all carbon pools within the jurisdiction of an offset project shall be determined, based on the values calculated under subparagraph (B)(iv), in accordance with the following formula: TCpb = TClatb + TClbtb + TCs [+ TClantb + TCdoff + TCdocwd].CommentsClose CommentsPermalink
`(ii) DESCRIPTION- In the formula contained in clause (i)--CommentsClose CommentsPermalink
`(I) `TCpb' represents the total carbon content of all carbon pools within the jurisdiction of an offset project;CommentsClose CommentsPermalink
`(II) `TClatb' represents the total carbon content of live above-ground tree biomass in all applicable subpopulations;CommentsClose CommentsPermalink
`(III) `TClbtb' represents the total carbon content of live below-ground tree biomass in all applicable subpopulations;CommentsClose CommentsPermalink
`(IV) `TCs' represents the total carbon content of soil carbon in all applicable subpopulations;CommentsClose CommentsPermalink
`(V) `TClantb' represents the total carbon content of live above-ground non-tree biomass in all applicable subpopulations;CommentsClose CommentsPermalink
`(VI) `TCdoff' represents the total carbon content of dead organic matter and forest floor in all applicable subpopulations; andCommentsClose CommentsPermalink
`(VII) `TCdocwd' represents the total carbon content of dead organic matter and coarse woody debris in all applicable subpopulations.CommentsClose CommentsPermalink
`(D) REQUIREMENT- Calculations under this paragraph shall be in accordance with applicable forestry best practices and guidance contained in section 3 of part 1 of chapter 1 of the technical guidelines for the voluntary reporting of greenhouse gases program of the Department of Energy, dated March 2006 (or successor guidelines).CommentsClose CommentsPermalink
`(3) CALCULATING SEQUESTRATION ALLOWANCES-CommentsClose CommentsPermalink
`(A) IN GENERAL- For any year, the Administrator shall allocate allowances under this subsection based on the quantity of carbon sequestered as a result of the applicable offset project, based on the difference between, expressed as tons of carbon dioxide--CommentsClose CommentsPermalink
`(i) the aggregate carbon uptake and carbon emissions of the carbon pools of the offset project during the applicable year; andCommentsClose CommentsPermalink
`(ii) the carbon content of the carbon pools of the offset project for the preceding year or the baseline year, as appropriate.CommentsClose CommentsPermalink
`(B) FORMULA-CommentsClose CommentsPermalink
`(i) IN GENERAL- For purposes of allocating allowances under this subsection, the quantity of carbon sequestered shall be calculated using a stock-change approach, in accordance with the following formula: NCSt = It - It-1.CommentsClose CommentsPermalink
`(ii) DESCRIPTION- In the formula contained in clause (i)--CommentsClose CommentsPermalink
`(I) `NCSt' represents the net carbon sequestered during reporting period t;CommentsClose CommentsPermalink
`(II) `It' represents the inventory of carbon stock for all carbon pools in all applicable subpopulations within the jurisdiction of the offset project during reporting period t; andCommentsClose CommentsPermalink
`(III) `It-1' represents the inventory of carbon stock for all carbon pools in all applicable subpopulations within the jurisdiction of the offset project during the reporting period immediately preceding reporting period t.CommentsClose CommentsPermalink
`(C) REQUIREMENTS-CommentsClose CommentsPermalink
`(i) REMEASUREMENT- Except as provided in paragraph (2)(B)(i)(IV)(bb), the carbon content of each carbon pool calculated under paragraph (2) shall be remeasured for each year during which the applicable offset project receives an allowance under this subsection, with equal or greater precision, in accordance with that paragraph.CommentsClose CommentsPermalink
`(ii) DETERMINATION OF CARBON STOCK- Each calculation of the carbon stock of a subpopulation of a carbon pool under this paragraph shall be made in accordance with paragraph (2).CommentsClose CommentsPermalink
`(iii) POTENTIAL LOSSES-CommentsClose CommentsPermalink
`(I) IN GENERAL- Subject to subclause (II), the sponsor of an offset project shall decrease the net value of change in carbon stock calculated in accordance with this paragraph by not more than 10 percent of the value to account for potential losses of sequestered carbon in any carbon pool of the offset project.CommentsClose CommentsPermalink
`(II) INSURANCE- The requirement under subclause (I) shall not apply to any offset project that obtains long-term insurance approved by the Administrator to guarantee replacement of any lost sequestered carbon for which an allowance is issued under this subsection.CommentsClose CommentsPermalink
`(4) MONITORING AND VERIFICATION- Not less frequently than once every 5 years, the sponsor of an offset project that receives allowances under this subsection shall submit to the Administrator a monitoring and verification report, including--CommentsClose CommentsPermalink
`(A) a calculation of total carbon stock within the jurisdiction of the offset project; andCommentsClose CommentsPermalink
`(B) data from the direct measurement of carbon content for each carbon pool used to determine the baseline and reporting period carbon content of the offset project.CommentsClose CommentsPermalink
`(5) CARBON SEQUESTRATION PERMANENCE-CommentsClose CommentsPermalink
`(A) IN GENERAL- To address the permanence of sequestered carbon, the sponsor of each offset project that receives an allowance under this subsection shall place land within the jurisdiction of the offset project under a legally-binding permanent conservation easement, approved by the Administrator, that requires the land to be maintained in a forested condition in perpetuity.CommentsClose CommentsPermalink
`(B) REQUIREMENTS- A conservation easement under subparagraph (A) shall include a requirement that--CommentsClose CommentsPermalink
`(i) the carbon density within the jurisdiction of the offset project shall be maintained at long-term levels; andCommentsClose CommentsPermalink
`(ii) land within the jurisdiction of the offset project shall be managed in accordance with environmentally sustainable forestry practices.CommentsClose CommentsPermalink
`(d) Reduction and Avoidance of Carbon Dioxide Emissions From Natural Gas, Oil, and Propane End-Use Combustion Due to End-Use Energy Efficiency-CommentsClose CommentsPermalink
`(1) DEFINITIONS- In this subsection:CommentsClose CommentsPermalink
`(A) BUILDING ENVELOPE- The term `building envelope' means the elements of a building that separate conditioned space from unconditioned space, or that enclose semiheated space, through which thermal energy may be transferred to or from the exterior, unconditioned space, or conditioned space, including any element that separates the interior of a building from the outdoor environment (such as walls, windows, foundation, basement slab, ceiling, roof, and insulation).CommentsClose CommentsPermalink
`(B) PASSIVE SOLAR- The term `passive solar', with respect to a building, means a combination of building design features and building components that use solar energy to reduce or eliminate the need for--CommentsClose CommentsPermalink
`(i) mechanical heating and cooling; andCommentsClose CommentsPermalink
`(ii) daytime artificial lighting.CommentsClose CommentsPermalink
`(C) WHOLE-BUILDING RETROFIT- The term `whole-building retrofit' means any building project that--CommentsClose CommentsPermalink
`(i) involves the replacement of more than 1 building system or set of building components; andCommentsClose CommentsPermalink
`(ii) requires a building permit.CommentsClose CommentsPermalink
`(D) ZERO-NET ENERGY BUILDING- The term `zero-net energy building' means a building designed to produce as much energy, using renewable energy sources, as the building is projected to use, as measured on an annual basis.CommentsClose CommentsPermalink
`(2) ELIGIBILITY- An offset project shall be eligible to receive allowances under this title if the offset project--CommentsClose CommentsPermalink
`(A) reduces carbon dioxide emissions by reducing on-site combustion of natural gas, oil, or propane for end-use in a commercial building or a residential building by improving the energy efficiency of fuel usage or the energy-efficient delivery of energy services; andCommentsClose CommentsPermalink
`(B) meets the other requirements of this subsection.CommentsClose CommentsPermalink
`(3) REQUIREMENTS-CommentsClose CommentsPermalink
`(A) IN GENERAL- To be eligible to receive allowances under this subsection, an offset project shall reduce carbon dioxide emissions through 1 or more of the following measures:CommentsClose CommentsPermalink
`(i) Measures to improve the energy efficiency of combustion equipment that provide space heating and hot water, including a reduction in fossil fuel consumption through the use of renewable energy.CommentsClose CommentsPermalink
`(ii) Measures to improve the efficiency of a heating distribution system, including proper sizing and commissioning of heating systems.CommentsClose CommentsPermalink
`(iii) Installation or improvement of energy management systems.CommentsClose CommentsPermalink
`(iv) Measures to improve the efficiency of hot water distribution systems and reduction in demand for hot water.CommentsClose CommentsPermalink
`(v) Measures to improve the thermal performance of the building envelope or reduce building envelope air leakage.CommentsClose CommentsPermalink
`(vi) Measures to improve the passive solar performance of buildings and use of active heating systems using renewable energy.CommentsClose CommentsPermalink
`(vii) Use of a less carbon-intensive fuel in combustion systems, including the use of liquid or gaseous renewable fuels, but not including a conversion to electricity.CommentsClose CommentsPermalink
`(B) NEW BUILDINGS- To be eligible to receive allowances under this subsection for an offset project a component of which is a new building, the new building shall be designed--CommentsClose CommentsPermalink
`(i) to replace an existing building on the offset project site; orCommentsClose CommentsPermalink
`(ii) to be a zero-net energy building.CommentsClose CommentsPermalink
`(C) PERFORMANCE STANDARDS-CommentsClose CommentsPermalink
`(i) IN GENERAL- To be eligible to receive allowances under this subsection, an offset project shall meet the applicable performance requirements of this subparagraph.CommentsClose CommentsPermalink
`(ii) SIZING AND INSTALLATION- Any combustion equipment and related air handling equipment (including any HVAC system) installed as part of an offset project shall be sized and installed in accordance with--CommentsClose CommentsPermalink
`(I) for commercial HVAC systems--CommentsClose CommentsPermalink
`(aa) ANSI/ASHRAE/IESNA Standard 90.1-2004, entitled `Energy Standard for Buildings Except Low-Rise Residential Buildings' (or a successor standard); andCommentsClose CommentsPermalink
`(bb) ANSI/ASHRAE Standard 62.1-2004, entitled `Ventilation for Acceptable Indoor Air Quality' (or a successor standard); andCommentsClose CommentsPermalink
`(II) for residential HVAC systems--CommentsClose CommentsPermalink
`(aa) for sizing specifications, the eighth edition of the Air Conditioner Contractors of America Manual J, entitled `Residential Load Calculation' (or successor specifications); andCommentsClose CommentsPermalink
`(bb) for applicable installation specifications, the document of the Consortium for Energy Efficiency entitled `Specification of Energy-Efficient Installation and Maintenance Practices for Residential HVAC Systems' and dated 2000 (or a successor document).CommentsClose CommentsPermalink
`(iii) WHOLE-BUILDING ENERGY PERFORMANCE- Any eligible new building or whole-building retrofit that is part of an offset project shall meet the following requirements:CommentsClose CommentsPermalink
`(I) COMMERCIAL BUILDINGS-CommentsClose CommentsPermalink
`(aa) IN GENERAL- Except as provided in item (bb), commercial buildings shall exceed by at least 30 percent the energy performance requirements of ANSI/ASHRAE/IESNA Standard 90.1-2004, entitled `Energy Standard for Buildings Except Low-Rise Residential Buildings' (or a successor standard).CommentsClose CommentsPermalink
`(bb) EXCEPTION- A multifamily residential building classified as a commercial building under ANSI/ASHRAE/IESNA Standard 90.1-2004 (or a successor standard) shall exceed the energy performance requirements described in item (aa) by at least 20 percent.CommentsClose CommentsPermalink
`(II) RESIDENTIAL BUILDINGS- Residential buildings shall exceed the energy performance requirements of the 2004 International Energy Conservation Code (or a successor code) by at least 30 percent.CommentsClose CommentsPermalink
`(D) OFFSET PROJECTS INITIATED BEFORE JANUARY 1, 2009- To be eligible to receive allowances under this subsection, each energy conservation measure implemented as part of an offset project initiated before January 1, 2009, shall meet the following requirements:CommentsClose CommentsPermalink
`(i) COMBUSTION EQUIPMENT-CommentsClose CommentsPermalink
`(I) IN GENERAL- Combustion equipment installed as part of the offset project shall meet the energy efficiency performance standards required under this clause.CommentsClose CommentsPermalink
`(II) COMMERCIAL BOILERS-CommentsClose CommentsPermalink
`(aa) IN GENERAL- Commercial boilers shall meet or exceed the energy efficiency criteria specified in the following table:CommentsClose CommentsPermalink
`Minimum Commercial Boiler Energy EfficiencyCommentsClose CommentsPermalink
--------------------------------------------------------------------CommentsClose CommentsPermalink
Technology Size (Btu/hour) Rating method Minimum efficiency CommentsClose CommentsPermalink
--------------------------------------------------------------------CommentsClose CommentsPermalink
Gas-fired 125,000-300,000 AFUE 88% CommentsClose CommentsPermalink
Gas-fired 300,000-12,500,000 Thermal efficiency 90% CommentsClose CommentsPermalink
Oil-fired 300,000 or more Thermal efficiency 88% CommentsClose CommentsPermalink
--------------------------------------------------------------------CommentsClose CommentsPermalink
`(bb) GAS-FIRED BOILERS- A gas-fired boiler installed as part of the offset project shall be installed with--CommentsClose CommentsPermalink
`(AA) controls allowing the gas-fired boiler to operate in condensing mode, such that the design and operation of the boiler leads to the production of condensate in flue gases; andCommentsClose CommentsPermalink
`(BB) vents designed for positive vent static pressure and vent gas temperature that leads to condensate production in the vent.CommentsClose CommentsPermalink
`(cc) THERMAL EFFICIENCY- For purposes of the table contained in item (aa), the term `thermal efficiency' means the percentage obtained by dividing (as measured under steady-state conditions, at full-rated useful thermal output, with 140«F supply from, and 120«F return water temperature to, the boiler)--CommentsClose CommentsPermalink
`(AA) the useful energy output of a boiler, expressed in Btus; byCommentsClose CommentsPermalink
`(BB) the energy input of the boiler, expressed in Btus.CommentsClose CommentsPermalink
`(III) RESIDENTIAL COMBUSTION EQUIPMENT-CommentsClose CommentsPermalink
`(aa) IN GENERAL- Residential combustion equipment, including furnaces, boilers, and water heaters, shall meet or exceed the energy efficiency criteria specified in the following table:CommentsClose CommentsPermalink
`Minimum Residential Combustion Equipment Energy EfficiencyCommentsClose CommentsPermalink
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Technology Rating method Minimum efficiency CommentsClose CommentsPermalink
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Gas-fired furnace AFUE 94% CommentsClose CommentsPermalink
Oil-fired furnace AFUE 92% CommentsClose CommentsPermalink
Gas- or oil-fired boiler AFUE 90% CommentsClose CommentsPermalink
Gas- or oil-fired water heater Energy factor 0.62 CommentsClose CommentsPermalink
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`(bb) DEFINITIONS- In the table contained in item (aa):CommentsClose CommentsPermalink
`(AA) BOILER- The term `boiler' means any equipment with a heat input rate of less than 300,000 Btu per hour.CommentsClose CommentsPermalink
`(BB) FURNACE- The term `furnace' means any equipment with a heat input rate of less than 225,000 Btu per hour.CommentsClose CommentsPermalink
`(CC) WATER HEATER- The term `water heater' has the meaning given the term in section 430.2 of title 10, Code of Federal Regulations (or a successor regulation).CommentsClose CommentsPermalink
`(ii) OTHER ENERGY CONSERVATION MEASURES- Each other energy conservation measure carried out as part of the offset project shall meet--CommentsClose CommentsPermalink
`(I) subject to subclause (II), the more stringent energy performance requirements of, as applicable--CommentsClose CommentsPermalink
`(aa) the requirements of the document entitled `Energy Benchmark for High Performance Buildings, Version 1.1, New Buildings Institute' and dated 2005 (or a successor document); orCommentsClose CommentsPermalink
`(bb) the requirements of State building energy codes; andCommentsClose CommentsPermalink
`(II) for energy conservation measures not subject to the requirements of the document described in subclause (I)(aa), the more stringent energy performance requirements of, as applicable--CommentsClose CommentsPermalink
`(aa) the requirements of the document entitled `Federal Energy Management Program Product Energy Efficiency Recommendations', issued pursuant to Executive orders 13123 and 13221 (64 Fed. Reg. 30851 (June 8, 1999); 66 Fed. Reg. 40571 (August 2, 2001)) (or a successor document); orCommentsClose CommentsPermalink
`(bb) the Energy Star criteria issued jointly by the Administrator and the Secretary of Energy.CommentsClose CommentsPermalink
`(E) MAXIMUM MARKET PENETRATION RATE FOR OFFSET PROJECTS COMMENCED ON OR AFTER JANUARY 1, 2009- To be eligible to receive allowances under this subsection for an offset project initiated on or after January 1, 2009, the sponsor of the offset project shall demonstrate to the satisfaction of the Administrator that the energy conservation measures implemented as part of the offset project have a market penetration rate of less than 5 percent.CommentsClose CommentsPermalink
`(4) EMISSIONS BASELINE DETERMINATION-CommentsClose CommentsPermalink
`(A) ENERGY USAGE, EMISSIONS FACTORS, AND OXIDATION FACTORS-CommentsClose CommentsPermalink
`(i) IN GENERAL- The emissions baseline of an offset project that receives allowances under this subsection shall be determined by multiplying--CommentsClose CommentsPermalink
`(I) the energy usage (measured in MMBtus), by fuel type, for each energy conservation measure carried out under the offset project, as determined using historic fuel use data from the most recent calendar year for which data is available; andCommentsClose CommentsPermalink
`(II) the applicable emissions factor (measured in pounds of carbon dioxide per MMBtu) and oxidation factor for each fuel type, in accordance with the following table:CommentsClose CommentsPermalink
`Emissions and Oxidation FactorsCommentsClose CommentsPermalink
------------------------------------------------------CommentsClose CommentsPermalink
Fuel type Emissions factor Oxidation factor CommentsClose CommentsPermalink
------------------------------------------------------CommentsClose CommentsPermalink
Natural gas 116.98 0.995 CommentsClose CommentsPermalink
Propane 139.04 0.995 CommentsClose CommentsPermalink
Distillate fuel oil 161.27 0.99 CommentsClose CommentsPermalink
Kerosene 159.41 0.99 CommentsClose CommentsPermalink
------------------------------------------------------CommentsClose CommentsPermalink
`(ii) ENERGY USAGE DETERMINATION-CommentsClose CommentsPermalink
`(I) IN GENERAL- For purposes of the calculation under clause (i), the energy usage for each energy conservation measure carried out under the offset project shall be determined in accordance with the following formula: Energy usage (MMBtu) = BEUAECMCommentsClose CommentsPermalink
731.0A A.CommentsClose CommentsPermalink
`(II) DESCRIPTION- In the formula contained in subclause (I)--CommentsClose CommentsPermalink
`(aa) `BEUAECM' represents the annual pre-installation baseline energy use (measured in MMBtus), by fuel type, attributable to each application to be targeted by the energy conservation measure, as determined in accordance with paragraph (6); andCommentsClose CommentsPermalink
`(bb) `A' represents adjustments required to account for differing conditions during the pre-installation and post-installation periods, such as weather, building occupancy, and changes in building use or function, as adjusted in accordance with paragraph (6).CommentsClose CommentsPermalink
`(III) ADDITIONAL REQUIREMENTS-CommentsClose CommentsPermalink
`(aa) IN GENERAL- Subject to item (bb), for purposes of determining the variable under subclause (II)(aa), if a building code or equipment standard requires that equipment or materials installed as part of the offset project meet certain minimum energy performance requirements, the annual pre-installation baseline energy usage for the applicable application shall be determined based on the assumption that the equipment or materials are installed in accordance with those requirements.CommentsClose CommentsPermalink
`(bb) REPLACEMENT OF COMBUSTION EQUIPMENT- For an offset project under which existing combustion equipment is replaced, the minimum energy performance required by a building code or equipment standard shall be considered to be the minimum energy performance standard that applies to new equipment that uses the same fuel type as the equipment being replaced.CommentsClose CommentsPermalink
`(B) ANNUAL BASELINE EMISSIONS-CommentsClose CommentsPermalink
`(i) IN GENERAL- The annual baseline emissions of an offset project that receives allowances under this subsection shall be calculated in accordance with the following formula: Emissions (pounds of carbon dioxide) =CommentsClose CommentsPermalink
031S BEUiCommentsClose CommentsPermalink
731.0A EFiCommentsClose CommentsPermalink
731.0A OFi.CommentsClose CommentsPermalink
`(ii) DESCRIPTION- In the formula contained in clause (i)--CommentsClose CommentsPermalink
`(I)(aa) the figure above the sigma shall be `n'; andCommentsClose CommentsPermalink
`(bb) the figure below the sigma shall be `i = 1';CommentsClose CommentsPermalink
`(II) `BEUi' represents the annual baseline energy usage for fuel type i (measured in MMBtus), as determined in accordance with paragraph (6);CommentsClose CommentsPermalink
`(III) `EFi' represents the emissions factor (measured in pounds of carbon dioxide per MMBtu) for fuel type i, as determined in accordance with the table contained in subparagraph (A)(i)(II); andCommentsClose CommentsPermalink
`(IV) `OFi' represents the oxidation factor for fuel type i, as determined in accordance with the table contained in subparagraph (A)(i)(II).CommentsClose CommentsPermalink
`(5) CALCULATING EMISSIONS REDUCTIONS-CommentsClose CommentsPermalink
`(A) IN GENERAL- The emissions reductions of an offset project that receives allowances under this subsection shall be determined, based on the annual energy savings, by fuel type, for each energy conservation measure carried out under the offset project, in accordance with this paragraph.CommentsClose CommentsPermalink
`(B) ANNUAL ENERGY SAVINGS-CommentsClose CommentsPermalink
`(i) IN GENERAL- The annual energy savings of an offset project that receives allowances under this subsection shall be determined in accordance with the following formula: Energy savings (MMBtu) = (BEUAECMCommentsClose CommentsPermalink
731.0A A) - (PIEUECMCommentsClose CommentsPermalink
731.0A A).CommentsClose CommentsPermalink
`(ii) DESCRIPTION- In the formula contained in clause (i)--CommentsClose CommentsPermalink
`(I) `BEUAECM' represents the annual pre-installation baseline energy use (measured in MMBtus), by fuel type, of an application subject to an energy conservation measure under the offset project, as determined subject to clause (iii);CommentsClose CommentsPermalink
`(II) `PIEUECM' represents the annual post-installation energy use (measured in MMBtus), by fuel type, attributable to the energy conservation measure, as verified in accordance with ASHRAE Guideline 14-2002, entitled `Measurement of Energy and Demand Savings' (or a successor guideline); andCommentsClose CommentsPermalink
`(III) `A' represents adjustments required to account for differing conditions during the pre-installation and post-installation periods, such as weather, building occupancy, and changes in building use or function, as adjusted in accordance with--CommentsClose CommentsPermalink
`(aa) for commercial buildings, ASHRAE Guideline 14-2002, entitled `Measurement of Energy and Demand Savings', and section 11 and appendix G of ANSI/ASHRAE/IESNA Standard 90.1-2004 (or successor specifications); andCommentsClose CommentsPermalink
`(bb) for residential buildings, RESNET National Home Energy Rating Technical Guidelines, 2006 (Chapter 3 and Appendix A of 2006 Mortgage Industry National Home Energy Rating System Standards) (or successor guidelines).CommentsClose CommentsPermalink
`(iii) PRE-INSTALLATION BASELINE ENERGY USE DETERMINATIONS FOR NEW BUILDINGS- The pre-installation baseline energy use of any new building in which an energy conservation measure will be carried out under an offset project shall be determined based on a reference building that is equivalent in basic configuration, orientation, and location to the new building, in accordance with ASHRAE Guideline 14-2002, entitled `Measurement of Energy and Demand Savings' and section 11 and appendix G of ANSI/ASHRAE/IESNA Standard 90.1-2004 (or successor specifications).CommentsClose CommentsPermalink
`(C) ANNUAL EMISSIONS REDUCTIONS-CommentsClose CommentsPermalink
`(i) IN GENERAL- The annual emissions reductions of an offset project that receives allowances under this subsection shall be determined in accordance with the following formula: Emissions reduction (pounds of carbon dioxide) =CommentsClose CommentsPermalink
031S ESiCommentsClose CommentsPermalink
731.0A EFiCommentsClose CommentsPermalink
731.0A OFi.CommentsClose CommentsPermalink
`(ii) DESCRIPTION- In the formula contained in clause (i)--CommentsClose CommentsPermalink
`(I)(aa) the figure above the sigma shall be `n'; andCommentsClose CommentsPermalink
`(bb) the figure below the sigma shall be `i = 1';CommentsClose CommentsPermalink
`(II) `ESi' represents the energy savings for fuel type i (measured in MMBtus), as determined in accordance with paragraph (6);CommentsClose CommentsPermalink
`(III) `EFi' represents the emissions factor (measured in pounds of carbon dioxide per MMBtu) for fuel type i, as determined in accordance with the table contained in subparagraph (A)(i)(II); andCommentsClose CommentsPermalink
`(IV) `OFi' represents the oxidation factor for fuel type i, as determined in accordance with the table contained in subparagraph (A)(i)(II).CommentsClose CommentsPermalink
`(6) MONITORING AND VERIFICATION-CommentsClose CommentsPermalink
`(A) IN GENERAL- Not less frequently than once each year, the sponsor of each offset project that receives an allowance under this subsection shall submit to the Administrator a monitoring and verification report.CommentsClose CommentsPermalink
`(B) CERTIFICATION- Each report under subparagraph (A) shall be certified.CommentsClose CommentsPermalink
`(C) GENERAL ENERGY REQUIREMENTS- Monitoring and verification of energy usage under this paragraph shall be conducted in accordance with the following protocols and procedures, as applicable:CommentsClose CommentsPermalink
`(i) COMMERCIAL BUILDINGS-CommentsClose CommentsPermalink
`(I) EXISTING BUILDINGS- For commercial buildings in existence on the date on which the applicable offset project enters operation, baseline energy usage shall be determined in accordance with--CommentsClose CommentsPermalink
`(aa) the detailed specifications in ASHRAE Guideline 14-2002, entitled `Measurement of Energy and Demand Savings', as applicable (or successor specifications); andCommentsClose CommentsPermalink
`(bb)(AA) volume I of the International Performance Measurement and Verification Protocol, entitled `Concepts and Options for Determining Energy and Water Savings', specifically the documents entitled `Option B. Retrofit Isolation' and `Option D. Calibrated Simulation' (or successor specifications); orCommentsClose CommentsPermalink
`(BB) if a building project carried out under the offset project involves only energy conservation measures implemented as part of a carbon dioxide emissions offset project, the document of the volume referred to in subitem (AA) entitled `Option C. Whole Facility' (or successor specifications).CommentsClose CommentsPermalink
`(II) NEW BUILDINGS- For new commercial buildings constructed under the applicable offset project, baseline energy usage shall be determined in accordance with--CommentsClose CommentsPermalink
`(aa) the detailed specifications in ASHRAE Guideline 14-2002, entitled `Measurement of Energy and Demand Savings', as applicable (or successor specifications); andCommentsClose CommentsPermalink
`(bb) volume III of the International Performance Measurement and Verification Protocol, entitled `Concepts and Options for Determining Energy Savings in New Construction', specifically the document entitled `Option D. Calibrated Simulation' (or successor specifications).CommentsClose CommentsPermalink
`(ii) RESIDENTIAL BUILDINGS- For any residential building relating to the applicable offset project, baseline energy usage shall be determined in accordance with the RESNET National Home Energy Rating Technical Guidelines, 2006 (Chapter 3 and Appendix A of 2006 Mortgage Industry National Home Energy Rating System Standards) (or successor guidelines).CommentsClose CommentsPermalink
`(D) ISOLATION OF ENERGY CONSERVATION MEASURES-CommentsClose CommentsPermalink
`(i) IN GENERAL- For purposes of calculating baseline energy usage and energy savings under this subsection, the sponsor of the offset project shall isolate the impact of each eligible energy conservation measure, to the maximum extent practicable, through direct metering or, subject to subparagraph (E), energy simulation modeling.CommentsClose CommentsPermalink
`(ii) PROJECTS WITH MULTIPLE MEASURES-CommentsClose CommentsPermalink
`(I) IN GENERAL- For offset projects under which multiple energy conservation measures are carried out, and for which individual energy conservation measures could affect the performance of other energy conservation measures, the total energy savings due to individual energy conservation measures shall be adjusted to account for the interaction of the energy conservation measures in accordance with this clause.CommentsClose CommentsPermalink
`(II) COMMERCIAL BUILDINGS- For commercial buildings, the adjustment under subclause (I) shall be in accordance with ASHRAE Guideline 14-2002, entitled `Measurement of Energy and Demand Savings', and ANSI/ASHRAE/IESNA Standard 90.1-2004, entitled `Energy Standard for Buildings Except Low-Rise Residential Buildings' (or successor specifications).CommentsClose CommentsPermalink
`(III) RESIDENTIAL BUILDINGS- For residential buildings, the adjustment under subclause (I) shall be in accordance with RESNET National Home Energy Rating Technical Guidelines, 2006 (Chapter 3 and Appendix A of 2006 Mortgage Industry National Home Energy Rating System Standards) (or successor guidelines).CommentsClose CommentsPermalink
`(E) SIMULATION MODELING-CommentsClose CommentsPermalink
`(i) IN GENERAL- Any reduction in energy usage due to an energy conservation measure under an offset project shall be calculated based only on actual energy usage data.CommentsClose CommentsPermalink
`(ii) LIMITATION- Energy simulation modeling--CommentsClose CommentsPermalink
`(I) shall only be used to determine the relative percentage contribution to total fuel usage, for each fuel type, of an application targeted by an energy conservation measure under an offset project; andCommentsClose CommentsPermalink
`(II) shall be carried out under subclause (I) in accordance with--CommentsClose CommentsPermalink
`(aa) for commercial buildings in existence on the date on which the applicable offset project is commenced, ASHRAE Guideline 14-2002, entitled `Measurement of Energy and Demand Savings' and section 11 and appendix G of ANSI/ASHRAE/IESNA Standard 90.1-2004 (or successor specifications); andCommentsClose CommentsPermalink
`(bb) for residential buildings, RESNET National Home Energy Rating Technical Guidelines, 2006 (Chapter 3 and Appendix A of 2006 Mortgage Industry National Home Energy Rating System Standards) (or successor guidelines).CommentsClose CommentsPermalink
`(F) SAMPLING FOR RESIDENTIAL BUILDINGS-CommentsClose CommentsPermalink
`(i) IN GENERAL- The sponsor of any offset project that carries out similar energy conservation measures in multiple residential buildings may use representative sampling of the residential buildings to determine the aggregate baseline energy usage and energy savings of the offset projects.CommentsClose CommentsPermalink
`(ii) REQUIREMENTS- Representative sampling carried out under clause (i) shall be in accordance with sound statistical methods, such that there is 95 percent confidence that the reported value is within 10 percent of the true mean.CommentsClose CommentsPermalink
`(e) Avoided Methane Emissions From Agricultural Manure Management Operations-CommentsClose CommentsPermalink
`(1) IN GENERAL- An offset project that captures and destroys methane from animal manure and organic food waste using an anaerobic digester in accordance with this subsection shall be eligible to receive allowances under this title.CommentsClose CommentsPermalink
`(2) REQUIREMENTS-CommentsClose CommentsPermalink
`(A) IN GENERAL- To be eligible to receive allowances under this subsection, an offset project described in paragraph (1) shall--CommentsClose CommentsPermalink
`(i) involve the destruction of the portion of methane generated by an anaerobic digester that would have been generated in the absence of the offset project through the uncontrolled anaerobic storage of manure or organic food waste;CommentsClose CommentsPermalink
`(ii) use only manure-based anaerobic digester systems, using livestock manure to provide greater than 50 percent of annual digester feedstock; andCommentsClose CommentsPermalink
`(iii) use organic food waste for anaerobic digesters only in a quantity that would have been stored in anaerobic conditions in the absence of the offset project.CommentsClose CommentsPermalink
`(B) DETERMINATION OF MARKET PENETRATION RATE-CommentsClose CommentsPermalink
`(i) IN GENERAL- The market penetration rate of a State shall be determined using the most recent market data available on the date of submission of an application, in accordance with the following formula: MP (%) = MGAD / MGSTATE.CommentsClose CommentsPermalink
`(ii) DESCRIPTION- In the formula contained in clause (i)--CommentsClose CommentsPermalink
`(I) `MGAD' represents the average annual manure production for the number of dairy cows and swine serving all anaerobic digester projects in the applicable State on the date of submission of an application; andCommentsClose CommentsPermalink
`(II) `MGSTATE' represents the average annual manure production of all dairy cows and swine in the State on the date of submission of the application).CommentsClose CommentsPermalink
`(3) EMISSIONS BASELINE-CommentsClose CommentsPermalink
`(A) IN GENERAL- The emissions baseline of an offset project that receives allowances under this subsection shall represent the potential emissions of the methane that, in the absence of the offset project, would have been--CommentsClose CommentsPermalink
`(i) produced in a baseline scenario under uncontrolled anaerobic storage conditions; andCommentsClose CommentsPermalink
`(ii) released directly into the atmosphere.CommentsClose CommentsPermalink
`(B) CALCULATION-CommentsClose CommentsPermalink
`(i) IN GENERAL- The baseline methane emissions of an offset project under this subsection shall be calculated in accordance with the following formula: CO2e (tons) = (VmCommentsClose CommentsPermalink
731.0A M)/2000CommentsClose CommentsPermalink
731.0A GWP.CommentsClose CommentsPermalink
`(ii) DESCRIPTION- In the formula contained in clause (i)--CommentsClose CommentsPermalink
`(I) `CO2e' represents the potential carbon dioxide-equivalent emissions due to calculated methane production under site-specific anaerobic storage and weather conditions;CommentsClose CommentsPermalink
`(II) `Vm' (expressed in cubic feet) represents the volume of methane produced each month from degradation of volatile solids in a baseline uncontrolled anaerobic storage scenario (as calculated under clauses (iii) and (iv)) under site-specific storage and weather conditions for the facility at which the manure or organic food waste is generated;CommentsClose CommentsPermalink
`(III) `M' represents the mass of methane per cubic foot (with a default value of 0.04246 pounds per cubic foot at 1 atmosphere and 20 «C); andCommentsClose CommentsPermalink
`(IV) `GWP' represents the global warming potential of methane (with a default value of 23).CommentsClose CommentsPermalink
`(iii) VOLATILE SOLIDS-CommentsClose CommentsPermalink
`(I) IN GENERAL- For purposes of clause (ii)(II), the estimated quantity of volatile solids degraded each month under the baseline uncontrolled anaerobic storage scenario (measured in kilograms) shall be calculated in accordance with the following formula: VSdeg = VSavailCommentsClose CommentsPermalink
731.0A f.CommentsClose CommentsPermalink
`(II) VOLATILE SOLIDS AVAILABLE FOR DEGRADATION-CommentsClose CommentsPermalink
`(aa) IN GENERAL- In the formula contained in subclause (I), `VSavail' represents the quantity of volatile solids available for degradation in manure or organic food waste storage each month, determined in accordance with the following formula: VSavail = VSp + 1/2 VSin - VSout.CommentsClose CommentsPermalink
`(bb) DESCRIPTION- In the formula contained in item (aa)--CommentsClose CommentsPermalink
`(AA) `VSp' represents the quantity of volatile solids (expressed in kilograms) present in manure or organic food waste storage at the beginning of the applicable month (including any manure or waste remaining from a preceding month);CommentsClose CommentsPermalink
`(BB) `VSin' represents the quantity of volatile solids (expressed in kilograms) added to manure or organic food waste storage during the course of the applicable month, which is halved to represent the average mass of volatile solids available for degradation for the month; andCommentsClose CommentsPermalink
`(CC) `VSout' represents the quantity (expressed in kilograms) of volatile solids removed from the manure or organic food waste storage for land application or export, which may be assumed based on standard farm practice.CommentsClose CommentsPermalink
`(III) VAN'T HOFF-ARRHENIUS FACTOR-CommentsClose CommentsPermalink
`(aa) IN GENERAL- In the formula contained in subclause (I), `f' represents the van't Hoff-Arrhenius factor, which measures the conversion efficiency of volatile solids to methane, for a given month, determined using a base temperature of 30 «C in accordance with the following formula: f = exp[E(T2 - T1)]/[(GCCommentsClose CommentsPermalink
731.0A T1CommentsClose CommentsPermalink
731.0A T2)].CommentsClose CommentsPermalink
`(bb) DESCRIPTION- In the formula contained in item (aa)--CommentsClose CommentsPermalink
`(AA) `E' represents the activation energy constant (with a default value of 15,175 cal/mol);CommentsClose CommentsPermalink
`(BB) `T2' represents the average monthly ambient temperature for the facility at which manure or organic food waste is generated (as converted from Celsius to Kelvin), as determined by the nearest National Weather Service-certified weather station (if reported temperature «C > 5 «C; if reported temperature «C < 5 «C, then F = 0.104);CommentsClose CommentsPermalink
`(CC) `T1' equals 303.16; andCommentsClose CommentsPermalink
`(DD) `GC' represents the ideal gas constant (with a default value of 1.987 cal/K mol).CommentsClose CommentsPermalink
`(IV) GENERAL VOLATILE SOLIDS CALCULATIONS-CommentsClose CommentsPermalink
`(aa) IN GENERAL- For purposes of this clause, a quantity of volatile solids may be determined in accordance with the following formula: VS = MmCommentsClose CommentsPermalink
731.0A TS%CommentsClose CommentsPermalink
731.0A VS%.CommentsClose CommentsPermalink
`(bb) DESCRIPTION- In the formula contained in item (aa)--CommentsClose CommentsPermalink
`(AA) `Mm' represents the mass (expressed in kilograms) of manure or organic food waste produced per month;CommentsClose CommentsPermalink
`(BB) `TS%' represents the concentration (expressed as a percentage) of total solids in manure or organic food waste, as determined in accordance with the testing method of the Environmental Protection Agency numbered 160.3 (as contained in the document of the Environmental Protection Agency entitled `Methods for the Chemical Analysis of Water and Wastes' (EPA/600/4-79/020)) (or a successor document); andCommentsClose CommentsPermalink
`(CC) `VS%' represents the concentration (expressed as a percentage) of volatile solids in total solids, as determined in accordance with the testing method of the Environmental Protection Agency numbered 160.4 (as contained in the document of the Environmental Protection Agency entitled `Methods for the Chemical Analysis of Water and Wastes' (EPA/600/4-79/020)) (or a successor document).CommentsClose CommentsPermalink
`(iv) VOLUME OF METHANE PRODUCED-CommentsClose CommentsPermalink
`(I) IN GENERAL- For purposes of clause (ii)(II), the volume of methane produced each month from degradation of volatile solids in a baseline uncontrolled anaerobic storage scenario (measured in cubic feet) shall be calculated in accordance with the following formula: Vm = (VSdegCommentsClose CommentsPermalink
731.0A Bo)CommentsClose CommentsPermalink
731.0A 35.3147.CommentsClose CommentsPermalink
`(II) DESCRIPTION- In the formula contained in subclause (I)--CommentsClose CommentsPermalink
`(aa) `VSdeg' represents the quantity (measured in kilograms) of volatile solids degraded, as determined in accordance with clause (iii); andCommentsClose CommentsPermalink
`(bb) `Bo' represents the quantity of manure or organic food waste type-specific maximum methane generation constant (expressed as cubic meters of methane per kilogram of volatile solids degraded), as determined in accordance with subclause (III).CommentsClose CommentsPermalink
`(III) METHANE GENERATION CONSTANT- For purposes of subclause (II)(bb), the quantity of manure or organic food waste type-specific maximum methane generation constant shall be--CommentsClose CommentsPermalink
`(aa) for dairy cow manure, 0.24 cubic meters of methane per kilogram of volatile solids degraded; andCommentsClose CommentsPermalink
`(bb) for any other type of manure--CommentsClose CommentsPermalink
`(AA) the constant specified in the document of the Environmental Protection Agency entitled `Inventory of United States Greenhouse Gas Emissions and Sinks: 1990-2004, Annex 3.10, Table 3-89' and dated April 2006 (or a successor document); orCommentsClose CommentsPermalink
`(BB) such other methane generation constant as the sponsor of the applicable offset project may specify, if the sponsor provides to the Administrator appropriate justification and documentation for the constant.CommentsClose CommentsPermalink
`(4) EMISSIONS REDUCTIONS-CommentsClose CommentsPermalink
`(A) IN GENERAL- The emissions reductions of an offset project that receives allowances under this subsection shall be determined based on the potential emissions (measured in tons of carbon dioxide equivalent) of methane that would have been produced, and released directly into the atmosphere, in the absence of the offset project under a baseline scenario that represents uncontrolled anaerobic storage conditions, as determined in accordance with paragraph (3), taking into account fugitive methane emissions that may be released into the atmosphere through leaks in the anaerobic digester equipment.CommentsClose CommentsPermalink
`(B) LIMITATION- The emissions reductions of an offset project shall not exceed the potential emissions of the anaerobic digester of the offset project, as determined based on the annual volume of methane produced by the anaerobic digester and monitored in accordance with paragraph (5).CommentsClose CommentsPermalink
`(C) REGIONAL-TYPE DIGESTER OFFSET PROJECTS-CommentsClose CommentsPermalink
`(i) IN GENERAL- If an offset project is a regional-type digester offset project, as determined by the Administrator, carbon dioxide emissions due to transportation of manure and organic food waste from the site at which the manure and organic food waste was generated to the anaerobic digester shall be subtracted from the emissions reduction value determined under paragraph (3) for the offset project.CommentsClose CommentsPermalink
`(ii) DETERMINATION OF CARBON DIOXIDE EMISSIONS- For purposes of clause (i), carbon dioxide emissions due to transportation of manure and organic food waste from the site at which the manure and organic food waste was generated to the anaerobic digester shall be determined in accordance with 1 of the following methods:CommentsClose CommentsPermalink
`(I) Documentation of all quantities of fuel used to transport from off-site all shipments of manure and organic food waste to the anaerobic digester of the offset project during the applicable year (including a log of transport miles for each shipment), from which carbon dioxide emissions shall be determined through the application of the following emissions factors (based on the type of fuel used):CommentsClose CommentsPermalink
`(aa) For diesel fuel, 22.912 pounds of carbon dioxide per gallon.CommentsClose CommentsPermalink
`(bb) For gasoline, 19.878 pounds of carbon dioxide per gallon.CommentsClose CommentsPermalink
`(cc) For any other fuel, such emissions factor as the Administrator determines to be appropriate.CommentsClose CommentsPermalink
`(II) Documentation of the total quantity (expressed in tons) of manure and organic food waste transported from off-site for input into the anaerobic digester of the offset project during the applicable year (including a log of transport miles for each shipment), as monitored under paragraph (5), from which carbon dioxide emissions shall be determined through the application of the following ton-mile transport emission factors (based on the type of fuel used):CommentsClose CommentsPermalink
`(aa) For diesel fuel, 0.131 pounds of carbon dioxide per ton-mile.CommentsClose CommentsPermalink
`(bb) For gasoline, 0.133 pounds of carbon dioxide per ton-mile.CommentsClose CommentsPermalink
`(cc) For any other fuel, such emissions factor as the Administrator determines to be appropriate.CommentsClose CommentsPermalink
`(5) MONITORING AND VERIFICATION-CommentsClose CommentsPermalink
`(A) IN GENERAL- The sponsor of each offset project that receives allowances under this subsection shall--CommentsClose CommentsPermalink
`(i) ensure that the offset project uses a system that provides metering of biogas volumetric flow rate and determination of methane concentration; andCommentsClose CommentsPermalink
`(ii) submit to the Administrator an annual report, including a description of the monthly biogas volumetric flow rate and methane concentration determinations for the offset project.CommentsClose CommentsPermalink
`(B) REGIONAL-TYPE DIGESTER OFFSET PROJECTS-CommentsClose CommentsPermalink
`(i) IN GENERAL- The sponsor of an offset project that is a regional-type digester offset project, as determined by the Administrator, shall ensure monthly sampling of the manure and organic food waste from each distinct source supplying the anaerobic digester to determine the quantity of volatile solids present in the manure and waste.CommentsClose CommentsPermalink
`(ii) SUPPORTING MATERIAL- In the annual report relating to the offset project submitted under subparagraph (A)(ii), the sponsor shall provide supporting material and receipts tracking the monthly receipt from each supplier to the offset project of quantities of manure and organic food waste (measured in kilograms) for the anaerobic digester.CommentsClose CommentsPermalink
`(iii) EMISSIONS REDUCTION CALCULATION REQUIREMENT- The emissions reduction of an offset project described in clause (i) shall be calculated according to, and apportioned among sources based on, as determined in accordance with paragraphs (3) and (4)--CommentsClose CommentsPermalink
`(I) the mass (measured in kilograms) of manure and organic food waste digested as a result of the offset project; andCommentsClose CommentsPermalink
`(II) the percentage of volatile solids present before digestion.CommentsClose CommentsPermalink
`(C) ADDITIONAL MONTHLY SAMPLES- The sponsor of an offset project that includes the digestion of organic food waste shall ensure monthly sampling of the organic food waste to determine in accordance with paragraphs (3) and (4), and apportion accordingly, the quantity of volatile solids present in the waste before digestion.CommentsClose CommentsPermalink
`(D) OTHER MONITORING REQUIREMENTS- In addition to the requirements of subparagraphs (A) through (C), an offset project shall meet the applicable requirements contained in the following table:CommentsClose CommentsPermalink
`Input Monitoring RequirementsCommentsClose CommentsPermalink
-------------------------------------------------------------------------------- CommentsClose CommentsPermalink
Input parameter Measurement unit Frequency of sampling Sampling method CommentsClose CommentsPermalink
-------------------------------------------------------------------------------- CommentsClose CommentsPermalink
Influent flow into digester Kilograms per month (wet weight) Monthly total into digester Recorded weight; digester influent pump flow; livestock population and application of standard CommentsClose CommentsPermalink
Influent total solids concentration Percent of sample Monthly, depending on recorded variations EPA Method Number 160.3, Methods for the Chemical Analysis of Water and Wastes (EPA/600/4-79/020) CommentsClose CommentsPermalink
Influent volatile solids concentration Percent of total solids Monthly, depending on recorded variations EPA Method Number 160.4, Methods for the Chemical Analysis of Water and Wastes (EPA/600/4-79/020) CommentsClose CommentsPermalink
Average monthly ambient temperature Temperature (Celsius) Monthly (based on farm averages) Closest National Weather Service-certified weather station CommentsClose CommentsPermalink
-------------------------------------------------------------------------------- CommentsClose CommentsPermalink
`(f) Eligible Biomass-CommentsClose CommentsPermalink
`(1) IN GENERAL- An offset project that co-fires eligible biomass to reduce emissions of carbon dioxide and that meets the requirements of this subsection shall be eligible to receive allowances under this title.CommentsClose CommentsPermalink
`(2) APPLICATION- To be eligible to receive an allowance under this subsection, the owner or operator of an offset project described in paragraph (1) shall submit to the Administrator an application at such time, in such manner, and containing such information as the Administrator may require.CommentsClose CommentsPermalink
`(3) EMISSIONS CALCULATIONS-CommentsClose CommentsPermalink
`(A) AS-FIRED CARBON DIOXIDE EMISSIONS FACTOR-CommentsClose CommentsPermalink
`(i) IN GENERAL- The as-fired carbon dioxide emissions factor of an offset project under this subsection may be determined--CommentsClose CommentsPermalink
`(I) as measured and recorded by a continuous emissions monitor of the offset project for each period during which only eligible biomass was fired by the offset project; orCommentsClose CommentsPermalink
`(II) in accordance with clause (ii) or (iii), as applicable.CommentsClose CommentsPermalink
`(ii) SOLID FUEL-CommentsClose CommentsPermalink
`(I) IN GENERAL- The as-fired carbon dioxide emissions factor of an offset project under this subsection that uses solid fuel shall be determined in accordance with the following formula: CO2 lbs/MMBtu = ((CCommentsClose CommentsPermalink
731.0A FIN)/HI) (44/12).CommentsClose CommentsPermalink
`(II) ABBREVIATIONS-CommentsClose CommentsPermalink
`(aa) IN GENERAL- In the formula contained in subclause (I)--CommentsClose CommentsPermalink
`(AA) `C' represents the carbon content of biomass (expressed as a percentage by dry weight) for a distinct fuel type;CommentsClose CommentsPermalink
`(BB) `FIN' represents the total biomass fuel input (expressed in pounds) for a distinct fuel type; andCommentsClose CommentsPermalink
`(CC) `HI' represents the heat input, as-fired (expressed in MMBtus), as determined in accordance with the following formula: HI =CommentsClose CommentsPermalink
031S (HHVDRY (1-MCWAS-FIRED-i))CommentsClose CommentsPermalink
731.0A FIN-i.CommentsClose CommentsPermalink
`(bb) DESCRIPTION- In the formula contained in item (aa)(CC)--CommentsClose CommentsPermalink
`(AA) the figure above the sigma shall be `n';CommentsClose CommentsPermalink
`(BB) the figure below the sigma shall be `i = 1';CommentsClose CommentsPermalink
`(CC) `HHVDRY' represents the higher heating value (expressed in Btu/lb) on a dry basis for a distinct fuel type fired;CommentsClose CommentsPermalink
`(DD) `MCWAS-FIRED-i' represents the moisture content on a wet basis (expressed as a percentage) for each shipment i fired; andCommentsClose CommentsPermalink
`(EE) `FIN-i' represents the biomass fuel input (expressed in pounds) for each shipment i fired.CommentsClose CommentsPermalink
`(iii) GASEOUS FUEL-CommentsClose CommentsPermalink
`(I) IN GENERAL- The as-fired carbon dioxide emissions factor of an offset project under this subsection that uses gaseous fuel shall be determined in accordance with the following formula: CO2 lbs/MMBtu = (CCommentsClose CommentsPermalink
731.0A (FINCommentsClose CommentsPermalink
731.0A D))/HI) (44/12).CommentsClose CommentsPermalink
`(II) ABBREVIATIONS-CommentsClose CommentsPermalink
`(aa) IN GENERAL- In the formula contained in subclause (I)--CommentsClose CommentsPermalink
`(AA) `C' represents the carbon content of biomass (expressed as a percentage by weight) for a distinct fuel type;CommentsClose CommentsPermalink
`(BB) `FIN' represents the total biomass fuel input (expressed in pounds) for a distinct fuel type;CommentsClose CommentsPermalink
`(CC) `D' represents the density of biogas (expressed in pounds per standard cubic feet) for a distinct fuel type; andCommentsClose CommentsPermalink
`(DD) `HI' represents the heat input, as-fired (expressed in MMBtus), as determined in accordance with the following formula: HI = HHVCommentsClose CommentsPermalink
731.0A FIN.CommentsClose CommentsPermalink
`(bb) DESCRIPTION- In the formula contained in item (aa)(DD)--CommentsClose CommentsPermalink
`(AA) `HHV' represents the higher heating value (expressed in Btus per standard cubic feet) for a distinct fuel type; andCommentsClose CommentsPermalink
`(BB) `FIN' represents the biogas fuel input (expressed in standard cubic feet).CommentsClose CommentsPermalink
`(B) CARBON DIOXIDE EMISSIONS DUE TO FIRING OF ELIGIBLE BIOMASS-CommentsClose CommentsPermalink
`(i) IN GENERAL- The carbon dioxide emissions due to firing of eligible biomass of an offset project under this subsection shall be determined in accordance with the following formula: CO2 tons =CommentsClose CommentsPermalink
031S (BHI-iCommentsClose CommentsPermalink
731.0A BEF-iCommentsClose CommentsPermalink
731.0A BOF-i)/2000.CommentsClose CommentsPermalink
`(ii) ABBREVIATIONS- In the formula contained in clause (i)--CommentsClose CommentsPermalink
`(I)(aa) the figure above the sigma shall be `n'; andCommentsClose CommentsPermalink
`(bb) the figure below the sigma shall be `i = 1';CommentsClose CommentsPermalink
`(II) `BHI-i' represents the eligible biomass heat input, as-fired (expressed in MMBtus), for the reporting quarter for each distinct type i of eligible biomass fired;CommentsClose CommentsPermalink
`(III) `BEF-i' represents the eligible biomass emissions factor for the reporting quarter (expressed in pounds of carbon dioxide per MMBtu) for each distinct type i of eligible biomass fired; andCommentsClose CommentsPermalink
`(IV) `BOF-i' represents the eligible biomass oxidation factor for each distinct type i of eligible biomass fired, derived for solid fuel based on the ash content of the eligible biomass fired and the carbon content of that ash, as determined pursuant to paragraph (4)(A) (with a default value for gaseous biomass fuel of 0.995).CommentsClose CommentsPermalink
`(C) APPLICABLE STANDARDS- Each fuel sampling method and technology used to make a calculation under this paragraph shall be in accordance with the applicable standards contained in the New York State Renewable Portfolio Standard Biomass Guidebook dated May 2006 (or successor standards).CommentsClose CommentsPermalink
`(4) MONITORING AND VERIFICATION-CommentsClose CommentsPermalink
`(A) IN GENERAL- Not less frequently than once each quarter of each calendar year during which an offset project receives an allowance under this title, the owner or operator of the offset project shall submit to the Administrator a report describing--CommentsClose CommentsPermalink
`(i) a chemical analysis (including carbon content and heating value) of eligible biomass fired by the offset project;CommentsClose CommentsPermalink
`(ii) the moisture content of eligible biomass for each shipment received for firing by the offset project;CommentsClose CommentsPermalink
`(iii) the total eligible biomass fuel input (expressed in units of mass or volume, as appropriate) to the offset project;CommentsClose CommentsPermalink
`(iv) the total eligible biomass heat input, on an as-fired basis (expressed in MMBtus), to the offset project;CommentsClose CommentsPermalink
`(v) the heat input rate (expressed in MMBtus per hour) of eligible biomass to the offset project;CommentsClose CommentsPermalink
`(vi) the fuel feed rate of eligible biomass to the offset project (expressed in units of mass or volume per hour, as appropriate);CommentsClose CommentsPermalink
`(vii) the total number of operating hours during which eligible biomass was fired by the offset project;CommentsClose CommentsPermalink
`(viii) the number of tons of carbon dioxide emitted from the offset project due to firing of eligible biomass;CommentsClose CommentsPermalink
`(ix) the fuel sampling frequency, monitoring technology, and methodology used by the offset project, including supporting documentation;CommentsClose CommentsPermalink
`(x) the additional information required under subparagraph (B), if any; andCommentsClose CommentsPermalink
`(xi) the carbon dioxide emissions factor of the offset project, calculated in accordance with paragraph (3).CommentsClose CommentsPermalink
`(B) ADDITIONAL DATA REQUIREMENTS-CommentsClose CommentsPermalink
`(i) INDEPENDENT SYSTEM OPERATOR DATA- The owner or operator of an offset project located in a State that requires the use of information submitted to an independent system operator to establish the megawatt-hours of the offset project shall submit to the Administrator, together with the report under subparagraph (A)--CommentsClose CommentsPermalink
`(I) the megawatt-hour value submitted to the independent system operator; andCommentsClose CommentsPermalink
`(II) a statement certifying that the megawatt-hour value reflects the total actual electrical output for all offset projects at the facility used by the independent system operator to determine the settlement resources of energy market participants.CommentsClose CommentsPermalink
`(ii) GROSS OUTPUT DATA- The owner or operator of an offset project that submits to the Administrator information described in clause (i), and that is located in a State that requires the use of gross output data with respect to the offset project, shall submit to the Administrator, together with the information under clause (i), an electronic data report describing the gross output (expressed in megawatts) of the offset project, as calculated by adding, for each hour of the applicable quarter during which the offset project was in operation, the product obtained by multiplying--CommentsClose CommentsPermalink
`(I) the gross output (expressed in megawatts) of the offset project for the hour; andCommentsClose CommentsPermalink
`(II) the proportion that--CommentsClose CommentsPermalink
`(aa) the number of minutes of the hour during which the offset project was in operation; bears toCommentsClose CommentsPermalink
`(bb) 60.'.CommentsClose CommentsPermalink
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U.S. Congress - Text of S.1168 as Introduced in Senate Clean Air/Climate Change Act of 2007



