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nr400_EmR1046.pdf Natural Resources – Revises Chs. NR 400, 405, 407 – EmR1046

 

Publication Date:         December 15, 2010

Effective Dates:            December 15, 2010 through May 15, 2011

 

ORDER OF THE STATE OF WISCONSIN NATURAL RESOURCES BOARD

AMENDING AND CREATING RULES

 

The Wisconsin Natural Resources Board proposes an emergency order to amend 407.02 (4) (b) (intro.), and Table 3 in 407.05 (5) and to create NR 400.02 (74m), 400.03 (3) (om), and (4) (go) and (ki), 405.02 (28m), 405.07 (9), 407.02 (8m) and 407.075 relating to major source permitting thresholds for sources of greenhouse gas emissions and affecting small business.

 

AM-48-10(E)

Analysis Prepared by the Department of Natural Resources

 

1. Statute interpreted: Sections 227.11 (2) (a), 227.14 (1m) (b), 285.11 (1) and (16), and 285.60, Stats. The State Implementation Plan developed under s. 285.11 (6), Stats., is revised.

 

2. Statutory authority: Sections 227.11 (2) (a), 227.14 (1m) (b), 227.24 (1) (a), 285.11 (1) and (16), Stats.

 

3. Explanation of agency authority: Section 227.11 (2) (a), Stats., gives state agencies general rulemaking authority. Section 227.14 (1m) (b), Stats., allows the Department to use the format of federal regulations in preparing a proposed rule if it determines that all or part of a state environmental regulatory program is to be administered according to standards, requirements or methods which are similar to standards, requirements or methods specified for all or part of a federal environmental program. Section 227.24 (1)(a), Stats., gives the Department the authority to promulgate a rule as an emergency rule without complying with the notice, hearing, and publication requirements under ch. 227, Stats., if necessary for the preservation of the public welfare. Section 285.11 (1), Stats., gives the Department authority to promulgate rules consistent with ch. 285, Stats. Section 285.11 (16), Stats., requires the Department to promulgate rules that specify the amounts of emissions that result in a stationary source being classified as a major source. This section requires the rules to be consistent with but no more restrictive than the federal Clean Air Act.

 

4. Related statute or rule: None

 

5. Plain language analysis: On April 1, 2010, US EPA promulgated the first standard for regulating motor vehicle gases contributing to climate change, i.e., greenhouse gases or GHG. Because of the way the Clean Air Act (CAA) is structured, once GHG emissions from motor vehicles are subject to regulation, stationary sources become regulated for these gases. Without further action by EPA, this standard has the unintended affect of subjecting literally tens of thousands of sources across the country to some of the most complex air permit and emission control regulations. In order to mitigate this unintended effect, EPA promulgated on June 3, 2010 (75 FR 31514), an additional "tailoring" rule that limits the number of sources subject to the permit and emission control regulations.

 

Under current state statutes and administrative code, Wisconsin sources will become subject to permit and emission control requirements on January 2, 2010. However, Wisconsin sources will not benefit from the tailoring rule limiting applicability under air permit and emission control regulations until revisions can be made to Wisconsin administrative code. This order proposes to revise the administrative code to make it consistent with the new federal rule.

 

Specifically, this proposal will define the greenhouse gases subject to regulation, establish greenhouse gas emission thresholds, that if exceeded, will trigger permitting and emission control requirements, and establish global warming potential factors which are used to calculate individual greenhouse gas emissions on an equivalent and comparable basis.

 

6. Summary of, and comparison with, existing or proposed federal regulation:

U.S. EPA promulgated rules in 40 CFR parts 51 and 70 as revised on June 3, 2010 (75 FR 31514) to relieve overwhelming permitting burdens that would, in the absence of these rule, fall on permitting authorities and sources. They accomplished this by tailoring the applicability criteria that determine which GHG emission sources become subject to the PSD and Title V programs of the CAA. In particular, EPA established with this rulemaking a phase-in approach for PSD and Title V applicability, and established the first two steps of the phase-in for the largest emitters of GHG.

 

Under these federal rules, the first step, which will begin on January 2, 2011, PSD or Title V requirements will apply to sources’ GHG emissions only if the sources are subject to PSD or Title V anyway due to their non-GHG pollutants. Therefore, EPA will not require source owners or operators to evaluate whether they are subject to PSD or Title V requirements solely on account of their GHG emissions. Specifically, for PSD, Step 1 requires that as of January 2, 2011, the applicable requirements of PSD, most notably, the best available control technology (BACT) requirement, will apply to projects that increase net GHG emissions by at least 75,000 tpy carbon dioxide equivalent emissions, but only if the project also significantly increases emissions of at least one non-GHG pollutant. For the Title V program, only owners or operators of existing sources with, or new sources obtaining, Title V permits for non-GHG pollutants will be required to address GHG during this first step.

 

The second step of the federal rules, beginning on July 1, 2011, will phase in additional large sources of GHG emissions. New sources as well as existing sources not already subject to Title V that emit, or have the potential to emit, at least 100,000 tpy carbon dioxide equivalent emissions will become subject to the PSD and Title V requirements. In addition, sources that emit or have the potential to emit at least 100,000 tpy carbon dioxide equivalent emissions and that undertake a modification that increases net emissions of GHG by at least 75,000 tpy carbon dioxide equivalent emissions will also be subject to PSD requirements.

 

An important provision of these federal rules is that PSD and Title V permitting is only triggered when both the appropriate traditional mass-based applicability threshold, i.e., 100 tpy or 250 tpy, and the GHG carbon dioxide equivalent emission threshold are exceeded.

 

U.S. EPA also makes certain commitments to conduct studies related to potential regulatory burdens which could result from lowering the applicability threshold from what is contained in the current rule. Except for these federal commitments, the rules proposed here are consistent with the federal rules.

 

The greenhouse gas endangerment finding (74 FR 66496), EPA’s memorandum entitled “Interpretation of Regulations that Determine Pollutants Covered by Federal Prevention of Significant Deterioration (PSD) Permit Program” (75 FR 17004) and the motor vehicle (75 FR 25324) and tailoring (75 FR 31514) rules have been challenged by various parties, nationally. In the event that courts or Congress stay or otherwise invalidate the finding, interpretation and both rules related to greenhouse gases the Department will act to invalidate the emergency rule and re-evaluate the need for a permanent rule in light of the court’s or Congressional actions.

 

7. Comparison with similar rules in adjacent states (Illinois, Iowa, Michigan, and Minnesota): The states of Illinois and Minnesota are US EPA delegated states so they do not need to amend their state rules to implement the provision of the federal tailoring rule. Michigan and Iowa are SIP approved states like Wisconsin, so they will need to implement rules similar to what are being proposed here in order to modify their permit program and implement the provisions of the federal rule.

 

8. Summary of factual data and analytical methodologies used and how any related findings support the regulatory approach chosen: The proposed rule is based on the federal rule changes. Information on the federal rule changes can be obtained from federal registers published on October 27, 2009 (74 FR 55292), October 30, 2009 (74 FR 56260), and June 3, 2010 (75 FR 31514).

 

9. Analysis and supporting documents used to determine the effect on small business or in preparation of an economic impact report: The Department did not conduct an independent analysis of the effect on small business, but is relying on the analysis performed by the US EPA. This analysis can be found in US EPA’s rule docket for Prevention of Significant Deterioration and Title V Greenhouse Gas Tailoring Rule; Proposed Rule [EPA-HQ-OAR-2009-0517; FRL-8966-7], October 27, 2009 (74 FR 55292).

 

10. Effect on small business: This proposal will prevent unintended impacts to small businesses resulting from promulgation by U.S. EPA of emission standards for GHG, by limiting the number that may become subject to the Title V and PSD permitting programs.

 

11. Agency contact person: Andrew Stewart, 608-266-6876, andrew.stewart@wisconsin.gov

 

 

SECTION 1.  NR 400.02 (74m) is created to read:

NR 400.02 (74m) “Greenhouse gases” or “GHG” means an air pollutant that is the aggregate of carbon dioxide (CO2), methane (CH4), nitrous oxide (N2O), sulfur hexafluoride (SF6), hydrofluorocarbons (HFCs), and perfluorocarbons (PFCs).

 

SECTION 2.  NR 400.03(3) (om) and (4) (go) and (ki) are created to read:

NR 400.03 (3) (om) “SF6” – sulfur hexafluoride

(4) (go) “GHG” – greenhouse gases

(ki) “PFC” – perfluorocarbon

 

SECTION 3.  NR 405.02 (28m) is created to read:

NR 405.02 (28m) “Subject to regulation under the Act” means, for any air contaminant, that the contaminant is subject to either a provision of the Act, or a nationally applicable regulation codified by the administrator in title 40, Chapter I, subchapter C of the CFR, that requires actual control of the quantity of air emissions of the contaminant, and that the control requirement has taken effect and is operative to control, limit, or restrict the quantity of emissions of the contaminant released from the regulated activity.

 

SECTION 4.  NR 405.07 (9) is created to read:

            NR 405.07 (9) (a) Emissions of greenhouse gases at a stationary source shall only be subject to regulation under the Act as follows:

1. Beginning January 2, 2011, if the stationary source is any of the following:

a. A new major stationary source for a regulated NSR contaminant other than GHG, which will emit or will have the potential to emit 75,000 tpy or more of GHG on a carbon dioxide equivalent basis.

b. An existing major stationary source for a regulated NSR contaminant other than GHG, which will have an emissions increase of a regulated NSR contaminant other than GHG, and an emissions increase of 75,000 tpy or more of GHG on a carbon dioxide equivalent basis.

2. Beginning July 1, 2011, in addition to the provisions in par. (a), if the stationary source is any of the following:

a. A new stationary source that will emit or have the potential to emit 100,000 tpy or more of GHG on a carbon dioxide equivalent basis.

b. An existing stationary source that emits or has the potential to emit 100,000 tpy or more of GHG on a carbon dioxide equivalent basis, and the source undertakes a physical change or change in the method of operation that will result in an emissions increase of 75,000 tpy or more of GHG on a carbon dioxide equivalent basis.

Note: The Department intends to regulate GHG consistent with the 40 CFR 51.166 (June 3, 2010). In the event of litigation or congressional action which impacts the federal regulations, the Department will commence rulemaking to remain consistent with the resulting federal regulations.

(b) For purposes of this subsection, emissions of GHG on a carbon dioxide equivalent basis shall be determined by multiplying the mass amount of emissions, in tons per year, for each of the constituent gases in the pollutant GHG by the associated global warming potential for the gas in Table B, and then summing the products obtained.

Table B

Global Warming Potentials (GWP)

 

Greenhouse Gas

 

(a)

Chemical Abstract Service Number1

(b)

Chemical Formula

 

(c)

GWP

 

(d)

1.

Carbon dioxide

           124-38-9

CO2

1

2.

Methane

             74-82-8

CH4

21

3.

Nitrous oxide

       10024-97-2

N2O

310

4.

HFC-23

             75-46-7

CHF3

11,700

5.

HFC-32

             75-10-5

CH2F2

650

6.

HFC-41

          593–53–3

CH3F

150

7.

HFC-125

           354-33-6

C2HF5

2,800

8.

HFC-134

          359–35–3

C2H2F4

1,000

9.

HFC-134a

           811-97-2

CH2FCF3

1,300

10.

HFC-143

          430–66–0

C2H3F3

300

11.

HFC-143a

           420-46-2

C2H3F3

3,800

12.

HFC-152

          624–72–6

CH2FCH2F

53

13.

HFC-152a

             75-37-6

CH3CHF2

140

14.

HFC-161

          353–36–6

CH3CH2F

12

15.

HFC-227ea

           431-89-0

C3HF7

2,900

16.

HFC-236cb

          677–56–5

CH2FCF2CF3

1,340

17.

HFC-236ea

           431-63-0

CHF2CHFCF3

1,370

18.

HFC-236fa

           690-39-1

C3H2F6

6,300

19.

HFC-245ca

          679–86–7

C3H3F5

560

20.

HFC-245fa

          460–73–1

CHF2CH2CF3

1,030

21.

HFC-365mfc

          406–58–6

CH3CF2CH2CF3

794

22.

HFC-43-10mee

      138495-42-8

CF3CFHCFHCF2CF3

1,300

23.

Sulfur hexafluoride

         2551-62-4

SF6

23,900

24.

Trifluoromethyl sulphur pentafluoride

           373-80-8

SF5CF3

17,700

25.

Nitrogen trifluoride

        7783–54–2

NF3

17,200

26.

PFC-14 (Perfluoromethane)

             75-73-0

CF4

6,500

27.

PFC-116 (Perfluoroethane)

             76-16-4

C2F6

9,200

28.

PFC-218 (Perfluoropropane)

             76-19-7

C3F8

7,000

29.

Perfluorocyclopropane

          931–91–9

C-C3F6

17,340

30.

PFC-3-1-10 (Perfluorobutane)

           355-25-9

C4F10

7,000

31.

Perfluorocyclobutane

           115-25-3

C-C4F8

8,700

32.

PFC-4-1-12 (Perfluoropentane)

           678-26-2

C5F12

7,500

33.

PFC-5-1-14 (Perfluorohexane)

           355-42-0

C6F14

7,400

34.

PFC–9–1–18

          306–94–5

C10F18

7,500

35.

HCFE–235da2 (Isoflurane)

      26675–46–7

CHF2OCHClCF3

350

36.

HFE–43–10pccc (H–Galden 1040x)

         E1730133

CHF2OCF2OC2F4OCHF2

1,870

37.

HFE–125

        3822–68–2

CHF2OCF3

14,900

38.

HFE–134

        1691–17–4

CHF2OCHF2

6,320

39.

HFE–143a

          421–14–7

CH3OCF3

756

40.

HFE–227ea

        2356–62–9

CF3CHFOCF3

1,540

41.

HFE–236ca12 (HG–10)

      78522–47–1

CHF2OCF2OCHF2

2,800

42.

HFE–236ea2 (Desflurane)

      57041–67–5

CHF2OCHFCF3

989

43.

HFE–236fa

      20193–67–3

CF3CH2OCF3

487

44.

HFE–245cb2

      22410–44–2

CH3OCF2CF3

708

45.

HFE–245fa1

      84011–15–4

CHF2CH2OCF3

286

46.

HFE–245fa2

        1885–48–9

CHF2OCH2CF3

659

47.

HFE–254cb2

          425–88–7

CH3OCF2CHF2

359

48.

HFE–263fb2

          460–43–5

CF3CH2OCH3

11

49.

HFE–329mcc2

      67490–36–2

CF3CF2OCF2CHF2

919

50.

HFE–338mcf2

    156053–88–2

CF3CF2OCH2CF3

552

51

HFE–338pcc13 (HG–01)

    188690–78–0

CHF2OCF2CF2OCHF2

1,500

52.

HFE–347mcc3

      28523–86–6

CH3OCF2CF2CF3

575

53.

HFE–347mcf2

         E1730135

CF3CF2OCH2CHF2

374

54.

HFE–347pcf2

          406–78–0

CHF2CF2OCH2CF3

580

55.

HFE–356mec3

          382–34–3

CH3OCF2CHFCF3

101

56.

HFE–356pcc3

    160620–20–2

CH3OCF2CF2CHF2

110

57.

HFE–356pcf2

         E1730137

CHF2CH2OCF2CHF2

265

58.

HFE–356pcf3

      35042–99–0

CHF2OCH2CF2CHF2

502

59.

HFE–365mcf3

          378–16–5

CF3CF2CH2OCH3

11

60.

HFE–374pc2

          512–51–6

CH3CH2OCF2CHF2

557

61.

HFE–449sl (HFE–7100)

Chemical blend

    163702–07–6

    163702–08–7

C4F9OCH3

(CF3)2CFCF2OCH3

297

62.

HFE–569sf2 (HFE–7200)

Chemical blend

    163702–05–4

    163702–06–5

C4F9OC2H5

(CF3)2CFCF2OC2H5

59

63.

Sevoflurane

      28523–86–6

CH2FOCH(CF3)2

345

64.

HFE–356mm1

      13171–18–1

(CF3)2CHOCH3

27

65.

HFE–338mmz1

      26103–08–2

CHF2OCH(CF3)2

380

66.

(Octafluorotetramethylene) hydroxymethyl group

                   NA

X-(CF2)4CH(OH)-X

73

67.

HFE–347mmy1

      22052–84–2

CH3OCF(CF3)2

343

68.

Bis (trifluoromethyl)-methanol

          920–66–1

(CF3)2CHOH

195

69.

2,2,3,3,3-pentafluoropropanol

          422–05–9

CF3CF2CH2OH

42

70.

PFPMIE

                   NA

CF3OCF(CF3)CF2OCF2OCF3

10,300

            1 The Chemical Abstract Service or CAS numbers refer to the unique chemical abstracts service registry number assigned to a specific chemical, isomer or mixture of chemicals or isomers and recorded in the CAS chemical registry system by the Chemical Abstracts Service, PO Box 3012, Columbus OH 42310, phone: 1−614−447−3600.

            Note: The GWPs in Table B are based upon the GWPs codified by the EPA at 40 CFR part 98, Subpart A, Table A-1, as of October 22, 2010.

 

SECTION 5.  NR 407.02 (4) (b) (intro.) is amended to read:

NR 407.02 (4) (b) (intro.) A stationary source that directly emits, or has the potential to emit, 100 tpy or more of any air contaminant subject to regulation under the Act other than particulate matter emissions. For particulate matter emissions, a stationary source is a major source if it has emits, or has the potential to emit, 100 tpy of PM10 emissions. The fugitive emissions of a stationary source may not be considered in determining whether it is a major source for the purposes of this definition, unless the source belongs to one of the following categories of stationary sources:

 

SECTION 6.  NR 407.02 (8m) is created to read:

NR 407.02(8m) “Subject to regulation under the Act” has the meaning given in s. NR 405.02 (28m).

 

SECTION 7. A column heading in Table 3 of NR 407.05 is amended, a new table entry added in alphabetical order, and footnotes added to read:

NR 407.05 (5) Table 3

Air Contaminant Name

Sources of Regulation (See Footnotes Below)

Chemical Abstract Service Number7

Inclusion Level (lbs/yr unless otherwise noted)

Greenhouse gases

10

*

10,000 tpy on a carbon dioxide equivalent basis9

 

            9 Emissions of GHG on a carbon dioxide equivalent basis shall be determined according to s. NR 405.07 (9) (b).

            10Federal greenhouse gases listed under 40 CFR Part 70.

 

SECTION 8.  NR 407.075 is created to read:

NR 407.075 Greenhouse gases. Emissions of greenhouse gases at a stationary source shall only be subject to regulation under the Act if, on or after July 1, 2011, the source emits or has the potential to emit 100,000 tpy or more of GHG on a carbon dioxide equivalent basis. For purposes of this section, emissions of GHG on a carbon dioxide equivalent basis shall be determined according to s. NR 405.07 (9) (b).

 

SECTION 9.  STATEMENT OF EMERGENCY. The emergency rule procedure, pursuant to s. 227.24, Stats., is necessary and justified in establishing rules to protect the public welfare. Preservation of the public welfare necessitates putting the forgoing rules into effect prior to the time that it would take if the Department complied with normal procedures.

            On April 1, 2010, the U.S. EPA promulgated the first emission standard for gases contributing to climate change, i.e., greenhouse gases or GHG, which will become effective on January 2, 2011. While these standards target automobile emissions, under the Clean Air Act, this action will unintentionally subject stationary sources across the country to complex prevention of significant deterioration (PSD) and Title V permitting and emission control requirements. U.S. EPA attempted to mitigate this unintended effect by promulgating additional rules, which became effective on June 3, 2010, limiting applicability of the permitting requirements. However, Wisconsin sources will not be affected by the new U.S. EPA rules since existing state statute and administrative code do not contain the same applicability limiting provisions. State rules consistent with those at the federal level must be in effect on January 2, 2011 in order to provide the relief U.S. EPA intended for Wisconsin sources. Without these proposed emergency rules, many sources, including municipal landfills, hospitals, asphalt plants, wastewater treatment plants, small wood fired boilers and agricultural digesters, will be considered major emissions sources of GHG, and therefore subject to the permit and emission control requirements for GHG. These permit and control requirements were never intended or designed to address the type or size of sources that could now be affected. Without the proposed changes, the existing rules would have the potential to overwhelm DNR permitting staff, divert resources away from significant environmental issues, and delay issuance of construction permits for critical projects for expanding businesses.

            Therefore, the Department finds that the proposed emergency rules are necessary and appropriate for the preservation of the public welfare.

           

SECTION 10.  EFFECTIVE DATE. This rule shall take effect on the day of publication in the official state newspaper as provided in s. 227.24 (1) (c), Stats.

 

SECTION 11.  BOARD ADOPTION. This rule was approved and adopted by the State of Wisconsin Natural Resources Board on December 08, 2010.

 

Dated at Madison, Wisconsin: December 08, 2010.

 

STATE OF WISCONSIN

DEPARTMENT OF NATURAL RESOURCES

 

 

By__/S/  Matthew J Frank____________

            Matthew J. Frank, Secretary

 

(SEAL)

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