Federal Register / Vol. 60, No. 54 / Tuesday, March 21, 1995 / Rules and Regulations 14899

Note 2: Information concerning the

existence of approved alternative methods of

compliance with this AD, if any, may be

obtained from the Atlanta ACO.

(c) Special flight permits may be issued in

accordance with §§ 21.197 and 21.199 of the

Federal Aviation Regulations (14 CFR 21.197

and 21.199) to operate the airplane to a

location where the requirements of this AD

can be accomplished.

(d) The inspections and repair shall be

done in accordance with Pemco Alert Service

Letter 737–53–0004, including Appendices I

and II dated January 10, 1995. This

incorporation by reference was approved by

the Director of the Federal Register in

accordance with 5 U.S.C. 552(a) and 1 CFR

part 51. Copies may be obtained from Pemco

Aeroplex, Incorporated, P.O. Box 2287,

Birmingham, Alabama 35201–2287. Copies

may be inspected at the FAA, Transport

Airplane Directorate, 1601 Lind Avenue,

SW., Renton, Washington; or at the FAA,

Small Airplane Directorate, Atlanta Aircraft

Certification Office, Campus Building, 1701

Columbia Avenue, Suite 2–160, College Park,

Georgia; or at the Office of the Federal

Register, 800 North Capitol Street, NW., suite

700, Washington, DC.

(e) This amendment becomes effective on

April 5, 1995.

Issued in Renton, Washington, on March 9,

1995.

Darrell M. Pederson,

Acting Manager, Transport Airplane

Directorate, Aircraft Certification Service.

[FR Doc. 95–6319 Filed 3–20–95; 8:45 am]

BILLING CODE 4910–13–U

ENVIRONMENTAL PROTECTION

AGENCY

40 CFR Part 52

[IL79–1–6616A; FRL—5167–4]

Approval and Promulgation of

Implementation Plans; Illinois

AGENCY: Environmental Protection

Agency.

ACTION: Direct final rule.

SUMMARY: The United States

Environmental Protection Agency

(USEPA) approves requested revisions

to Chicago ozone Federal

Implementation Plan (FIP) as it pertains

to the following sources: General Motors

Corporation, Electro-Motive Division

Plant (GMC Electro-Motive), LaGrange,

Illinois; Minnesota Mining and

Manufacturing Corporation (3M),

Bedford Park, Illinois; Replogle Globes,

Inc. (Replogle); Broadview, Illinois;

Candle Corporation of America (CCA),

Chicago, Illinois; Nalco Chemical

Company (Nalco) Bedford Park, Illinois

Clearing Plant; Parisian Novelty

Company (Parisian), Chicago, Illinois;

Meyercord Corporation (Meyercord),

Carol Stream, Illinois; Wallace

Computer Services, Inc. (Wallace)

Printing and Binding Plant, Hillside,

Illinois; and the General Packaging

Products, Inc. (GPP) Chicago, Illinois.

This action lists the FIP revisions

USEPA is approving and incorporates

the relevant material into the Code of

Federal Regulations. The rationale for

the approval is set forth in this final

rule; additional information is available

at the address indicated below.

Elsewhere in this Federal Register,

USEPA is proposing approval, soliciting

public comment, and offering an

opportunity for a public hearing on

these requested FIP revisions. If adverse

comments are received or a public

hearing is requested on this direct final

rule, USEPA will withdraw this final

rule and address the comments received

in response to this final rule in the final

rule on the proposed rule published in

the proposed rules section of this

Federal Register. Unless this final rule

is withdrawn, no further rulemaking

will occur on this requested FIP

revision.

EFFECTIVE DATE: This action will be

effective May 22, 1995 unless notice is

received by April 20, 1995 that someone

wishes to submit adverse comments. If

the effective date is delayed, timely

notice will be published in the Federal

Register.

ADDRESSES: Written comments can be

mailed to: J. Elmer Bortzer, Chief,

Regulation Development Section (AR–

18J), Regulation Development Branch,

Air and Radiation Division, U.S.

Environmental Protection Agency, 77

West Jackson Boulevard, Chicago,

Illinois 60604.

Docket: Pursuant to sections 307(d)(1)

(B) and (N) of the Clean Air Act (Act),

42 U.S.C. 7607(d)(1) (B) and (N), this

action is subject to the procedural

requirements of section 307(d).

Therefore, USEPA has established a

public docket for this action, A–94–39,

which is available for public inspection

and copying between 8 a.m. and 4 p.m.,

Monday through Friday, at the

following addresses. We recommend

that you contact Fayette Bright before

visiting the Chicago location and Rachel

Romine before visiting the Washington,

D.C. location. A reasonable fee may be

charged for copying.

The United States Environmental

Protection Agency, Region 5, Regulation

Development Branch, Eighteenth Floor,

Southeast, 77 West Jackson Boulevard,

Chicago, Illinois, 60604, (312) 886–

6069.

United States Environmental

Protection Agency, Docket No. A–94–

39, Air Docket (LE–131), Room M1500,

Waterside Mall, 401 M Street, S.W.,

Washington, D.C. 20460, (202) 245–

3639.

FOR FURTHER INFORMATION CONTACT:

Steven Rosenthal, Environmental

Engineer (312) 886–6052.

SUPPLEMENTARY INFORMATION: On June

29, 1990, USEPA promulgated a FIP

requiring Reasonably Available Control

Technology (RACT) to control the

emission of Volatile Organic

Compounds (VOCs) in six counties in

the Chicago metropolitan area. 55 FR

26818, codified at 40 CFR 52.741. In

determining the applicability of some of

these regulations to particular sources,

USEPA used the concept of ‘‘maximum

theoretical emissions’’ (MTE), which is

defined as ‘‘the quantity of volatile

organic material emissions that

theoretically could be emitted by a

stationary source before add-on controls

based on the design capacity or

maximum production capacity of the

source and 8760 hours per year * * *

at ‘‘55 FR 26860, 40 CFR 52.741(a).

Relief for otherwise subject sources is

available through a site-specific State

Implementation Plan (SIP) or FIP

revision that limits emissions to below

the applicable cutoff by operational or

production limitations.

The sources identified in Table 1 have

requested that USEPA approve

production or operational limitations

that will keep their emissions below the

applicability cutoff of the rule to which

they would otherwise be subject.

Production limits are restrictions on the

amount of final product which can be

manufactured or otherwise produced at

a source. Operational limits are all other

restrictions on the manner in which a

source is run, including hours of

operation and amount and type of raw

material consumed. Production and

operational limits must be stated as

conditions that can be enforced

independently of one another.

FIP revisions which limit VOC

emissions to less than 100 tons VOC per

year have been requested by the

following nine companies.
14900 Federal Register / Vol. 60, No. 54 / Tuesday, March 21, 1995 / Rules and Regulations

TABLE 1.—REQUESTS FOR FEDERALLY ENFORCEABLE OPERATING RESTRICTIONS

State Pollutant Subject matter Source Date of submission

Illinois ....................................................................................... VOM ............ Chicago Ozone FIP ...... GMC Electro-Motive ..... 1 NA

Illinois ....................................................................................... VOM ............ Chicago Ozone FIP ...... 3M ................................ 08/29/91

Illinois ....................................................................................... VOM ............ Chicago Ozone FIP ...... Replogle ....................... 10/17/91

Illinois ....................................................................................... VOM ............ Chicago Ozone FIP ...... CCA .............................. 09/05/91

Illinois ....................................................................................... VOC ............. Chicago Ozone FIP ...... Nalco ............................ 02/23/93

Illinois ....................................................................................... VOM ............ Chicago Ozone FIP ...... Parisian ........................ 04/09/92

Illinois ....................................................................................... VOM ............ Chicago Ozone FIP ...... Meyercord .................... 08/12/94

Illinois ....................................................................................... VOM ............ Chicago Ozone FIP ...... Wallace ......................... 09/24/92

Illinois ....................................................................................... VOM ............ Chicago Ozone FIP ...... General Packaging ....... 10/02/92

1The General Motors revision is based on materials submitted to USEPA on February 28, 1991 and May 10, 1991, in connection with resolution of General Motors Corp. v. USEPA, No. 90–2889 (7th Cir.).

USEPA has determined that these FIP

revision requests comply with all

applicable requirements of the Act and

USEPA policy and regulations

concerning such revisions. The USEPA,

therefore, grants these requests.

Because USEPA considers this action

noncontroversial and routine, we are

approving it without prior proposal. The

action will become effective on May 22,

1995. However, if we receive adverse

comments or a request for a public

hearing by April 20, 1995, then USEPA

will publish a notice that withdraws

this action. If no request for a public

hearing has been received, USEPA will

address the public comments received

in the final rule on the requested SIP

revision which has been proposed for

approval in the proposed rules section

of this Federal Register. If a public

hearing is requested, USEPA will

publish a proposed rule announcing a

public hearing and reopening the public

comment period until 30 days after the

public hearing. At the conclusion of this

additional public comment period,

USEPA will publish a final rule

responding to the public comments

received and announcing final action.

The Office of Management and Budget

has exempted this regulatory action

from Executive Order 12866 review.

Under the Regulatory Flexibility Act,

5 U.S.C. 600 et seq., USEPA must

prepare a regulatory flexibility analysis

assessing the impact of any proposed or

final rule on small entities. 5 U.S.C. 603

and 604. Alternatively, USEPA may

certify that the rule will not have a

significant economic impact on a

substantial number of small entities.

Small entities include small businesses,

small not-for-profit enterprises, and

government entities with jurisdiction

over populations of less than 50,000.

Under Section 307(b)(1) of the Clean

Air Act, petitions for judicial review of

this action must be filed in the United

States Court of Appeals for the

appropriate circuit by May 22, 1995.

Filing a petition for reconsideration by

the Administrator of this final rule does

not affect the finality of this rule for the

purposes of judicial review nor does it

extend the time within which a petition

for judicial review may be filed, and

shall not postpone the effectiveness of

such rule or action. This action may not

be challenged later in proceedings to

enforce its requirements. (See section

307(b)(2).)

List of Subjects in 40 CFR Part 52

Environmental protection, Air

pollution control, Intergovernmental

relations, Volatile organic compound,

Volatile organic material.

Dated: February 28, 1995.

Carol M. Browner,

Administrator.

Part 52, chapter I, title 40 of the Code

of Federal Regulations is amended as

follows:

PART 52—[AMENDED]

1. The authority citation for part 52

continues to read as follows:

Authority: 42 U.S.C. 7401–7671q.

Subpart O—Illinois

2. Section 52.741 is amended by

adding paragraphs (e)(8), (h)(6), (u)(6),

(u)(7), (v)(6), (x)(6), (x)(8), (x)(9), (x)(10),

(x)(11), (x)(12) and (x)(13) read as

follows:

§ 52.741 Control strategy: Ozone control

measures for Cook, Du Page, Kane, Lake,

McHenry and Will Counties.

* * * * *

(e) * * *

(8) The control requirements in this

paragraph apply to the wood coating

line, which coats wooden globe stand

components, at Replogle Globes, Inc.

(Replogle) Broadview facility in Cook

County, Illinois, instead of the control

requirements in paragraphs (e)(1) and

(e)(2) of this section. Compliance with

this paragraph must be demonstrated

through the applicable coating analysis

test methods and procedures specified

in paragraph (a)(4)(i) of this section.

(i) After October 6, 1991, no coatings

shall at any time be applied which

exceed the following emission

limitations for the specified coating.

(A) 6.59 pounds (lbs) Volatile Organic

Material (VOM) per gallon of stain

(minus water and any compounds

which are specifically exempted from

the definition of VOM) as applied to

coat wooden globe stand components.

Such stain consists of #9250 Walnut

NGR Stain (RGI #W06000100), #9974

Cherry NGR Stain (RGI #W06003500)

and #9943 Ash NGR Stain (RGI

#W06003600). The Administrator must

be notified at least ten (10) days prior to

the use of any replacement stains.

(B) 5.53 lbs VOM per gallon of

Sanding Sealer (minus water and any

compounds which are specifically

exempted from the definition of VOM)

as applied to coat wooden globe stand

components. Such sealer consists of

#15304 High Build Sanding Sealer (RGI

#W06003700). The Administrator must

be notified at least ten (10) days prior to

the use of any replacement sanding

sealer.

(C) 5.20 lbs VOM per gallon of lacquer

(minus water and any compounds

which are specifically exempted from

the definition of VOM) as applied to

coat wooden globe stand components.

Such lacquer consists of #15352 High

Build Lacquer (RGI #W06003300). The

Administrator shall be notified at least

ten (10) days prior to the use of any

replacement lacquer.

(ii) After October 6, 1991, the volume

of coatings used shall not exceed the

following:

(A) 5,000 gallons per year total for all

coatings specified in paragraph

(e)(8)(i)(A) of this section. The yearly

volume of coatings used are to be

calculated as follows:

(1) Compute the volume of specified

coating used each month by the 15th of

the following month.
Federal Register / Vol. 60, No. 54 / Tuesday, March 21, 1995 / Rules and Regulations 14901

(2) By the 15th of each month, add the

monthly coating use for the 12 previous

months (to obtain the yearly volume of

coatings used).

(B) 4,000 gallons per year total for all

coatings specified in paragraph

(e)(8)(i)(B) of this section. The yearly

volume of the coatings used are to be

calculated as specified in paragraphs

(e)(8)(ii)(A)(1) and (e)(8)(ii)(A)(2) of this

section.

(C) 5,000 gallons per year total for all

coatings specified in paragraph

(e)(8)(i)(C) of this section. The yearly

volume of coatings used are to be

calculated as specified in paragraphs

(e)(8)(ii)(A)(1) and (e)(8)(ii)(A)(2) of this

section.

(iii) Beginning on October 6, 1991, the

owner and operator of the Replogle

Globes, Inc. plant in Broadview, Illinois

shall keep the following records for each

month. All records shall be retained at

Replogle Globes, Inc. for three (3) years

and shall be made available to the

Administrator on request.

(A) the name and identification

number of each coating as applied on

any wood coating line.

(B) The weight of VOM per volume

(determined in accordance with the

procedures in paragraph (a)(4)(i) of this

section) and the volume of each coating

(minus water and any compounds

which are specifically exempted from

the definition of VOM) as applied each

month on any wood coating line.

* * * * *

(h) * * *

(6) The control and recordkeeping and

reporting requirements, as well as the

test methods in this paragraph, apply to

the rotogravure and flexographic presses

at General Packaging Products, Inc.’s

(GPP) plant in Chicago, Illinois, instead

of the requirements in 40 CFR

52.741(h)(1) through 40 CFR

52.741(h)(5).

(i) After July 1, 1992, no inks or other

volatile organic material (VOM)

containing materials shall at any time be

applied or used which have a higher

percent VOM by weight than the

following:

(A) 8 percent VOM by weight for

waterbased inks as applied on GPP’s

presses.

(B) 82 percent VOM by weight for

solvent based inks as applied on GPP’s

presses.

(C) 100 percent VOM by weight for all

other VOM containing materials

(besides inks) as used on GPP’s presses.

(ii) After July 1, 1992, the weight of

ink and other VOM containing materials

used shall not exceed the following:

(A) 200,000 pounds per year total for

all waterbased inks, as applied

(including dilution material). The yearly

weight of waterbased inks used is to be

calculated according to the procedure in

paragraph (h)(6)(iii) of this section.

(B) 100,008 pounds per year total for

all solvent based inks, as applied

(including dilution material). The yearly

weight of solvent based inks used is to

be calculated according to the procedure

in paragraph (h)(6)(iii) of this section.

(C) 100,000 pounds per year total

(based upon the formulation of the

material as it is used on the presses) for

all other VOM containing materials

(besides inks). The yearly weight of

other VOM containing materials is to be

calculated according to the procedure in

paragraph (h)(6)(iii) of this section.

(iii) The yearly weight of ink/material

used is to be calculated as follows:

(A) Compute the weight of ink/

material used each month by the 15th of

the following month.

(B) By the 15th of each month, add

the monthly ink/material usage for the

12 previous months (to obtain the yearly

weight of ink/material used).

(iv) Beginning on July 1, 1992, the

owner and operator of GPP’s plant in

Chicago, Illinois, shall keep the

following records for each month. All

records shall be retained at GPP for 3

years and shall be made available to the

Administrator on request:

(A) The name and identification

number of each waterbased ink, each

solvent based ink, and each other VOM

containing material as applied or used

on any press.

(B) The pounds of waterbased ink as

applied on all presses for each month

and the percent VOM by weight for each

waterbased ink as applied on any press

for each month.

(C) The pounds of solvent based ink

as applied on all presses for each month

and the percent VOM by weight for each

solvent based ink as applied on any

press for each month.

(D) The pounds of other (non-ink)

VOM containing material used on all

presses for each month and the percent

VOM by weight for each (non-ink) VOM

containing material as used on any press

for each month.

(v) Any record showing a violation of

paragraph (h)(6)(i) or (h)(6)(ii) of this

section shall be reported by sending a

copy of such record to the

Administrator within 30 days of the

violation.

(vi) To determine compliance with

paragraphs (h)(6)(i) and (h)(6)(ii) of this

section and to establish the records

required under paragraph (h)(6)(iv) of

this section the percent VOM by weight

of each ink and other VOM containing

material shall be determined by the

applicable test methods and procedures

specified in paragraph (a)(4) of this

section.

* * * * *

(u) * * *

(6) The control requirements in this

paragraph apply to the adhesive globe

coating operations at Replogle’s

Broadview facility in Cook County,

Illinois, instead of the control

requirements in paragraph (u)(3) of this

section.

(i) After October 6, 1991, no coatings

shall at any time be applied which

exceed the following emission

limitations for the specified coating.

(A) 7.0 lbs VOM per gallon of

adhesive coating (minus water and any

compounds which are specifically

exempted from the definition of VOM)

as applied to coat globes. Such coating

consists of #7879446 Methylene

Chloride (RGI #01004100). The

Administrator shall be notified at least

ten (10) days prior to the use of any

replacement adhesive for coating globes.

(B) [Reserved]

(ii) After October 6, 1991, the volume

of coatings used shall not exceed the

following:

(A) 572 gallons per year total for all

coatings specified in paragraph

(u)(6)(i)(A) of this section. The yearly

volume of coatings used are to be

calculated as follows:

(1) Compute the volume of specified

coating used each month by the 15th of

the following month.

(2) By the 15th of each month, add the

monthly coating use for the 12 previous

months (to obtain the yearly volume of

coatings used).

(B) [Reserved]

(iii) Beginning on October 6, 1991, the

owner and operator of the Replogle

Globes, Inc. plant in Broadview, Illinois

shall keep the following records for each

month. All records shall be retained at

Replogle Globes, Inc. for three (3) years

and shall be made available to the

Administrator on request:

(A) The name and identification

number of each coating as applied on

any adhesive globe coating line.

(B) The weight of VOM per volume

and the volume of each coating (minus

water and any compounds which are

specifically exempted from the

definition of VOM) as applied each

month on any adhesive globe coating

line.

(7) The control requirements in this

paragraph apply to the glass candle

container coating line(s) and silk

screening machines at the Candle

Corporation of America (CCA), Chicago,

Illinois facility, instead of the control

requirements in paragraph (u)(3) of this

section.
14902 Federal Register / Vol. 60, No. 54 / Tuesday, March 21, 1995 / Rules and Regulations

(i) After June 1, 1992, no coatings or

inks shall at any time be applied, at any

coating or ink applicator, which exceed

the following emission limitations for

the specified coating or ink.

(A) 6.04 pounds (lbs) volatile organic

material (VOM) per gallon of clear

lacquer/varnish (minus water and any

compounds which are specifically

exempted from the definition of VOM)

as applied to coat glass candle

containers. Such clear lacquer/varnish

(multi-color) is identified as LP3500.

The Administrator must be notified at

least 10 days prior to the use of any

replacement clear lacquers/varnishes.

(B) 5.23 lbs VOM per gallon of

translucent coating (minus water and

any compounds which are specifically

exempted from the definition of VOM)

as applied to coat glass candle

containers. Such translucent coating

(multi-color) is identified as LP3603.

The Administrator must be notified at

least 10 days prior to the use of any

replacement translucent coatings.

(C) 5.84 lbs VOM per gallon of white

lacquer (minus water and any

compounds which are specifically

exempted from the definition of VOM)

as applied to coat glass candle

containers. Such white lacquer is

identified as LP3507. The Administrator

must be notified at least 10 days prior

to the use of any replacement white

lacquers.

(D) 3.40 lbs VOM per gallon of fast

dry enamel silk screen printing ink

(minus water and any compounds

which are specifically exempted from

the definition of VOM) as applied to

print onto glass candle containers.

(ii) After June 1, 1992, the volume of

coating and ink used shall not exceed

the following:

(A) 2,164 gallons per month total for

all coatings specified in paragraph

(u)(7)(i)(A) of this section.

(B) 369 gallons per month total for all

coatings specified in paragraph

(u)(7)(i)(B) of this section.

(C) 49 gallons per month total for all

coatings specified in paragraph

(u)(7)(i)(C) of this section.

(D) 50 gallons per month total for all

inks specified in paragraph (u)(7)(i)(D)

of this Section.

(iii) Beginning on June 1, 1992, the

owner and operator of CCA’s plant in

Chicago, Illinois, shall keep the

following records for each month. All

records shall be retained at CCA for 3

years and shall be made available to the

Administrator on request.

(A) The name and identification

number of each coating and ink as

applied on any glass candle container

coating line or silk screening machine.

(B) The weight of VOM per volume

and the volume of each coating and ink

(minus water and any compounds

which are specifically exempted from

the definition of VOM) as applied each

month on any glass candle container

coating line or silk screening machine.

(iv) After June 1, 1992, no more than

100 gallons per month of cleaning

solvent is allowed to be used on the

glass candle container coating line(s) at

CCA. The only cleaning solvents

allowed for use are acetone (identified

as LP3525) and methyl ethyl ketone

(identified as LP3520). Beginning on

June 1, 1992, CCA shall keep monthly

records of the type and volume of all

cleaning solvents used. All such records

shall be retained at CCA for 3 years and

shall be made available to the

Administrator on request.

(v) After June 1, 1992, no more than

50 gallons per month of cleaning solvent

is allowed to be used on the glass candle

container silk screening machines at

CCA. The only cleaning solvent allowed

for use is petroleum naphtha (identified

as light aromatic naphtha with 7.28 lbs

VOM per gallon, minus water and any

compounds which are specifically

exempted from the definition of VOM).

Beginning on June 1, 1992, CCA shall

keep monthly records of the type and

volume and the weight of VOM per

volume (minus water and any

compounds which are specifically

exempted from the definition of VOM)

of all cleaning solvents used on the glass

candle container silk screening

machines. All such records shall be

retained at CCA for 3 years and shall be

made available to the Administrator on

request.

* * * * *

(v) * * *

(6) The control requirements in this

paragraph apply to the 7 blenders and

3 moguls of the adhesive coating

solution formulation (compounding)

operations at the Minnesota Mining and

Manufacturing Corporation’s (3M)

Bedford Park facility in Cook County,

Illinois, instead of the control

requirements in paragraph (v)(3) of this

section.

(i) After September 1, 1991, the

following operating restrictions shall

apply to 3M’s Bedford Park, Illinois,

compounding operations.

(A) The combined operating hours for

all blenders shall not exceed 8,400

hours per quarter (rolled on a monthly

basis). The combined quarterly

operating hours of all blenders are to be

calculated as follows:

(1) By the 15th of each month,

compute the combined monthly

operating hours of all blenders during

the previous month.

(2) By the 15th of each month, add the

monthly operating hours of all blenders

for the 3 previous months (to obtain the

combined quarterly operating hours of

all blenders).

(B) The combined operating hours for

all moguls shall not exceed 4,200 hours

per quarter (rolled on a monthly basis).

The quarterly operating hours of all

moguls are to be calculated as follows:

(1) By the 15th of each month,

compute the combined monthly

operating hours of all moguls during the

previous month.

(2) By the 15th of each month, add the

monthly operating hours of all moguls

for the 3 previous months (to obtain the

combined quarterly operating hours of

all moguls).

(ii) Beginning on September 1, 1991,

the owner and operator of the 3M

Bedford Park Plant in Bedford Park,

Illinois, shall keep the following

records. These records shall be

compiled on a monthly basis, be

retained at the 3M facility for a period

of 3 years, and be made available to the

Administrator upon request.

(A) Separate monthly records for each

of the 7 blenders identifying each batch

and the length of each batch as well as

the total monthly hours of operation for

all blenders.

(B) Separate monthly records for each

of the 3 moguls identifying each batch

and the length of each batch as well as

the total monthly hours of operation for

all moguls.

* * * * *

(x) * * *

(6) The control requirements in this

paragraph apply to the varnish

operations at the General Motors

Corporation, Electro-Motive Division

Plant (GMC Electro-Motive), LaGrange,

Illinois, instead of the control

requirements in paragraph (x)(3) of this

section.

(i) After July 1, 1991, no coatings shall

at any time be applied which exceed the

following emission limitations for the

specified coating.

(A) 8.0 lbs VOM per gallon of coating

(minus water and any compounds

which are specifically exempted from

the definition of VOM) as applied at

each coating applicator to coat Nomex

rings. Such coating consists of

Monsanto Skybond 705 Polyamide

Resin (EMD P/N 9088817) and diluents.

The Administrator must be notified at

least 10 days prior to the use of any

replacement coating(s) and/or diluents

for coating Nomex rings.

(B) 6.8 lbs VOM per gallon of coating

(minus water and any compounds

which are specifically exempted from

the definition of VOM) as applied at
Federal Register / Vol. 60, No. 54 / Tuesday, March 21, 1995 / Rules and Regulations 14903

each coating applicator for any coatings

not specified in paragraph (x)(6)(i)(A) of

this section.

(ii) After July 1, 1991, the volume of

coatings used shall not exceed the

following:

(A) 600 gallons per year total for all

coatings specified in paragraph

(x)(6)(i)(A) of this section. The yearly

volume of coatings used are to be

calculated as follows:

(1) Compute the volume of specified

coating used each month by the 15th of

the following month.

(2) By the 15th of each month, add the

monthly coating use for the 12 previous

months (to obtain the yearly volume of

coatings used).

(B) 28,500 gallons per year total for all

coatings other than those specified in

paragraph (x)(6)(i)(A) of this section.

The yearly volume of coatings used are

to be calculated as specified in

paragraphs (x)(6)(ii)(A)(1) and

(x)(6)(ii)(A)(2) of this section.

(iii) Beginning on July 1, 1991, the

owner and operator of the General

Motors Corporation Electro-Motive

Division Plant in LaGrange, Illinois

shall keep the following records for each

month. All records shall be retained at

General Motors for 3 years and shall be

made available to the Administrator on

request.

(A) The name and identification

number of each coating as applied on

any coating line within the varnish

operation.

(B) The weight of VOM per volume

and the volume of each coating (minus

water and any compounds which are

specifically exempted from the

definition of VOM) as applied each

month on any coating line within the

varnish operation.

* * * * *

(8) The control and recordkeeping

requirements in this paragraph apply to

the silk screen presses and associated

ovens, cleaning operations and

laminators at Parisian’s Novelty

Company (Parisian), Chicago, Illinois,

facility, instead of the control

requirements in paragraphs (x)(8) (u)(3)

and (x)(3) of this section and the

recordkeeping requirements in

paragraph (x)(8)(y) of this section.

(i) After March 1, 1993, no coatings or

inks shall at any time be applied, at any

coating or ink applicator, which exceed

the following emission limitations for

the specified coating or ink.

(A) 6.65 pounds (lbs) volatile organic

material (VOM) per gallon of ink (minus

water and any compounds which are

specifically exempted from the

definition of VOM) as applied on

Parisian’s silk screen presses.

(B) 6.4 lbs VOM per gallon of

adhesive coating (minus water and any

compounds which are specifically

exempted from the definition of VOM)

as applied on Parisian’s laminators.

Such adhesive is identified as MIX

#963.

(ii) After March 1, 1993, the volume

of coating and ink used shall not exceed

the following:

(A) 2,556 gallons per year total for all

inks. The yearly volume of inks used is

to be calculated as follows:

(1) Compute the volume of ink used

each month by the 15th of the following

month.

(2) By the 15th of each month, add the

monthly ink usage for the 12 previous

months (to obtain the yearly volume of

ink used).

(B) 780 gallons per year total for all

coatings specified in paragraph

(x)(8)(i)(B) of this section. The yearly

volume of coatings used are to be

calculated as specified in paragraphs

(x)(8)(ii)(A)(1) and (x)(8)(ii)(A)(2) of this

section.

(iii) Beginning on March 1, 1993, the

owner and operator of Parisian’s plant

in Chicago, Illinois, shall keep the

following records for each month. All

records shall be retained at Parisian for

3 years and shall be made available to

the Administrator on request.

(A) The name and identification

number of each coating as applied on

any laminator.

(B) The weight of VOM per volume

and the volume of each coating (minus

water and any compounds which are

specifically exempted from the

definition of VOM) as applied each

month on any laminator.

(C) The weight of VOM per volume

and the volume of each type of ink

(minus water and any compounds

which are specifically exempted from

the definition of VOM) as applied each

month on any screen press.

(iv) After March 1, 1993, no more than

84 gallons per year of denatured alcohol

may be used for cleaning labels at

Parisian. The yearly volume of

denatured alcohol used is to be

calculated as specified in paragraphs

(x)(8)(ii)(A)(1) and (x)(8)(ii)(A)(2) of this

section. Beginning on March 1, 1993,

Parisian shall keep monthly records of

the type, volume, and VOM content of

all solvents used for label cleaning.

These records shall be retained at

Parisian for 3 years and shall be made

available to the Administrator on

request.

(v) After March 1, 1993, no more than

7,932 gallons per year of screen wash

#956 may be used on Parisian’s screen

cleaner. The yearly volume of screen

wash #956 used is to be calculated as

specified in paragraphs (x)(8)(ii)(A)(1)

and (x)(8)(ii)(A)(2) of this section.

Beginning on March 1, 1993, Parisian

shall keep monthly records of the type,

volume, and VOM content of all

cleaning compounds used on Parisian’s

screen cleaner. These records shall be

retained at Parisian for 3 years and shall

be made available to the Administrator

on request.

(vi) After March 1, 1993, only those

cleaners specifically identified in

paragraphs (x)(8)(iv) and (x)(8)(v) of this

section may be used at Parisian.

(9) The control requirements in this

paragraph apply to the process sources

listed in paragraph (x)(9)(i)(A) of this

section at the Nalco Chemical Company

facility in Bedford Park, Illinois, instead

of the control requirements in paragraph

(x)(3) of this section.

(i) Production and Operation

Restrictions.

(A) On and after October 1, 1992, the

maximum volatile organic compound

(VOC) emissions per batch, the 12-

month rolling average number of

batches per year, and the peak limit of

batches per month shall not exceed the

following limits:

Source

Maximum VOC

emissions, lb/

batch

12-mo. rolling average limit batch/yr Peak batch limit, batch/month

(1) System 1 charge ............. 0.16 ................... 280 ....................................................................... 33.

System 1 purge ............. 1.35 ................... ...............................................................................

(2) 24–T–156, 157 ................ 2.60 ................... 300 ....................................................................... 33.

(3) 28–T–217, 234 ................ 0.23 ................... 402 ....................................................................... 45.

(4) 28–T–214–216 ................ 5.70 ................... 603 ....................................................................... 65.

(5) 20–R–182, 185 ................ 0.02 ................... 72 ......................................................................... 8.

(6) 20–R–130 ........................ 0.07 ................... 340 ....................................................................... 38.

(7) 20–R–155 ........................ 0.21 ................... 254 ....................................................................... 29.
14904 Federal Register / Vol. 60, No. 54 / Tuesday, March 21, 1995 / Rules and Regulations

Source

Maximum VOC

emissions, lb/

batch

12-mo. rolling average limit batch/yr Peak batch limit, batch/month

(8) 20–WT–174 ..................... 0.21 ................... 254 ....................................................................... 29.

(9) 12–T–97–99 .................... 4.6E–4 lb/hr ...... 8,760 hr/yr ............................................................ 744 hr/mo.

(10) 12–T–95 ........................ 4.0E–6 lb/hr ...... 8,760 hr/yr ............................................................ 744 hr/mo.

(11) 12–T–96 ........................ 7.7E–5 lb/hr ...... 8,760 hr/yr ............................................................ 744 hr/mo.

(12) 12–T–67, 73 .................. 0.003 lb/hr ......... 8,760 hr/yr ............................................................ 744 hr/mo.

(13) 20–T–121–122 .............. 0.85 ................... 312 ....................................................................... 34.

(14) 20–T–123–125 .............. 5.4 ..................... 616 ....................................................................... 68.

(15) 20–T–140, 142 .............. 8.0 ..................... 600 ....................................................................... 65.

(16) 20–T–159 ...................... 0.31 ................... 416 ....................................................................... 46.

(17) 20–R–193, 200 .............. 9.8 ..................... 540 ....................................................................... 59.

(18) 32–R–300 ...................... 0.18 ................... 365 ....................................................................... 41.

(19) 32–T–302 ...................... 0.21 ................... 365 ....................................................................... 41.

(20) 32–T–304 ...................... 0.21 ................... 730 ....................................................................... 81.

(21) 32–T–314 ...................... 0.23 ................... 365 ....................................................................... 41.

(22) 32–T–322 ...................... 0.21 ................... 365 ....................................................................... 41.

(23) 32–T–328 ...................... 0.23 ................... 365 ....................................................................... 41.

(24) 10–T–61 ........................ 0.001 ................. 365—containing organic ...................................... 31—containing organic.

(25) 24–T–441, 166 .............. 0.12 ................... 730 ....................................................................... 81.

(26) 25–T–284, 440, 443–

444.

0.28 ................... 730 ....................................................................... 81.

(27) 25–T–170 ...................... 4E–6 ................. 104 ....................................................................... 12.

(28) Tank truck loading ......... 0.12 lb/truck ...... 1,600 trucks/yr ...................................................... 134 trucks/mo.

(29) System 2 ....................... 0.36 ................... 280 ....................................................................... 33.

(30) System 4 ....................... 2.88 ................... 280 ....................................................................... 33.

(31) 25–R–164 ...................... 0.10 ................... 365 ....................................................................... 41.

(32) 25–R–205 ...................... 0.14 ................... 365 ....................................................................... 41.

(33) Drum station .................. 3.51 ................... 1,005 .................................................................... 110.

(34) V–4SAC ......................... 1.56 ................... 254 ....................................................................... 29.

(35) 20–CT–155 .................... 13.90 ................. 254 ....................................................................... 29.

(36) 12–SE–100 .................... 1.10 lb/hr ........... 8,760 hr/yr ............................................................ 744 hr/mo.

(37) Drum exhaust hood A ... 1.00 ................... 365—involving use of organic material ................ 31—involving use of organic material.

(38) 24–T–230 ...................... 0.98 ................... 730 ....................................................................... 81.

(39) 8–CT–1 .......................... 0.002 lb/hr ......... 8,760 hr/yr ............................................................ 744 hr/mo.

(40) 9–CT–1 .......................... 0.002 lb/hr ......... 8,760 hr/yr ............................................................ 744 hr/mo.

(41) 10–CT–1 ........................ 0.005 lb/hr ......... 8,760 hr/yr ............................................................ 744 hr/mo.

(42) 22–CT–1 ........................ 0.003 lb/hr ......... 8,760 hr/yr ............................................................ 744 hr/mo.

(43) 25–CT–1 ........................ 0.005 lb/hr ......... 8,760 hr/yr ............................................................ 744 hr/mo.

(44) 25–CT–2 ........................ 0.002 lb/hr ......... 8,760 hr/yr ............................................................ 744 hr/mo.

(45) 29–CT–1 ........................ 0.002 lb/hr ......... 8,760 hr/yr ............................................................ 744 hr/mo.

(46) 32–CT–1 ........................ 0.005 lb/hr ......... 8,760 hr/yr ............................................................ 744 hr/mo.

(47) 36–CT–1 ........................ 0.002 lb/hr ......... 8,760 hr/yr ............................................................ 744 hr/mo.

(48) 32–T–325 ...................... 0 a ...................... 365 ....................................................................... 41.

(49) 26–R–195 ...................... 0.1 a ................... 365 ....................................................................... 41.

(50) Continuous polymerblending.0.1 lb/hr a ........... 2,000 hr/yr ............................................................

(51) Portafeed washer booth

1.

0.84 lb/hr b ......... 4,160 hr/yr ............................................................ 744 hr/mo.

(52) Portafeed washer booth

2.

0.84 lb/hr b ......... 8,736 hr/yr ............................................................ 744 hr/mo.

(53) 32–T–392 ...................... 4.4E–7 .............. 104 ....................................................................... 12.

aAssumed value.

bBased on monitoring data.

(B) The following equation shall be

used to calculate maximum VOC

emissions per batch for the process

sources listed in paragraphs

(x)(9)(i)(A)(1) (charge only and (2)

through (28) and (53) of this section:

Where:

ER = VOC emission rate;

Qo = Quantity of organic per batch or

charge rate;

ER lb batch Q gal batch M lb mole P mmHg

cons t gal mmHg mole

O V ( / ) ( / ) ( / ) ( )

tan ([ ][ ] / ) = × ×

1

Mv = Molecular weight of the volatile

component;

P = Partial pressure of the volatile

component for mixtures of liquid

made up with more than one

chemical; or vapor pressure for pure

liquids made up of only one organic

chemical; and

Constant 1 = (7.45 gal/ft3)x(385 ft3/

mole)x(760 mmHg).

(C) The following equation shall be

used to calculate the VOC emissions per

batch from the process sources listed in

paragraph (x)(9)(i)(A)(1) of this section
Federal Register / Vol. 60, No. 54 / Tuesday, March 21, 1995 / Rules and Regulations 14905

(purge only) and (29) through (32) of

this section:

ER lb batch PR ft batch M lb mole P mmHg

cons t ft mmHg mole

V ( / ) ( / ) ( / ) ( )

tan ([ ][ ] / ) = × × 3

2

3

Where:

PR=Nitrogen purge rate; and

Constant 2 = (385 ft3/mole)x(760 mmHg).

(D) The following equation shall be used

to calculate the VOC emissions per

batch from the drum station listed

at paragraph (x)(9)(i)(A)(33) of this

section:

ER(1b/batch) = (0.40 x

[ER28-T-217-218])+(0.60 x

[ER28-T-214-216])

(E) The following equation shall be

used to calculate the VOC emissions per

batch from the V–4SAC listed at

paragraph (x)(9)(i)(A)(34) of this section:

ER lb batch FR lb batch M lb mole P mmHg

M lb mole P mmHg

mmHg V V

a V

( / )

( / ) ( / ) ( )

/ = × ×

( ) × − ( )( )

1 2

2 760

Where:

FR1mmHg = Maximum air flow rate to

maintain 1 mmHg;

Ma = Molecular weight of air; and

Pv2 = Vapor pressure of organic at 65 °F

and 760 mmHg.

(F) The following equation shall be

used to calculate the VOC emissions per

batch from 20–CT–155 listed at

paragraph (x)(9)(i)(A)(35) of this section:

ER lb batch ER lb hr ER lb hr hr batch tot V SAC ( ) / / / / = [ ] ( ) − ( ) × −4

Where:

ERtot = Total system emission rate

calculated using the following

equation:

ER lb hr FR lb hr M lb mole P mmHg

M lb mole P mmHg tot

mmHg V V

a V

/

( / ) ( / ) ( )

/

( ) = × ×

( ) × − ( )( )

1 1

1 350

Where:

Pv1 = Vapor pressure of organic at 200

°F and 350 mmHg.

(G) The following equation shall be

used to calculate the VOC emissions per

hour from 12–SE–100 listed at

paragraph (x)(9)(i)(A)(36) of this section:

ER(lb/hr) = Evap (gm/cm2sec) × area

(cm2) × 3600 sec/hr

Where:

Evap = Evaporation rate from a surface

8.93 cm × 8.9 cm (lb/[cm2] [sec])

calculated using the following

equation:

Evap = 10¥7 Mv

0.71 × [0.034 (Pe ¥ Pd) 1.25

+ 156 (Pe ¥ Pd)]

Where:

Pe = Partial pressure of the component

from the spilled liquid;

Pd = Partial pressure of the component

in the incident air stream, assumed

to be 0 mmhg; and

Area = Surface area of the liquid.

(H) The following equation shall be

used to calculate the VOC emissions per

batch from the drum exhaust hood A

listed at paragraph (x)(9)(i)(A)(37) of this

section:

ER lb batch FR ft batch M lb mole P mmHg

cons t ft mmHg mole

V ( / ) ( / ) ( / ) ( )

tan [ ][ ] /

= × ×

( )

3

2

3

Where:

FR = Air flow rate.

(I) The following equation shall be used

to calculate the VOC emissions per

batch from 24–T–230 listed at

paragraph (x)(9)(i)(A)(38) of this

section:

ER lb batch

V V M PP

cons t

H A V F ( / ) ( ) .

tan = − × × × 135°

3

0 5
14906 Federal Register / Vol. 60, No. 54 / Tuesday, March 21, 1995 / Rules and Regulations

Where:

VH = Head space volume at heated

temperature 135°F;

VA = Head space volume at ambient

temperature 68°F;

PP135°F = Partial pressure of volatile

component at 135°F.

Constant 3 = (434 ft3/mole)(7.45 gal/

ft3)x(760 mmHg)

(J) The following equations shall be

used to calculate the VOC

emissions per batch from the

process sources listed in paragraph

(x)(9)(i) (39) through (47) of this

section:

ER b yr V gal M lb mole P mmHg org

t yr cons t gal mmHg mole

ER lb yr C V gal d lb gal ch es yr org

ER lb yr C Evap gal d lb gal yr org

A

R V

B B T B

C C C

( / ) ( ) ( / ) ( )

( ) tan ([ ] [ ] / )

( / ) ( ) ( / ) ( arg / )

( / ) ( / min) ( / ) (min/ )

1

1

= × × ×

×

= × × × ×

= × × × ×

 

Where:

VR = Refill volume;

t = Time between refills;

org = Fraction of organic component in

product;

CB = Concentration of chemical B fed 3

times/week;

VT = Tower volume;

dB = Density of chemical B;

CC = Concentration of chemical C fed

continuously;

Evap = Evaporation rate; and

dc = Density of chemical C.

(K) The number of batches for each

process source shall be calculated as

follows:

(1) Compute the monthly number of

batches for each process source by the

15th day of the following month.

(2) By the 15th day of each month,

add the monthly number of batches for

each process source for the 12 previous

months to obtain the total number of

batches per year.

(ii) Recordingkeeping.

(A) On and after October 1, 1992, the

owner and operator of the Nalco

Chemical Company facility in Bedford

Park, Illinois, shall keep the following

records for all process sources listed in

paragraphs (x)(9)(i)(A) (1) through (53)

of this section. These records shall be

maintained for the units specified in

paragraphs (x)(9)(i) (A) through (K) of

this section, be compiled on a monthly

basis, be retained at the facility for a

period of 3 years, and be made available

to the Administrator upon request.

(B) [Reserved]

(1) Calculations of the pounds per

batch or pounds per hour (as

appropriate) for each batch for each

process source. This includes the

information necessary for each

calculation.

(2) The monthly number of batches

for each process source.

(3) The total number of batches per

year for the 12 previous months for each

process source.

(10) The control requirements in this

paragraph apply to the storage tanks

listed in paragraph (x)(10)(i)(A) of this

section at the Nalco Chemical Company

facility in Bedford Park, Illinois, instead

of the control requirements in paragraph

(x)(3) of this section.

(i) Production and Operation

Restrictions.

(A) On and after October 1, 1992, the

product of the molecular weight of

vapor in each storage tank (Mv), the true

vapor pressure at bulk liquid conditions

for each tank (P), and the paint factor

(Fp); the storage tank maximum yearly

throughput for each tank; and the

maximum monthly throughput for each

tank shall not exceed the following

limits:

Tank No.

MV × P × Fp,

(lb) (mmhg)/

lb-mole

Yearly

throughput,

gal/yr

Monthly

throughput,

gal/month

(1) 24–T–147 ...................................................................................................................................... 45.4 56,250 4,688

(2) 24–T–150 ...................................................................................................................................... 227 266,450 22,204

(3) 24–T–151 ...................................................................................................................................... 227 266,450 22,204

(4) 24–T–158N ................................................................................................................................... 18.9 173,830 14,486

(5) 24–T–158C ................................................................................................................................... 18.0 110,190 9,183

(6) 24–T–158S ................................................................................................................................... 1.17 52,010 4,334

(7) 24–T–160 ...................................................................................................................................... 226.8 266,450 22,204

(8) 24–T–161 ...................................................................................................................................... 227 182,450 15,204

(9) 24–T–162 ...................................................................................................................................... 473 93,900 7,825

(10) 20–T–101 .................................................................................................................................... 3.72 90,290 7,525

(11) 20–T–102 .................................................................................................................................... 1.80 122,900 10,242

(12) 20–T–103 .................................................................................................................................... 420 23,960 1,997

(13) 20–T–104 .................................................................................................................................... 180 475,900 39,659

(14) 20–T–105 .................................................................................................................................... 370 52,360 4,363

(15) 20–T–106 .................................................................................................................................... 1,210 623,100 51,926

(16) 20–T–107 .................................................................................................................................... 294 90,040 7,503

(17) 20–T–108 .................................................................................................................................... 1,360 81,470 6,789

(18) 20–T–109 .................................................................................................................................... 1,390 167,060 13,922

(19) 20–T–153 .................................................................................................................................... 180 35,000 2,917

(20) 20–T–131 a .................................................................................................................................. ..................... ....................... ...................

(21) 20–T–132 a .................................................................................................................................. ..................... ....................... ...................

(22) 20–T–133 a .................................................................................................................................. ..................... ....................... ...................

(23) 20–T–134 a .................................................................................................................................. ..................... ....................... ...................

(24) 20–T–135 a .................................................................................................................................. ..................... ....................... ...................

(25) 20–T–136 .................................................................................................................................... 29.5 307,710 26,580

(26) 20–T–137 a ..................................................................................................................................
Federal Register / Vol. 60, No. 54 / Tuesday, March 21, 1995 / Rules and Regulations 14907

Tank No.

MV × P × Fp,

(lb) (mmhg)/

lb-mole

Yearly

throughput,

gal/yr

Monthly

throughput,

gal/month

(27) 20–T–138 .................................................................................................................................... 29.5 307,710 26,580

(28) 32–T–305 .................................................................................................................................... 288 785,550 65,462

(29) 32–T–306 .................................................................................................................................... 66.5 165,350 13,779

(30) 32–T–307 .................................................................................................................................... 66.5 294,750 24,563

(31) 32–T–308 .................................................................................................................................... 66.5 128,470 10,706

(32) 32–T–310 .................................................................................................................................... 66.5 77,290 6,441

(33) 32–T–311 .................................................................................................................................... 66.5 182,130 15,177

(34) 32–T–319 .................................................................................................................................... 50.0 688,950 57,413

(35) 32–T–320 .................................................................................................................................... 50.0 688,950 57,413

(36) 32–T–326 .................................................................................................................................... 70.0 248,440 20,703

(37) 32–T–331 .................................................................................................................................... 70.0 489,540 40,795

(38) 32–T–332 .................................................................................................................................... 70.0 70,380 5,865

(39) 32–T–333 .................................................................................................................................... 70.0 270,850 22,571

(40) 32–T–334 .................................................................................................................................... 70.0 210,610 18,267

(41) 32–T–335 .................................................................................................................................... 70.0 418,200 34,850

(42) 32–T–336 .................................................................................................................................... 70.0 632,460 52,706

(43) 32–T–337 .................................................................................................................................... 798 53,850 4,488

(44) 17–T–206 .................................................................................................................................... 27,000 300,760 25,063

(45) 17–T–208 .................................................................................................................................... 27,000 300,760 25,063

(46) 17–T–207 .................................................................................................................................... 2.48 180,180 15,016

(47) 17–T–209 .................................................................................................................................... 2.48 180,180 15,016

(48) 24–T–515 .................................................................................................................................... 331 216,860 18,072

(49) 25–T–282 .................................................................................................................................... 1.42 1,920,410 160,034

(50) 25–T–283 .................................................................................................................................... 1.42 1,920,410 160,034

(51) 24–T–442 .................................................................................................................................... 18.0 90,990 7,583

(52) 17–T–210 .................................................................................................................................... 47.9 582,990 48,583

(53) 17–T–211 .................................................................................................................................... 47.9 582,990 48,583

(54) 17–T–212 .................................................................................................................................... 508 728,420 60,702

(55) 17–T–213 .................................................................................................................................... 508 728,420 60,702

(56) 17–T–401 .................................................................................................................................... 50.0 131,970 10,998

(57) 17–T–402 .................................................................................................................................... 15.0 120,160 10,014

(58) 17–T–403 .................................................................................................................................... 6.20 127,770 10,648

(59) 17–T–404 .................................................................................................................................... 26.5 1,601,510 133,460

(60) 17–T–405 .................................................................................................................................... 50.0 113,830 9,486

(61) 17–T–406 .................................................................................................................................... 40.0 231,030 19,253

(62) 17–T–407 .................................................................................................................................... 206 135,180 11,265

(63) 17–T–409 .................................................................................................................................... 395 327,410 27,285

(64) 17–T–410 .................................................................................................................................... 395 129,290 10,774

(65) 17–T–411 .................................................................................................................................... 50.0 213,870 17,843

(66) 17–T–412 .................................................................................................................................... 50.0 277,840 23,153

(67) 17–T–414 .................................................................................................................................... 50.0 72,920 6,077

(68) 17–T–415 .................................................................................................................................... 50.0 56,140 4,678

(69) 17–T–416 .................................................................................................................................... 395 393,550 32,796

(70) 17–T–417 .................................................................................................................................... 23.4 233,780 19,482

(71) 17–T–418 .................................................................................................................................... 115 873,270 72,773

(72) 17–T–419 .................................................................................................................................... 119 278,460 23,205

(73) 17–T–420 .................................................................................................................................... 112 730,780 60,898

(74) 17–T–421 .................................................................................................................................... 25.2 300,010 25,001

(75) 17–T–422 .................................................................................................................................... 115 873,270 72,773

(76) 17–T–423 .................................................................................................................................... 23.4 215,060 17,922

(77) 17–T–424 .................................................................................................................................... 23.4 209,610 17,468

(78) 26–T–218 .................................................................................................................................... 50.0 64,890 5,408

(79) 26–T–219 .................................................................................................................................... 1.50 197,900 16,492

(80) 26–T–220 .................................................................................................................................... 2,460 160,020 13,336

(81) 26–T–221 .................................................................................................................................... 50.0 74,820 6,235

(82) 26–T–222 .................................................................................................................................... 80.0 66,590 5,550

(83) 26–T–224 .................................................................................................................................... 4.80 225,290 18,774

(84) 26–T–225 .................................................................................................................................... 50.0 36,610 3,051

(85) 26–T–226 .................................................................................................................................... 294 47,390 3,949

(86) 26–T–227 .................................................................................................................................... 50.0 63,040 5,253

(87) 26–T–228 .................................................................................................................................... 500 136,150 11,346

(88) 26–T–229 .................................................................................................................................... 50.0 112,970 9,414

(89) 26–T–231 .................................................................................................................................... 23.4 319,610 26,634

(90) 26–T–232 .................................................................................................................................... 117 564,280 47,024

(91) 26–T–233 .................................................................................................................................... 23.4 539,700 44,975

(92) 27–T–245 .................................................................................................................................... 21.6 361,970 30,165

(93) 27–T–246 .................................................................................................................................... 348 141,820 11,818

(94) 27–T–247 .................................................................................................................................... 23.4 71,670 5,972

(95) 27–T–248 .................................................................................................................................... 198 96,010 8,001

(96) 27–T–249 .................................................................................................................................... 927 51,240 4,270

(97) 27–T–250 .................................................................................................................................... 110 433,030 36,086

(98) 27–T–251 .................................................................................................................................... 396 45,440 3,787
14908 Federal Register / Vol. 60, No. 54 / Tuesday, March 21, 1995 / Rules and Regulations

Tank No.

MV × P × Fp,

(lb) (mmhg)/

lb-mole

Yearly

throughput,

gal/yr

Monthly

throughput,

gal/month

(99) 27–T–252 .................................................................................................................................... 21.6 171,370 14,281

(100) 27–T–253 .................................................................................................................................. 348 237,900 19,825

(101) 26–T–192 .................................................................................................................................. 10.0 117,950 9,829

(102) 27–T–278 .................................................................................................................................. 0.62 74,910 6,243

(103) 27–T–279 .................................................................................................................................. 0.18 583,760 48,647

(104) 27–T–285 .................................................................................................................................. 21.6 459,530 38,294

(105) 27–T–286 .................................................................................................................................. 21.6 459,530 38,294

(106) 25–T–201 .................................................................................................................................. 19.8 143,550 11,963

(107) 32–T–388 .................................................................................................................................. 0.07 499,340 41,612

(108) 32–T–389 .................................................................................................................................. 0.07 499,340 41,612

(109) 32–T–390 .................................................................................................................................. 288 808,310 583,340

(110) 32–T–391 .................................................................................................................................. 1.42 800,00 583,340

aTank not in use.

(B) The throughput shall be calculated

as follows:

(1) Compute the monthly throughput

for each tank by the 15th day of the

following month.

(2) By the 15th day of each month,

add the monthly throughputs for the 12

previous months to obtain the yearly

throughput.

(ii) Recordkeeping. (A) On and after

October 1, 1992, the owner and operator

of the Nalco Chemical Company facility

in Bedford Park, Illinois, shall keep the

following records for all storage tanks.

These records shall be compiled on a

monthly basis, be retained at the facility

for a period of 3 years, and be made

available to the Administrator upon

request.

(1) The molecular weight of vapor in

each storage tank (Mv), the true vapor

pressure at bulk liquid conditions for

each tank (P), the paint factor (Fp), and

their product. Fp shall be determined

from Table 4.3–1 of ‘‘Compilation of Air

Pollutant Emission Factors, Volume I:

Stationary Point and Area Sources,’’

AP–42, September 1985.

(2) The monthly throughput.

(3) The total throughput per year for

the 12 previous months.

(B) [Reserved].

(iii) Test Methods. (A) The true vapor

pressure at bulk liquid temperature

shall be determined by using the

procedures specified in paragraph (a)(8)

of this section.

(B) The molecular weight of vapor in

the storage tank shall be determined by

using Table 4.3–2 ‘‘Compilation of Air

Pollutant Emission Factors, Volume I:

Stationary Point and Area Sources,’’

AP–42, September 1985, or by analysis

of vapor samples. Where mixtures of

organic liquids are stored in a tank, Mv

shall be estimated from the liquid

composition using the following

equation:

M M

P X

P

M

P X

P v a

a a

t

b

b b

t

= +

Where:

Ma=Molecular weight of pure

component a;

Pa=Vapor pressure of pure component a;

Xa=Mole fraction of pure component a

in the liquid;

Mb=Molecular weight of pure

component b;

Pb=Vapor pressure of pure component b;

Xb=Mole fraction of pure component b

in the liquid; and

Pt=PaX2∂PbXb.

(11) The control requirements in this

paragraph apply to the fugitive emission

sources listed in paragraph (x)(11)(i)(A)

of this section at the Nalco Chemical

Company facility in Bedfore Park,

Illinois, instead of the control

requirements in paragraph (x)(3) of this

section.

(i) Production and Operation

Restrictions.

(A) On and after October 1, 1992, all

components (e.g., pumps, valves,

flanges, pressure relief valves (PRV’s),

and open end lines) at the specified

locations (e.g., Building 32—Tube

Reactor System, etc.), and in the

specified type of service (e.g., heavy

liquid stratified, light liquid stratified,

etc.) shall be limited by the maximum

monthly hours in the following table:

(ii) Recordkeeping.

(A) On and after October 1, 1992, the

owner and operator of the Nalco

Chemical Company facility in Bedford

Park, Illinois, shall keep the following

records for all fugitive emission sources.

These records shall be compiled on a

monthly basis, be retained at the facility

for a period of 3 years, and be made

available to the Administrator upon

request.

(1) The total number of hours of

organic service for each component at

each location specified in paragraphs

(x)(11)(i)(A) (1) through (10) of this

section.

(2) The vapor pressure of each organic

compound in each component at each

location specified in paragraphs

(x)(11)(i)(A) (1) through (10) of this

section.

(B) [Reserved]

(12) The control and recordkeeping

and reporting requirements, as well as

the test methods in this paragraph,

apply to the gravure and screen press

operations at the Meyercord Corporation

(Meyercord) in Carol Stream, Illinois,

instead of the requirements in

paragraphs (x)(1) through (x)(5) of this

section.

(i) After July 1, 1991, no materials

which contain volatile organic material

(VOM), including coatings, inks, and

cleaning material, may be used at any

gravure or screen press unless the total

VOM emissions remain below 100 tons

of VOM for every consecutive 365-day

period, or fraction thereof, starting on

July 1, 1991. A new 365-day period

starts on each day. The VOM emissions,

which are to be calculated on a daily

basis, are to be added to the VOM

emissions for the prior 364 days (but not

including any day prior to July 1, 1991).

VOM emissions are based upon the

VOM content of the material and the

volume of material used. The effect of

add-on control equipment is not

considered in calculating VOM

emissions; that is, the VOM emissions

are to be determined as if the press(es)
Federal Register / Vol. 60, No. 54 / Tuesday, March 21, 1995 / Rules and Regulations 14909

do(es) not have add-on control

equipment. The applicable test methods

and procedures specified in paragraph

(a)(4) of this section are to be used in

determining daily VOM emissions.

(ii) The VOM content of each coating,

ink, and cleaning solution shall be

determined by the applicable test

methods and procedures specified in

paragraph (a)(4) of this section to

establish the records required under

paragraph (x)(12)(ii) of this section.

Beginning on July 1, 1991, the owner or

operator of the subject presses shall

collect and record all of the following

information each day and maintain the

information at the facility for 3 years:

(A) The name and identification

number of each coating, ink, and

cleaning solution as applied on any

press.

(B) The pounds (lbs) of VOM per

gallon of each coating, ink, and cleaning

solution (minus water and any

compounds which are specifically

exempted from the definition of VOM)

as applied on any press.

(C) The total gallons of each coating,

ink, and cleaning solution (minus water

and any compounds which are

specifically exempted from the

definition of VOM) used per day.

(D) The total lbs of VOM contained in

the volume of each coating, ink, and

cleaning solution used per day on any

press. The lbs of VOM per day is to be

calculated by multiplying the lbs of

VOM per gallon (minus water and any

compounds which are specifically

exempted from the definition of VOM)

times the gallons (minus water and any

compounds which are specifically

exempted from the definition of VOM)

used per day.

(E) The total lbs of VOM per day from

all coatings, inks, and cleaning solutions

used on all presses. The total lbs of

VOM per day is to be obtained by

adding the lbs of VOM per day

contained in all coatings, inks, and

cleaning solutions.

(F) Within 7 days after each 365-day

period, the VOM emissions (as

calculated in paragraph (x)(12)(ii)(E)) of

this section before add-on control, from

the 365-day period, are to be

determined.

Starting on July 7, 1992, VOM

emissions are to be determined for the

365 days ending 7 days earlier. Each day

concludes a new 365-day period.

However, no VOM emissions are to be

included for any days prior to July 1,

1991. For example, on July 17, 1991, the

emissions from July 1, through July 10,

1991, are to be included, whereas on

January 7, 1994, the emissions from

January 1, 1993, through December 31,

1993, are to be included.

(13) The control and recordkeeping

and reporting requirements, as well as

the test methods in this paragraph,

apply to the sheet fed cold set presses

and web heatset presses at the Wallace

Computer Services, Inc. (Wallace)

printing and binding plant in Hillside,

Illinois, instead of the requirements in

40 CFR 52.741(h) and 40 CFR

52.741(x)(1) through 40 CFR

52.741(x)(5).

(i) After July 1, 1991, no inks shall at

any time be applied, at the presses

indicated below, which exceed the

pounds (lbs) volatile organic material

(VOM) per gallon of ink (minus water

and any compounds which are

specifically exempted from the

definition of VOM) limit established for

each press. After July 1, 1991, the yearly

volume of ink used at each press, in

gallons of ink (minus water and any

compounds which are specifically

exempted from the definition of VOM)

per year, shall not exceed the gallons

per year limit established below for each

press. The yearly volume of ink used

per press is to be calculated according

to the procedure in paragraph (x)(13)(iii)

of this section.

Press

Lbs

VOM/

gallon

ink

Gallons/

year ink

14 .................................. 1.68 276

16 .................................. 1.68 1896

22 .................................. 3.01 2712

23 .................................. 3.01 13140

25 .................................. 3.01 12720

26 .................................. 3.01 4764

(ii) After July 1, 1991, no materials

(other than those inks subject to the

limits in paragraph (x)(13)(i)) of this

section, shall at any time be applied or

used, at the presses indicated below,

which exceed the lbs VOM per gallon of

material (minus water and any

compounds which are specifically

exempted from the definition of VOM)

limit established for each press. After

July 1, 1991, the yearly volume of

material (excluding ink and water) used

at each press, in gallons of material

(minus water and any compounds

which are specifically exempted from

the definition of VOM) per year, shall

not exceed the gallons per year limit

established for each press. The yearly

volume of material (excluding ink and

water) used per press is to be calculated

according to the procedure in paragraph

(x)(13)(iii) of this section.

Press

Lbs

VOM/

gallon

material

Gallons/

year material

14 .................................. 6.9 612

16 .................................. 6.9 8,340

22 .................................. 7.1 360

23 .................................. 7.1 480

25 .................................. 7.1 516

26 .................................. 7.1 1,848

(iii) The yearly volume of ink/material

used is to be calculated as follows:

(A) Compute the volume of ink/

material used each month per press by

the 15th of the following month.

(B) By the 15th of each month, add

the monthly ink/material usage per

press for the 12 previous months (to

obtain the yearly volume of ink used).

(iv) Beginning on July 1, 1991, the

owner and operator of Wallace’s plant

in Hillside, Illinois, shall keep the

following records for each press for each

month. All records shall be retained by

Wallace for 3 years and shall be made

available to the Administrator on

request:

(A) The name and identification

number of each ink, fountain solution,

fountain solution additive, cleaning

solvent, and other VOM containing

material as applied or used.

(B) The weight of VOM per volume of

each ink, fountain solution, fountain

solution additive, cleaning solvent, and

each other VOM containing material

(minus water and any compounds

which are specifically exempted from

the definition of VOM) as applied or

used each month.

(C) The volume of ink (minus water

and any compounds which are

specifically exempted from the

definition of VOM) as applied each

month.

(D) The total volume of miscellaneous

VOM containing materials (minus water

and any compounds which are

specifically exempted from the

definition of VOM), other than inks, that

are used each month.

(v) Any record showing a violation of

paragraph (x)(13)(i) or (x)(13)(ii) of this

section shall be reported by sending a

copy of such record to the

Administrator within 30 days of the

violation.

(vi) To determine compliance with

paragraphs (x)(13)(i) and (x)(13)(ii) of

this section and to establish the records

required under paragraph (x)(13)(iv) of

this section the VOM content of each

ink and miscellaneous VOM containing

material shall be determined by the

applicable test methods and procedures
14910 Federal Register / Vol. 60, No. 54 / Tuesday, March 21, 1995 / Rules and Regulations

specified in paragraph (a)(4) of this

section.

[FR Doc. 95–6003 Filed 3–20–95; 8:45 am]

BILLING CODE 6560–50–M

40 CFR Part 799

[OPPTS–42180; FRL 4935–4]

RIN 2070–AB07

Testing Consent Order for Tertiary Amyl

Methyl Ether

AGENCY: Environmental Protection

Agency (EPA).

ACTION: Final Consent Agreement and

Order.

SUMMARY: EPA has issued a Testing

Consent Order that incorporates an

Enforceable Consent Agreement (ECA)

pursuant to the Toxic Substances

Control Act (TSCA) with members of

the TAME Producers Group comprised

of the following companies: Amerada

Hess Corporation, Chevron U.S.A.

Products Company, Citgo Petroleum,

Exxon Company U.S.A., and Texaco

Refining and Marketing (the

Consortium) who have agreed to

perform certain health effects tests with

tertiary-amyl methyl ether (CAS No.

994–05–8) (TAME). This document

summarizes the ECA and adds TAME to

the list of chemical substances and

mixtures subject to ECAs. Accordingly,

export notification requirements apply

to TAME.

EFFECTIVE DATE: March 21, 1995.

FOR FURTHER INFORMATION CONTACT:

Susan B. Hazen, Director,

Environmental Assistance Division

(7408), Office of Pollution Prevention

and Toxics, Rm. E–543B, 401 M St.,

SW., Washington, DC 20460, (202) 554–

1404, TDD (202) 554–0551. Technical

contact: Gary Timm (202) 260–7335.

SUPPLEMENTARY INFORMATION: This

document amends 40 CFR 799.5000 by

adding TAME to the list of chemical

substances and mixtures subject to

ECAs and export notification

requirements.

I. Background

The Clean Air Act (42 U.S.C. 7401–

7671q) provides that beginning on

November 1, 1992, gasoline containing

at least 2.7 percent oxygen by weight is

required to be used in the wintertime in

39 areas of the county which failed to

comply with the carbon monoxide (CO)

National Ambient Air Quality Standard.

Carbon monoxide pollution is caused by

incomplete burning of fuels used in

internal combustion engines and is

generally more severe during cold

winter temperatures. Tests have shown

that the use of oxygenates in gasoline

can reduce CO emissions by 15 to 20

percent (Emission Reduction and Cost

Effectiveness of Oxygenated Gasolines.

Environmental Protection Agency. June,

3 1991). Methyl tertiary-butyl ether

(MTBE) and ethanol are the primary

oxygenates used in the oxygenated

gasoline program.

MTBE was recommended for health

effects testing by the Interagency Testing

Committee in its 19th report because of

its rapidly growing use as a fuel

additive. EPA negotiated an ECA with

the Oxygenated Fuel Producers for

comprehensive health effects testing in

1988 (53 FR 10391, March 31, 1988).

Despite this extensive testing program

and experience using MTBE as a

gasoline additive, acute health concerns

were raised in Alaska and Missoula, MT

after MTBE’s introduction to these areas

in November, 1992. Additional research

was conducted by EPA, the American

Petroleum Institute (API), and the

Oxygenated Fuels Association to

address the concerns raised by the

citizens of Alaska and assist policy

decision making for the next oxyfuel

season. These studies, including human

exposures, failed to confirm MTBE as

the source of the human health

complaints.

A meeting between the Federal

Government, State of Alaska, and

industry to plan additional research on

the oxyfuels was held in December,

1993. This group also recommended

that baseline toxicity testing information

be developed for both ethyl tertiarybutyl ether (ETBE) and TAME, widely

seen as possible substitutes for MTBE,

to compare their toxic potential with

that of MTBE. The research planning

workshop recommended the following

tests for ETBE and TAME:1st tier

genotoxicity, 90–day inhalation

subchronic, neurotoxicity

developmental toxicity, reproductive

effects pharmacokinetics.

On March 1, 1994, EPA’s Office of

Mobile Sources requested that the Office

of Pollution Prevention and Toxics

develop these data under section 4 of

the Toxic Substances Control Act

(TSCA).

II. Enforceable Consent Agreement

Negotiations

EPA sent letters to approximately 50

individuals in the petroleum and

oxyfuel-related industries announcing

the addition of ETBE and TAME to

EPA’s Master Testing List and EPA’s

interest in pursuing a testing program

under an ECA. On March 9, 1994, API

indicated that the industry had agreed

to form a testing panel under API

auspices to develop and present a

testing proposal to EPA on ETBE and

TAME. On April 18, 1994, EPA

published a notice in the Federal

Register inviting manufacturers and

processors of ETBE and TAME and

other interested persons to participate in

ECA negotiations on these substances

and announced that a public meeting

would be held on May 9, 1994.

On behalf of the Consortium, API

submitted proposals for testing ETBE

and TAME in April. At the May 9

meeting, API stated that there was

support among Consortium members to

conduct testing of TAME, but not ETBE.

The chief difference between the EPA

and Consortium positions on testing

TAME was the design of the

reproductive effects and fertility study.

The Consortium proposed only a onegeneration study as opposed to the twogeneration study recommended by EPA.

This issue was resolved in a conference

call on July 28, 1994, with the

Consortium agreeing to conduct the

two-generation study. Members of the

Consortium signed an ECA for the

testing of TAME in January, 1995; EPA

signed the ECA in February, 1995.

Regarding ETBE, after appropriate

notification of interested persons, EPA

held a public meeting on July 14, 1994,

to discuss the development of an ECA

for this substance. At that meeting,

ARCO, the only current or potential

producer in attendance, stated that it

had conducted screening tests for

mutagenicity but that the company had

decided not to enter into an ECA with

EPA to conduct additional testing. ETBE

thus remains on EPA’s Master Testing

List in a queue for rulemaking under

TSCA section 4.

III. TAME Testing Program

Table I describes the tests, the test

standards and reporting requirements

For TAME under the ECA. This testing

program will allow EPA to better

characterize the potential health hazards

resulting from exposure to TAME.