### Form No. 7610

- 32 1 ENCLOSURE 1

YOUR FACILITY NAME:

OMB Control No. 2060

- 0577 *

Approval expires 02/28/2009

BACKGROUND AND INSTRUCTIONS FOR

PLATING AND POLI SHING INFORMATION REQUEST (Form No. 2186.01)

Background and Instructions

Section 112 of the Clean Air Act outlines the statutory requirements for the EPA’s stationary

source air toxics program. Section 112(k) requires the development of standards for area sources which

account for 90 percent of the emissions in urban areas of the 33 urban hazardous air pollutants (HAP)

listed in the Integrated Urban Air Toxics Strategy. The Integrated Urban Air Toxics Strategy lists

plating and polishing as an area source category. The plating and polishing source category is defined to

include establishments primarily engaged in all types of electroplating, plating, polishing (using

physical, chemical, or electrochemical processes), thermal or metal spraying, anodizing, coloring, and

finishing of metals and formed products for the trade. Please note that chromium emissions from

chromium electroplating and anodizing tanks are regulated under 40 CFR 63, subpart N and will

not be addressed under the plating and polishing so urce category. We are requesting in question

I.G that you identify electroplating finishes, including chromium, applied in your facility and we

are requesting facility chromium emissions in Table 1 but we are not requesting any further

information on chro mium electroplating operations

The EPA will use the information collected from this questionnaire to evaluate the need for area

source National Emission Standards for Hazardous Air Pollutants (NESHAP) for the plating and

polishing area source category. If an area source NESHAP is d eveloped, the collected information will

be used to evaluate the types of provisions needed to limit HAP emissions from plating and polishing

operations and to estimate the impacts of regulatory options. . Also note that the electroplating, electroless

plating, polishing, anodizing, thermal or metal spraying, coloring, and finishing processes covered

by this questionnaire will be referred to generically as plating and polishi ng.

Please answer all questions unless not applicable to your facility or operations, in which case

note that the question is not applicable. All information should be for the reporting year. Readily

available information should be used; no additional emission testing or monitoring is required to

respond to t his questionnaire.

If you believe that a disclosure of any specific information that you submit would reveal a trade

secret or other sensitive business information, clearly identify such information as “Confidential.”

Please do not l abel an entire response "Confidential" if only certain portions consist of trade secret or

sensitive business information. Refer to Enclosure 2 for the information the EPA may require, at a later

time, to support your confidentiality claims. Any informat ion determined to constitute a trade secret

will be protected under 18 U.S.C. 1905. If no claim of confidentiality accompanies the information

when it is received by the EPA, it may be made available to the public by the EPA without further notice

(40 CFR Part 2.203, September 1, 1976). Because Section 114 of the Clean Air Act exempts emission

data from claims of confidentiality, the emission data you provide may be made available to the public.

A clarification of what the EPA considers to be emission da ta is contained in Enclosure 3.

### Form No. 7610

- 32 2 An electronic version of the Information Request form is available in the public docket through

the EPA’s electronic docket system on the http://www.regulations.gov

Return this request Web site. Use the Web site to

download a word processing electronic copy of the form. Once in the Web site docket system, select

“search,” then key in the Docket ID number: EPA

- HQ

- OAR

- 2005

- 0084

BY JULY 15, 2006

Dr. Donna Lee Jones along with any additional informatio n to:

United States Environmental Protection Agency

Office of Air Quality Planning and Standards

US EPA Mailroom (D243

- 02)

Research Triangle Park, NC 27711

If you have any questions regarding this request, please contact Donna Lee Jon es at

(919) 541

- 5251 (e

- mail Jones.DonnaLee@epa.gov ). Alternatively, you may contact our HELP desk at:

EPA

- PlatingSurvey

- HELP@rti.org

Please note that you are to provide a separate response package for each facility in

your company with plating and polishing operations. Copies of this questionnaire

should be made for additional facilities.

The public reporting and recordkeeping burden for this collection of information is estimated to

average 12 hours per response. Send comments on the Agency's need for this information, the accuracy

of the provided burden estimates, and any suggested methods for minimizing respondent burden,

including through the use of automated collection techniques to the Dir ector, Collection Strategies

Division, U.S. Environmental Protection Agency (2822T), 1200 Pennsylvania Ave., NW, Washington,

D.C. 20460. Include the OMB control number in any correspondence. Do not send the completed form

to this address.

### Form No. 7610

- 32 3 ENCLOSURE 1

IN FORMATION REQUEST FOR PLATING AND POLISHING OPERATIONS

I. General Information

A. Facility Name: GE Aircraft Engines

B. Facility Street Address:

1) Street: 3050 Nebo Rd. 2) City: Madisonville

3) State: KY 4) ZIP Code: 42431

- 9699 5) County: Hopkins

C. Mailing Address (If different from Facility Street Address):

1) Street or P.O. Box: Same as I.B.

3) State:

_______________________ 4) ZIP Code:

________________ 2) City:

______

D. Corporate Owner:

1) Name of Corporate Owner: 2) Street: 3) City: 4) State: 5) ZIP Code: 6) Corporate Sales:

E. Facility Description

1) Provide a brief description of the facility ( e.g., plating and polishing job shop)

2) Dun & Bradstreet No : The Madisonville facility processes aircraft engines’ blades and vanes for distribution into

commercial and military use.

074047556 3) SARA TRI Facility ID:

4) Number of facility employees: 42431GRCRFUSHWY

799 5) SIC(s) 3724

6) NAIC(s)

7) Operating hours: Hours/day: 336412

24 Days/week: 6 Weeks/year: 52

F. Plating and Polishing Processes Conducted (Check all that apply)

Electroplating Platinum plating as further described in these forms

**∼** Electroless Plating (Please identify processes, e.g., electroless nickel) Not applicable

Polishing (Please identify, e.g., mechanical, chemical , or electroch emical, and briefly

describe) Hydrochloric acid cleaning/etching tanks included as part of platinum plating line

**∼** Anodizing (Please identify and briefly describe)

**∼** Thermal or Metal Spraying (Please identify and briefly describe) Not applicable

**∼** Other (Please identify and briefly describe) Not app licable

Not applicable √

√

### Form No. 7610

- 32 4 G. Plating Finishes Applied (Check all that apply)

**∼** Brass

**∼** Bronze

**∼** Cadmium

**∼** Chromium, Black

**∼** Chromium, Decorative

**∼** Chromium, Hard

**∼** Copper

**∼** Gold

**∼** Lead

**∼** Nicke l, Black

**∼** Nickel, Decorative

**∼** Nickel, Industrial

**∼** Silver

**∼** Tin

- Lead

**∼** Tin

- Nickel

**∼** Zinc

- Nickel

**∼** Other (Please identify) Platinum

H. Technical Contact (able to answer technical questions about this survey)

1) Name and Title: Mr. Joseph M cCuiston, EHS Specialist

2) Telephone: (270) 825

- 6475 3) Facsimile: (270) 825

- 6418

4) Email: joseph.mccuiston@ae.ge.com

I. Geographic Coordinates; either latitude and longitude (in degrees and minutes ) or UTM

coordinates of the center of the plant: Latitude = 37 o 

### 21’ 30” Longitude = 087 o 

### 32’ 30”

J. Regulatory Requirements (Please indicate any Federal emission standards, such as NSPS or

NESHAP, which are applicable to your facility):

**∼** 40 CFR part 6 3, subpart N Chromium Electroplating NESHAP

**∼** 40 CFR part 63, subpart T Halogenated Solvent Cleaning

**∼** Other (Please Identify) None

______________________________________________

________________________________________________________________ _______

K. Facility Classification for HAP (If you have an air operating permit issued under Title V of

the Clean Air Act, ple ase indicate the classification of your facility):

**∼** Major Source

**∼** Synthetic Minor Source

**∼** Minor/Area Source

What co

- located activities influence facility classification? None

___________________

________________________________________________________________ _______ √

√

### Form No. 7610

- 32 5 

## II. HAP Emissions and Permit Data

Please provide readily available e missions information in Table 1 below for the HAP emissions from

your facility, and from your plating and polishing operations for the most recent year for which data are available.

Please also indicate the reporting year below. Attachment 1 is a list of the most common HAP reported as being

emitted by plating and polishing facilities. The complete list of HAP is provided in Attachment 2. If you are

required to prepare annual emissions inventory reports, you may attach a copy of the most recent annual

e missions inventory instead of completing this table. No additional emissions testing or monitoring is

required to respond to this questionnaire.



### Reporting Year: 2005

TABLE 1. HAP EMISSIONS FROM THE FACILITY AND

FROM PLATING AND PO LISHING OPERATIONS

HAP CAS

Number

(if known) Reporting Year Actual

Basis for

Estimate 2 Facility

Emissions

(pounds/year) Plating or Polishing

Emissions

(pounds/year)Example Hydrogen Fluoride 7664393 NA NA NA

Cadmium Compounds

-- 11.4 11.4 AP

- 42

Cyanide Compounds

--- 1.1 1.1 EJ

Other (Specify ) Trichloroethylene

-- 1,460 0.0 MBYOUR DATA Chlorine 7782505 0 0 NA

Formaldehyde 50000 <1 0 AP

- 42

Hydrochloric Acid 7647010 2,311 2 MB, EJ

Hydrogen Fluoride 7664393 918 0 MB, TD

Cadmium Compo unds <1 0 AP

- 42

Chromium Compounds 1 621 0 TD, MB, AP

- 42, EJ

Cyanide Compounds 0 0 NA

Glycol Ethers 0 0 NA

Lead Compounds <1 0 AP

- 42, EJ

Manganese Compounds 12 0 AP

- 42, EJ

Nickel Compounds 26 0 MB, EJ, AP

- 42

Other (Specify) Acetaldehy de, Acrolein,

Arsenic compounds, Benzene, Beryllium

compounds, 1,3

- Butadiene,

Dichlorobenzene, Mercury compounds,

Naphthalene, POM, Selenium compounds,

Toluene, Xylene (mixed isomers). <1 each 0 AP

- 42

Other (Specify) Cobalt compounds 8 0 MB, EJ, AP

- 42

Other (Specify) n

- Hexane 16 0 AP

- 42

Other (Specify) Methanol 45 0 MB

Total HAP

----- 3,957 2 TD, MB, AP

- 42, EJ

1 For facility emissions, include all chromium emissions; for plating and polishing emissions, do not include chromium emission s from electroplating or

anodizing tanks subject to the NESHAP (40 CFR 63, subpart N).

2 Indicate basis for emission estimates: TD = test data; MB = mass balance; EJ = engineering judgment; NA = not applicable; Ot her (please specify).

Please make blank copies of this table for use as work sheets and/or for additional room.

### Form No. 7610

- 32 6 

## B

. Permit Conditions

If any of the plating and polishing operations at your facility are subject to permit limits, please

provide a copy of your air operating permit

. The operations addressed by this questionnaire are not

subject to any permit requirements.



## C. Emission tests

Please enclose complete test reports from any emission tests conducted on plating and polishing

processes and air pollution control devices (APCDs). No additional emissio ns testing or monitoring

is required to respond to this questionnaire. Include the following:

(1) pollutants and emission rates measured,

(2) the test method or procedure used,

(3) information on actual plating or polishing process conditions at the time the

measurements were made,

(4) if the tests were conducted on outlet streams of APCDs, the APCD operating conditions,

and

(5) all appendices, including field data sheets, laboratory reports, example calculations,

process data recorded during the test, and other supporting data.

No emission testing has been conducted on these operations.

### Form No. 7610

- 32 7 

## III Plating and Polishing Process Information

A. Electroplating Tanks: Please provide the information below for each tank in which an

electroplating finish containing HA P listed in Table 1 is applied.

*DO NOT include chromium electroplating and anodizing tanks

regulated under 40 CFR 63, subpart N.

TABLE 2. SUMMARY OF ELECTROPLATING TANK INFORMATION*

Tank

ID 1 Finish

type

applied 2 Tank

volume

(gal) Tank

surface

dimensio ns

(ft x ft) Maximum

operating

amperage

(amps) Rectifier

operating

hours

(hr/year) Type of

bath

agitation 3 Tank

emission

control

method 4 Do you

use

covers on

your

tanks? 5EXAMPLE NiD

- 1 NiD 260 4' x 3' 500 2,040 none TKE Yes

InNi

- 1 NiI 380 5.5' x 3 1,000 1,550 AA TKE Yes

Cd

- 1 Cd 450 6' x 3' 1,000 800 Ed none No

Ag

- 1 Ag 210 4' x 2.5' 360 880 none none No

Ag

- 2 Ag 210 4' x 2.5' 360 640 none none NoYOUR DATA Pt908

Pt910

Pt911

Pt912

Pt913

Pt928

Pt929

Pt930

Pt932

Pt933 Pt 28 1.5’ x 2’ 15 amps 6,240

h r/yr None None Yes

HCl904

HCl924 None 28 1.5’ x 2’ None 8,760

hr/yr None None Yes

1 For example, if you operate three industrial nickel plating tanks, you can number them InNi1, InNi2, and InNi3.

2 For example, Black ni ckel = BlNi; Brass = Bs; Cadmium = Cd; Copper = Cu; Gold = Au; Lead = Pb; Nickel, Decorative

= NiD; Nickel, Industrial = NiI; Silver = Ag; Tin/Lead = SnPb; Tin

- Nickel = SnNi; Zinc = Zn; Zinc/Nickel = ZnNi. DO

NOT include chromium electroplating and anodiz ing tanks regulated under 40 CFR 63, subpart N.

3 Please fill in: Air agitation = AA; Eductor (pump mixing) = Ed; Mechanical mixing = MM; No agitation = None; or

Other (Specify) = Other.

4 Only controls applied to each specific tank, for example: polyprop ylene balls = PB; wetting agent fume suppressant =

WAFS; foam blanket = FB; Merlin cover = MC; tank enclosure = TKE. Do not include control devices installed on the

ventilation or exhaust system.

5 Indicate use of covers. If you replied Merlin cover (MC) or tank enclosure (TKE) above, indicate “yes” here also.



### Please make blank copies of this table for use as work sheets and/or for additional room.

### Form No. 7610

- 32 8 B. Electroless Plating Tanks : Please provide the following information for each tank in which an

electrole ss plating, anodizing or other finish containing HAP listed in Table 1 is applied.

TABLE 3. SUMMARY OF ELECTROLESS PLATING, ANODIZING,

AND OTHER FINISHING TANK INFORMATION

Tank ID 1 Finish

type

applied 2 Tank

volume

(gal) Tank

surface

dimensions

(ft x f t) Type of

bath

agitation 3 Tank emission

control

method 4 Do you use

covers on

your tanks? 5Example ENi

- 1 ENi 300 4' x 3' air None Yes

ENi

- 2 ENi 300 4' x 3' air MIST

- E NoYOUR DATA Not

applicable Not

applicable Not

applicable Not

applicable Not

applic able Not

applicable Not

applicable

1 For example, if you operate three electroless nickel plating tanks, they could be numbered ENi1, ENi2, and ENi3.

2 For example; Alodine Treatment = Ad, Black Oxide = BlOx, Bright Dip = BrD, Cadmium Strip = CdStr, Chromate

Conversion = ChCv; Electroless Nickel = ENi; Lacquering = Lq, Magnesium Treatment = Mg, Sodium Dichromate Treat =

NaDiCr, Sulfuric Acid Aluminum Anodize = SuAn, Sulfuric Acid Strip Anodize = SuStrAn

. 3 Please fill in Air Agitation = AA, Eductor (pump mixing) = Ed, Mechanical Mixing = MM, or No Agitation = None.

4 Indicate only controls applied to each specific tank, such as: polypro pylene balls = PB; wetting agent fume suppressant =

WAFS; foam blanket = FB; Merlin cover = MC; tank enclosure = TKE. Mist eliminators = MIST

- E.

Do not include control devices installed on exhaust system.

5 Indicate use of covers. If you replied Merlin c over (MC) or tank enclosure (TKE) above, indicate “yes” here also.



### Please make blank copies of this table for use as work sheets and/or for additional room.

### Form No. 7610

- 32 9 C. Thermal Spraying: Please provide the following information for each thermal or metal

spraying operation in which any material containing HAP listed in Table 1 is applied.

TABLE 4. SUMMARY OF INFORMATION ON THERMAL SPRAYING

Thermal

spraying

line ID 1 Thermal

spraying

process type 2 Is line operated

in booth or

enclosure?

(yes/no) Type of booth

or enclosure 3 Is operation

ventilated?

(yes/no)Example FlS

- 1 FlS Yes Partial No

HVOF

- 1 HVOF Yes Complete YesYOUR DATA Not

applicable Not

applicable Not

applicable Not

applicable Not

applicable

1 For each thermal spraying process line, indicate the name or ID number.

2 For example, flame spraying = FlS; electric arc spraying = EAS; plasma arc spraying = PAS; high

- velocity oxy

- fuel =

HVOF; de tonation gun = DG; Other = (specify).

3 Indicate if booth or enclosure is partial (i.e., open on one or more sides) or if enclosure is complete (enclosed on all side s).



### Please make blank copies of this table for use as work sheets and/or for additional roo m.

### Form No. 7610

- 32 10 D. Finished Products/Materials: Please provide the following information for products or

materials that have been plated, polished, or finished at your facility in the reporting year from

Table 1 . For each product, also indicate the base metal or bas e material that is finished and the

ID number corresponding to the tanks from Tables 2 or 3, or thermal spraying operation from

Table 4, that are used to finish the product. If the specific types of different products or materials

are too numerous, you ma y use general descriptors of the products/materials.

TABLE 5. SUMMARY OF INFORMATION ON FINISHED MATERIALS,

SUBSTRATES, AND PRODUCTS

General type of product or

substrate finished Base metal or

material ID No’s for tanks or

thermal spraying

linesEXAMPLE Faucets, plumbing fixtures steel InNi

- 1, InNi

- 2

Pump housings, blades, other pump parts steel ENi

- 2, ENi

- 2

Light fixtures steel, aluminum NiD

- 1, NiD

- 2

Tractor parts steel InNi

- 1, InNi

- 2

Machine rollers, military hardware steel Cd

- 1, Cd

- 2

Elec trical connectors copper Ag

- 1, Ag

- 2YOUR DATA 

### Aircraft engine blades and vanes Inconel alloys

Rene alloys

Various other

alloys Pt908

Pt910

Pt911

Pt912

Pt913

Pt928

Pt929

Pt930

Pt932

Pt933



### Please make blank copies of this table for use as work sheets and/or for additional room.

### Form No. 7610

- 32 11 IV. HAP

- Containing Plating and Polishing Material Data

Please provide the following information for each HAP

- containing plating or polishing material used in

the Report ing Year that is a source of HAP emissions reported in Table 1. If records for the full Reporting Year

are not readily available, provide HAP

- containing material information for a typical quarter in the Reporting Year

and check □ that data are for one qua rter of the Reporting Year. For each material, either submit speciated HAP

content data from the Material Safety Data Sheet [MSDS] or provide the speciated HAP content in Columns 4

and 5 of this table. DO NOT report chromium material data from chromium e lectroplating operations regulated

under 40 CFR 63, subpart N. R 

### eporting Year: 2005

Data are for Full Reporting Year:

**∼** Data are for One Quarter

**∼** (Check the BOX that is applicable)

TABLE 6. HAP

- CONTAINING MATERIAL DATA

Material name

or ID 1 Manu facturer

or supplier

name Amount

used 2 Units 3 HAP

(From Table 1) Line ID

No’s. 4Example Nickel anodes Acme 2,150 lbs nickel InNi

- 1, InNi

- 2

Nickel sulfate Acme 628 lbs nickel ENi

- 2, ENi

- 2

Cadmium anodes Industrial Chem 2,810 lbs cadmium

compound Cd

- 1, Cd

- 2

Potassium silver

cyanide Industrial Chem 246 lbs cyanide compounds Ag

- 1, Ag

- 2

Potassium cyanide Industrial Chem 1,227 lbs cyanide compounds Ag

- 1, Ag

- 2YOUR DATA Hydrochloric acid

(20 o Be) Ashland 7,420 lbs Hydrochloric acid HCl904

HCl924

1 Indicate the generic name, trade name, or product name for any material that contains one or more HAP.

2 Indicate the total amount used during the reporting year.

3 For example, gallons (gal), pounds (lbs).

4 Use the same ID No’s for all plating and polishing tanks listed in Tables 2 & 3, and thermal spraying lines in Table 4.



### Please make blank copies of this table for use as work sheets and/or for additional room. √

### Form No. 7610

- 32 12 V. Ventilation System and Emission Control System Information

A. Ventilation Systems: For each ventilation system that exhausts one or more of the tanks listed

in Tables 2 or 3, or thermal spraying operation listed in Table 4, please provide the following

i nformation, if available.

TABLE 7. LOCAL VENTILATION SYSTEM DESIGN AND OPERATING DATA

Ventilation

system ID 1 Tank and

thermal spray

line ID No’s. 2 Exhaust flow

rate (acfm) 3 Exhaust duct

diameter (in) 4 Hood

location 5 Type of

emission

control 6Example V

- 1 InNi

- 1, InNi

- 2 6,600 18 side none

V

- 2 EN

- 2 3,000 9 centerline MPME

V

- 5 CD

- 2 4,500 12 side WSYOUR DATA Vanaire scrubber Platinum plating

tanks 16,000 36 Centerline

(back) WS

(Honeycomb)

1 Indicate the name or identification number for each independent ventilation system.

2 List the ID No’s. from Tables 2 and 3 for all tanks or the thermal spray line ID No’s from Table 4 for all tanks and therma l

spra ying operations that are exhausted by the ventilation system.

3 Indicate the exhaust flow rate through the entire system in units of actual cubic feet per minute.

4 Provide the diameter of the duct in inches at the inlet to the control device or at the exh aust point.

5 For ventilation systems that exhaust tanks, indicate if the tank exhaust hood is located on the centerlines or sides of the t anks.

6 Identify the type of emission control system installed on the ventilation system. For example, composite mes h pad = CMP;

mesh pad mist eliminator = MPME; packed bed scrubber = PBS; high efficiency particulate air filter = HEPA; wet scrubber

(other than packed bed) = WS; chevron

- blade mist eliminator = CBME.



### Please make blank copies of this table for use as work sheets and/or for additional room.

### Form No. 7610

- 32 13 B. Surfactant or Wetting Agent Fume Suppressant: For each tank listed in Tables 2 or 3 in

which a foam blanket, surfactant or wetting agent fume suppressant, or combination foam

blanket/surfacta nt or wetting agent is used, please provide the following information and submit

the MSDS for each surfactant or wetting agent used.

TABLE 8. SURFACTANT OR WETTING AGENT FUME SUPPRESSANTS

Tank ID 1 Surfactant

or wetting

agent name Manufacturer/

supplie r Amount used

in reporting

year (units) 2 Annual cost

of surfactant

or wetting

agent ($) Bath

surface

tension

(dynes/cm) 3Example NiI

- 1 FS

- 250 Electrochem 14 gallons $1,840 45

NiI

- 2 FS

- 250 Electrochem 14 gallons $1,840 45

AgCN

- 1 No Foam Ind. Chem 8 gal lons $160 NAYOUR DATA Not

applicable Not

applicable Not

applicable Not

applicable Not

applicable Not

applicable

1 List the ID No’s. from Tables 2 and 3 for all ta nks in which the surfactant or wetting agent is used.

2 Indicate the amount used during the reporting year and units (e.g., gallons, pounds).

3 If you monitor or periodically measure the bath surface tension, indicate the surface tension in units of dynes per

centimeter

. 

### Please make blank copies of this table for use as work sheets and/or for additional room.

### Form No. 7610

- 32 14 C. Air Pollution Control Devices (APCD): For each ventilation system listed in Table 7 that is

exhausted to an emission or air pollution control device, please provide the following

information

TABLE 9. AIR POLLUTION CONTROL DEVICE (APCD) INFORMATION

Ventilation

system ID 1 APCD Type 2 Control

efficiency

(%) 3 Basis for

control

efficiency 4Example V

- 2 Sure Control, Inc., mesh p ad mist elimin 90 Manufacturer

V

- 5 Whirlwind, Inc., wet scrubber 85 Perf test

Vanaire

scrubber Vanaire, wet scrubber (Honeycomb) 90 Vendor/

Estimate

1 Indicate the ventilation system ID No or name from Table 7.

2 List the type of air pollution control device. For example, composite mesh pad = CMP; mesh pad mist eliminator =

MPME; packed bed scrubber = PBS; high efficiency particulate air filter = HEPA; wet scrubbe r (other than packed bed) =

WS; chevron

- blade mist eliminator = CBME.

3 Indicate the control efficiency or percent reduction in percent.

4 Identify the basis for the control efficiency. For example, manufacturer’s guarantee, performance test, other (plea se

specify).



### Please make blank copies of this table for use as work sheets and/or for additional room.

### Form No. 7610

- 32 15 VI. Pollution Prevention 1



### A. Steps used to minimize drag

- out 2 

### :

**∼** Surfactants

**∼** Drip time

**∼** Air blow down

**∼** Other: Not applicable

B. Desc ribe any other pollution prevention measures (e.g., drain board between tanks angled to

drain dragout back to the previous bath) or housekeeping activities that reduce air or water

pollution, or solid waste.

No other measures are used.

________________________________ ________________

________________________________________________________________ _______

________________________________________________________________ _______

________________________________________________________________ _______

________________________________________________________________ _______

________________________________________________________________ _______

________________________________________________________________ _______

C. Pro vide costs and cost basis (e.g., cost of developing and implementing work practices or cost

of substituting a non

- HAP plating finish for a HAP

- containing plating finish) of work practices

or pollution prevention (P2) measures currently being used:

A non

- HA P plating finish ( i.e., platinum) is already being used.

____________________

________________________________________________________________ _______

________________________________________________________________ _______

________________________________________________________________ _______

________________________________________________________________ _______

D. Provide costs and cost basis for P2 measures evaluated but not implemented and reason(s) why

they were not implemented:

No other measures have been costed or conside red at this point in time.

______________

________________________________________________________________ _______

________________________________________________________________ _______

________________________________________________________________ _______

________________________________________________________________ _______

1 Pollution prevention means any practice that reduces or eliminates the creation of pollutants through

increased efficiency in the use of raw materials, energy, water, or other resources. Example s include

substituting a hazardous material with a non

- hazardous material, or a process change that eliminates

the use of a hazardous material.

2 Dragout refers to residual plating or finishing bath soluti o n that remains on parts or w orkpieces after

they are removed from the tank.

### Form No. 7610

- 32 16 Attachment 1

List of Most Common Hazardous Air Pollutants (HAPs)

Reported Emitted from Plating and Polishing Facilities

in SIC Code 3471

CAS

Number Chemical Name

7782505 Chlorine

50 000 Formaldehyde

7647010 Hydrochloric acid

7664393 Hydrogen Fluoride

67561 Methanol

7723140 Phosphorus

108883 Toluene

1330207 Xylenes

Cadmium Compounds

Cobalt Compounds

Chromium Compounds

Cyanide Compounds

Glycol Ethers

Lead Compounds

Manganese Compounds

Nickel Compounds

### Form No. 7610

- 32 17 Attachment 2

Complete List of Hazardous Air Pollutants (HAPs)

CAS No. Chemical name CAS No. Chemical name

75070 Acetaldehyde

60355 Acetamide

75058 Acetonitrile

98862 Acetophenone

53963 2

- Acetylaminofluorin e

107028 Acrolein

79061 Acrylamide

79107 Acrylic acid

107131 Acrylonitrile

107051 Allyl chloride

92671 4

- Aminobiphenyl

62533 Aniline

90040 o

- Anisidine

1332214 Asbestos

71432 Benzene (including benzene from gasoline)

92875 Benzidine

98077 Benzotrichloride

1 00447 Benzyl chloride

92524 Biphenyl

117817 Bis(2

- ethylhexyl)phthalate (DEHP)

542881 Bis(chloromethyl)ether

75252 Bromoform

106990 1,3

- Butadiene

156627 Calcium cyanamide

133062 Captan

63252 Carbaryl

75150 Carbon disulfide

56235 Carbon tetrachloride

463581 Carbonyl sulfide

120809 Catechol

133904 Chloramben

57749 Chlordane

7782505 Chlorine

79118 Chloroacetic acid

532274 2

- Chloroacetophenone

108907 Chlorobenzene

510156 Chlorobenzilate

67663 Chloroform

107302 Chloromethyl methyl ether

126998 Chloroprene

1319773 Cresols/Cresylic acid (isomers and mixture)

95487 o

- Cresol

108394 m

- Cresol

106445 p

- Cresol

98828 Cumene

94757 2,4

- D, salts and esters

3547044 DDE

334883 Diazomethane

132649 Dibenzofurans

96128 1,2

- Dibromo

- 3

- chloropropane

84742 Dibutylphthalate 106467 1,4

- Dichlorobenzene(p)

91941 3,3

- Dichlorobenzidene

111444 Dichloroethyl ether (Bis(2

- chloroethyl)ether)

542756 1,3

- Dichloropropene

62737 Dichlorvos

111422 Diethanolamine

121697 N,N

- Diethyl aniline (N,N

- Dimethylaniline)

64675 Diethyl sulfate

119904 3,3

- Dimetho xybenzidine

60117 Dimethyl aminoazobenzene

119937 3,3 **Υ**

- Dimethyl benzidine

79447 Dimethyl carbamoyl chloride

57147 1,1

- Dimethyl hydrazine

68122 Dimethyl formamide

131113 Dimethyl phthalate

77781 Dimethyl sulfate

534521 4,6

- Dinitro

- o

- cresol, and salts

51285 2,4

- Dinitrophenol

121142 2,4

- Dinitrotoluene

123911 1,4

- Dioxane (1,4

- Diethyleneoxide)

122667 1,2

- Diphenylhydrazine

106898 Epichlorohydrin (1

- Chloro

2,3

- epoxypropane)

106887 1,2

- Epoxybutane

140885 Ethyl acrylate

100414 Ethyl benzene

51796 Ethyl carbamate (U rethane)

75003 Ethyl chloride (Chloroethane)

106934 Ethylene dibromide (Dibromoethane)

107062 Ethylene dichloride (1,2

- Dichloroethane)

107211 Ethylene glycol

151564 Ethylene imine (Aziridine)

75218 Ethylene oxide

96457 Ethylene thiourea

75343 Ethylidene di chloride (1,1

- Dichloroethane)

50000 Formaldehyde

76448 Heptachlor

118741 Hexachlorobenzene

87683 Hexachlorobutadiene

77474 Hexachlorocyclopentadiene

67721 Hexachloroethane

822060 Hexamethylene

- 1,6

- diisocyanate

680319 Hexamethylphosphoramide

110543 Hexane

3 02012 Hydrazine

7647010 Hydrochloric acid

7664393 Hydrogen fluoride (Hydrofluoric acid)

123319 Hydroquinone

78591 Isophorone

58899 Lindane (all isomers)

108316 Maleic anhydride

### List of Hazardous Air Pollutants (continued)

CAS No. Chemical name CAS No. Chemical name



### Form No. 7610

- 32 18 67561 Methanol

72435 Methoxychlor

74839 Methyl bromide (Bromomethane)

74873 Met hyl chloride (Chloromethane)

71556 Methyl chloroform (1,1,1

- Trichloroethane)

78933 Methyl ethyl ketone (2

- Butanone)

60344 Methyl hydrazine 74884 Methyl iodide (Iodomethane)

108101 Methyl isobutyl ketone (Hexone)

624839 Methyl isocyanate

80626 Methyl methac rylate

1634044 Methyl tert butyl ether

101144 4,4

- Methylene bis(2

- chloroaniline)

75092 Methylene chloride (Dichloromethane)

101688 Methylene diphenyl diisocyanate (MDI)

101779 4,4'

- Methylenedianiline

91203 Naphthalene

98953 Nitrobenzene

92933 4

- Nitrobiphe nyl

100027 4

- Nitrophenol

79469 2

- Nitropropane

684935 N

- Nitroso

- N

- methylurea

62759 N

- Nitrosodimethylamine

59892 N

- Nitrosomorpholine

56382 Parathion

82688 Pentachloronitrobenzene (Quintobenzene)

87865 Pentachlorophenol

108952 Phenol

106503 p

- Phenylenediamine

75445 Phosgene

7803512 Phosphine

7723140 Phosphorus

85449 Phthalic anhydride

1336363 Polychlorinated biphenyls (Aroclors)

1120714 1,3

- Propane sultone

57578 beta

- Propiolactone

123386 Propionaldehyde

114261 Propoxur (Baygon)

78875 Propylene dichloride (1,2

- Dichloropropane) 75569 Propylene oxide

75558 1,2

- Propylenimine (2

- Methyl aziridine)

91225 Quinoline

106514 Quinone

100425 Styrene

96093 Styrene oxide

1746016 2,3,7,8

- Tetrachlorodibenzo

- p

- dioxin

79345 1,1,2,2

- Tetrachloroethane

127184 Tetrachloroethylene (P erchloroethylene)

7550450 Titanium tetrachloride

108883 Toluene

95807 2,4

- Toluene diamine

584849 2,4

- Toluene diisocyanate

95534 o

- Toluidine

8001352 Toxaphene (chlorinated camphene)

120821 1,2,4

- Trichlorobenzene

79005 1,1,2

- Trichloroethane

79016 Trichloroet hylene

95954 2,4,5

- Trichlorophenol

88062 2,4,6

- Trichlorophenol

121448 Triethylamine

1582098 Trifluralin

540841 2,2,4

- Trimethylpentane

108054 Vinyl acetate

593602 Vinyl bromide

75014 Vinyl chloride

75354 Vinylidene chloride (1,1

- Dichloroethylene)

1330207 Xy lenes (isomers and mixture)

95476 o

- Xylenes

108383 m

- Xylenes

106423 p

- Xylenes

### Form No. 7610

- 32 19 List of Hazardous Air Pollutants (continued)

CAS No. Chemical name

0 Antimony Compounds

0 Arsenic Compounds (inorganic including arsine)

0 Beryllium Compounds

0 Cadmium C ompounds

0 Chromium Compounds

0 Cobalt Compounds

0 Coke Oven Emissions

0 Cyanide Compounds 1

0 Glycol ethers 2

0 Lead Compounds

0 Manganese Compounds

0 Mercury Compounds

0 Fine mineral fibers 3

0 Nickel Compounds

0 Polycylic Organic Matter 4

0 Radi onuclides (including radon) 5

0 Selenium Compounds

NOTE: For all listings above which contain the word "compounds" and for glycol ethers, the following applies:

Unless otherwise specified, these listings are defined as including any unique chemical sub stance that contains the named

chemical (i.e., antimony, arsenic, etc.) as part of that chemical's infrastructure.

1 X'CN where X = H' or any other group where a formal dissociation may occur. For example KCN or

Ca(CN) 2

. 2 Includes mono

- and di

- ethers of ethylene glycol, diethylene glycol, and triethylene glycol

R

- (OCH2CH2)

n - OR' where

n = 1, 2, or 3

R = alkyl or aryl groups

R' = R, H, or groups which, when removed, yield glycol ethers with the structure:

R

- (OCH2CH)

n - OH. Polymers are e xcluded from the glycol category.

3 Includes mineral fiber emissions from facilities manufacturing or processing glass, rock, or slag fibers (or

other mineral derived fibers) of average diameter 1 micrometer or less.

4 Includes organic compounds with more than one benzene ring, and which have a boiling point greater than or

equal to 100 **Ε** C.

5 A type of atom which spontaneously undergoes radioactive decay.