The purpose of this survey is to gather information on fabric coating to support the development of Maximum Achievable Control Technology ( MACT ) Standards for the emissions of Hazardous Air Pollutants ( HAPs ) from the Fabric Printing, Coating, and Dyeing source category. This questionnaire packet has been developed specifically for fabric coating operations. The EPA will use the collected information to evaluate the types of provisions needed to limit HAP emissions from fabric coating and associated operations and to estimate the impacts of regulatory options.

How to Determine Which Forms and Questions Are Applicable to Your Facility

DEFINITIONS

Major source - Any stationary source or group of stationary sources located within a contiguous area and under common control that emits or has the potential to emit considering controls, in the aggregate, 10 tons per year or more of any hazardous air pollutant or 25 tons per year or more of any combination of hazardous air pollutants.

Synthetic minor source - Any stationary source or group of stationary sources located within a contiguous area and under common control that has the physical and operational capability to emit major amounts of hazardous air pollutants, but is not considered a major source because the owner or operator has accepted an enforceable limit.

Minor/area source - Any stationary source or group of stationary sources located within a contiguous area and under common control that does not have the physical or operational capacity to emit major amounts of hazardous air pollutants (even if the source owner and regulatory agency disregard any enforceable limitations).

For each facility with fabric coating processes, all forms and questions should be filled out except in the cases explained by the following directions:

If your facility has a minor/area source Title V classification for HAP (response to Question 11 on Form A), then only responses to Form A- General Facility Information, Questions 1 thru 12 are required. Do not complete other Forms.

If your facility has a major source or synthetic minor source Title V classification for HAP (response to Question 11 on Form A) and none of the HAP-containing material/material groups (reported in Form B) you use for fabric coating and associated processes at this facility contain any HAP constituents at concentrations greater than 1%, or 0.1% for a carcinogen (response to Question 5 on Form B), then only responses to Form A- General Facility Information and Form B - Material Data are required. Do not complete other Forms.

Some Forms or specific questions in a Form may not be applicable to you because of the specific nature of your operations at this facility. In such cases, simply make a note on top of the Form or next to the question, stating it as being 'Not Applicable". For example, if you have not installed any add-on control devices to control emissions from fabric coating or associated operations, then Form C will not be applicable.

Please note that you are to provide a separate response package for each facility in your company doing fabric coating.

Other Surface Coating MACT Standards

MACT standards are also being developed for 8 other surface coating categories (see first page of Attachment 1), besides the Fabric Printing, Coating, and Dyeing MACT . A facility can potentially be covered by more than one MACT standard. However, for this questionnaire, you are only to provide information on your fabric coating (and supporting) operations. The only exceptions are some questions in Form A, for which specific instructions are provided.

A Separate Response Package Needed from each Fabric Coating Facility

EPA requires you to submit a separate response package for every fabric coating facility in your company, whether they are filled out by the facilities themselves or at the corporate level. However, only one copy has been sent to your company, addressed to the Corporate Environmental Official. The corporate office is responsible for coordinating responses from all fabric coating facilities in the company.

EPA has not sent questionnaires to every individual facility in your company so as to alert your corporate office of this data collection effort, to allow companies to employ their own means of coordinating responses from all covered facilities, and to ensure that individual facilities are not missed.

Guidelines for assigning unique Facility Tracking Numbers

Guidelines on how to assign and use the Facility Tracking Numbers are as follows:

•	Each response (one per facility/plant) needs a unique Facility Tracking Number. You have been assigned an initial Facility Tracking Number, which is on the mailing label and on the cover letter sent with this questionnaire.

•	If you are reporting for one facility, simply use this assigned Facility Tracking Number. If you are reporting for more than one facility, add a letter to the end of the assigned Facility Tracking Number to create a unique ID. For example, if the assigned Tracking Number is ABC001 , and you are reporting for three facilities, their individual Tracking Numbers would be ABC001A , ABC001B , and ABC001C .

•	The Facility Tracking Number has to be noted on every page of your response package.

Format of the Questionnaire

The fabric coating questionnaire is composed of 9 Forms (A through I) and step-by-step instructions are provided to go with each Form. Please refer to these instructions while completing the Forms. Broadly, these 9 Forms are designed to collect the following information:

Information on your facility and HAP emissions:	Form A	A: General Facility Information
What HAP-containing materials you are using in fabric coating and supporting operations (e.g., cleaning):	Form B	B: HAP-Containing Material Data
Where and how these HAP-containing materials are being used and resulting types and quantities of HAPs being emitted:	Forms D through I	D: Coating Application Units

E: Substrate Preparation

F: Storage

G: Mixing Operations

H: Cleaning Activities

I: Waste and Wastewater
If and how HAP emissions are controlled:	Form C	C: Control Devices

Forms A and I need to be filled out only once for each response. However, for each of the other Forms, you may have to fill out more than one copy, depending upon the nature of your operations. You will need to copy these Forms, as needed, for your facility. For example, a separate copy of the HAP-Containing Material Data Form (B) has to be completed for every HAP-containing material type you use in your facility. If you cannot fit in your response in the space provided in any Form, please use copies of the standard Comment Sheet provided.

There is a space provided at the top of each Form where you need to indicate the Facility Tracking Number (described on the previous page). Since every page of your response needs to have this number, you will probably save time and effort by entering the Tracking Number at the top of the Forms prior to copying any Form.

Many Forms consist of more than one page, and page numbers are indicated at the top of each page. To distinguish each individual "copy" of each Form, a space has been provided to indicate a "Copy" number and the total number of copies for any particular Form. For example, you may have 4 copies of Form D, each describing 1 of 4 coating application units.

Please use a separate Comments Sheet (as needed) for each Form or copy of a Form you complete (e.g., for Form B Copy 2 of 6). However, you can use the same Comment sheet for detailing more than one question from the same Form (and copy). Please ensure that you properly reference each relevant question against your comment(s). If more than one Comments Sheet is needed for an adequate response, please number and indicate the total number of pages of Comments Sheets used for that particular comment. For our tracking purposes, question 14 in Form A also asks that you indicate the total number of Comment sheets used in your response package.

Please use this Form to provide general information on your facility. Only information on fabric coating (and associated operations) or laminating operations is needed, unless otherwise noted (e.g., in questions 9 and 12).

Please do not combine information on more than one facility. You need to fill out a separate response package for every fabric coating facility in your company. If you have not done so already, please see Overall Instructions on how to select a Facility Tracking Number and use of Comment Sheets.

Please answer all questions unless not applicable to your facility or operations, as per criteria provided in the Overall Instructions. All information should be for the reporting year.

Instructions for Specific Items

Questions 1 - 3.

Facility Name; Location; Corporate Owner : Fill in complete identifying and contact information for this facility and the corporate owner, as specified. Corporate sales (question 3.f) should be provided for the reporting year.

4.	Facility Description (Describe operations of entire plant)

a. Provide a brief description of the facility, including general purpose, types of processes that are performed at this location, products made, and other information discussing the operations of the facility. Please provide additional details on a Comment sheet for this form.

b. Dun & Bradstreet Number: The 9-character Dun & Bradstreet identifier for this facility. If unknown enter "Unknown."

c. SARA TRI Facility ID.: The Superfund Amendments and Reauthorization Act (SARA) Toxics Release Inventory (TRI) Facility ID. number that appears on Forms R. This information allows EPA to cross- reference to the TRIS database. If this facility is not required to fill-out Form R, enter "N/A."

d. Number of Facility Employees: The total number of production personnel employed at the facility (not limited to coatings) in Full-Time Equivalents ( FTEs ). FTEs are calculated by dividing the total number of man-hours worked at a facility by the number of hours expected from a full-time employee, typically 2,000 hours/year. The equation below demonstrates a FTE calculation.

e. Number of Facility Fabric Coating Employees: Total facility production employees ( FTEs ) involved in fabric coating and associated operations (such as cleaning, substrate preparation, etc.). See the explanation of FTE for item 4d . If an employee's duties are split between coating and other duties, use the proportion of hours spent on the coating line to calculate FTEs .

5.	Product Description: The principal product(s) made or serviced at this facility (e.g., air bags, rain wear, or intermediate products that are used to fabricate these or other end-use products).

SIC/ NAICS Codes: These refer to the Standard Industrial Classification codes (1987) and their replacements, the North American Industrial Classification System codes. For more information on SIC and NAICS codes, visit the following Internet site: http :// www.census.gov / epcd / www / naics.html

End-Use Product: Check either the "Yes" or "No" check-box if the principal product will be sold on the market as a finished good; if this product is an intermediate in the manufacture of a final product, answer "No." If the product is an "intermediate," note the name as well as the final product(s) in which the intermediate product manufactured in this facility is used (use a Comment sheet, if needed).

6(a - d).	Technical Contact: Please provide the information requested on the person (either for the Corporate Owner or for the individual facility) who is knowledgeable about technical information for the facility (emissions, control devices, coatings, processes, etc.) and should be consulted if questions arise in analysis of this response.

7.	Geographic Coordinates: Please provide the latitude and longitude for the center of the facility, indicating degrees, minutes, and seconds. If latitude and longitude are not available, UTM coordinates can be provided on a Comment Sheet for this form.

8.	Reporting Year: The year of record for the plant that you are using to provide information for this questionnaire. Data for the year 1997 is expected; please provide an explanation on a Comments Sheet for this form to describe why another year was chosen if 1997 was not used. Unless otherwise noted, you are expected to complete all the information in the survey for the reporting year you select here. Also indicate whether information is being reported for the fiscal year or calendar year.

9.	Surface Coating Category: This question is to determine whether you could potentially be covered by more than one surface coating MACT . Please check all surface coating operations that you may be doing at this facility. Please note, however, that the details requested in every other form of this survey are only for fabric coating operations. Refer to the first page of Attachment 1 for definitions of all the coating categories.

10.	Other Regulatory Requirements:

a. Please list all NSPS or other MACT Standards that are applicable to this facility. If there are none, enter "None."

b. LAER Determinations: Indicate if a LAER determination has been made on any of the surface coating operations, and if so the date of the most recent LAER determination. Please also list on a Comments sheet for this form the coating operation(s) affected and the appropriate date(s).

DEFINITION: LAER (Lowest achievable emission rate) - Pursuant to Section 171(1) of the Clean Air Act, LAER is that rate of emissions which reflects:

-	the most stringent emission limitation which is contained in the implementation plan of any State for such class or category of sources, unless the owner or operator of the proposed source demonstrates that such limitations are not achievable; or

-	the most stringent emission limitation which is achieved in practice by such class or category of source, whichever is more stringent.

In no event, however, shall the application of this term permit a proposed new or modified source to emit any pollutant in excess of the amount allowable under applicable new source standards of performance. Areas of the country that have not attained national ambient air quality standards may require LAER on new sources of pollution.

11.	Title V Status: Indicate if your facility has submitted or is preparing an application for a Title V Permit for hazardous air pollutant ( HAPs ) from your State or local regulatory agency. Please note that we are only requesting information on HAPs , and not on Title V determinations made on the basis of emissions of criteria pollutants. If you are not sure, check the box marked "Unknown." Also provide a brief description of the basis for determining the Title V classification (e.g., for which HAP pollutant(s) is the facility a major source) and whether or not any co-located activities at the facility influence the Title V status.

12.	Facility Emissions: This question pertains to total facility emissions and not limited to those associated with fabric coating. This information is needed because determination of whether or not this facility is a major source is done on the basis of total facility emissions. Please list the total actual emissions from the facility for the reporting year. Provide facility-wide totals for HAPs , and for each individual HAP emitted at >0.5 tons/year. Please refer to the definitions in Attachment 1 and the list of HAPs in Attachment 2. Also provide facility-wide permit limitations (if any) on emissions of any HAP, and the maximum design capacity emissions (see definition below).

DEFINITION: Maximum Design Capacity Emissions - These are the emissions possible when operating all equipment at its maximum design capacity on a full operational schedule (up to 8,760 hrs/year), and utilizing materials with the highest HAP content currently in use. Note in a Comment sheet for this form the assumptions and example calculations used to arrive at the entered value.

13.	Fabric Coating Material Usage: Facility-Wide Material Usage: Column 1 categorizes materials by general types, corresponding to categories in Form B. In column 2, you need to enter the total quantity (HAP-containing and non-HAP) of all materials of this type used in your facility. In column 3, you need to enter the quantity of this total that are HAP-containing materials. For instance, you could use 100 lbs of coatings in your facility, of which 10 lbs are HAP-containing. In column 4, enter the units in which the quantities are expressed. Form B only requests details on the highest usage materials within each "type". In column 5, you need to enter the percentage of total usage (noted in column 3) of HAP-containing materials within a certain "type", for which you present detailed information in Form B. For instance, you could present details (in Form B) on only 90% of all the HAP-containing coatings you use.

14.	Response Summary: Indicate in the table how many copies of each Form were completed for this facility.

15.	Process Flow and Facility Diagrams: Please provide both a schematic drawing of the facility (plant layout), showing the locations of all activities related to fabric coating. Also provide a process flow diagram showing the process operations and potential HAP air emission sources and sources of liquid waste potentially containing HAP. Reference, where possible, the Form(s) on which information for a location in the plant layout or step in the process flow diagram can be found. An example plant layout is provided as Figure 1 and an example process flow diagram has been provided as Figure 2. Use multiple pages if needed to provide clarity, and indicate in the spaces provided the total number of pages for both the Plant Layout and the Process Flow Diagram(s).

The purpose of this Form is to gather information on HAP-containing materials being used in fabric coating or laminating and associated operations at this facility. You need to group the materials you use (where possible) according to the rules specified. You are to complete a separate copy of this Form for each such group. Please note that you cannot group different material types (e.g., thinners and cleaners). You need to ensure that within any material type (like thinners), you provide information on at least 90% of all HAP-containing materials within that type used at this facility.

You may also use certain "specialty" materials that may need special consideration in developing the regulation (e.g., you may not be able to use a low-HAP alternative material for certain reasons, like quality or customer requirements). Please note in a Comments Sheet for this form if there are any special considerations for usage of a particular material.

If you are reporting for more than one material / material group, you need to copy the original Form and fill out separate copies for each material or group. Each needs to be assigned a separate material number, starting with 1, prefixed with MN (i.e., MN-1, MN-2, and so on). Please see the Overall Instructions on assigning the Facility Tracking number and use of Comment sheets.

Rules for Grouping Material Types

You have the option to group like-materials (e.g., different color coatings with similar HAP content), and report information on the grouped materials on a single Form B. However, there are some limitations on which materials may be grouped with one another.

All materials within a group must have a similar formulation, not varying from one to another by more than 5% in Total VOC or Total HAP.

All materials should have similar, if not identical, speciated ingredients.

Only materials of the same type can be grouped together (e.g., Coatings/Coating Components separate from Cleaning Solvents and Thinning Solvents).

Only coatings of the same resin-type or coating technology may be grouped together.

All materials in the group must use the same Units of Measure (either mass units or volume units) or be converted prior to being combined.

Please assign separate material numbers (starting with MN-1) for each material group or single material being reported.

DEFINITIONS

Coating - A protective, decorative, or functional film applied as a thin layer to a textile substrate and which cures to form a continuous solid film. Adhesives and Caulks are being treated as Coatings in this questionnaire; however, these may be reported separately as an "Other" Material Types if desired.

Coating Components - Materials that are combined to create a coating (e.g., catalyst and resin in multi-component coatings). Thinning solvents are not included in this definition as a coating component, but is reported separately.

Coating Technologies - The basic composition and chemistry of a coating. These technologies are based on the carrier (Solvent-borne and Waterborne), the resin used, or application technique (Powder).

Cleaning Solvents - Organic solvents used in substrate preparation of the product to be coated (as reported on Form E) or in cleaning operations (as reported on Form H).

Resin Type - The basic chemical classification of the coating solids.

Thinning Solvent - Organic solvent used to thin the coating material prior to being applied to the product being coated.

Item-Specific Instructions

1.	Material Identification - This information is being requested to define each HAP-containing material or material group.

a)	Material Name: The name of the material (brand names are acceptable) or group of materials.

b)	Manufacturers/Suppliers Name: Report the name of the manufacturer or supplier listed on the product label and/or on the MSDS for this product. If grouping like-materials from more than one manufacturer or supplier, enter "Grouped Materials - Various," and note the material names and manufacturer/supplier names for each material in the group in a Comments Form.

c)	Material Type: Indicate which one of these broad categories of materials does this specific material or group of materials belong. (See the definitions previously provided.)

2.	HAP-containing Material Usage

a)	Amount used in the Reporting Year: Give the quantity of the material used for your reporting year. Please specify units.

b)	Is material modified before use? Is the material modified before use (e.g., combined with other components to form a final coating)? If so, this will be referred to again in Form G (Mixing).

3.	Coating-Specific Details - Details which are needed to better compare like materials. First choose the General Coating Types, then the Coating Technology, and the Resin-Type, where applicable. Note the definitions provided previously in the instructions for this form.

4.	General Composition/Formulation Data - This information is being collected to allow comparisons between similar materials.

a)	Material Density: Product density is needed to convert weight- percents to mass units. Please specify units.

b)	Source of Data: Indicate the source of the data being reported in response to Questions 4 and 5 on this Form. The preference for data sources are Test data first, followed by Certified Product Data Sheets; Material Safety Data Sheets ( MSDS ); then any other data sources available. If no good source of data is available, please be certain that you have identified the manufacturer/supplier adequately.

c)	Solids Content: Report the solids content on both a weight-percent and volume-percent basis.

d)	Total VOC Content: Report the VOC content on a weight and volume-percent basis.

e)	Water Content: Indicate the weight and volume-percent of water in the product.

5.	Speciated Components - List each individual organic and inorganic HAP constituent of the material or (average for) material group. For organic constituents, report only those that are expected to volatilize during use of the material, including any subsequent drying or curing operations. Organic constituents of coatings such as resins that are intended to remain on the substrate being coated (as part of the solid film) should not be reported. List all that are present at greater than one-percent, or at greater than 0.1 percent for carcinogens.

This information should be readily available from the preferred data source (indicated in Item 4b above) or should be attainable from the manufacturer or supplier of the material. Please provide us with the best data possible. It is critical that a CAS Registry Number be given when one is available; this will allow EPA to ensure that adjustments for any HAP component that may be delisted in the future can be made, and avoid the need for another data collection effort. A good reference on the Internet for finding CAS Registry Numbers is ChemFinder © ( http :// chemfinder.camsoft.com /).

6.	Material / Component Substitution Information: This section is very important because we have only asked you to detail HAP-containing materials. We also need to know of other non-HAP (or low-HAP) materials you are using (but have not detailed here) that are a result of product substitutions. We are only requesting information on material substitutions - that is, changes to the material or components in a material/material type that have resulted in reduced or eliminated HAP emissions. Please use Comments sheets, if needed.

If information on these measures is detailed in another Form(s), please provide the appropriate cross reference(s) here (e.g., Information contained in Form B, Copy 2 of 10, Question 6b ). Similarly, if the information provided on this Form also applies to other material groups, also provide those cross- reference(s) here (e.g., This information also applies to Form B, Copies 3 and 4 of 10, Question 6a ). Please provide cross-references separately for each question (a - c).

Part (a) asks for information (including costs and HAP-reductions) on whether any material(s) of this type (e.g, thinners), are substitutes for previously used higher-HAP compounds. This includes the specific material (or group) that you are detailing on this Form or other materials you are not detailing here (because they do not contain HAPs ).

Part (b) asks for information (including costs and potential HAP-reductions) on any measures that you may be currently considering (or instituted after the reporting year) for this material / material group or type, to reduce or eliminate HAP emissions.

Part(c) asks for some details on failed measures or those that have not been instituted for various reasons, including cost considerations.

Use this form to report information on the design parameters and capture and control efficiency from each control device used to control emissions from fabric coating or laminating. Copy the original and complete a separate form for each control device. Indicate copy number and total number of copies (one for each control device). Also assign a unique control device ID to each control device, starting with 1 with the prefix CD (i.e., CD-1, CD-2, and so on). See Overall Instructions on Facility Tracking Number and use of Comment Sheets.

Questions 1, 2, 12, and 13 need to be completed for each control device being detailed. For questions 3 - 11, select only the appropriate section for the control device you are detailing (e.g., fabric filter),

A complete description of your control device may include other parameters not on this form. It is important that you attach manufacturer's specification, schematics, and any other drawings necessary to provide a complete description of this control device and its relationship to its emission source(s). In some situations, the operating parameters (e.g., control device efficiency, inlet flow rate) vary over a wide range during normal facility operations. If you believe it is important to show how the performance of this control device varies with varying operating parameters, then report the relevant information on the Comments Sheet. Include the range over which each parameter varies and how this variation affects control device performance.

1.	GENERAL INFORMATION

This section should reflect actual operating conditions.

a)	POSITION IN SERIES OF CONTROLS - If there are several devices operating in a series, indicate in what position this device is located. If the exhaust air stream goes through this unit and then through a second unit then this would be the #1 of 2 units.

b)	CONTROLS EMISSIONS FROM WHICH EMISSION SOURCE ID(S) - List all emission source ID numbers whose emissions are controlled by this device. These ID numbers must correspond to those listed on Forms D thru H.

c)	DESCRIBE CONTROL SYSTEM - Give a brief description of the control device. Include such information as other devices used in conjunction with this device; number of compartments, etc.

d)	POLLUTANT(S) COLLECTED - Enter the pollutants being collected. If speciated data are not available, then enter total VOC and total HAP.

e)	CAPTURE METHOD - Enter the method used to capture the emissions directed to this control device (i.e., hood, lip exhaust, total enclosure, etc.).

f)	CAPTURE EFFICIENCY - Enter the capture efficiency in percent for the pollutant listed in Item C -1d (capture efficiency may not be the same for all pollutants in an exhaust stream).

g)	CONTROL/REMOVAL EFFICIENCY - Enter the control/removal efficiency in percent of the control device for each pollutant collected.

h)	INLET FLOW RATE ( acmm ) - Enter the actual air flow rate in cubic meters per minute entering the control device during normal operation.

i)	INLET HAP/ VOC CONCENTRATION ( ppmv ) - Enter the average HAP/ VOC concentration in parts per million by volume entering the control device.

j)	OUTLET HAP/ VOC CONCENTRATION ( ppmv ) - Enter the average HAP/ VOC concentration in parts per million by volume exiting the control device.

k)	PRESSURE DROP ( kPa ) MIN/MAX - Enter the minimum and maximum operating pressure drop across the device in kilopascals during normal operation needed to maintain the desired efficiency.

l)	INLET TEMPERATURE (°C) MIN/MAX - Enter the minimum and maximum inlet temperature in degrees Celsius during normal operation.

2.	Basis of Capture and Control Device Efficiency - Describe the basis used to determine the capture efficiency and control device efficiency (e.g., source test, manufacturer's specifications, engineering judgement, etc.).

FOR QUESTIONS 3 - 11, PLEASE COMPLETE ONLY THE SECTION WHICH CORRESPONDS TO THE TYPE OF CONTROL DEVICE BEING REPORTED.

3.	FABRIC FILTER

Use this section for fabric filters. A fabric filter removes particulates from a gas stream by passing the stream through a porous fabric (e.g., bagfilter , baghouse , HEPA filter). Dust particles form a more or less porous cake on the surface of the fabric.

a)	FILTER SURFACE AREA ( m2 ) - The total square meters of filter surface area. Round off to nearest whole number.

4.	ELECTROSTATIC PRECIPITATOR

Use this section for electrostatic precipitators (ESP). An ESP removes particulate matter from a gas stream by passing the gas stream through discharge electrodes and collection plates. Most particulates become charged and are collected on the plates.

a)	ASH ANALYSIS - Enter the Mass Mean Diameter of the inlet particle distribution in micrometers, and the resistivity of the particles in ohm-cm.

b)	TYPE - Check the appropriate description for the type of ESP used. If none of the choices adequately describes this ESP, then check "Other" and provide a description on the Comments Sheet.

5.	THERMAL OR CATALYTIC INCINERATOR

Use this section for thermal or catalytic incinerators. A control device which operates by thermal (non-catalytic) and catalytic incineration can oxidize hydrocarbons and/or toxic pollutants into carbon dioxide and water. Temperature and residence time must be sufficient to obtain the desired oxidation results

a)	IF CATALYST USED

TYPE - Enter the type of catalyst material (e.g., palladium on ceramic honeycomb design).

CATALYST SPACE VELOCITY (1/hr) - Enter the catalyst space velocity. This is the volumetric gas rate divided by the volume of catalyst (this should be available from the manufacturer).

b)	INLET OXYGEN CONTENT (%) - The amount of oxygen in the inlet stream, expressed as a percentage.

c)	INLET MOISTURE CONTENT (%) - Give the maximum percentage of moisture in the inlet emission stream.

d)	FUEL USED - Enter the type(s) of fuel(s) used in the device.

e)	ACTUAL ANNUAL FUEL USE - Indicate the actual average hourly amount of fuel consumed during the reporting year. Include units for your response.

f)	COMBUSTION TEMPERATURE (°C) - Enter the minimum temperature in degrees Celsius in the combustion chamber during normal operation.

g)	TOTAL MAXIMUM FIRING RATE (million joules/hr) - Enter the total maximum firing rate in joules per hour for all burners based on input.

h)	RESIDENCE TIME (s) - Enter the residence time in seconds of the air stream in the incinerator.

6.	MECHANICAL COLLECTOR

Use this section for mechanical collectors, such as settling chambers, cyclones, and multicyclones , that utilize gravity and inertia to separate particulates from a gas stream.

a)	PARTICLE DENSITY (kg/ m3 ) - Enter the average particle density entering the control device in kilograms per cubic meter.

7.	CARBON ADSORBER

Use this section for carbon adsorbers . Adsorption is a control method where gaseous pollutants are extracted from the gas phase and concentrated at the surface of a solid. Carbon is commonly used to adsorb volatile organic compounds from an airstream. If an adsorbent other than carbon is used, complete this form but explain the specifics of the control device, including the adsorbent used, on the Comments Sheet.

a)	HAP/ VOC CONCENTRATION ENTERING UNIT ( ppmv ) - Specify the total HAP/ VOC concentration of the gas stream entering the adsorber unit in parts per million by volume (volumes of HAP/ VOC per million volumes of gas stream).

b)	BREAKTHROUGH CAPACITY (kg vapor/kg adsorbent) - Provide the breakthrough capacity in kilograms of vapor per kilogram of adsorbent. This is the capacity of the bed at which unreacted vapors begin to be exhausted.

c)	NUMBER OF CARBON BEDS - Enter the total number of carbon beds in the system, including any beds used as standby or backup.

d)	DESCRIBE CARBON REGENERATION PROCEDURE AND HOW EMISSIONS ARE CONTROLLED DURING REGENERATION - Describe the procedure used to regenerate the carbon, including disposition of recovered solvent. Also describe any method used to capture and control emissions produced from the regeneration of the adsorbent.

8.	PACKED OR PLATE COLUMN ABSORBERS

Use this section for packed or plate column absorbers where one or more selected gaseous pollutants are removed by absorption by bringing the pollutants in contact with a liquid. Packing material or plates are used to increase the surface area on which this contact occurs.

a)	TYPE OF SYSTEM - Specify type of gas absorbing system used (e.g., spray tower, cyclone spray chamber, packed columns, plate columns, venturi scrubber, sparging tank).

PACKED COLUMNS - Complete sections 8b through 8d only if the absorbing system is classified as a packed column system. This absorbing process is a continuous operation where the gas and liquid phases flow through the system in a continuous manner with intimate contact throughout.

b)	TYPE OF PACKING USED - Specify packing used in your packed tower (e.g., partition tricklers , pall rings, berl saddles, tellerettes ).

c)	COLUMN LENGTH (m) - Enter the length in meters of the packed column.

d)	COLUMN DIAMETER (m) - Enter the column diameter in meters.

PLATE COLUMNS - Complete sections 8e through 8g only if the absorbing system is classified as a plate column system. This absorbing process is a staged operation on plates or trays where the liquid and gas are contacted in stepwise fashion in the vertical cylinders.

e)	PLATE SPACING (cm) - Enter the distance in centimeters between the plates in the absorbing tower.

f)	COLUMN LENGTH (m) - Enter the length in meters of the packed column.

g)	COLUMN DIAMETER (m) - Enter the column diameter in meters.

h)	TOTAL GAS PRESSURE ( kPa ) - Specify the total inlet gas pressure in kilopascals (gauge).

i )	GAS DEW POINT (°C) - Enter the temperature in degrees Celsius at which the gas stream first changes into liquid phase.

j)	GAS VELOCITY (m/sec) - Enter the maximum gas velocity in meters per second through the net column cross-sectional area.

k)	ADDITIVE LIQUID SCRUBBING MEDIUM - Specify what kind of liquid is used. Include the name of the additives (e.g., propanol , detergents, etc).

l)	PERCENT RECIRCULATED - If the absorber is operated with recirculating slurries, specify the percentage of the liquid returned to the system.

m)	TOTAL LIQUID INJECTION RATE (liters/min) - Enter the total volumetric flow rate in liters per minute of the liquid.

n)	MAKE UP RATE (liters/min) - Specify the amount of new liquid in liters per minute that must be added to the system due to evaporation or discharge to a disposal system.

o)	ADDITIVE (liters/min) - Specify the amount in liters per minute of new additive(s) that must be added to the system due to evaporation or discharge to a disposal system.

9.	WET SCRUBBER

Use this section for wet scrubbers that are used to separate particulates (sometimes gases) from an airstream. Scrubber liquids are introduced for particle collection.

a)	ADDITIVE LIQUID SCRUBBING MEDIUM - Specify what kind of liquid is used. Include the name of the additives (e.g., propanol , detergents, etc).

b)	TOTAL LIQUID INJECTION RATE (liters/min) - Enter the total volumetric flow rate in liters per minute of the liquid.

c)	MAKE UP RATE (liters/min) - Specify the amount in liters per minute of new liquid that must be added to the system due to evaporation or discharge to a disposal system.

d)	ADDITIVE RATE (liters/min) - Specify the amount in liters per minute of new additive(s) that must be added to the system due to evaporation or discharge to a disposal system.

10.	CONDENSER

Use this section for condensers that are used to remove organic compounds by cooling the gas stream and condensing out the pollutants.

a)	TEMPERATURE OF INLET COOLANT (°C) - Enter the temperature in degrees Celsius of the coolant entering the condenser.

b)	TEMPERATURE OF CONDENSATION (°C) - Enter the temperature in degrees Celsius of the condensed pollutant.

c)	REFRIGERATION CAPACITY (joules/sec) - Enter the capacity in joules per second of the condenser.

11.	OTHER CONTROL DEVICE

Use this form to describe any control device not included in one of the above sections. Use the Comments Sheet to provide additional information, if necessary.

a)	FILTER MEDIA - Enter the type of filter media used, if applicable.

b)	COLLECTION SURFACE AREA ( m2 ) - Enter the area of filter media in square meters, if applicable.

c)	FUEL USED - Enter the type(s) of fuel(s) used in the device.

d)	FUEL USAGE RATE - Enter the maximum fuel usage rate on an hourly or annual basis. Provide units for your response.

e)	DESCRIBE ANY AUXILIARY MATERIALS INTRODUCED INTO THE CONTROL SYSTEM - Describe any auxiliary materials (e.g., lime, caustic, acid, etc.) introduced into the control system.

PLEASE ANSWER QUESTIONS 12 AND 13 FOR EACH CONTROL DEVICE.

12.	Monitoring - Describe the monitoring performed on this control device to assure compliance with a regulatory or permit limit. Include the frequency at which the monitoring is performed, the parameter being monitored, and averaging time (if applicable).

13.	Eliminating Use of Control Device for HAPs : Only detail information on devices for control/co-control of HAPs . This section is only requesting information on whether you have successfully managed, in the past, to eliminate use of a HAP control device through other HAP reduction measures, or whether such measures are currently (or have been) under. Provide additional information on emissions further reduced or increased (if so).

If information on these measures is detailed in another Form(s), please provide the appropriate cross reference(s) here (e.g., Information contained in Form C, Copy 2 of 5 , Question 13b ). Similarly, if the information provided on this Form also applies to other control devices, also provide those cross- reference(s) here (e.g., This information also applies to Form C, Copies 3 and 4 of 5, Question 13a ). Please provide cross-references separately for each question (a - c).

Part (a) asks for information (including costs/savings) on whether you have undertaken measures in the past that have eliminated the use of a control device for HAPs that was employed previously.

Part (b) asks for information (and cost/savings) on any measures that you may be currently considering (or instituted after the reporting year) for eliminating the use of this HAP-control device.

Part(c) asks for failed measures or those that have not been instituted for various reasons, including cost considerations.

Use this form to provide information on all fabric coating application units with potential for HAP emissions at the facility. This form is to report how and where HAP-containing materials you reported in Form B are being used and resulting HAP emissions. For the purpose of this form, treat each method of coating as a separate unit. Copy the original and complete a separate form for each individual coating application unit. Indicate copy number and total number of copies (one for each unit). Also assign a unique Coating Application Unit ID for each unit, starting with 1 with the prefix CA (i.e., CA-1, CA-2, and so on). See Overall instructions on Facility Tracking Number and use of Comment Sheets.

DEFINITIONS

Coating application unit - Any coating applicator(s), flashoff area(s), and drying oven(s) located between a substrate unwind station and a rewind station that coats a continuous web to produce a substrate with a polymeric coating. Should the coating process not employ a rewind station, the end of the coating operation is after the last drying oven in the process. For the purpose of responding to this questionnaire, polymeric coating of a supporting substrate means a web coating process that applies elastomers, polymers, or prepolymers to a supporting web other than paper, plastic film, metallic foil, or metal coil.

Solvent-borne coating operation - Any coating application unit that applies coatings in which volatile organic compounds are the major solvent or dispersant.

Waterborne coating operation - Any coating application unit that applies coatings in which water accounts for more than 5 weight percent of the volatile portion.

Flocking - A method of cloth ornamentation in which adhesive is printed or coated on a fabric, and finely chopped fibers are applied all over by means of dusting, air-blasting, or electrostatic attraction.

Lamination - Laminated fabric is composed of a high-strength reinforcing scrim or base fabric between two plies of flexible thermoplastic film. Usually open scrims are used to permit the polymer to flow through the interstices and bond during calendaring. Also, two or more fabrics or a fabric and a paper substrate may be bonded with an adhesive to form a laminate. We are not requesting information on flame lamination (in which fabric is bonded to a layer of plastic foam) as part of this questionnaire, as this is being covered under another MACT standard. However, information on all other lamination processes is requested.

Item-Specific Instructions

1.	Description and Location of Coating Application Unit

a)	Description - Indicate the type of application unit as defined above.

b)	Location - Enter the location of this unit in the plant layout schematic using codes or area names from your diagram.

c)	NSPS - Please indicate any NSPS , such as 40 CFR part 60, subpart VVV , that the coating application is subject to.

2.	Method of Application - Indicate each method of application that is used in this coating application unit.

3.	Class of Materials/Coatings Applied in this Unit

Coating ID - In this column, we need information on "as-applied" coatings. These could be materials (from HAP-Containing Material Data Form B) that you apply without any mixing or modification, or these could be formulations (from Mixing Operations Form G) you prepare from "as purchased" materials. Please enter the relevant ID for each Coating that is used in this unit.

General Type of Coating - Choose the general coating type.

1997 Usage -Enter the pounds of "as-applied" coatings that were used in this unit during the reporting year.

4.	Products Coated by this Coating Application Unit

Product Name - Enter the final product made from the coated substrate. Major final products include:

•	Aerospace composite

•	Air bags

•	Architectural structures

•	Awnings

•	Book covers

•	Christmas ribbon

•	Conveyor, light duty, and industrial V-belts

•	Diaphragms and gaskets

•	Drapery linings

•	Fencing

•	Flexible hoses

•	Hot-air balloons

•	Industrial thread

•	Inflatables

•	Lightweight liners

•	Mattress fabric

•	Military fabric

•	Offset printing blankets

•	Packaging material

•	Pond liners

•	Protective clothing

•	Rain wear

•	Recreational clothing and equipment

•	Sails

•	Shoe fabric

•	Soft-sided luggage

•	Tarpaulins

•	Tents

•	Truck and storage tank covers

•	Upholstery

Surface Area Coated on the Product - Enter the square yards of actual substrate that were coated or laminated in the reporting year on this application unit. First enter the total quantity of substrate that is processed using HAP-containing formulations (equal to or less than the total quantity processed). Then enter the total quantity of substrate processed on this unit for the reporting year (including that processed using non-HAP-containing formulations).

Threads/Cords Coated - If the previous column is not applicable, enter the linear yards of threads/cords that were coated in the reporting year. As before, first enter the total yards coated using HAP-containing formulations (equal to or less than the total yards processed). Then enter the total yards processed on this unit for the reporting year (including that processed using non-HAP-containing formulations).

Specific Substrate Type - Enter the substrate(s) coated, flocked, or laminated in the reporting year. Major textile substrates include:

•	Cotton

•	Polyester

•	Poly/cotton blend

•	Rayon

•	Cotton/rayon blend

•	Nylon

•	Polypropylene (olefin)

•	Wool

•	Carbon fiber

•	Kevlar

•	Polyester and cotton cord

•	Polyester thread

•	Nylon thread

•	Nonwoven textiles

Coating Requirements for the Final Product - Please check all that apply.

5.	Details on Application Component Equipment of this Coating Application Unit

Component Type IDs - For a capture device, please indicate the fugitive emission source(s) in the process flow diagram from which HAP emissions are captured. For application devices, flash-off tunnels/areas, and other component types, please enter the position on the process flow diagram.

Equipment - For a capture device, please provide the name of the manufacturer and the model number.

Number in Application Unit- For each component type, please provide the number of such components in this coating unit.

Capture Efficiency and Control Device ID(s) - For each capture device, provide the capture efficiency and the control device ID (from top of Form C) to which the emissions are routed.

Emissions - Please list the total actual emissions of HAPs from each unit component for the reporting year. Please refer to Attachment 2 to the overall instructions for a list of hazardous air pollutants ( HAPs ). Also provide permit limitations (if any) on emissions of any HAP from this coating unit, and the maximum design capacity emissions (see definition below).

Maximum Design Capacity Emissions - These are the emissions possible when operating the unit at its maximum design capacity on a full operational schedule (up to 8,760 hrs/year), and utilizing materials with the highest HAP content currently in use. Note in a Comment sheet for this form the assumptions and example calculations used to arrive at the entered value.

6.	Details on Drying/Curing Components of this Coating Application Unit

Curing/Drying Oven ID - Enter the oven ID from the process flow diagram.

Maximum Temperature - Enter the highest temperature at which the oven normally operates. Note that this is the process temperature and not the stack gas exit temperature.

Volumetric Flow Rate of Exhaust - Enter the actual air flow rate in cubic meters per minute of exhaust from the oven.

Capture Efficiency - Enter the HAP capture efficiency achieved by the oven.

Control Device ID(s) - Enter the control device ID (from top of Form C) to which the emissions are routed.

Emissions - Please list the total actual HAP emissions from the coating unit oven for the reporting year. Please refer to Attachment 2 to the overall instructions for a list of hazardous air pollutants ( HAPs ). Also provide permit limitations (if any) on emissions of any HAP from this unit, and the maximum design capacity emissions (see definition above).

7.	Basis for HAP Emission Estimates: Please use check boxes to indicate, and also provide details on the basis for assumptions and calculations for HAP emission estimates. This especially includes the basis used for computing partition (if any) between HAPs going to wastewater and those emitted to the air.

8.	Waste and Wastewater Generation (PLEASE DO NOT COMPLETE THIS SECTION IF YOU ARE ASSUMING THAT NO HAPs GO INTO WASTEWATER)

Waste Type - Indicate each type of waste generated by the coating application unit

Quantity Generated - Enter the quantity of each type of waste generated by this unit in gallons or pounds per year, as specified.

HAP Concentration - Enter the applicable HAP CAS Number(s) at the top of the column and the concentration of each HAP in each type of waste generated by this unit.

9.	Details on Process (including recycling) and Operating Practice Changes to Lower HAP Emissions: This section is only requesting information on process (including recycling) and operating practice changes - relevant to this coating application unit - to lower or eliminate HAP emissions. Do not detail information for other operations (like cleaning) or material substitutions. Please use Comments sheets, if needed.

If information on these measures is detailed in another Form(s), please provide the appropriate cross reference(s) here (e.g., Information contained in Form D, Copy 2 of 5, Question 8b ). Similarly, if the information provided on this Form also applies to other coating application units, also provide those cross-
reference(s) here (e.g., This information also applies to Form D, Copies 3 and 4 of 5, Question 8a ). Please provide cross-references separately for each question (a - c).

Part (a) asks for information (including costs and HAP reductions) on whether you have made any changes to processes and operating practices relating to this unit, that have resulted in lowering or elimination of HAP emissions.

Part (b) asks for information (including costs and potential HAP reductions) on any measures currently under consideration (or instituted after the reporting year) for this unit, to reduce or eliminate HAPs .

Part(c) asks for failed measures or those that have not been instituted for various reasons, including cost considerations.

This form is designed to collect information related to the preparation of the fabric substrate prior to the application of a fabric coating. Substrate preparation is defined as the removal of contaminants from a substrate, or preparing a substrate for the application of a coating. Complete Form E if the substrate preparation is separate from the fabric coating operation. Include substrate preparation information in Form D if substrate preparation is part of the fabric coating operation. If you are not using and have not used HAP-containing materials for substrate preparation, just enter NA on this form. If you have used HAP-containing materials in the past, but no longer use these materials, only fill out question 8.

Copy the original and complete a separate form for each individual substrate preparation unit. Indicate copy number and total number of copies (one for each unit). Also assign a unique Substrate Preparation Unit ID for each unit, starting with 1 with the prefix SP (i.e., SP-1, SP-2, and so on). See Overall instructions on Facility Tracking Number and use of Comment Sheets.

1.	Work Area Number: Identify each work area from your plant layout schematic where substrate preparation operations are being done.

2.	Substrate Preparation Description

a) Identify Activities: Indicate each activity used in substrate preparation operations. If any process, other than those listed, is used in substrate preparation, please describe this process in the space provided.

b) Other Details: Include information on technique or method used.

3.	Equipment. Tools, and Throughput: List equipment and tools used to prepare the substrate.

4.	HAP-containing Materials Used: Materials listed in this table should cross-reference to Form B.

5.	Estimated Emissions and Emission Limitations: List total HAPs emitted, and each specific HAP associated with substrate preparation operations.

6.	Emissions Capture and Control: Please identify all devices used for capture of emissions associated with substrate preparation operations. Provide the capture efficiency for the device(s), and the add-on Control Device ID(s) to which the air stream is sent (where applicable).

7.	Effect if Substrate Preparation on subsequent Fabric Coating Operations: Describe any production, cleaning techniques, or materials that limit the type of surface coating technique or material that can be used. Indicate any increase or decrease in emissions that this causes.

8.	Process and Operating Practice Changes to Lower HAP Emissions: This section is only requesting information on process (including recycling) and operating practice changes - relevant to this preparation operation - to lower or eliminate HAP emissions. Do not detail information relevant to other operations (like mixing) or material substitutions. Please use Comments sheets, if needed.

If information on these measures is detailed in another Form(s), please provide the appropriate cross reference(s) here (e.g., Information contained in Form E, Copy 2 of 4, Question 9). Similarly, if information provided on this form also applies to another preparation operation, also provide those cross- reference(s) here (e.g., This information also applies to Form E, Copies 3 and 4 of 4, Question 9).

The question asks for information on whether you have made any changes to processes and operating practices relating to this operation, that have resulted in lowering or elimination of HAP emissions. You are requested to briefly describe the measure(s) and provide estimated costs/savings (if available), as well as quantities or levels of HAPs reduced through these measures.

The purpose of this form is to provide information regarding the storage of HAP-containing materials used in fabric coating and associated operations. Please complete one of these forms for every storage area located in this facility.

Copy the original and complete a separate form for each individual storage area. Indicate copy number and total number of copies (one for each area). Also assign a unique Storage Area ID for each area, starting with 1 with the prefix ST (i.e., ST-1, ST-2, and so on). See Overall instructions on Facility Tracking Number and use of Comment Sheets.

1.	Identification - Provide the name of the storage area with HAP-containing materials used in fabric coating and associated operations.

2.	Method of storage for coatings/coating components: Indicate all methods used to store coatings and/or coating components. If a method other than those listed is used, please describe that method.

3.	Storage Tank Parameters: Please provide the requested information for each storage tank located in this
storage area.

4.	Emissions Capture: Answer by using the check-off boxes and spaces for the specific Storage Area.

5.	Changes to Equipment and Operating Practices to Lower HAP Emissions from Storage: This section is only requesting information on equipment and operating practice changes - relevant to this storage area - to lower or eliminate HAP emissions. Do not detail information relevant to other operations (like cleaning) or material substitutions. Please use Comments sheets, if needed.

If information on these measures is detailed in another Form(s), please provide the appropriate cross reference(s) here (e.g., Information contained in Form F, Copy 2 of 4, Question 5). Similarly, some of the information provided on this form may also apply to another Storage area, in which case, please also provide those cross-reference(s) here (e.g., This information also applies to Form F, Copies 3 and 4 of 4, Question 5).

The question asks for information on whether you have made any changes to equipment or operating practices relating to this area, that have resulted in lowering or elimination of HAP emissions. You are requested to briefly describe the measure(s) and provide estimated costs/savings (if available), as well as quantities or levels of HAPs reduced through these measures.

Use this form to describe the mixing of HAP-containing coatings for fabric coating at this facility. Copy the original and complete a separate form for each individual mixing area. Indicate copy number and total number of copies (one for each area). Also assign a unique Mixing Area ID for each unit, starting with 1 with the prefix MS (i.e., MS-1, MS-2, and so on). See Overall instructions on Facility Tracking Number and use of Comment Sheets.

Rules for Grouping Coating Types

You have the option to group like-coatings (e.g., different color coatings with similar HAP content), and report information on the grouped coatings in a single row of the table. However, there are some limitations on which coatings may be grouped with one another.

All coatings within a group must have a similar formulation, not varying from one to another by more than 5% in weight percent HAP, weight percent water, and weight percent solids.

All coatings should have similar, if not identical, HAP-containing materials.

Only coatings of the same general type can be grouped together (e.g., adhesives separate from single component coatings.

Only coatings of the same resin-type or coating technology may be grouped together.

All coatings in the group must use the same Units of Measure (either mass units or volume units) or be converted prior to being combined.

Item-Specific Instructions

1.	Name of the Mixing Area: Identify the Mixing Area from your plant layout schematic.

2.	Mixing Equipment:

Equipment Type Description: Provide a brief description of the type of mixing equipment for each type that may be found in the mixing area. For example, if there are five (5) similar 50-gallon mixing vats and three (3) similar 10-gallon, agitated mixing vats in the Mixing Area, make two entries.

Number of this Type: How many of each type of mixing equipment are located in this Mixing Area.

Size: Indicate the size, using the units defined in response to Question 13 on Form A.

Throughput: Estimated amount of material mixed (specify units) in this type of equipment.

Average Mixing Time: How many minutes does it normally take to mix a batch of coatings, etc.

Mixing Temperature: Indicate the temperature at which these mixers operate, in degrees Fahrenheit.

Emissions Capture Device: If emissions are captured, indicate the type of capture device (e.g., hood, total enclosure, room, etc.) and the estimated capture efficiency.

Integrated Emission Controls: These refer to Emission Controls, like covers, that are integral parts of the equipment. Indicate with a "y" or "n" whether emissions are vented to any add-on control devices.

Estimated Emissions for the Reporting Year: Total HAP emission estimates (in tons per year) for this type of equipment in this Mixing Area.

3.	Emission Capture and Add-on Control Devices

a. Is capture of emissions by mixer or for the room?: Indicate method of emissions capture.

b. Add-on Control Devices: Indicate the Emission Control Device(s) to which captured emissions are vented, cross-referencing the Control Device ID from Form C (e.g., CD-999)

4.	Mixing/Formulation of Component Materials to Yield "As-Applied" Formulations This table is for defining coatings or coating groups in the form they are applied, from "as-supplied" HAP-containing materials (Form B). This table should help describe composition of final formulations, especially the percentages of HAPs , water, and solids contained.

"As-Applied" Formulations: Each "as-applied" formulation will be given a unique ID, using the AC- prefix (as opposed to the MN- prefix for "as-supplied" components). The "description" should be the coating type, i.e., adhesive, primer, base coat, top coat, other (please describe).

Process Description: Indicate if this activity is mixing, formulating, or thinning:

Mixing - simple combining of two or more components to create an "as-applied" coating, such as mixing of a resin and catalyst in a two-component coating.

Formulation - Creation of a coating "from scratch," using the most basic components, as is performed in creating batches of specialty coatings.

Thinning - Simple addition of a thinning solvent to an "as-supplied" coating to provide an appropriate viscosity, density, etc.

Components: Identify the components used to create the as-applied formulation, using the appropriate product name or ID (e.g., MN-999) from response to Question 1a on Form B (HAP-containing Material Data). Indicate the weight percentage of the item requested, as a percentage of the final formulation indicated on the table. Components are:

HAP-containing Materials (Cross-reference with Form B) and weight % of HAP (in final formulation): One or more HAP-containing materials may be used in the formulation. You are asked to provide the material number to identify the material used and then the weight percentage ONLY of the HAPs in this material. One material may contain more than one HAP - but for any one material, you only have to report on total HAP (since we have information on speciated components from Form B). The weight percentage should be of final formulation, and not weight percent of the HAP-containing material itself.

Weight % of Water in Final Formulation (if no water, enter NA): Provide weight percent of water (if any) in the final formulation. This includes added water and also water already present (as-purchased) in materials/components that are part of the formulation.

Weight % of Solids in Final Formulation: Provide weight percent of solids in the final formulation.

Final Yield: Indicate the estimated amount mixed in the reporting year, in pounds.

(Coating) Application Unit ID(s): Indicate the Coating Application ID(s) where the As-Applied formulation is used by cross-referencing the area defined in Form D (Coating Application Units) using the ID number (e.g., CA-9).

5.	Details on Mixing Process and Operating Practice Changes to Lower HAP Emissions: This section is only requesting information on process (including recycling) and operating practice changes - relevant to this mixing area - to lower or eliminate HAP emissions. Do not detail information relevant to other operations (like cleaning) or material substitutions. Please use Comments sheets, if needed.

If information on these measures is detailed in another Form(s), please provide the appropriate cross reference(s) here (e.g., Information contained in Form G, Copy 2 of 4, Question 5 on operating process changes also applies to this mixing area). Similarly, if some of the information provided on this form also applies to another mixing area, also provide those cross-reference(s) here (e.g., This information also applies to Form G, Copies 3 and 4 of 4, Question 5).

The question asks for information on whether you have made any changes to processes and operating practices relating to this area, that have resulted in lowering or elimination of HAP emissions. You are requested to briefly describe the measure(s) and provide estimated costs/savings (if available), as well as quantities or levels of HAPs reduced through these measures.

This form requests information on cleaning operations for equipment used in fabric coating and associated operations. Cleaning operations to be reported on this form include cleaning of spray guns; mixing, storage, and dip tanks; in-place cleaning of roll- coater equipment (including rollers, coating trays); roll- coater parts (removed from the coater for cleaning purposes), and cleaning of products after they are coated.

Copy the original and complete a separate copy of Form H for each individual cleaning operation. Indicate copy number and total number of copies (one for each operation). Also assign a unique Cleaning Operation ID for each operation, starting with 1 with the prefix EC (i.e., EC -1, EC -2, and so on). See Overall instructions on Facility Tracking Number and use of Comment Sheets.

Item-Specific Instructions

1.	Associated Operation(s): Enter the ID No. of the coating or production operation(s) most closely related to this cleaning operation (for example cleaning coating application equipment on CA-1 to 10).

2.	Type of Cleaning Operation - Choose the description that most closely matched this cleaning operation. If you choose "Other," provide a brief description of the cleaning operation.

3.	Materials Used - Identify all the HAP-containing cleaning materials used in this cleaning operation, by providing cross reference IDs from the HAP-Containing Materials Data Form (B).

4.	Sum Total of HAPs and Permit Limitations: Enter the actual reporting year total HAP emissions for this cleaning operation. Also enter the estimated annual emissions for this operation at maximum design capacity, and any permit limitations, if applicable.

5.	Emissions Capture and Control - Indicate any capture devices (hood, lip exhaust, vent, total enclosure, etc.) used to capture emissions from this cleaning operation. Also enter capture efficiency (percentage). If the captured emissions are vented to an add-on control device, enter the ID No. listed on Form C for this add-on control device.

6.	If Rags or Wipes Are Used - Describe the handling, storage, and disposal of rags or wipes used in this cleaning operation.

7.	Process and Operating Practice Changes to Lower HAP Emissions from Cleaning - This section is only requesting information on process (including recycling) and operating practice changes - relevant to this type of cleaning operation - to lower or eliminate HAP emissions. Do not detail information relevant to other operations (like mixing) or material substitutions. Please use Comments sheets, if needed.

If information on these measures is detailed in another Form(s), please provide the appropriate cross reference(s) here (e.g., Information contained in Form H, Copy 2 of 4, Question 7). Similarly, some of the information provided on this form may also apply to another cleaning operation, in which case, please also provide those cross-reference(s) here (e.g., This information also applies to Form H, Copies 3 and 4 of 4, Question 7).

You are requested to provide information on whether you have made any changes to processes and operating practices relating to this type of operation, that have resulted in lowering or elimination of HAP emissions. Please briefly describe the measure(s) and provide estimated costs/savings (if available), as well as quantities or levels of HAPs reduced through these measures.

The purpose of this form is to provide information regarding waste and wastewater generation, treatment and/or disposal for facilities with fabric coating operations. Report information for the entire facility on this one form.

1.	Waste Generation

a.	Waste Type: Indicate each type of waste generated at this facility. If this facility generates a type of waste other than those listed, please provide a detailed description of that waste. The following definitions pertain to this section.

Sludge - the solids generated from any process (substrate preparation, coating, mixing, etc.) that it is necessary to have disposed, either on-site or off-site.

Waste Coatings - coating materials from equipment cleaning, excess prepared coating materials, etc. that must be treated and/or disposed.

Waste Solvents - solvents that have been used in another process (substrate preparation, etc.) that are collected for either recycling or disposal.

Wastewater - any process waters or cleaning waters should be considered wastewater at the point/time they leave the generating operation.

If your facility has a combined waste stream (e.g. waste coatings and waste solvents), please estimate the amount of each contributed to the waste stream and include in Item 1. b. Note these combined streams and any other pertinent details in a Comments Sheet for this form.

b.	Quantity Generated: Give the amount of each type of waste generated in this facility in the appropriate units. If alternate units are used, state in comments section.

c.	Is this waste treated on-site? Please indicate by checking yes or no.

d.	Are air emissions controlled? Indicate if any method for controlling emissions of HAPs to the air is used, including use of covers, add-on control devices, etc.

e.	Sources of Waste: Identify, by the Process Unit ID taken from other forms (e.g.. CA-9 or SP-2), each type of waste generated at this facility.

f.	Estimated Total HAP emissions for reporting year: Please list the estimated total actual HAP emissions from the wastewater treatment system for the reporting year.

2.	Mode of wastewater transport - Indicate how wastewater is transported from the point of generation.

Mode definitions:

Open Trench - uncovered trench in which wastewater flows from point of generation to another point.

Open Pipe - covered trenches and pipes with openings to the open air at each end and/or through vents, manholes, etc.

Closed Pipe - completely closed piping with no opening to the atmosphere.

Holding Tank - storage tank in close proximity to the point of generation which holds wastewater but does not reuse it in the process. Please indicate under termination point(s) how and where this wastewater is disposed (e.g., trucked off-site).

3.	Process and Operating Practice Changes to Lower HAP Emissions from Waste and Wastewater Treatment / Disposal Areas - This section is only requesting information on process (including recycling) and operating practice changes - relevant to these areas - to lower or eliminate HAP emissions. Do not detail information relevant to other operations (like mixing) or material substitutions. Please use Comments sheets, if needed.

The questions asks for information on whether you have made any changes to processes (including recycling) and operating practices relating to this area, that have resulted in lowering or elimination of HAP emissions. You are requested to briefly describe the measure(s) and provide estimated costs/savings (if available), as well as quantities or levels of HAPs reduced through these measures.

Maximum Achievable Control Technology (MACT) Standards for the emissions of Hazardous Air Pollutants (HAPs) are being developed for nine surface coating categories, as required under Section 112 of the Clean Air Act (CAA) as amended in 1990. These regulations are expected to be promulgated in November of the year 2000. The nine categories are defined as follows:

Automobile and Light-duty Trucks* - Surface coating of automobile and light duty truck bodies at assembly plants, or other facilities and associated operations including the mixing and storage of coatings, and treatment of wastewater generated from coating operations. Off-line coating of non-body parts is not included. Other HAP and/or Volatile Organic Compounds (VOCs) using operations at assembly plants, including the application of adhesives, and fluid fills are included.

Fabric - This source category includes textile manufacturing processes with potential HAP emissions performed in the production or conversion of yarn and thread; woven, knit, and non-woven fabric; and carpet. The processes include, but are not limited to, non-woven fabric latex resin bonding, slashing, preparation, printing, dyeing, wet finishing (including carpet back coating), coating, cord treating, laminating, and spot cleaning.

Large Appliances* - The surface coating of Large Appliances manufactured from various metals, coiled or sheet metal, pre-coated coil, and pre-cut, powder-precoated pieces.

Metal Can - This source category includes facilities that coat or print metal cans or metal parts for any type of can (e.g., metal ends for composite cans). It includes the coating/printing of metal sheets for subsequent processing into cans or can parts, but not the coating of metal coils for cans or can parts. (Coil coating for cans and can parts is included in the Metal Coil source category.) For purposes of this data-gathering effort, this source category also includes the coating/printing of metal decorative tins, crowns, and closures (except for coil coating). Note that the coating/printing of pails and drums falls in the Miscellaneous Metal Parts and Products source category.

Metal Coil - Coil manufacturing begins with a coil or roll of bare sheet metal and ends with a coil of metal coated on one or both sides.

Metal Furniture* - The surface coating of furniture manufactured from various metals.

Miscellaneous Metal Parts and Products* - This category encompasses all metal parts and products not covered in one of the other categories in which the surface coating of metal parts or products are included (Aerospace, Automobile and Light-duty Trucks, Boat Manufacturing, Large Appliances, Metal Can, Metal Coil, Metal Furniture, or Shipbuilding).

Plastic Parts* - The surface coating of plastic parts produced by either machining from stock plastic, or casting and molding.

Wood Building Products* - This source category involves any finished or laminated product that is used in construction, either interior or exterior, of any residential, commercial, or institutional building.

* Indicates source categories also subject to the regulations for VOCs being developed under Section 183(e) of the CAA.

Add-on control device efficiency - The ratio of the (pollutant) emissions recovered or destroyed by an add-on air pollution control device to the total (pollutant) emissions that are introduced to the control device, expressed as a percentage.

Additives - Any substance added in small quantities to another substance, usually to improve properties. Examples of additives include plasticizers, fungicides, and dryers.

Adhesion promoter - A very thin coating applied to a substrate to promote wetting and form a chemical bond with the subsequently applied material.

Adhesive - A substance capable of holding materials together by surface attachment. Various descriptive adjectives are used with the term adhesive to indicate certain characteristics: physical (liquid adhesive, tape adhesive), chemical type (silicate adhesive, resin adhesive), materials bonded (paper adhesive), and conditions of use (hot-set adhesive).

Air-dried coatings - Coatings which are not heated above 194°F (90°C) for coating or drying. Air-dried coatings also include forced-air dried coatings.

Alkali - Any substance that neutralizes acids. Alkalis are helpful in aqueous cleaning by speeding soil removal and suspension. Alkali is synonymous with caustic.

Alkyd - A binder based on resins formed by the condensation of polyhydric alcohols with polybasic acids. They may be regarded as complex polyesters (Thermoset).

Amino resins - Resins used to crosslink polyesters, epoxies, acrylics, and alkyds to enhance their durability.

As-applied - The condition of a coating at the time of application to the substrate, including any added thinning solvent. Multi-component coatings are supplied as individual components that have to be mixed prior to application.

As-supplied - The condition of a coating as purchased and delivered to the user. Multi-component coatings are supplied as separate components and later mixed according to manufacturers instructions (e.g., 1:3). The mixing ratio affects the pollutant emissions from the final coating product (i.e., the as-applied product).

Baked coatings - Coatings that are cured or dried above an oven air temperature of 194°F (90°C).

Binder - The solid (non-volatile) material in a coating that binds the pigment and additive particles together to form a film. In general, binders are resins.

Capture efficiency - The fraction of all organic vapors, HAP emissions, or other pollutants generated by a process that are directed to an add-on air pollution control device expressed as a percentage.

CARC - Chemical Agent Resistant Coatings. These polyurethane-based coatings are highly crosslinked to resist chemical attack. CARC is often used on military equipment that might become contaminated by nuclear, biological, or chemical substances.

Cellosolve - The generic term for the solvent family of mono-alkyl ethers of ethylene glycol. For example, a widely-used solvent is butyl cellosolve, which chemically is ethylene glycol monobutyl ether.

Chlorinated solvents - Organic solvents that contain chlorine. Examples include 1,1,1-trichloroethane and methylene chloride.

Clean (verb) - To remove foreign material from a substrate.

Clean Air Act (CAA) - The Clean Air Act, as amended in November 1990, provides the foundation for EPA's efforts to improve air quality. The Clean Air Act, building on earlier legislation, was passed in 1970.

Cleaning activity - Action used to clean a substrate. This term focuses on how the substrate is being cleaned, and includes actions such as wiping, brushing, flushing, spraying or dipping.

Cleaning operation - A unit operation in which a substrate is cleaned. This term focuses on what is being cleaned (e.g., spray booth cleaning operation or parts cleaning operation). Cleaning may be performed to prepare a substrate for coating (Form E) or for other purposes (Form H).

Cleaning Solvent - Organic solvent used for cleaning.

Clear coat - A transparent coating usually applied over a colored opaque coat to give improved gloss and protection to the color coat below. In some cases a clear coat simply refers to any transparent coating without regard to the substrate.

Closed Pipe - completely closed piping with no opening to the atmosphere.

Coating - A protective, decorative, or functional film applied as a thin layer to a textile substrate and which cures to form a continuous solid film. Adhesives and Caulks are being treated as Coatings.

Coating Components - Products that are combined at the coating facility to create a coating (e.g., catalyst and resin in multi-component coatings). Thinning solvents are not included in this definition as a coating component, but is reported separately.

Coating Technologies - The basic composition and chemistry of a coating. These technologies are based on the carrier (Solvent-borne and Waterborne), the resin used, or application technique (Powder).

Dispersion coating - A type of coating in which the binder molecules are present as colloidal particles and spread uniformly throughout the formulation as a stable mixture.

Drier - An additive which accelerates the drying of coatings.

Emulsion - A two-phase liquid system in which small droplets of one liquid (the internal phase) are immiscible in, and are dispersed uniformly throughout, a second continuous liquid phase (the external phase). This contrasts with a latex, which consists of solids dispersed in a liquid.

Epoxies - Binders based on epoxy resins. Epoxy crosslinking is based on the reaction of the epoxide groups with other materials such as amines, alcohols, phenols, carboxylic acids, and unsaturated compounds. Also used as a thermoset powder coating.

Exempt compound - Specific organic compounds that are not considered volatile organic compounds due to negligible photochemical reactivity. Exempt compounds are specified on 40 CFR 51.100(s).

Flash-off time - The time required between application of successive wet-on-wet coatings or between application and baking to allow the bulk of the solvents in the coating to rise slowly and evaporate. In baked coatings flash-off helps to prevent solvent boil off and film blistering.

Halogenated hydrocarbons (Halogenated solvents) - Formed by substituting one of the halogen elements (chlorine, bromine, or fluorine) into a chemical compound to change both the physical and chemical natures of the compound.

HAP - Hazardous Air Pollutant. Means any air pollutant listed in or pursuant to Section 112(b) of the Clean Air Act. The current list of HAPs is attached separately.

Heat-resistant coatings - Designed to resist degradation upon continuous or intermittent exposures to a predetermined elevated temperature. A San Diego Air Pollution Control District rule stipulates that the coating must withstand temperatures of 400°F during normal use as determined by ASTM Method D-2485.

High volume low pressure (HVLP) spray equipment - Spray equipment that is used to apply coating by means of a spray gun that operates at 10.0 psig of atomizing air pressure or less at the air cap.

Holding Tank - storage tank in close proximity to the point of generation which holds wastewater but does not reuse it in the process.

High-solids - Solvent-borne coatings that contain greater than 50 % solids by volume or greater than 62 % (69 % for baked coatings) solids by weight.

Hydrocarbon solvent - A solvent consisting exclusively of the elements carbon and hydrogen. They are principally derived from petroleum and coal tar, and include aliphatic, aromatic, and napthenic solvent.

Hydroxides - The chemical opposites of acids. Also known as caustics and alkalis. Examples are sodium hydroxide and potassium hydroxide.

MACT - Maximum Achievable Control Technology, as specified in Section 112 of the Clean Air Act.

Major modifications - Include any physical or operational change to an existing facility which results in an increase in the emission rate to the atmosphere of HAPs. Typically, these modifications result in changes in a permit or results in the need to acquire a permit to construct.

Manufacturer's formulation data - Data on a material (e.g., a coating) supplied by the material manufacturer based on knowledge of the ingredients used to manufacture that material, rather than based on testing of the material. Manufacturers formulation data may include information on density, VOC content, HAP content, solids content, etc.

Material balance - A calculation based on conservation of mass (i.e., the mass of material going into an operation is equal to the mass of material which leaves the operation). This calculation is often used to estimate volatile emissions.

Metalized epoxy coating - A coating that contains relatively large quantities of metallic pigmentation for appearance and/or added protection.

Permanent total enclosure - A permanently installed enclosure that completely surrounds a source of emissions such that all emissions are captured and discharged through a control device. For specific qualifying criteria, see Method 204 (62 FR 32500) (June 16, 1997).

Pigment - Finely ground insoluble particles dispersed in coatings to influence properties such as color, corrosion resistance, mechanical strength, hardness, durability, etc. Particles may be natural or synthetic and also inorganic or organic.

Polyester - A polymer in which the monomer units are linked by the functional group -COO-. Polyester has been used as thermoplastic powder coating, and as the following thermosetting powder coatings: epoxy polyester hybrid powder, urethane polyester powder, and polyester TGIC powder.

Polyethylenes - Thermoplastic resins composed of polymers of ethylene (CH2 CH2). Polyethylenes are normally translucent, tough, waxy solids that are unaffected by water and a large range of chemicals. Frequently used in powder coatings.

Polymers - A high-molecular-weight organic compound, natural or synthetic, with a structure that can be represented by a repeated small unit, or mer.

Polypropylenes - Tough, lightweight thermoplastic resins composed of polymers of propylene (CH2 CHCH2). They are commonly used in powder coating.

Powder coatings - Any coating applied as a dry (without solvent or other carrier), finely divided solid which adheres to the substrate as a continuous film when melted and fused.

Primer - The first layer and any subsequent layers of identically formulated coating applied to the surface to be coated. Primers are typically used for protection from the environment, functional fluid resistance, and adhesion of subsequent coatings. Primers that are defined as specialty coatings are not included under this definition.

Process (Process line) - The aggregate of unit operations necessary for producing a product. The emissions from a process includes all sources of air emissions (e.g., storage, transfer, handling, painting, and packaging).

Open Pipe - Covered trench or pipe with openings to the open air at each end and/or through a vent, manhole, etc.

Open Trench - Uncovered trench in which wastewater flows from point of generation to another point.

Resin Type - The basic chemical classification of the coating solids.

Shelf life - The length of time a coating may normally be stored without losing any chemical/physical properties. Manufacturers typically specify the shelf life.

Silicones - Resins consisting of silicon-oxygen linkages, unlike organic resins, which contain carbon.

Sludge - The waste solids generated from any process (surface preparation, coating, mixing, etc.) that it is necessary to have disposed, either on-site or off-site.

Solids - The nonvolatile portion of the coating that after drying makes up the dry film.

Solvent - The liquid or blend of liquids used to dissolve or disperse the film-forming particles in a coating and which evaporate during drying. A true solvent is a single liquid that can dissolve the coating. Solvent is often used to describe terpenes , hydrocarbons, oxygenated compounds, furans , nitroparaffins , and chlorinated solvents.

Solvent-borne - Coatings in which volatile organic compounds are the major solvent or dispersant.

Spot cleaning operation - Removing contaminants such as dirt, grease, oil, and coatings by spraying a cleaning solvent or physically rubbing the substrate with a material such as a rag, paper, or cotton swab that has been moistened with a cleaning solvent.

Spray gun - A device that atomizes a coating or other material and projects the particulates onto a substrate.

Substrate preparation - The removal of contaminants from the substrate in preparation for the application of a coating.

Temporary total enclosure - An enclosure constructed only to measure the capture efficiency of pollutants emitted from a given source. For specific qualifying criteria, see Method 204 (62 FR 32500) (June 16, 1997).

Thermoplastic - Resin capable of being repeatedly softened by heat and hardened by cooling. These materials, when heated, undergo a substantially physical rather than chemical change. Thermoplastic resins can be completely dissolved with appropriate solvents.

Thermoset - Resin that, when cured by application of heat or chemical means, changes into a substantially infusible and insoluble material. Thermosetting resins will soften but will not dissolve in any solvents.

Thinning solvent - Organic solvent used to thin coating material prior to application to the product.

Topcoat - A coating that is applied over a primer or base coat on a product for appearance or protection. Topcoats are typically the last coat applied in a coating system.

Touch-up and repair operation - That portion of the coating operation that is the incidental application of coating used to cover minor imperfections in the coating finish or to achieve complete coverage. This definition includes out-of-sequence or out-of-cycle coating.

Unit operation - An industrial operation, classified or grouped according to its function in an operating environment (e.g., a coating mixing vessel, a curing oven, etc.).

Urethanes - Materials based on resins made by the condensation of organic isocyanates with compounds or resins containing hydroxyl groups. Categories of polyurethane coatings include: single component prereacted -urethane coatings; single component moisture-cured urethane coatings; single component heat-cured urethane coatings; two-component catalyst-urethane coatings, two-component polyurethane coatings; and one-component nonreactive lacquer-urethane solution coatings.

VOC (Volatile Organic Compound) - Any compound defined as VOC in 40 CFR 51.100(s). This includes any organic compound other than those determined by the EPA to be an `exempt' compound.

Waste Coatings - Coating materials from equipment cleaning, excess prepared coating materials, etc. that must be treated and/or disposed.

Waste Solvents - Solvents that have been used in another process (surface preparation, etc.) that are collected for either recycling or disposal.

Wastewater - Any process waters or cleaning waters should be considered wastewater at the point/time they leave the process unit.

Waterborne coatings - Coatings in which water accounts for more than 5 weight percent of the volatile portion.

Work practice - Specific human activities that lead to a reduction in emissions (or waste) or have the potential to do so. The activities include operator training, management directives, work procedures or techniques for conducting emission (or waste) generating operations or for reducing or eliminating the need for or frequency of such operations.

CAS Number	Chemical Name

75070	Acetaldehyde

60355	Acetamide

75058	Acetonitrile

98862	Acetophenone

53963	2- Acetylaminofluorene

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

100447	Benzyl chloride

92524	Biphenyl

117817	Bis (2- ethylhexyl )phthalate ( DEHP )

542881	Bis ( chloromethyl )ether

75252	Bromoform

106990	1,3- Butadiene1

56627	Calcium cyanamide

105602	Caprolactam (Removed 6/18/96, 61FR30816 )

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

CAS Number	Chemical Name

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- Dimethoxybenzidine

60117	Dimethyl aminoazobenzene

119937	3,3'- Dimethyl benzidine

79447	Dimethyl carbamoyl chloride

68122	Dimethyl formamide

57147	1,1- Dimethyl hydrazine

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 (l- Chloro -2,3- epoxypropane )

106887	1,2- Epoxybutane

140885	Ethyl acrylate

100414	Ethyl benzene

51796	Ethyl carbamate (Urethane)

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 dichloride (1,1- Dichloroethane )

50000	Formaldehyde

76448	Heptachlor

CAS Number	Chemical Name

118741	Hexachlorobenzene

87683	Hexachlorobutadiene

77474	Hexachlorocyclopentadiene

67721	Hexachloroethane

822060	Hexamethylene -1,6- diisocyanate

680319	Hexamethylphosphoramide

110543	Hexane

302012	Hydrazine

7647010	Hydrochloric acid

7664393	Hydrogen fluoride (Hydrofluoric acid)

7783064	Hydrogen sulfide

123319	Hydroquinone

78591	Isophorone

58899	Lindane (all isomers)

108316	Maleic anhydride

67561	Methanol

72435	Methoxychlor

74839	Methyl bromide ( Bromomethane )

74873	Methyl 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 methacrylate1

634044	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- Nitrobiphenyl

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

CAS Number	Chemical Name

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 ( Perchloroethylene )

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	Trichloroethylene

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	Xylenes (isomers and mixture)

95476	o- Xylenes

108383	m- Xylenes

10642	p- Xylenes

0	Antimony Compounds

0	Arsenic Compounds (inorganic including arsine)

0	Beryllium Compounds

CAS Number	Chemical Name

0	Cadmium Compounds

0	Chromium Compounds

0	Cobalt Compounds

0	Coke Oven Emissions

0	Cyanide Compounds1

0	Glycol ethers2

0	Lead Compounds

0	Manganese Compounds

0	Mercury Compounds

0	Fine mineral fibers3

0	Nickel Compounds

0	Polycylic Organic Matter4

0	Radionuclides (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 substance 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 (Under review)

3 (Under review)

4 (Under review)

5 A type of atom which spontaneously undergoes radioactive decay.