Orchid Orthopedics CAO Emissions Inventory 6.17.2025

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5	Please save this file to your own computer before filling out this reporting form.
6	Before completing this form please review the DEQ website for the most recent versions and instructions for this form:
7	https://www.oregon.gov/deq/aq/aqPermits/Pages/CAO-reg.aspx
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9	All DEQ and Lane Regional Air Protection Agency permitted facilities, or facilities applying for Air Quality permits, will need to complete and submit this form as the first step in the Cleaner Air Oregon Air Toxics Program.
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12	Please fill out the following worksheets to complete an air toxic emissions inventory for your facility:
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14	Worksheet 1	Facility Information	Record facility name and address, contact person, source number, and number of employees in the boxes.
15	Worksheet 2	Emission Units & Activities	Record all Toxics Emissions Units and activities that emit air toxics included in the list of associated Air Toxic contaminants. Provide both annual and maximum daily production and process rates, emission type, and control devices/efficiency for each emissions unit.
16	Worksheet 3	Pollutant Emissions - EF	Record all Air Toxic pollutants CAS/DEQ ID and chemical names, pollutant-specifc emissions factors and control efficiencies, and calculated emissions.
17	Worksheet 4	Material Balance Activities	Record all emission units and activities that emit air toxics included in the list of associated air toxic contaminants. Provide annual and maximum daily material usage and waste activities, material names and manufacturer, and emission type.
18	Worksheet 5	Pollutant Emissions - MB	Record all Air Toxic pollutants CAS/DEQ ID and chemical names associated with recorded materials, pollutant-specifc percent composition and control efficiencies, and calculated emissions.
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20	Note: Emissions information will be entered on Worksheets 2&3 for EF-based emissions, and Worksheets 4&5 for Material Balance-based emissions.
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23	What you need (Existing Sources):
24	1. Current Permit and Permit Review Report
25	2. Emission Detail Sheets
26	3. Safety Data Sheets, Certified Product Data Sheets, Environmental Data Sheets, or any lab data for each material used.
27	4. Most Recent Annual Report[s]
28	5. Any other documentation needed to help fulfill request - e.g. emissions factor references, source test review reports, etc.
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30	Worksheet 1: Facility Information
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32	Please provide the facility name and address, contact person, and source number which is the first 6 digits of the permit number (existing sources) in the boxes provided.
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34	Worksheet 2: Emission Units & Activities
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36	1. List all Toxics Emissions Units (TEUs), Activity IDs and descriptions, and Control Devices for all emission units or activities that emit air toxics at the facility. Use emission unit or activity ID from permits and create new IDs as necessary. For Material Balance activities proceed to Worksheet 4.
37	2. Record emissions type (i.e. Stack or Fugitive) and corresponding emission type ID.
38	3. Describe activity units (e.g. MM ft3, gallons, tons, MMBTU, pounds, etc.) and type (e.g. natural gas, wood, metal poured, etc.) for each specific emissions unit/activty.
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40	4. Record quantities, units of measurements, and types of Annual and Maximum Daily activity/production/process rates for each TEU/Activity for "Actual", "Requested PTE", and "Capacity" production scenarios.
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42		Note: "Actual" is based on the reporting year (existing sources) or an estimate of typical production (new sources); "Requested PTE" is the level requested by the source, which may be
43		higher than "Actual" production values; and "Capacity" is based on the 100% uptime and production for the facility - this may be used for de Minimus screening.
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45	Worksheet 3: Pollutant Emissions - EF
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47	1. Provide a row for each Air Toxic emitted from a specified TEU. Either select a CAS number or DEQ ID from the dropdown list or cut and paste both the CAS/DEQ ID and Chemical Name for each pollutant.
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49	2. Provide the Total Combined Control Efficiency for each pollutant from the specificied TEU - this value may be composed of multiple capture/transfer efficiencies and destruction/removal efficiencies. Note: These control efficiencies may differ for different pollutants from the same TEU.
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51	3. Provide pollutant-specifc Emissions Factors (EF) for both Annual and Maximum Daily emissions (if different). Also provide the units for the EF values in pounds/activity units. Provide EF references (AP-42, WebFire, Source Tests, etc.) and any related notes (e.g. Control Efficiency references).
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53	4. Calculate emissions using the following formula (Note: see the example calculations in red):
54		E *= (P)(EF)(1-CE)*
55		E	=	Annual or Maximum Daily air toxics emissions [Pounds/(Year\|Day)]
56		P	=	Production or Process Usage Rate [Activity Units/(Year\|Day)]
57		EF	=	Pollutant Emission Factor [Pounds/ Activity Unit]
58		CE	=	Overall Control Efficiency expressed as a decimal.
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60	Worksheet 4: Material Balance Activities
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62	1. List all TEU IDs and TEU/Activity descriptions with emissions from material balance activities. For Emission Factor-based activities proceed to Worksheet 2.
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64	2. List all materials (e.g. paints, coating materials, thinners, solvents, etc.) containing pollutants from the provided Air Toxics list - include product name and manufacturer for each specified TEU/Activity.
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66	3. Record emissions type (i.e. Stack or Fugitive) and corresponding emission type ID.
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68	4. Record "Material Usage" quantities in pounds for both annual and maximum daily activity/production/process rates for each TEU/activity for "Actual", "Requested PTE", and "Capacity" production scenarios.
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70		Note: "Actual" is based on the reporting year (existing sources) or an estimate of typical production (new sources); "Requested PTE" is the level requested by the source, which may be
71		higher than "Actual" production values; and "Capacity" is based on the 100% uptime and production for the facility - this may be used for de Minimus screening.
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73	5. Record "Material Wasted" quantities in pounds for both annual and maximum daily activity/production/process rates for each TEU/activity for "Actual", "Requested PTE", and "Capacity" production scenarios.
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75		Note: "Material Wasted" may consist of waste collected and shipped off-site, materials that drain as liquid to a collection/treatment system, material that may be retained in the product,
76		or any material that should beexcluded from emissions calculations.
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78	Worksheet 5: Pollutant Emissions - MB
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80	1. Provide a row for each Air Toxic emitted from a specified material and its associated TEU/Activity. Either select a CAS number or DEQ ID from the dropdown list or cut and paste both the CAS/DEQ ID and Chemical Name for each pollutant.
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82	2. Provide the Total Combined Control Efficiency for each pollutant contained in a specified material - this value may be composed of multiple capture/transfer efficiencies and destruction/removal efficiencies. Note: These control efficiencies may differ for different pollutants from the same material and TEU/Activity.
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84	3. Provide the percent composition for the Air Toxic in the specified material as provided by the manufacturer supplied data (e.g. SDS).
85		Note:
86		If percent weight is a range, use the mid-point of the range. (e.g., if range is 10-50% use 30%, or if the SDS lists < 5% use 2.5%)
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88	4. Provide any notes or references relevant to the pollutant emissions - e.g. technical references, details of control efficiencies, etc.
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90	5. Calculate emissions using the following formula (Note: see the example calculations in red):
91		E = [(CX–WX)KX](1–CE)
92		E	=	Annual or Maximum Daily air toxic emissions [Pounds/(Year\|Day)]
93		X	=	Subscript X represents a specific material
94		C	=	Material usage [Pounds/(Year\|Day)]
95		W	=	Material waste [Pounds/(Year\|Day)]
96		K	=	Percent weight air toxic pollutant concentration expressed as a decimal
97		CE	=	Control efficiency expressed as decimal

Form Instructions

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5	Facility Information
6	Facility Name	Orchid Orthopedic Solutions Oregon, Inc.
7	Facility Address	13963 Fir Street
8	City	Oregon City
9	Zip Code	97045
10	Source Number (for existing sources)	03-2505-SI-01
11	Facility Contact	Nate Holwege
12	Phone Number	971-563-2754

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10	Emissions Unit Information	Stack/Fugitive Information	Activity Information
11	Toxics Emissions Unit ID	Unit Description	Control Device[s]	Emission Type (e.g. Point or Fugitive)	Stack or Fugitive ID	Units (e.g. hours operation, tons material, gallons)	Description/Type	Annual - Chronic [units/year]	Max Daily - Acute [units/day]
12	Actual	Requested PTE	Capacity	Actual	Requested PTE	Capacity
13	TEU-1	Widget Maker 1 (EXAMPLE)	Widget Waste RCO	Point	ST-1	tons	Input Material X	100	140	200	0.3	0.5	0.8
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15	NATURAL GAS	Facility-wide natural gas use	None	Fugitive	F-AGGREGATE	MMSCF	Natural Gas	22.71	30	30	0.0731	0.09656539	0.09656539
16	WELD (F-75)	TIG welding of F-75 Alloy during product Rework	Dust Collection System	Point	DC6	pounds	Welding Rod	75.31	150.62	150.62	0.30124	0.60248	0.60248
17	WELD (17-4)	TIG welding of 17-4 Alloy during product Rework	Dust Collection System	Point	DC6	pounds	Welding Rod	0.1219156	0.2438312	0.2438312	0.00406385	0.00812771	0.00812771
18	WELD (MIG)	MIG welding during occasional maintenance activities	None	Fugitive	F-AGGREGATE	pounds	Welding Wire	4.586	9.172	9.172	2.20462	4.40924	4.40924
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20	F-75 CAST	Emissions related to F-75 alloy melting, charging/tapping, pouring/casting and cooling	None	Fugitive	DC3 (75%), DC2 (20%), DC1 (5%)	Tons	F-75 Alloy Cast	566.687	615	615	3.0515	6.103	6.103
21	17-4 CAST	Emissions related to 17-4 alloy melting, charging/tapping, pouring/casting and cooling	None	Fugitive	DC3 (75%), DC2 (20%), DC1 (5%)	Tons	17-4 Alloy Cast	2.866	5.732	5.732	0.234	0.468	0.468
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23	F-75 CUT	Emissions related to F-75 alloy gate assemblies being cut into individual parts	Dust Collection System	Point	DC1	Tons	F-75 Alloy Cast	566.687	615	615	3.0515	6.103	6.103
24	17-4 CUT	Emissions related to 7-14 alloy gate assemblies being cut into individual parts	Dust Collection System	Point	DC1	Tons	17-4 Alloy Cast	2.866	5.732	5.732	0.234	0.468	0.468
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26	KNOCK OUT	Emissions from breaking off the ceramic molds with pneumatic hammer	Dust Collection Systems	Point	DC2	Tons	Total Alloy Cast	569.553	620.732	620.732	3.2855	6.571	6.571
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28	F-75 GRIND	Emissions from manual and auto grinding activities of F-75 alloy in Cell #1 to remove residual gate material	Dust Collection Systems	Point	DC3 (95%), DC4 (2.5%), DC6 (2.5%)	Tons	F-75 Alloy Cast	566.687	615	615	3.0515	6.103	6.103
29	17-4 GRIND	Emissions from manual and auto grinding activities of 17-4 alloy in Cell #1 to remove residual gate material	Dust Collection Systems	Point	DC3 (95%), DC4 (2.5%), DC6 (2.5%)	Tons	17-4 Alloy Cast	2.866	5.732	5.732	0.234	0.468	0.468
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31	F-75 SANDBLAST	Emissions from all sandblast activities of F-75 alloy	Dust Collection Systems	Point	DC3 (75%), DC4 (24%), DC6 (1%)	Tons	F-75 Alloy Cast	566.687	615	615	3.0515	6.103	6.103
32	17-4 SANSBLAST	Emissions from manual and auto grinding activities of 17-4 alloy	Dust Collection Systems	Point	DC3 (75%), DC4 (24%), DC6 (1%)	Tons	17-4 Alloy Cast	2.866	5.732	5.732	0.234	0.468	0.468

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10	Toxic Emissions Unit ID	Pollutant Information		Control Efficiency	Emission Factor Information				Annual - Chronic [lb/yr]			Max Daily - Acute [lb/day]
11		Pollutant Information			EF Values		Units	Reference/Notes	Annual - Chronic [lb/yr]			Max Daily - Acute [lb/day]
12		CAS or DEQ ID	Chemical Name		Annual - Chronic	Max Daily - Acute	Units	Reference/Notes	Actual	Requested PTE	Capacity	Actual	Requested PTE	Capacity
13	TEU-1	61-82-5	Amitrole	97.50%	2.5		lb/ton	Annual and max daily EF values are the same for this TEU and its pollutants	6.25	8.75	12.5	0.01875	0.03125	0.05
14	TEU-1	7440-38-2	Arsenic and compounds	0.00%	0.1		lb/ton	The control efficiency does not apply to this pollutant	10	14	20	0.03	0.05	0.08
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16	NATURAL GAS	75-07-0	Acetaldehyde	0.00%	0.0043	0.0043	lb/MMSCF	CAO NG Ext. Comb. (a)	0.097653	0.129	0.129	0.00031433	0.00041523	0.00041523
17	NATURAL GAS	107-02-8	Acrolein	0.00%	0.0027	0.0027	lb/MMSCF	CAO NG Ext. Comb. (a)	0.061317	0.081	0.081	0.00019737	0.00026073	0.00026073
18	NATURAL GAS	7664-41-7	Ammonia	0.00%	3.2	3.2	lb/MMSCF	CAO NG Ext. Comb. (a)	72.672	96	96	0.23392	0.30900925	0.30900925
19	NATURAL GAS	7440-38-2	Arsenic and compounds	0.00%	0.0002	0.0002	lb/MMSCF	CAO NG Ext. Comb. (a)	0.004542	0.006	0.006	0.00001462	0.00001931	0.00001931
20	NATURAL GAS	7440-39-3	Barium and compounds	0.00%	0.0044	0.0044	lb/MMSCF	CAO NG Ext. Comb. (a)	0.099924	0.132	0.132	0.00032164	0.00042489	0.00042489
21	NATURAL GAS	71-43-2	Benzene	0.00%	0.008	0.008	lb/MMSCF	CAO NG Ext. Comb. (a)	0.18168	0.24	0.24	0.0005848	0.00077252	0.00077252
22	NATURAL GAS	50-32-8	Benzo[a]pyrene	0.00%	0.0000012	0.0000012	lb/MMSCF	AP-42 Chapter 1, Table 1.4-3	0.00002725	0.000036	0.000036	0.00000009	0.00000012	0.00000012
23	NATURAL GAS	7440-41-7	Beryllium and compounds	0.00%	0.000012	0.000012	lb/MMSCF	CAO NG Ext. Comb. (a)	0.00027252	0.00036	0.00036	0.00000088	0.00000116	0.00000116
24	NATURAL GAS	7440-43-9	Cadmium and compounds	0.00%	0.0011	0.0011	lb/MMSCF	CAO NG Ext. Comb. (a)	0.024981	0.033	0.033	0.00008041	0.00010622	0.00010622
25	NATURAL GAS	18540-29-9	Chromium VI, chromate and dichromate particulate	0.00%	0.0014	0.0014	lb/MMSCF	CAO NG Ext. Comb. (a)	0.031794	0.042	0.042	0.00010234	0.00013519	0.00013519
26	NATURAL GAS	7440-48-4	Cobalt and compounds	0.00%	0.000084	0.000084	lb/MMSCF	CAO NG Ext. Comb. (a)	0.00190764	0.00252	0.00252	0.00000614	0.00000811	0.00000811
27	NATURAL GAS	7440-50-8	Copper and compounds	0.00%	0.00085	0.00085	lb/MMSCF	CAO NG Ext. Comb. (a)	0.0193035	0.0255	0.0255	0.00006214	0.00008208	0.00008208
28	NATURAL GAS	100-41-4	Ethyl benzene	0.00%	0.0095	0.0095	lb/MMSCF	CAO NG Ext. Comb. (a)	0.215745	0.285	0.285	0.00069445	0.00091737	0.00091737
29	NATURAL GAS	50-00-0	Formaldehyde	0.00%	0.017	0.017	lb/MMSCF	CAO NG Ext. Comb. (a)	0.38607	0.51	0.51	0.0012427	0.00164161	0.00164161
30	NATURAL GAS	110-54-3	Hexane	0.00%	0.0063	0.0063	lb/MMSCF	CAO NG Ext. Comb. (a)	0.143073	0.189	0.189	0.00046053	0.00060836	0.00060836
31	NATURAL GAS	7439-92-1	Lead and compounds	0.00%	0.0005	0.0005	lb/MMSCF	CAO NG Ext. Comb. (a)	0.011355	0.015	0.015	0.00003655	0.00004828	0.00004828
32	NATURAL GAS	7439-96-5	Manganese and compounds	0.00%	0.00038	0.00038	lb/MMSCF	CAO NG Ext. Comb. (a)	0.0086298	0.0114	0.0114	0.00002778	0.00003669	0.00003669
33	NATURAL GAS	7439-97-6	Mercury and compounds	0.00%	0.00026	0.00026	lb/MMSCF	CAO NG Ext. Comb. (a)	0.0059046	0.0078	0.0078	0.00001901	0.00002511	0.00002511
34	NATURAL GAS	1313-27-5	Molybdenum trioxide	0.00%	0.00165	0.00165	lb/MMSCF	CAO NG Ext. Comb. (a)	0.0374715	0.0495	0.0495	0.00012062	0.00015933	0.00015933
35	NATURAL GAS	91-20-3	Naphthalene	0.00%	0.0003	0.0003	lb/MMSCF	CAO NG Ext. Comb. (a)	0.006813	0.009	0.009	0.00002193	0.00002897	0.00002897
36	NATURAL GAS	365	Nickel compounds, insoluble	0.00%	0.0021	0.0021	lb/MMSCF	CAO NG Ext. Comb. (a)	0.047691	0.063	0.063	0.00015351	0.00020279	0.00020279
37	NATURAL GAS	401	Polycyclic aromatic hydrocarbons (PAHs)	0.00%	0.0001	0.0001	lb/MMSCF	CAO NG Ext. Comb. (a)	0.002271	0.003	0.003	0.00000731	0.00000966	0.00000966
38	NATURAL GAS	7782-49-2	Selenium and compounds	0.00%	0.000024	0.000024	lb/MMSCF	CAO NG Ext. Comb. (a)	0.00054504	0.00072	0.00072	0.00000175	0.00000232	0.00000232
39	NATURAL GAS	108-88-3	Toluene	0.00%	0.0366	0.0366	lb/MMSCF	CAO NG Ext. Comb. (a)	0.831186	1.098	1.098	0.00267546	0.00353429	0.00353429
40	NATURAL GAS	7440-62-2	Vanadium (fume or dust)	0.00%	0.0023	0.0023	lb/MMSCF	CAO NG Ext. Comb. (a)	0.052233	0.069	0.069	0.00016813	0.0002221	0.0002221
41	NATURAL GAS	1330-20-7	Xylene (mixture), including m-xylene, o-xylene, p-xylene	0.00%	0.0272	0.0272	lb/MMSCF	CAO NG Ext. Comb. (a)	0.617712	0.816	0.816	0.00198832	0.00262658	0.00262658
42	NATURAL GAS	7440-66-6	Zinc and compounds	0.00%	0.029	0.029	lb/MMSCF	CAO NG Ext. Comb. (a)	0.65859	0.87	0.87	0.0021199	0.0028004	0.0028004
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44	WELD (F-75)	1313-27-5	Molybdenum trioxide	99.00%	0.00049176	0.00049176	lb/lb rod	San Diego APCD; see supporting calculations excel file.	0.00037034	0.00074069	0.00074069	0.00000148	0.00000296	0.00000296
45	WELD (F-75)	7440-48-4	Cobalt and compounds	99.00%	0.00346691	0.00346691	lb/lb rod	San Diego APCD; see supporting calculations excel file.	0.00261093	0.00522186	0.00522186	0.00001044	0.00002089	0.00002089
46	WELD (F-75)	18540-29-9	Chromium VI, chromate and dichromate particulate	99.00%	0.00007786	0.00007786	lb/lb rod	San Diego APCD; see supporting calculations excel file.	0.00005864	0.00011728	0.00011728	0.00000023	0.00000047	0.00000047
47	WELD (F-75)	7440-02-0	Nickel and compounds	99.00%	0.00002732	0.00002732	lb/lb rod	San Diego APCD; see supporting calculations excel file.	0.00002057	0.00004115	0.00004115	0.00000008	0.00000016	0.00000016
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49	WELD (17-4)	7439-96-5	Manganese and compounds	99.00%	0.00001912	0.00001912	lb/lb rod	San Diego APCD; see supporting calculations excel file.	0.00000002	0.00000005	0.00000005	7.77E-010	1.55E-009	1.55E-009
50	WELD (17-4)	7440-02-0	Nickel and compounds	99.00%	0.00022402	0.00022402	lb/lb rod	San Diego APCD; see supporting calculations excel file.	0.00000027	0.00000055	0.00000055	0.00000001	0.00000002	0.00000002


51	WELD (17-4)	7440-50-8	Copper and compounds	99.00%	0.00015572	0.00015572	lb/lb rod	San Diego APCD; see supporting calculations excel file.	0.00000019	0.00000038	0.00000038	0.00000001	0.00000001	0.00000001
52	WELD (17-4)	18540-29-9	Chromium VI, chromate and dichromate particulate	99.00%	0.00004535	0.00004535	lb/lb rod	San Diego APCD; see supporting calculations excel file.	0.00000006	0.00000011	0.00000011	1.84E-009	3.69E-009	3.69E-009
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54	WELD (MIG)	18540-29-9	Chromium VI, chromate and dichromate particulate	0.00%	0.0000041	0.0000041	lb/lb wire	San Diego APCD; see supporting calculations excel file.	0.0000188	0.00003761	0.00003761	0.00000904	0.00001808	0.00001808
55	WELD (MIG)	7440-48-4	Cobalt and compounds	0.00%	0.000001	0.000001	lb/lb wire	San Diego APCD; see supporting calculations excel file.	0.00000459	0.00000917	0.00000917	0.0000022	0.00000441	0.00000441
56	WELD (MIG)	7439-96-5	Manganese and compounds	0.00%	0.000318	0.000318	lb/lb wire	San Diego APCD; see supporting calculations excel file.	0.00145835	0.0029167	0.0029167	0.00070107	0.00140214	0.00140214
57	WELD (MIG)	7440-02-0	Nickel and compounds	0.00%	0.000001	0.000001	lb/lb wire	San Diego APCD; see supporting calculations excel file.	0.00000459	0.00000917	0.00000917	0.0000022	0.00000441	0.00000441
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59								Casting: EFs from RTI; see Process Flow Notes; average Ci used; building control efficiency of 99% used
60	F-75 CAST	7440-48-4	Cobalt and compounds	99.00%	2.1807765	2.1807765	lbs/ton	EF = 3.437 lbs PM / ton alloy poured x Ci (from Material Spec: 58.9-68%)	12.35817692	13.41177548	13.41177548	0.06654639	13.30927898	0.13309279
61	F-75 CAST	18540-29-9	Chromium VI, chromate and dichromate particulate	99.00%	0.06914385	0.06914385	lbs/ton	EF = 0.24261 lbs CrVI PM / ton alloy poured x Ci of Total Chromium (from Material Spec: 27-30%); estimate approach per CAO Comments - EF calculated in response to comments letter.	0.39182921	0.42523468	0.42523468	0.00210992	0.42198492	0.00421985
62	F-75 CAST	7440-02-0	Nickel and compounds	99.00%	0.017185	0.017185	lbs/ton	EF = 3.437 lbs PM / ton alloy poured x Ci (from Material Spec: up to 0.5%)	0.09738516	0.10568775	0.10568775	0.0005244	0.10488006	0.0010488
63	F-75 CAST	1313-27-5	Molybdenum trioxide	99.00%	0.30933	0.463995	lbs/ton	EF = 3.437 lbs PM / ton alloy poured x Ci of Molybendum (from Material Spec: 5-7%) x 1.5 factor to convert to molybendum trioxide (per CAO Comments)	1.7529329	1.9023795	1.9023795	0.01415881	2.83176149	0.02831761
64	17-4 CAST	7440-02-0	Nickel and compounds	99.00%	0.140917	0.140917	lbs/ton	EF = 3.437 lbs PM / ton alloy poured x Ci (from Material Spec: 3.6-4.6%)	0.00403868	0.00807736	0.00807736	0.00032975	0.06594916	0.00065949
65	17-4 CAST	7440-50-8	Copper and compounds	99.00%	0.099673	0.099673	lbs/ton	EF = 3.437 lbs PM / ton alloy poured x Ci (from Material Spec: 2.5-3.2%)	0.00285663	0.00571326	0.00571326	0.00023323	0.04664696	0.00046647
66	17-4 CAST	18540-29-9	Chromium VI, chromate and dichromate particulate	99.00%	0.04027326	0.04027326	lbs/ton	EF = 0.24261 lbs CrVI PM / ton alloy poured x Ci of Total Chromium (from Material Spec: 15.5-17.7%); estimate approach per CAO Comments - EF calculated in response to comments letter.	0.00115423	0.00230846	0.00230846	0.00009424	0.01884789	0.00018848
67	17-4 CAST	7439-96-5	Manganese and compounds	99.00%	0.0120295	0.0120295	lbs/ton	EF = 3.437 lbs PM / ton alloy poured x Ci (from Material Spec: up to 0.7%)	0.00034477	0.00068953	0.00068953	0.00002815	0.00562981	0.0000563
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69								Cutting: EF from RTI; see Process Flow Notes; average Ci used
70	F-75 CUT	7440-48-4	Cobalt and compounds	99.00%	3.807	3.807	lbs/ton	EF = 6 lbs PM / ton alloy poured x Ci (from Material Spec: 58.9-68%)	21.57377409	23.41305	23.41305	0.11617061	0.23234121	0.23234121
71	F-75 CUT	18540-29-9	Chromium VI, chromate and dichromate particulate	99.00%	0.0513	0.0513	lbs/ton	EF = 6 lbs PM / ton alloy poured x 3% x Ci of Total Chromium (from Material Spec: 27-30%); estimate approach per CAO Comments	0.29071043	0.315495	0.315495	0.00156542	0.00313084	0.00313084
72	F-75 CUT	7440-02-0	Nickel and compounds	99.00%	0.03	0.03	lbs/ton	EF = 6 lbs PM / ton alloy poured x Ci (from Material Spec: up to 0.5%)	0.1700061	0.1845	0.1845	0.00091545	0.0018309	0.0018309
73	F-75 CUT	1313-27-5	Molybdenum trioxide	99.00%	0.54	0.81	lbs/ton	EF = 6 lbs PM / ton alloy poured x Ci of Molybendum (from Material Spec: 5-7%) x 1.5 factor to convert to molybendum trioxide (per CAO Comments)	3.0601098	3.321	3.321	0.02471715	0.0494343	0.0494343
74	17-4 CUT	7440-02-0	Nickel and compounds	99.00%	0.246	0.246	lbs/ton	EF = 6 lbs PM / ton alloy poured x Ci (from Material Spec: 3.6-4.6%)	0.00705036	0.01410072	0.01410072	0.00057564	0.00115128	0.00115128
75	17-4 CUT	7440-50-8	Copper and compounds	99.00%	0.174	0.174	lbs/ton	EF = 6 lbs PM / ton alloy poured x Ci (from Material Spec: 2.5-3.2%)	0.00498684	0.00997368	0.00997368	0.00040716	0.00081432	0.00081432
76	17-4 CUT	18540-29-9	Chromium VI, chromate and dichromate particulate	99.00%	0.02988	0.02988	lbs/ton	EF = 6 lbs PM / ton alloy poured x 3% x Ci of Total Chromium (from Material Spec: 15.5-17.7%); estimate approach per CAO Comments	0.00085636	0.00171272	0.00171272	0.00006992	0.00013984	0.00013984
77	17-4 CUT	7439-96-5	Manganese and compounds	99.00%	0.021	0.021	lbs/ton	EF = 6 lbs PM / ton alloy poured x Ci (from Material Spec: up to 0.7%)	0.00060186	0.00120372	0.00120372	0.00004914	0.00009828	0.00009828
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79
80								Knockout: EF from AP-42; see Process Flow Notes; Ci estimate calculations presented in file: Ceramic Molds ODEQ Pollutant Estimate Calculations
81	KNOCK OUT	7631-86-9	Silica, crystalline (respirable)	99.00%	0.72	0.72	lbs/ton	EF = 3.2 lbs PM / ton alloy produced x Ci (from Ceramic Mold Estimate: 15%) x 1.5 Safety Factor	4.1007816	4.4692704	4.4692704	0.0236556	0.0473112	0.0473112
82	KNOCK OUT	7440-48-4	Cobalt and compounds	99.00%	0.001392	0.001392	lbs/ton	EF = 3.2 lbs PM / ton alloy produced x Ci (from Ceramic Mold Estimate: 0.029%) x 1.5 Safety Factor	0.00792818	0.00864059	0.00864059	0.00004573	0.00009147	0.00009147
83	KNOCK OUT	7429-90-5	Aluminum and compounds	99.00%	0.48	0.48	lbs/ton	EF = 3.2 lbs PM / ton alloy produced x Ci (from Ceramic Mold Estimate: 10%) x 1.5 Safety Factor	2.7338544	2.9795136	2.9795136	0.0157704	0.0315408	0.0315408
84	KNOCK OUT	7440-50-8	Copper and compounds	99.00%	0.00000033	0.00000033	lbs/ton	EF = 3.2 lbs PM / ton alloy produced x Ci (from Ceramic Mold Estimate: 0.0000068%) x 1.5 Safety Factor	0.00000186	0.00000203	0.00000203	0.00000001	0.00000002	0.00000002
85	KNOCK OUT	106-99-0	1,3-Butadiene	99.00%	0.0000032	0.0000032	lbs/ton	EF = 3.2 lbs PM / ton alloy produced x Ci (from Ceramic Mold Estimate: 0.0001%)	0.00001823	0.00001986	0.00001986	0.00000011	0.00000021	0.00000021
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87								GRIND EF from RTI = 8 lbs PM10 / ton alloy poured; see Process Flow Notes; average Ci used
88	F-75 GRIND	7440-48-4	Cobalt and compounds	99.00%	5.076	5.076	lbs/ton	EF = 8 lbs PM / ton alloy poured x Ci (from Material Spec: 58.9-68%)	28.76503212	31.2174	31.2174	0.15489414	0.30978828	0.30978828
89	F-75 GRIND	18540-29-9	Chromium VI, chromate and dichromate particulate	99.00%	0.0684	0.0684	lbs/ton	EF = 8 lbs PM / ton alloy poured x 3% x Ci of Total Chromium (from Material Spec: 27-30%); estimate approach per CAO Comments	0.38761391	0.42066	0.42066	0.00208723	0.00417445	0.00417445
90	F-75 GRIND	7440-02-0	Nickel and compounds	99.00%	0.04	0.04	lbs/ton	EF = 8 lbs PM / ton alloy poured x Ci (from Material Spec: up to 0.5%)	0.2266748	0.246	0.246	0.0012206	0.0024412	0.0024412
91	F-75 GRIND	1313-27-5	Molybdenum trioxide	99.00%	0.72	1.08	lbs/ton	EF = 8 lbs PM / ton alloy poured x Ci of Molybendum (from Material Spec: 5-7%) x 1.5 factor to convert to molybendum trioxide (per CAO Comments)	4.0801464	4.428	4.428	0.0329562	0.0659124	0.0659124
92	17-4 GRIND	7440-02-0	Nickel and compounds	99.00%	0.328	0.328	lbs/ton	EF = 8 lbs PM / ton alloy poured x Ci (from Material Spec: 3.6-4.6%)	0.00940048	0.01880096	0.01880096	0.00076752	0.00153504	0.00153504
93	17-4 GRIND	7440-50-8	Copper and compounds	99.00%	0.232	0.232	lbs/ton	EF = 8 lbs PM / ton alloy poured x Ci (from Material Spec: 2.5-3.2%)	0.00664912	0.01329824	0.01329824	0.00054288	0.00108576	0.00108576
94	17-4 GRIND	18540-29-9	Chromium VI, chromate and dichromate particulate	99.00%	0.03984	0.03984	lbs/ton	EF = 8 lbs PM / ton alloy poured x 3% x Ci of Total Chromium (from Material Spec: 15.5-17.7%); estimate approach per CAO Comments	0.00114181	0.00228363	0.00228363	0.00009323	0.00018645	0.00018645
95	17-4 GRIND	7439-96-5	Manganese and compounds	99.00%	0.028	0.028	lbs/ton	EF = 8 lbs PM / ton alloy poured x Ci (from Material Spec: up to 0.7%)	0.00080248	0.00160496	0.00160496	0.00006552	0.00013104	0.00013104
96
97								SANDBLAST EF from RTI = 8 lbs PM10 / ton alloy poured; see Process Flow Notes; average Ci used
98	F-75 SANDBLAST	7440-48-4	Cobalt and compounds	99.00%	5.076	5.076	lbs/ton	EF = 8 lbs PM / ton alloy poured x Ci (from Material Spec: 58.9-68%)	28.76503212	31.2174	31.2174	0.15489414	0.30978828	0.30978828
99	F-75 SANDBLAST	18540-29-9	Chromium VI, chromate and dichromate particulate	99.00%	0.0684	0.0684	lbs/ton	EF = 8 lbs PM / ton alloy poured x 3% x Ci of Total Chromium (from Material Spec: 27-30%); estimate approach per CAO Comments	0.38761391	0.42066	0.42066	0.00208723	0.00417445	0.00417445
100	F-75 SANDBLAST	7440-02-0	Nickel and compounds	99.00%	0.04	0.04	lbs/ton	EF = 8 lbs PM / ton alloy poured x Ci (from Material Spec: up to 0.5%)	0.2266748	0.246	0.246	0.0012206	0.0024412	0.0024412


101	F-75 SANDBLAST	1313-27-5	Molybdenum trioxide	99.00%	0.72	1.08	lbs/ton	EF = 8 lbs PM / ton alloy poured x Ci of Molybendum (from Material Spec: 5-7%) x 1.5 factor to convert to molybendum trioxide (per CAO Comments)	4.0801464	4.428	4.428	0.0329562	0.0659124	0.0659124
102	17-4 SANDBLAST	7440-02-0	Nickel and compounds	99.00%	0.328	0.328	lbs/ton	EF = 8 lbs PM / ton alloy poured x Ci (from Material Spec: 3.6-4.6%)	0.00940048	0.01880096	0.01880096	0.00076752	0.00153504	0.00153504
103	17-4 SANDBLAST	7440-50-8	Copper and compounds	99.00%	0.232	0.232	lbs/ton	EF = 8 lbs PM / ton alloy poured x Ci (from Material Spec: 2.5-3.2%)	0.00664912	0.01329824	0.01329824	0.00054288	0.00108576	0.00108576
104	17-4 SANDBLAST	18540-29-9	Chromium VI, chromate and dichromate particulate	99.00%	0.03984	0.03984	lbs/ton	EF = 8 lbs PM / ton alloy poured x 3% x Ci of Total Chromium (from Material Spec: 15.5-17.7%); estimate approach per CAO Comments	0.00114181	0.00228363	0.00228363	0.00009323	0.00018645	0.00018645
105	17-4 SANDBLAST	7439-96-5	Manganese and compounds	99.00%	0.028	0.028	lbs/ton	EF = 8 lbs PM / ton alloy poured x Ci (from Material Spec: up to 0.7%)	0.00080248	0.00160496	0.00160496	0.00006552	0.00013104	0.00013104
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3. Pollutant Emissions - EF

	A	B	C	D	F	G	H	I	J	K	L	M	N
1
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9								Calculated Emissions
10	Toxics Emissions Unit ID	Material Name	Pollutant Information		Emissions Data			Annual Emissions - Chronic [lb/yr]			Total Daily Emissions - Acute [lb/day]
11	Toxics Emissions Unit ID	Material Name	CAS or DEQ ID	Chemical Name	Control Efficiency	Percent Composition	Reference/Notes	Actual	Requested PTE	Capacity	Actual	Requested PTE	Capacity
12	TEU-BOOTH	Widget Paint-A	67-56-1	Methanol	0.00%	35.00%		3500	3990	5250	10.85	11.55	13.3
13	TEU-BOOTH	Widget Paint-A	100-40-3	4-Vinylcyclohexene	0.00%	48.00%		4800	5472	7200	14.88	15.84	18.24
14	TEU-BOOTH	Widget Paint-A	18540-29-9	Chromium VI, chromate and dichromate particulate	99.72%	5.00%	Includes Transfer Efficiency (72%) and Filter Removal Efficiency (99%)	1.4	1.596	2.1	0.00434	0.00462	0.00532
15	TEU-BOOTH	Widget Paint-B	90-43-7	2-Phenylphenol	0.00%	0.50%		4.675	5.85	7.3	0.0225	0.045	0.065
16	TEU-BOOTH	Widget Paint-B	50-00-0	Formaldehyde	0.00%	70.00%		654.5	819	1022	3.15	6.3	9.1
17	TEU-BOOTH	Widget Paint-B	7440-36-0	Antimony and compounds	99.72%	5.00%	Includes Transfer Efficiency (72%) and Filter Removal Efficiency (99%)	0.1309	0.1638	0.2044	0.00063	0.00126	0.00182
18
19	PARTS CLEANING	Acetone	67-64-1	Acetone	0.00%	80.00%	SDS range (60-100% w/w), average used.	63.2	126.4	126.4	0.17555556	0.35111111	0.35111111
20	PARTS CLEANING	Isopropyl Alcohol	67-63-0	Isopropyl alcohol	0.00%	100.00%	SDS	132	264	264	0.36666667	0.73333333	0.73333333
21
22	FLASHFIRE DEWAX	994-1-1002 Green Cerita Casting Wax	100-21-0	Terephthalic acid	99.00%	27.50%	SDS range (10-45% w/w), average used. Afterburner control (99%) based on manufacturer literature.	10.5545	21.109	21.109	0.10692	0.21384	0.21384
23	FLASHFIRE DEWAX	2-R736 Mod-A Reclaim Wax	100-21-0	Terephthalic acid	99.00%	12.50%	SDS range (5-20% w/w), average used. Afterburner control (99%) based on manufacturer literature.	9.0625	18.125	18.125	0.0918	0.1836	0.1836
24
25	CELL 1 SANDBLAST	Washington mills Duralum 60 Grit, aka Brown Aluminum oxide 60 grit	7429-90-5	Aluminum and compounds	99.00%	50.26%	SDS states Aluminum Oxide (>90% w/w), average used; per CAO converted to aluminum using atomic weight ration of 0.529.	607	1213.65825	1213.65825	2.4273165	4.854633	4.854633
26	CELL 1 SANDBLAST	Washington mills Duralum 60 Grit, aka Brown Aluminum oxide 60 grit	7631-86-9	Silica, crystalline (respirable)	99.00%	2.50%	SDS states (<5% w/w), average used.	30.1875	37.734375	37.734375	0.12075	0.2415	0.2415
27	CELL 2 SANDBLAST	Washington mills Duralum 60 Grit, aka Brown Aluminum oxide 60 grit	7429-90-5	Aluminum and compounds	99.00%	50.26%	SDS states Aluminum Oxide (>90% w/w), average used; per CAO converted to aluminum using atomic weight ration of 0.529.	202.276375	252.84546875	252.84546875	0.8091055	1.618211	1.618211
28	CELL 2 SANDBLAST	Washington mills Duralum 60 Grit, aka Brown Aluminum oxide 60 grit	7631-86-9	Silica, crystalline (respirable)	99.00%	2.50%	SDS states (<5% w/w), average used.	10.0625	20.125	20.125	0.04025	0.0805	0.0805
29
30	MACHINING OIL	Shell Morlina S2 BL 10 oil	115-86-6	Triphenyl phosphate	0.00%	0.30%	SDS states (>5% w/w of the main costituent with a conc. Of 0.25-0.9%); averages used.	0.28798875	0.5759775	0.5759775	0.00082283	0.00164565	0.00164565
31
32	FINISH SANDBLAST	Duralum Special White 24 Grit	7429-90-5	Aluminum and compounds	99.90%	52.90%	SDS did not list a %, therefore assumed 100% aluminum oxide; per CAO converted to aluminum using atomic weight ration of 0.529.	2.0102	4.0204	4.0204	0.00558389	0.01116778	0.01116778
33	ROBOT POLISH	P-255 Liquid Polishing Compound	7429-90-5	Aluminum and compounds	99.00%	17.19%	SDS range Aluminum Oxide (30-35% w/w), average used; per CAO converted to aluminum using atomic weight ration of 0.529.	3.3525375	6.705075	6.705075	0.01341015	0.0268203	0.0268203
34	FINISHING-POLISHING	Coumpound ZF 113	67-63-0	Isopropyl alcohol	0.00%	1.00%	SDS de minimis concentration for regulatory section	41.6394	83.2788	83.2788	0.1665576	0.3331152	0.3331152
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5. Pollutant Emissions - MB

	B	C
1
2
3
4
5
6	CASRN	Chemical Name
7	630-20-6	1,1,1,2-Tetrachloroethane
8	811-97-2	1,1,1,2-Tetrafluoroethane
9	71-55-6	1,1,1-Trichloroethane (methyl chloroform)
10	79-34-5	1,1,2,2-Tetrachloroethane
11	79-00-5	1,1,2-Trichloroethane (vinyl trichloride)
12	75-34-3	1,1-Dichloroethane (ethylidene dichloride)
13	75-37-6	1,1-Difluoroethane
14	57-14-7	1,1-Dimethylhydrazine
15	67562-39-4	1,2,3,4,6,7,8-Heptachlorodibenzofuran (HpCDF)
16	35822-46-9	1,2,3,4,6,7,8-Heptachlorodibenzo-p-dioxin (HpCDD)
17	55673-89-7	1,2,3,4,7,8,9-Heptachlorodibenzofuran (HpCDF)
18	70648-26-9	1,2,3,4,7,8-Hexachlorodibenzofuran (HxCDF)
19	39227-28-6	1,2,3,4,7,8-Hexachlorodibenzo-p-dioxin (HxCDD)
20	57117-44-9	1,2,3,6,7,8-Hexachlorodibenzofuran (HxCDF)
21	57653-85-7	1,2,3,6,7,8-Hexachlorodibenzo-p-dioxin (HxCDD)
22	72918-21-9	1,2,3,7,8,9-Hexachlorodibenzofuran (HxCDF)
23	19408-74-3	1,2,3,7,8,9-Hexachlorodibenzo-p-dioxin (HxCDD)
24	57117-41-6	1,2,3,7,8-Pentachlorodibenzofuran (PeCDF)
25	40321-76-4	1,2,3,7,8-Pentachlorodibenzo-p-dioxin (PeCDD)
26	96-18-4	1,2,3-Trichloropropane
27	526-73-8	1,2,3-Trimethylbenzene
28	120-82-1	1,2,4-Trichlorobenzene
29	95-63-6	1,2,4-Trimethylbenzene
30	96-12-8	1,2-Dibromo-3-chloropropane (DBCP)
31	95-50-1	1,2-Dichlorobenzene
32	78-87-5	1,2-Dichloropropane (propylene dichloride)
33	540-73-8	1,2-Dimethylhydrazine
34	122-66-7	1,2-Diphenylhydrazine (hydrazobenzene)
35	106-88-7	1,2-Epoxybutane
36	75-55-8	1,2-Propyleneimine (2-methylaziridine)
37	108-67-8	1,3,5-Trimethylbenzene
38	106-99-0	1,3-Butadiene
39	541-73-1	1,3-Dichlorobenzene
40	542-75-6	1,3-Dichloropropene
41	1120-71-4	1,3-Propane sultone
42	123-91-1	1,4-Dioxane
43	42397-64-8	1,6-Dinitropyrene
44	42397-65-9	1,8-Dinitropyrene
45	555-84-0	1-[(5-Nitrofurfurylidene)-amino]-2-imidazolidinone
46	82-28-0	1-Amino-2-methylanthraquinone
47	106-94-5	1-Bromopropane (n-propyl bromide)
48	75-68-3	1-Chloro-1,1-difluoroethane
49	832-69-9	1-Methylphenanthrene
50	2381-21-7	1-Methylpyrene


51	5522-43-0	1-Nitropyrene
52	540-84-1	2,2,4-Trimethylpentane
53	60851-34-5	2,3,4,6,7,8-Hexachlorodibenzofuran (HxCDF)
54	58-90-2	2,3,4,6-Tetrachlorophenol
55	57117-31-4	2,3,4,7,8-Pentachlorodibenzofuran (PeCDF)
56	51207-31-9	2,3,7,8-Tetrachlorodibenzofuran (TcDF)
57	1746-01-6	2,3,7,8-Tetrachlorodibenzo-p-dioxin (TCDD)
58	96-13-9	2,3-Dibromo-1-propanol
59	95-95-4	2,4,5-Trichlorophenol
60	88-06-2	2,4,6-Trichlorophenol
61	53-19-0	2,4'-DDD (2,4'-dichlorodiphenyldichloroethane)
62	3424-82-6	2,4'-DDE (2,4'-dichlorodiphenyldichloroethene)
63	789-02-6	2,4'-DDT (2,4'-dichlorodiphenyltrichloroethane)
64	615-05-4	2,4-Diaminoanisole
65	39156-41-7	2,4-Diaminoanisole sulfate
66	95-80-7	2,4-Diaminotoluene (2,4-toluene diamine)
67	120-83-2	2,4-Dichlorophenol
68	51-28-5	2,4-Dinitrophenol
69	121-14-2	2,4-Dinitrotoluene
70	606-20-2	2,6-Dinitrotoluene
71	53-96-3	2-Acetylaminofluorene
72	68006-83-7	2-Amino-3-methyl-9H pyrido[2,3-b]indole
73	76180-96-6	2-Amino-3-methylimidazo-[4,5-f]quinoline
74	712-68-5	2-Amino-5-(5-nitro-2-furyl)-1,3,4-thiadiazole
75	117-79-3	2-Aminoanthraquinone
76	78-93-3	2-Butanone (methyl ethyl ketone)
77	532-27-4	2-Chloroacetophenone
78	95-57-8	2-Chlorophenol
79	91-57-6	2-Methyl naphthalene
80	129-15-7	2-Methyl-1-nitroanthraquinone
81	75-86-5	2-Methyllactonitrile (acetone cyanohydrin)
82	109-06-8	2-Methylpyridine
83	91-59-8	2-Naphthylamine
84	607-57-8	2-Nitrofluorene
85	79-46-9	2-Nitropropane
86	90-43-7	2-Phenylphenol
87	91-94-1	3,3'-Dichlorobenzidine
88	119-90-4	3,3'-Dimethoxybenzidine
89	119-93-7	3,3'-Dimethylbenzidine (o-tolidine)
90	6109-97-3	3-Amino-9-ethylcarbazole hydrochloride
91	563-47-3	3-Chloro-2-methyl-1-propene
92	56-49-5	3-Methylcholanthrene
93	72-54-8	4,4'-DDD (4,4'-dichlorodiphenyldichloroethane)
94	72-55-9	4,4'-DDE (4,4'-dichlorodiphenyldichloroethene)
95	101-80-4	4,4'-Diaminodiphenyl ether
96	80-05-7	4,4'-Isopropylidenediphenol (bisphenol A)
97	101-14-4	4,4'-Methylene bis(2-chloroaniline) (MOCA)
98	838-88-0	4,4'-Methylene bis(2-methylaniline)
99	101-61-1	4,4'-Methylene bis(N,N'-dimethyl)aniline
100	101-77-9	4,4'-Methylenedianiline (and its dichloride)


101	13552-44-8	4,4'-Methylenedianiline dihydrochloride
102	139-65-1	4,4'-Thiodianiline
103	534-52-1	4,6-Dinitro-o-cresol (and salts)
104	92-67-1	4-Aminobiphenyl
105	95-83-0	4-Chloro-o-phenylenediamine
106	60-11-7	4-Dimethylaminoazobenzene
107	92-93-3	4-Nitrobiphenyl
108	100-02-7	4-Nitrophenol
109	57835-92-4	4-Nitropyrene
110	104-40-5	4-Nonylphenol (and ethoxylates)
111	100-40-3	4-Vinylcyclohexene
112	3697-24-3	5-Methylchrysene
113	602-87-9	5-Nitroacenaphthene
114	99-59-2	5-Nitro-o-anisidine
115	7496-02-8	6-Nitrochrysene
116	57-97-6	7,12-Dimethylbenz[a]anthracene
117	194-59-2	7H-Dibenzo[c,g]carbazole
118	26148-68-5	A-alpha-c(2-amino-9h-pyrido[2,3-b]indole)
119	83-32-9	Acenaphthene
120	208-96-8	Acenaphthylene
121	75-07-0	Acetaldehyde
122	60-35-5	Acetamide
123	67-64-1	Acetone
124	75-05-8	Acetonitrile
125	98-86-2	Acetophenone
126	107-02-8	Acrolein
127	79-06-1	Acrylamide
128	79-10-7	Acrylic acid
129	107-13-1	Acrylonitrile
130	50-76-0	Actinomycin D
131	1596-84-5	Alar
132	309-00-2	Aldrin
133	107-05-1	Allyl chloride
134	319-84-6	alpha-Hexachlorocyclohexane
135	7429-90-5	Aluminum and compounds
136	1344-28-1	Aluminum oxide (fibrous forms)
137	61-82-5	Amitrole
138	7664-41-7	Ammonia
139	7803-63-6	Ammonium bisulfate
140	6484-52-2	Ammonium nitrate
141	7783-20-2	Ammonium sulfate
142	62-53-3	Aniline
143	191-26-4	Anthanthrene
144	120-12-7	Anthracene
145	7440-36-0	Antimony and compounds
146	1309-64-4	Antimony trioxide
147	140-57-8	Aramite
148	7440-38-2	Arsenic and compounds
149	7784-42-1	Arsine
150	1332-21-4	Asbestos


151	492-80-8	Auramine
152	115-02-6	Azaserine
153	446-86-6	Azathioprine
154	103-33-3	Azobenzene
155	7440-39-3	Barium and compounds
156	56-55-3	Benz[a]anthracene
157	71-43-2	Benzene
158	92-87-5	Benzidine (and its salts)
159	50-32-8	Benzo[a]pyrene
160	205-99-2	Benzo[b]fluoranthene
161	205-12-9	Benzo[c]fluorene
162	192-97-2	Benzo[e]pyrene
163	191-24-2	Benzo[g,h,i]perylene
164	205-82-3	Benzo[j]fluoranthene
165	207-08-9	Benzo[k]fluoranthene
166	271-89-6	Benzofuran
167	98-07-7	Benzoic trichloride (benzotrichloride)
168	98-88-4	Benzoyl chloride
169	94-36-0	Benzoyl peroxide
170	100-44-7	Benzyl chloride
171	1694-09-3	Benzyl Violet 4B
172	7440-41-7	Beryllium and compounds
173	1304-56-9	Beryllium oxide
174	13510-49-1	Beryllium sulfate
175	3068-88-0	beta-Butyrolactone
176	319-85-7	beta-Hexachlorocyclohexane
177	57-57-8	beta-Propiolactone
178	92-52-4	Biphenyl
179	111-44-4	bis(2-Chloroethyl) ether (BCEE)
180	103-23-1	bis(2-Ethylhexyl) adipate
181	117-81-7	bis(2-Ethylhexyl) phthalate (DEHP)
182	542-88-1	bis(Chloromethyl) ether
183	7726-95-6	Bromine and compounds
184	7789-30-2	Bromine pentafluoride
185	75-27-4	Bromodichloromethane
186	75-25-2	Bromoform
187	74-83-9	Bromomethane (methyl bromide)
188	141-32-2	Butyl acrylate
189	85-68-7	Butyl benzyl phthalate
190	25013-16-5	Butylated hydroxyanisole
191	569-61-9	C.I. Basic Red 9 monohydrochloride
192	7440-43-9	Cadmium and compounds
193	156-62-7	Calcium cyanamide
194	105-60-2	Caprolactam
195	2425-06-1	Captafol
196	133-06-2	Captan
197	63-25-2	Carbaryl
198	86-74-8	Carbazole
199	89	Carbon black extracts
200	75-15-0	Carbon disulfide


201	56-23-5	Carbon tetrachloride
202	463-58-1	Carbonyl sulfide
203	9000-07-1	Carrageenan (degraded)
204	120-80-9	Catechol
205	351	Ceramic fibers
206	133-90-4	Chloramben
207	305-03-3	Chlorambucil
208	57-74-9	Chlordane
209	143-50-0	Chlordecone
210	115-28-6	Chlorendic acid
211	76-13-1	Chlorinated fluorocarbon (1,1,2-trichloro-1,2,2-trifluoroethane, CFC-113)
212	108171-26-2	Chlorinated paraffins
213	7782-50-5	Chlorine
214	10049-04-4	Chlorine dioxide
215	79-11-8	Chloroacetic acid
216	85535-84-8	Chloroalkanes C10-13 (chlorinated paraffins)
217	108-90-7	Chlorobenzene
218	510-15-6	Chlorobenzilate (ethyl-4,4'-dichlorobenzilate)
219	75-45-6	Chlorodifluoromethane (Freon 22)
220	75-00-3	Chloroethane (ethyl chloride)
221	67-66-3	Chloroform
222	74-87-3	Chloromethane (methyl chloride)
223	107-30-2	Chloromethyl methyl ether (technical grade)
224	76-06-2	Chloropicrin
225	126-99-8	Chloroprene
226	1897-45-6	Chlorothalonil
227	54749-90-5	Chlorozotocin
228	7738-94-5	Chromic(VI) acid, including chromic acid aerosol mist and chromium trioxide
229	18540-29-9	Chromium VI, chromate and dichromate particulate
230	218-01-9	Chrysene
231	87-29-6	Cinnamyl anthranilate
232	7440-48-4	Cobalt and compounds
233	148	Coke oven emissions
234	7440-50-8	Copper and compounds
235	150	Creosotes
236	1319-77-3	Cresols (mixture), including m-cresol, o-cresol, p-cresol
237	4170-30-3	Crotonaldehyde
238	80-15-9	Cumene hydroperoxide
239	135-20-6	Cupferron
240	74-90-8	Cyanide, hydrogen
241	110-82-7	Cyclohexane
242	108-93-0	Cyclohexanol
243	66-81-9	Cycloheximide
244	27208-37-3	Cyclopenta[c,d]pyrene
245	50-18-0	Cyclophosphamide (anhydrous)
246	6055-19-2	Cyclophosphamide (hydrated)
247	5160-02-1	D & C Red No. 9
248	4342-03-4	Dacarbazine
249	117-10-2	Danthron (chrysazin)
250	3547-04-4	DDE (1-chloro-4-[1-(4-chlorophenyl)ethyl]benzene)


251	50-29-3	DDT
252	333-41-5	Diazinon
253	334-88-3	Diazomethane
254	226-36-8	Dibenz[a,h]acridine
255	53-70-3	Dibenz[a,h]anthracene
256	224-42-0	Dibenz[a,j]acridine
257	5385-75-1	Dibenzo[a,e]fluoranthene
258	192-65-4	Dibenzo[a,e]pyrene
259	189-64-0	Dibenzo[a,h]pyrene
260	189-55-9	Dibenzo[a,i]pyrene
261	191-30-0	Dibenzo[a,l]pyrene
262	132-64-9	Dibenzofuran
263	124-48-1	Dibromochloromethane
264	84-74-2	Dibutyl phthalate
265	75-71-8	Dichlorodifluoromethane (Freon 12)
266	75-43-4	Dichlorofluoromethane (Freon 21)
267	75-09-2	Dichloromethane (methylene chloride)
268	94-75-7	Dichlorophenoxyacetic acid, salts and esters (2,4-D)
269	62-73-7	Dichlorvos (DDVP)
270	115-32-2	Dicofol
271	84-61-7	Di-cyclohexyl phthalate (DCHP)
272	60-57-1	Dieldrin
273	200	Diesel particulate matter
274	111-42-2	Diethanolamine
275	64-67-5	Diethyl sulfate
276	111-46-6	Diethylene glycol
277	111-96-6	Diethylene glycol dimethyl ether
278	112-34-5	Diethylene glycol monobutyl ether
279	111-90-0	Diethylene glycol monoethyl ether
280	111-77-3	Diethylene glycol monomethyl ether
281	627-44-1	Diethylmercury
282	84-66-2	Diethylphthalate
283	101-90-6	Diglycidyl resorcinol ether
284	94-58-6	Dihydrosafrole
285	79-44-7	Dimethyl carbamoyl chloride
286	68-12-2	Dimethyl formamide
287	131-11-3	Dimethyl phthalate
288	77-78-1	Dimethyl sulfate
289	593-74-8	Dimethylmercury
290	513-37-1	Dimethylvinylchloride
291	630-93-3	Diphenylhydantoin
292	25265-71-8	Dipropylene glycol
293	34590-94-8	Dipropylene glycol monomethyl ether
294	1937-37-7	Direct Black 38
295	2602-46-2	Direct Blue 6
296	16071-86-6	Direct Brown 95 (technical grade)
297	2475-45-8	Disperse Blue 1
298	298-04-4	Disulfoton
299	106-89-8	Epichlorohydrin
300	227	Epoxy resins


301	12510-42-8	Erionite
302	140-88-5	Ethyl acrylate
303	100-41-4	Ethyl benzene
304	74-85-1	Ethylene
305	106-93-4	Ethylene dibromide (EDB, 1,2-dibromoethane)
306	107-06-2	Ethylene dichloride (EDC, 1,2-dichloroethane)
307	107-21-1	Ethylene glycol
308	629-14-1	Ethylene glycol diethyl ether
309	110-71-4	Ethylene glycol dimethyl ether
310	111-76-2	Ethylene glycol monobutyl ether
311	110-80-5	Ethylene glycol monoethyl ether
312	111-15-9	Ethylene glycol monoethyl ether acetate
313	109-86-4	Ethylene glycol monomethyl ether
314	110-49-6	Ethylene glycol monomethyl ether acetate
315	2807-30-9	Ethylene glycol monopropyl ether
316	75-21-8	Ethylene oxide
317	96-45-7	Ethylene thiourea
318	151-56-4	Ethyleneimine (aziridine)
319	10028-22-5	Ferric sulfate
320	206-44-0	Fluoranthene
321	86-73-7	Fluorene
322	239	Fluorides
323	7782-41-4	Fluorine gas
324	50-00-0	Formaldehyde
325	110-00-9	Furan
326	60568-05-0	Furmecyclox
327	3688-53-7	Furylfuramide
328	58-89-9	gamma-Hexachlorocyclohexane (Lindane)
329	352	Glasswool fibers
330	67730-11-4	Glu-P-1
331	67730-10-3	Glu-P-2
332	111-30-8	Glutaraldehyde
333	16568-02-8	Gyromitrin
334	2784-94-3	HC Blue 1
335	76-44-8	Heptachlor
336	1024-57-3	Heptachlor epoxide
337	118-74-1	Hexachlorobenzene
338	87-68-3	Hexachlorobutadiene
339	608-73-1	Hexachlorocyclohexanes (mixture) including but not limited to:
340	77-47-4	Hexachlorocyclopentadiene
341	67-72-1	Hexachloroethane
342	822-06-0	Hexamethylene-1,6-diisocyanate
343	680-31-9	Hexamethylphosphoramide
344	110-54-3	Hexane
345	302-01-2	Hydrazine
346	10034-93-2	Hydrazine sulfate
347	7647-01-0	Hydrochloric acid
348	10035-10-6	Hydrogen bromide
349	7664-39-3	Hydrogen fluoride
350	7783-06-4	Hydrogen sulfide


351	123-31-9	Hydroquinone
352	193-39-5	Indeno[1,2,3-cd]pyrene
353	10043-66-0	Iodine-131
354	13463-40-6	Iron pentacarbonyl
355	78-59-1	Isophorone
356	78-79-5	Isoprene, except from vegetative emission sources
357	67-63-0	Isopropyl alcohol
358	98-82-8	Isopropylbenzene (cumene)
359	303-34-4	Lasiocarpine
360	7439-92-1	Lead and compounds
361	18454-12-1	Lead chromate oxide
362	108-31-6	Maleic anhydride
363	7439-96-5	Manganese and compounds
364	108-39-4	m-Cresol
365	148-82-3	Melphalan
366	3223-07-2	Melphalan HCl
367	7439-97-6	Mercury and compounds
368	67-56-1	Methanol
369	72-43-5	Methoxychlor
370	60-34-4	Methyl hydrazine
371	74-88-4	Methyl iodide (iodomethane)
372	108-10-1	Methyl isobutyl ketone (MIBK, hexone)
373	624-83-9	Methyl isocyanate
374	80-62-6	Methyl methacrylate
375	66-27-3	Methyl methanesulfonate
376	1634-04-4	Methyl tert-butyl ether
377	101-68-8	Methylene diphenyl diisocyanate (MDI)
378	22967-92-6	Methylmercury
379	56-04-2	Methylthiouracil
380	90-94-8	Michler's ketone
381	349	Mineral fiber emissions from facilities manufacturing or processing glass, rock, or slag fibers (or other mineral derived fibers) of average diameter 1 micrometer or less.
382	350	Mineral fibers (fine mineral fibers which are man-made, and are airborne particles of a respirable size greater than 5 microns in length, less than or equal to 3.5 microns in diameter, with a length to diameter ratio of 3:1)
383	2385-85-5	Mirex
384	50-07-7	Mitomycin C
385	1313-27-5	Molybdenum trioxide
386	315-22-0	Monocrotaline
387	108-38-3	m-Xylene
388	134-62-3	N,N-Diethyltoluamide (DEET)
389	121-69-7	N,N-Dimethylaniline
390	531-82-8	N-[4-(5-Nitro-2-furyl)-2-thiazolyl]-acetamide
391	91-20-3	Naphthalene
392	71-36-3	n-Butyl alcohol
393	373-02-4	Nickel acetate
394	7440-02-0	Nickel and compounds
395	3333-67-3	Nickel carbonate
396	12607-70-4	Nickel carbonate hydroxide
397	13463-39-3	Nickel carbonyl
398	7718-54-9	Nickel chloride
399	365	Nickel compounds, insoluble
400	368	Nickel compounds, soluble


401	12054-48-7	Nickel hydroxide
402	13478-00-7	Nickel nitrate hexahydrate
403	1313-99-1	Nickel oxide
404	12035-72-2	Nickel subsulfide
405	7786-81-4	Nickel sulfate
406	10101-97-0	Nickel sulfate hexahydrate
407	11113-75-0	Nickel sulfide
408	1271-28-9	Nickelocene
409	3570-75-0	Nifurthiazole
410	7697-37-2	Nitric acid
411	139-13-9	Nitrilotriacetic acid
412	18662-53-8	Nitrilotriacetic acid, trisodium salt monohydrate
413	98-95-3	Nitrobenzene
414	1836-75-5	Nitrofen
415	59-87-0	Nitrofurazone
416	302-70-5	Nitrogen mustard N-oxide
417	70-25-7	N-Methyl-N-nitro-N-nitrosoguanidine
418	1116-54-7	N-Nitrosodiethanolamine
419	55-18-5	N-Nitrosodiethylamine
420	62-75-9	N-Nitrosodimethylamine
421	924-16-3	N-Nitrosodi-n-butylamine
422	86-30-6	N-Nitrosodiphenylamine
423	621-64-7	N-Nitrosodipropylamine
424	10595-95-6	N-Nitrosomethylethylamine
425	59-89-2	N-Nitrosomorpholine
426	759-73-9	N-Nitroso-N-ethylurea
427	684-93-5	N-Nitroso-N-methylurea
428	615-53-2	N-Nitroso-N-methylurethane
429	16543-55-8	N-Nitrosonornicotine
430	100-75-4	N-Nitrosopiperidine
431	930-55-2	N-Nitrosopyrrolidine
432	90-04-0	o-Anisidine
433	134-29-2	o-Anisidine hydrochloride
434	95-48-7	o-Cresol
435	39001-02-0	Octachlorodibenzofuran (OCDF)
436	3268-87-9	Octachlorodibenzo-p-dioxin (OCDD)
437	8014-95-7	Oleum (fuming sulfuric acid)
438	132-27-4	o-Phenylphenate, sodium
439	97-56-3	ortho-Aminoazotoluene
440	95-53-4	o-Toluidine
441	636-21-5	o-Toluidine hydrochloride
442	95-47-6	o-Xylene
443	56-38-2	Parathion
444	189084-64-8	PBDE-100 [2,2’,4,4’,6-pentabromodiphenyl ether]
445	182677-30-1	PBDE-138 [2,2’,3,4,4’,5’-hexabromodiphenyl ether]
446	68631-49-2	PBDE-153 [2,2',4,4',5,5'-hexabromodiphenyl ether]
447	207122-15-4	PBDE-154 [2,2’,4,4’,5,6’-hexabromodiphenyl ether]
448	207122-16-5	PBDE-183 [2,2',3,4,4',5',6-heptabromodiphenyl ether]
449	1163-19-5	PBDE-209 [decabromodiphenyl ether]
450	5436-43-1	PBDE-47 [2,2',4,4'-tetrabromodiphenyl ether]


451	60348-60-9	PBDE-99 [2,2’,4,4’,5-pentabromodiphenyl ether]
452	32598-14-4	PCB 105 [2,3,3',4,4'-pentachlorobiphenyl]
453	74472-37-0	PCB 114 [2,3,4,4',5-pentachlorobiphenyl]
454	31508-00-6	PCB 118 [2,3',4,4',5-pentachlorobiphenyl]
455	65510-44-3	PCB 123 [2,3',4,4',5'-pentachlorobiphenyl]
456	57465-28-8	PCB 126 [3,3',4,4',5-pentachlorobiphenyl]
457	38380-08-4	PCB 156 [2,3,3',4,4',5-hexachlorobiphenyl]
458	69782-90-7	PCB 157 [2,3,3',4,4',5'-hexachlorobiphenyl]
459	52663-72-6	PCB 167 [2,3',4,4',5,5'-hexachlorobiphenyl]
460	32774-16-6	PCB 169 [3,3',4,4',5,5'-hexachlorobiphenyl]
461	37680-65-2	PCB 18 [2,2',5-trichlorobiphenyl]
462	39635-31-9	PCB 189 [2,3,3',4,4',5,5'-heptachlorobiphenyl]
463	32598-13-3	PCB 77 [3,3',4,4'-tetrachlorobiphenyl]
464	70362-50-4	PCB 81 [3,4,4',5-tetrachlorobiphenyl]
465	37680-73-2	PCB-101 [2,2',4,5,5'-pentachlorobiphenyl]
466	38380-07-3	PCB-128 [2,2',3,3',4,4'-hexachlorobiphenyl]
467	35065-28-2	PCB-138 [2,2',3,4,4',5'-hexachlorobiphenyl]
468	35065-27-1	PCB-153 [2,2',4,4',5,5'-hexachlorobiphenyl]
469	35065-30-6	PCB-170 [2,2',3,3',4,4',5-heptachlorobiphenyl]
470	35065-29-3	PCB-180 [2,2',3,4,4',5,5'-heptachlorobiphenyl]
471	52663-68-0	PCB-187 [2,2',3,4',5,5',6-heptachlorobiphenyl]
472	52663-78-2	PCB-195 [2,2',3,3',4,4',5,6-octachlorobiphenyl]
473	40186-72-9	PCB-206 [2,2',3,3',4,4',5,5',6-nonachlorobiphenyl]
474	2051-24-3	PCB-209 [decachlorobiphenyl]
475	7012-37-5	PCB-28 [2,4,4'-trichlorobiphenyl]
476	41464-39-5	PCB-44 [2,2',3,5'-tetrachlorobiphenyl]
477	35693-99-3	PCB-52 [2,2',5,5'-tetrachlorobiphenyl]
478	32598-10-0	PCB-66 [2,3',4,4'-tetrachlorobiphenyl]
479	34883-43-7	PCB-8 [2,4'-dichlorobiphenyl]
480	106-47-8	p-Chloroaniline
481	95-69-2	p-Chloro-o-toluidine
482	120-71-8	p-Cresidine
483	106-44-5	p-Cresol
484	106-46-7	p-Dichlorobenzene (1,4-dichlorobenzene)
485	32534-81-9	Pentabromodiphenyl ether
486	82-68-8	Pentachloronitrobenzene (quintobenzene)
487	87-86-5	Pentachlorophenol
488	79-21-0	Peracetic acid
489	489	Perfluorinated compounds (PFCs)
490	1763-23-1	Perfluorooctanesulfonic acid (PFOS)
491	335-67-1	Perfluorooctanoic acid (PFOA)
492	198-55-0	Perylene
493	62-44-2	Phenacetin
494	85-01-8	Phenanthrene
495	94-78-0	Phenazopyridine
496	136-40-3	Phenazopyridine hydrochloride
497	3546-10-9	Phenesterin
498	50-06-6	Phenobarbital
499	108-95-2	Phenol
500	59-96-1	Phenoxybenzamine


501	63-92-3	Phenoxybenzamine hydrochloride
502	75-44-5	Phosgene
503	7803-51-2	Phosphine
504	7664-38-2	Phosphoric acid
505	504	Phosphorus and compounds
506	10025-87-3	Phosphorus oxychloride
507	10026-13-8	Phosphorus pentachloride
508	1314-56-3	Phosphorus pentoxide
509	7719-12-2	Phosphorus trichloride
510	12185-10-3	Phosphorus, white
511	518	Phthalates
512	85-44-9	Phthalic anhydride
513	156-10-5	p-Nitrosodiphenylamine
514	447	Polybrominated diphenyl ethers (PBDEs)
515	1336-36-3	Polychlorinated biphenyls (PCBs)
516	645	Polychlorinated biphenyls (PCBs) TEQ
517	646	Polychlorinated dibenzo-p-dioxins (PCDDs) & dibenzofurans (PCDFs) TEQ
518	432	Polycyclic aromatic hydrocarbon derivatives [PAH-Derivatives]
519	401	Polycyclic aromatic hydrocarbons (PAHs)
520	3564-09-8	Ponceau 3R
521	3761-53-3	Ponceau MX
522	7758-01-2	Potassium bromate
523	106-50-3	p-Phenylenediamine
524	671-16-9	Procarbazine
525	366-70-1	Procarbazine hydrochloride
526	123-38-6	Propionaldehyde
527	114-26-1	Propoxur (Baygon)
528	115-07-1	Propylene
529	6423-43-4	Propylene glycol dinitrate
530	107-98-2	Propylene glycol monomethyl ether
531	108-65-6	Propylene glycol monomethyl ether acetate
532	75-56-9	Propylene oxide
533	51-52-5	Propylthiouracil
534	106-42-3	p-Xylene
535	129-00-0	Pyrene
536	110-86-1	Pyridine
537	91-22-5	Quinoline
538	106-51-4	Quinone
539	571	Radon and its decay products
540	572	Refractory ceramic fibers
541	50-55-5	Reserpine
542	353	Rockwool
543	94-59-7	Safrole
544	78-92-2	sec-Butyl alcohol
545	7783-07-5	Selenide, hydrogen
546	7782-49-2	Selenium and compounds
547	7446-34-6	Selenium sulfide
548	7631-86-9	Silica, crystalline (respirable)
549	7440-22-4	Silver and compounds
550	354	Slagwool


551	1310-73-2	Sodium hydroxide
552	10048-13-2	Sterigmatocystin
553	18883-66-4	Streptozotocin
554	100-42-5	Styrene
555	96-09-3	Styrene oxide
556	95-06-7	Sulfallate
557	505-60-2	Sulfur mustard
558	7446-11-9	Sulfur trioxide
559	7664-93-9	Sulfuric acid
560	358	Talc containing asbestiform fibers
561	540-88-5	t-Butyl acetate
562	100-21-0	Terephthalic acid
563	75-65-0	tert-Butyl alcohol
564	40088-47-9	Tetrabromodiphenyl ether
565	127-18-4	Tetrachloroethene (perchloroethylene)
566	7440-28-0	Thallium and compounds
567	62-55-5	Thioacetamide
568	62-56-6	Thiourea
569	7550-45-0	Titanium tetrachloride
570	108-88-3	Toluene
571	26471-62-5	Toluene diisocyanates (2,4- and 2,6-)
572	584-84-9	Toluene-2,4-diisocyanate
573	91-08-7	Toluene-2,6-diisocyanate
574	38998-75-3	Total heptachlorodibenzofuran
575	37871-00-4	Total heptachlorodibenzo-p-dioxin
576	55684-94-1	Total hexachlorodibenzofuran
577	34465-46-8	Total hexachlorodibenzo-p-dioxin
578	30402-15-4	Total pentachlorodibenzofuran
579	36088-22-9	Total pentachlorodibenzo-p-dioxin
580	55722-27-5	Total tetrachlorodibenzofuran
581	41903-57-5	Total tetrachlorodibenzo-p-dioxin
582	8001-35-2	Toxaphene (polychlorinated camphenes)
583	156-60-5	trans-1,2-Dichloroethene
584	55738-54-0	trans-2[(Dimethylamino)-methylimino]-5-[2-(5-nitro-2-furyl)-vinyl]-1,3,4-oxadiazole
585	39765-80-5	trans-Nonachlor
586	126-73-8	Tributyl phosphate
587	79-01-6	Trichloroethene (TCE, trichloroethylene)
588	75-69-4	Trichlorofluoromethane (Freon 11)
589	78-40-0	Triethyl phosphate
590	121-44-8	Triethylamine
591	112-49-2	Triethylene glycol dimethyl ether
592	1582-09-8	Trifluralin
593	512-56-1	Trimethyl phosphate
594	78-30-8	Triorthocresyl phosphate
595	115-86-6	Triphenyl phosphate
596	101-02-0	Triphenyl phosphite
597	52-24-4	tris-(1-Aziridinyl)phosphine sulfide
598	126-72-7	tris(2,3-Dibromopropyl)phosphate
599	62450-06-0	Tryptophan-P-1
600	62450-07-1	Tryptophan-P-2


601	51-79-6	Urethane (ethyl carbamate)
602	7440-62-2	Vanadium (fume or dust)
603	1314-62-1	Vanadium pentoxide
604	108-05-4	Vinyl acetate
605	593-60-2	Vinyl bromide
606	75-01-4	Vinyl chloride
607	75-02-5	Vinyl fluoride
608	75-35-4	Vinylidene chloride
609	1330-20-7	Xylene (mixture), including m-xylene, o-xylene, p-xylene
610	7440-66-6	Zinc and compounds
611	1314-13-2	Zinc oxide

DEQ Pollutant List

	A	B	C	D	E	F	G	H	I	J	K	L	M	N	O	P	Q	R
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10	Emissions Unit/Product Information				Stack/Fugitive Information		Material Usage						Material Waste
11	Toxics Emissions Unit ID	Emission Unit or Activity Description	Material Name	Manufacturer	Emission Type (e.g. Point or Fugitive)	Stack or Fugitive ID	Annual - Chronic [lb/year]			Max Daily - Acute [lb/day]			Annual - Chronic [lb/year]			Max Daily - Acute [lb/day]
12	Toxics Emissions Unit ID	Emission Unit or Activity Description	Material Name	Manufacturer	Emission Type (e.g. Point or Fugitive)	Stack or Fugitive ID	Actual	Requested PTE	Capacity	Actual	Requested PTE	Capacity	Actual	Requested PTE	Capacity	Actual	Requested PTE	Capacity
13	TEU-Booth	Widget Paint Booth - atomizer spray guns (EXAMPLE)	Widget Paint-A	Widget Paint Co.	Point	ST-4	12,000	14,000	20,000	36	40	52	2000	2600	5000	5	7	14
14	TEU-Booth	Widget Paint Booth - atomizer spray guns (EXAMPLE)	Widget Paint-B	Widget Paint Co.	Point	ST-4	950	1200	1500	5	10	15	15	30	40	0.5	1	2
15
16	PARTS CLEANING	Facility-Wide Parts Cleaning by Hand	Acetone	Sunnyside Corporation	FUGITIVE	F-AGGREGATE	79	158	158	0.21944444	0.43888889	0.43888889
17	PARTS CLEANING	Facility-Wide Parts Cleaning by Hand	Isopropyl Alcohol	Airgas USA LLC	FUGITIVE	F-AGGREGATE	132	264	264	0.36666667	0.73333333	0.73333333
18
19	FLASHFIRE DEWAX	Emissions related to Pacific Kiln FlashFire Dewax system	994-1-1002 Green Cerita Casting Wax	M. Argüeso & Co., Inc. (dba Paramelt)	POINT	FLASHFIRE DEWAX	3838	7676	7676	38.88	77.76	77.76
20	FLASHFIRE DEWAX	Emissions related to Pacific Kiln FlashFire Dewax system	2-R736 Mod-A Reclaim Wax	M. Argüeso & Co., Inc. (dba Paramelt)	POINT	FLASHFIRE DEWAX	7250	14500	14500	73.44	146.88	146.88
21
22	CELL 1 SANDBLAST	Emissions from sand used for sandblasting parts	Washington mills Duralum 60 Grit, aka Brown Aluminum oxide 60 grit	Washington Mills Electro Minerals Corp.	POINT	DC3	120,750	241500	241500	483	966	966
23	CELL 2 SANDBLAST	Emissions from sand used for sandblasting parts	Washington mills Duralum 60 Grit, aka Brown Aluminum oxide 60 grit	Washington Mills Electro Minerals Corp.	POINT	DC4	40,250	80500	80500	161	322	322
24
25	MACHINING OIL	Emissions from machining oil	Shell Morlina S2 BL 10 oil	Shell Oil Products US	FUGITIVE	F-AGGREGATE	95.4	190.8	190.8	0.27257143	0.54514286	0.54514286
26
27	FINISH SANDBLAST	Emissions from the Finishing process sandblast cabinets	Duralum Special White 24 Grit	Washington Mills	POINT	DC6	3800	7600	7600	10.55555556	21.11111111	21.11111111
28	ROBOT POLISH	Emissions from the enclosed robot polishing booth	P-255 Liquid Polishing Compound	Pinnacle Technologies, Inc.	POINT	DC9	1950	3900	3900	7.8	15.6	15.6
29	FINISHING-POLISHING	Emissions from wet process drag finish and polishing water treatment	Coumpound ZF 113	Rösler Oberflächentechnik GmbH	FUGITIVE	F-AGGREGATE	4163.94	8327.88	8327.88	16.65576	33.31152	33.31152
30
31	KOLENE	Emissions from the Kolene system (discontinued January 2025)	Caustic Soda Beads	Westlake Corporation	POINT	SCRUBBER	1400			3.83561644
32	KOLENE	Emissions from the Kolene system (discontinued January 2025)	Hydrochloric Acid	Cascade Columbia	POINT	SCRUBBER	640			1.75342466
33	KOLENE	Emissions from the Kolene system (discontinued January 2025)	Nitric Acid	Avantar	POINT	SCRUBBER	323.4			3.59333333
34
35	MACHINING	Exempt TEU per CAO (emission rates below guidance threshold)	Granite Surface Plate Cleaner	MSC Industrial Supply
36	MACHINING	Exempt TEU per CAO (emission rates below guidance threshold)	LPS Force 842	ITW Pro Brands
37	MACHINING	Exempt TEU per CAO (emission rates below guidance threshold)	Quicker Clean	IBS, Inc.
38	MACHINING	Exempt TEU per CAO (emission rates below guidance threshold)	Gel Lube	IBS, Inc.


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