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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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11
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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22
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
31
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
46
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.
59
60	Worksheet 4: Material Balance Activities
61
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

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5	Facility Information
6	Facility Name	GCI Lakeview Natural Mineral SCM Facility
7	Facility Address	1800 Texas Ave
8	City	Lakeview
9	Zip Code	97630
10	Source Number (for existing sources)
11	Facility Contact	Teri Bowman
12	Phone Number	(208) 844-0742

	A
1	NOTE:
2	1. - Chemical percentage from SDSs were used in calculations of pollutant emissions
3	2. - TEA99 and Polycarboxylate chemicals were not included because they did not included any chemical listed on the DEQ Pollutant list
4	3. - TEA99 chemical can range from 0-5 lb/ton in the final product. TEA is a common grinding aide used in the mineral industry
5	4. - Polycarboxylate (poly) can range from 0-6 lb/ton in the final product. Poly is a commonly used water reducer in ready-mix concrete
6	5. - Lime will be less than 1% of the final product
7	6. - To be ultra conservative and eliminate confusion with the calculations and mass balances, we used the exact percentage of chemicals in each SDS
8	throughout the processes for all emission sources, which means emissions are over-estimated.
9	7. - For reactors, final product storage silos, and loadout operations 3.5% was used for respirable crystalline silica, which includes the Natural Pozz SDS
10	2% respirable crystalline silica and the quicklime SDS silicon oxide 1% & quartz 0.05%
11	8. - Natural Pozzolan has 4 - 8% aluminum oxide, 6.5% was used to calculate pollutant emissions. Per DEQ we converted Aluminum Oxide EF to
12	Aluminum & Compounds using the ratio of molecular weights (aluminum 26.982/aluminum oxide 101.96)
13	9. To be consistent for dryer/burner emissions AP-42: Chapters 1.3 or 1.11 factors were mainly used, analytical data was used to calculate emission where required per AP-42.
14	10. Per DEQ Molybdenum (Mo) was converted to Molybdenum Trioxide (MoO3) using the ratio of molecular weight.
15	11. Moisture was completely removed from the calculations for the outside raw material storage pile (SP1), even though the material will roughly range in moisture content of 20-22% as received
16	12. The calculation for SP1 the % of time unobstructed wind speed was 12 mph or greater was used, to be consistent with the EPA recommended calculations for storage piles.
17	the wind speed data used was provided by DEQ

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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	RFO	Recycled/Repurposed Fuel Oil Storage Tanks (includes both tanks)		Fugitive	RFO-1/RFO-2	hr/year	hours operation per yr	8,760	8,760	9,760	24	24	24
16	CU01	Product Recovery Baghouse associated with the dryer	Baghouse	Point	CU01BH1	hr/year	hours operation per yr	8,760	8,760	8,760	24	24	24
17	DU01	Dryer/Burner (23.5 MMBtu/hr)	Low NOx Burner & Flue Gas Recirculation	Point	DU01BH1	Gallons	Fuel Oil Combusted	916,499	916499	1,470,427	3525.1	3525.1	4028.6
18	S1	Raw Material Silo A1 (Natural Pozzolan)	Dust Collector/Bin Vent Filter	Point	S1BH2	hr/year	hours operation per yr	4380	4380	8760	12	12	24
19	S2	Raw Material Silo A1 (Natural Pozzolan)	Dust Collector/Bin Vent Filter	Point	S2BH3	hr/year	hours operation per yr	4380	4380	8760	12	12	24
20	S3	Raw Material Silo B (Lime)	Dust Collector/Bin Vent Filter	Point	S3BH4	hr/year	hours operation per yr	4380	4380	8760	12	12	24
21	S4	Raw Material Silo C (Lime)	Dust Collector/Bin Vent Filter	Point	S4BH5	hr/year	hours operation per yr	4380	4380	8760	12	12	24
22	S6	Product Pozzoslag 2.0 Silo 1	Dust Collector/Bin Vent Filter	Point	S6BH7	hr/year	hours operation per yr	2920	4380	8760	8	12	24
23	S7	Product Pozzoslag 2.0 Silo 2	Dust Collector/Bin Vent Filter	Point	S7BH8	hr/year	hours operation per yr	2920	4380	8760	8	12	24
24	S8	Product Pozzoslag 3.0 Silo 1	Dust Collector/Bin Vent Filter	Point	S8BH9	hr/year	hours operation per yr	2920	4380	8760	8	12	24
25	R1	Reactor 1 Surge Hopper (Inside Reactor Bldg.)	Dust Collector/Bin Vent Filter	Point	R1BH10	hr/year	hours operation per yr	8760	8760	8760	24	24	24
26	R2	Reactor 2 Surge Hopper (Inside Reactor Bldg.)	Dust Collector/Bin Vent Filter	Point	R2BH11	hr/year	hours operation per yr	8760	8760	8760	24	24	24
27	R3	Reactor 3 Surge Hopper (Inside Reactor Bldg.)	Dust Collector/Bin Vent Filter	Point	R3BH12	hr/year	hours operation per yr	8760	8760	8760	24	24	24
28	R4	Reactor 4 Surge Hopper (Inside Reactor Bldg.)	Dust Collector/Bin Vent Filter	Point	R4BH13	hr/year	hours operation per yr	8760	8760	8760	24	24	24
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31	R5	Reactor Receiver (Inside Reactor Bldg.)	Dust Collector/Bin Vent Filter	Point	R5BH14	hr/year	hours operation per yr	8760	8760	8760	24	24	24
32	RL1	P2/P3 Rail loadout chute	Dust Collector/Bin Vent Filter	Point	RL1CF1	hr/year	hours operation per yr	8760	8760	8760	24	24	24
33	TL1	P2/P3 Truck loadout chute	Dust Collector/Bin Vent Filter	Point	TL1CF2	hr/year	hours operation per yr	8760	8760	8760	24	24	24
34	SP1-Storage	Outside Storage Pile for wind erosion	received material is 20-22% moisture, dust abatement as needed.	Fugitive	SP1	hr/year	hours operation per yr	8760	8760	8760	24	24	24
35	SP2 (RWMSB-TUL)	Enclosed Raw wet material storage bldg/truck unloading bldg.	received material is 20-22% moisture, dust abatement as needed.	Fugitive	SP2-RWMSB	hr/year	hours operation per yr	8760	8760	8760	24	24	24
36	RWMFH	Raw wet material feed hopper	received material is 20-22% moisture, dust abatement as needed.	Fugitive	RWMFH	hr/year	hours operation per yr	8760	8760	8760	24	24	24
37	SP1-OTUL	Outside Storage Pile Material Handling, (Unloading/Loading)	received material is 20-22% moisture, dust abatement as needed.	Fugitive	O-TUL	hr/year	hours operation per yr	8760	8760	8760	24	24	24

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9										Calculated Emissions
10	Toxic Emissions Unit ID	Pollutant Information			Control Efficiency	Emission Factor Information				Annual - Chronic [lb/yr]			Max Daily - Acute [lb/day]
11						EF Values		Units	Reference/Notes
12		CAS or DEQ ID	Chemical Name			Annual - Chronic	Max Daily - Acute			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	RFO	71-43-2	Benzene		0.00%	3.88E-06		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	0.00776	0.00776	0.00776
17	RFO	108-88-3	Toluene		0.00%	3.12E-05		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	0.0624	0.0624	0.0624
18	RFO	100-41-4	Ethyl benzene		0.00%	5.45E-06		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	0.0109	0.0109	0.0109
19	RFO	1330-20-7	Xylene (mixture), including m-xylene, o-xylene, p-xylene		0.00%	3.35E-05		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	0.067	0.067	0.067
20	RFO	91-20-3	Naphthalene		0.00%	3.75E-07		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	0.00075	0.00075	0.00075
21	RFO	218-01-9	Chrysene		0.00%	3.93E-11		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	0.00000008	0.00000008	0.00000008
22	RFO	95-63-6	1,2,4-Trimethylbenzene		0.00%	6.74E-06		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	0.01348	0.01348	0.01348
23	RFO	108-67-8	1,3,5-Trimethylbenzene		0.00%	1.99E-06		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	0.00398	0.00398	0.00398
24	RFO	110-54-3	Hexane		0.00%	8.63E-04		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	1.726	1.726	1.726
25	RFO	1634-04-4	Methyl tert-butyl ether		0.00%	1.69E-04		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	0.338	0.338	0.338
26	RFO	98-82-8	Isopropylbenzene (cumene)		0.00%	3.51E-07		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	0.000702	0.000702	0.000702
27	RFO	56-55-3	Benz[a]anthracene		0.00%	1.07E-12		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	2.14E-009	2.14E-009	2.14E-009
28	RFO	86-73-7	Fluorene		0.00%	2.95E-09		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	0.0000059	0.0000059	0.0000059
29	RFO	85-01-8	Phenanthrene		0.00%	5.01E-10		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx	0.000001	0.000001	0.000001
30	RFO	129-00-0	Pyrene		0.00%	4.67E-26		tpy	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx
31	RFO	71-43-2	Benzene		0.00%		6.34E-06	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				0.00015216	0.00015216	0.00015216
32	RFO	108-88-3	Toluene		0.00%		5.09E-05	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				0.0012216	0.0012216	0.0012216
33	RFO	100-41-4	Ethyl benzene		0.00%		8.90E-06	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				0.0002136	0.0002136	0.0002136
34	RFO	1330-20-7	Xylene (mixture), including m-xylene, o-xylene, p-xylene		0.00%		5.48E-05	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				0.0013152	0.0013152	0.0013152
35	RFO	91-20-3	Naphthalene		0.00%		6.13E-07	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				0.00001471	0.00001471	0.00001471
36	RFO	218-01-9	Chrysene		0.00%		6.42E-11	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				1.54E-009	1.54E-009	1.54E-009
37	RFO	95-63-6	1,2,4-Trimethylbenzene		0.00%		1.10E-05	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				0.000264	0.000264	0.000264
38	RFO	108-67-8	1,3,5-Trimethylbenzene		0.00%		3.25E-06	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				0.000078	0.000078	0.000078
39	RFO	110-54-3	Hexane		0.00%		1.41E-03	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				0.03384	0.03384	0.03384
40	RFO	1634-04-4	Methyl tert-butyl ether		0.00%		2.77E-04	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				0.006648	0.006648	0.006648
41	RFO	98-82-8	Isopropylbenzene (cumene)		0.00%		6.62E-07	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				0.00001589	0.00001589	0.00001589
42	RFO	56-55-3	Benz[a]anthracene		0.00%		2.01E-12	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				4.82E-011	4.82E-011	4.82E-011
43	RFO	86-73-7	Fluorene		0.00%		5.56E-09	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				0.00000013	0.00000013	0.00000013
44	RFO	85-01-8	Phenanthrene		0.00%		9.44E-10	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				0.00000002	0.00000002	0.00000002
45	RFO	129-00-0	Pyrene		0.00%		8.81E-26	lb/hr	Calculated in GCI LV Tank Calcs (AP-43 2023) (12-15-2023).xlsx				2.11E-024	2.11E-024	2.11E-024
46
47	DU01	83-32-9	Acenaphthene		0.00%	2.11E-05	2.11E-05	lb/1000 gals	AP-42 Table 1.3-9 Combustion fuel based	1.93E-02	1.93E-02	3.10E-02	7.44E-05	7.44E-05	8.50E-05
48	DU01	208-96-8	Acenaphthylene		0.00%	2.53E-07	2.53E-07	lb/1000 gals	AP-42 Table 1.3-9 Combustion fuel based	2.32E-04	2.32E-04	3.72E-04	8.92E-07	8.92E-07	1.02E-06
49	DU01	120-12-7	Anthracene		0.00%	1.22E-06	1.22E-06	lb/1000 gals	AP-42 Table 1.3-9 Combustion fuel based	1.12E-03	1.12E-03	1.79E-03	4.30E-06	4.30E-06	4.91E-06
50	DU01	7440-36-0	Antimony and compounds			5.25E-03	5.25E-03	lb/1000 gals	AP-42 Table 1.3-11	4.81E+00	4.81E+00	7.72E+00	1.85E-02	1.85E-02	2.12E-02

51	CU01	7440-38-2	Arsenic and compounds		0.00%	1.61E-05	1.61E-05	lb/hr	Raw SCM analytical data weight % * PM10 of CU01 (3.16E-05*0.50799)	1.41E-01	1.41E-01	1.41E-01	3.85E-04	3.85E-04	3.85E-04
52	DU01	7440-38-2	Arsenic and compounds		0.00%	1.32E-03	1.32E-03	lb/1000 gals	AP-42 Table 1.3-11	1.21E+00	1.21E+00	1.94E+00	4.65E-03	4.65E-03	5.32E-03
53	DU01	7440-39-3	Barium and compounds		0.00%	2.57E-03	2.57E-03	lb/1000 gals	AP-42 Table 1.3-11	2.36E+00	2.36E+00	3.78E+00	9.06E-03	9.06E-03	1.04E-02
54	CU01	7440-39-3	Barium and compounds		0.00%	1.38E-05	1.38E-05	lb/hr	Raw SCM analytical data weight % * PM10 of CU01 (2.710E-05*0.50799)	1.21E-01	1.21E-01	1.21E-01	3.30E-04	3.30E-04	3.30E-04
55	DU01	71-43-2	Benzene		0.00%	2.14E-04	2.14E-04	lb/1000 gals	AP-42 Table 1.3-9	1.96E-01	1.96E-01	3.15E-01	7.54E-04	7.54E-04	8.62E-04
56	DU01	56-55-3	Benz[a]anthracene		0.00%	4.01E-06	4.01E-06	lb/1000 gals	AP-42 Table 1.3-9	3.68E-03	3.68E-03	5.90E-03	1.41E-05	1.41E-05	1.62E-05
57	DU01	50-32-8	Benzo[a]pyrene		0.00%	4.00E-03	4.00E-03	lb/1000 gals	AP-42 Table 1.11-5	3.67E+00	3.67E+00	5.88E+00	1.41E-02	1.41E-02	1.61E-02
58	DU01		Benzo[b,k]fluoranthene		0.00%	1.48E-06	1.48E-06	lb/1000 gals	AP-42 Table 1.3-9; 100% Benzo[b,k]fluoranthene assumed as benzo(b)fluoranthene	1.36E-03	1.36E-03	2.18E-03	5.22E-06	5.22E-06	5.96E-06
59	DU01	7440-41-7	Beryllium and compounds		0.00%	2.78E-05	2.78E-05	lb/1000 gals	AP-42 Table 1.3-9	2.55E-02	2.55E-02	4.09E-02	9.80E-05	9.80E-05	1.12E-04
60	DU01	117-81-7	bis(2-Ethylhexyl) phthalate (DEHP)		0.00%	2.20E-03	2.20E-03	lb/1000 gals	AP-42 Table 1.11-5	2.02E+00	2.02E+00	3.23E+00	7.76E-03	7.76E-03	8.86E-03
61	DU01	191-24-2	Benzo[g,h,i]perylene		0.00%	2.26E-06	2.26E-06	lb/1000 gals	AP-42 Table 1.3-9	2.07E-03	2.07E-03	3.32E-03	7.97E-06	7.97E-06	9.10E-06
62	DU01	85-68-7	Butyl Benzyl Phthalate		0.00%	5.10E-04	5.10E-04	lb/1000 gals	AP-42 Table 1.11-5	4.67E-01	4.67E-01	7.50E-01	1.80E-03	1.80E-03	2.05E-03
63	DU01	7440-43-9	Cadmium and compounds		0.00%	3.98E-04	3.98E-04	lb/1000 gals	AP-42 Table 1.3-11	3.65E-01	3.65E-01	5.85E-01	1.40E-03	1.40E-03	1.60E-03
64	CU01	7440-43-9	Cadmium and compounds		0.00%	3.56E-08	3.56E-08	lb/hr	Raw SCM analytical data weight % * PM10 of CU01 (7.0E-08*0.50799)	3.11E-04	3.11E-04	3.11E-04	8.53E-07	8.53E-07	8.53E-07
65	DU01	18540-29-9	Chromium VI, chromate and dichromate particulate		0.00%	2.48E-04	2.48E-04	lb/1000 gals	AP-42 Table 1.3-11	2.27E-01	2.27E-01	3.65E-01	8.74E-04	8.74E-04	9.99E-04
66	DU01	7440-48-4	Cobalt and compounds		0.00%	6.02E-03	6.02E-03	lb/1000 gals	AP-42 Table 1.3-11	5.52E+00	5.52E+00	8.85E+00	2.12E-02	2.12E-02	2.43E-02
67	DU01	218-01-9	Chrysene		0.00%	2.38E-06	2.38E-06	lb/1000 gals	AP-42 Table 1.3-9	2.18E-03	2.18E-03	3.50E-03	8.39E-06	8.39E-06	9.59E-06
68	DU01	7440-50-8	Copper and compounds		0.00%	1.76E-03	1.76E-03	lb/1000 gals	AP-42 Table 1.3-11	1.61E+00	1.61E+00	2.59E+00	6.20E-03	6.20E-03	7.09E-03
69	DU01	53-70-3	Dibenz[a,h]anthracene		0.00%	1.67E-06	1.67E-06	lb/1000 gals	AP-42 Table 1.3-9	1.53E-03	1.53E-03	2.46E-03	5.89E-06	5.89E-06	6.73E-06
70	DU01	106-46-7	p-Dichlorobenzene (1,4-dichlorobenzene)		0.00%	8.00E-07	8.00E-07	lb/1000 gals	AP-42 Table 1.11-5 - Dichlorobenzene	7.33E-04	7.33E-04	1.18E-03	2.82E-06	2.82E-06	3.22E-06
71	DU01	100-41-4	Ethyl benzene		0.00%	6.36E-05	6.36E-05	lb/1000 gals	AP-42 Table 1.3-9	5.83E-02	5.83E-02	9.35E-02	2.24E-04	2.24E-04	2.56E-04
72	DU01	206-44-0	Fluoranthene		0.00%	4.84E-06	4.84E-06	lb/1000 gals	AP-42 Table 1.3-9	4.44E-03	4.44E-03	7.12E-03	1.71E-05	1.71E-05	1.95E-05
73	DU01	86-73-7	Fluorene		0.00%	4.47E-06	4.47E-06	lb/1000 gals	AP-42 Table 1.3-9	4.10E-03	4.10E-03	6.57E-03	1.58E-05	1.58E-05	1.80E-05
74	DU01	239	Fluorides		0.00%	3.73E-02	3.73E-02	lb/1000 gals	AP-42 Table 1.3-11	3.42E+01	3.42E+01	5.48E+01	1.31E-01	1.31E-01	1.50E-01
75	DU01	50-00-0	Formaldehyde		0.00%	3.30E-02	3.30E-02	lb/1000 gals	AP-42 Table 1.3-9	3.02E+01	3.02E+01	4.85E+01	1.16E-01	1.16E-01	1.33E-01
76	DU01	7647-01-0	Hydrochloric Acid		0.00%	3.30E-02	3.30E-02	lb/1000 gals	AP-42 Table 1.11-3	3.02E+01	3.02E+01	4.85E+01	1.16E-01	1.16E-01	1.33E-01
77	DU01	193-39-5	Indeno[1,2,3-cd]pyrene		0.00%	2.14E-06	2.14E-06	lb/1000 gals	Ap-42 Table 1.3-9	1.96E-03	1.96E-03	3.15E-03	7.54E-06	7.54E-06	8.62E-06
78	DU01	7439-92-1	Lead and compounds		0.00%	1.51E-03	1.51E-03	lb/1000 gals	AP-42 Table 1.3-11	1.38E+00	1.38E+00	2.22E+00	5.32E-03	5.32E-03	6.08E-03
79	CU01	7439-92-1	Lead and compounds		0.00%	5.08E-07	5.08E-07	lb/hr	Raw SCM analytical data weight % * PM10 of CU01 (1.0E-06*0.50799)	4.45E-03	4.45E-03	4.45E-03	1.22E-05	1.22E-05	1.22E-05
80	DU01	7439-96-5	Manganese and compounds		0.00%	3.00E-03	3.00E-03	lb/1000 gals	AP-42 Table 1.3-11	2.75E+00	2.75E+00	4.41E+00	1.06E-02	1.06E-02	1.21E-02
81	CU01	7439-96-5	Manganese and compounds		0.00%	4.32E-05	4.32E-05	lb/hr	Raw SCM analytical data weight % * PM10 of CU01 (8.51E-05*0.50799)	3.79E-01	3.79E-01	3.79E-01	1.04E-03	1.04E-03	1.04E-03
82	DU01	7439-97-6	Mercury and compounds		0.00%	1.13E-04	1.13E-04	lb/1000 gals	AP-42 Table 1.3-11	1.04E-01	1.04E-01	1.66E-01	3.98E-04	3.98E-04	4.55E-04
83	CU01	7439-97-6	Mercury and compounds		0.00%	2.90E-09	2.90E-09	lb/hr	Raw SCM analytical data weight % * PM10 of CU01 (5.70E-09*0.50799)	2.54E-05	2.54E-05	2.54E-05	6.95E-08	6.95E-08	6.95E-08
84	DU01	1313-27-5	molybdenum Trioxide		0.00%	1.18E-03	1.18E-03	lb/1000 gals	AP-42 Table 1.3-11; Molybdenum to Moly trioxide Mol Wt raio	1.08E+00	1.08E+00	1.74E+00	4.16E-03	4.16E-03	4.76E-03
85	DU01	7440-02-0	Nickel and compounds		0.00%	1.10E-02	1.10E-02	lb/1000 gals	AP-42 Table 1.11-4	1.01E+01	1.01E+01	1.62E+01	3.88E-02	3.88E-02	4.43E-02
86	CU01	7440-02-0	Nickel and compounds		0.00%	1.02E-07	1.02E-07	lb/hr	Raw SCM analytical data weight % * PM10 of CU01 (2.0E-07*0.50799)	8.90E-04	8.90E-04	8.90E-04	2.44E-06	2.44E-06	2.44E-06
87	DU01	3268-87-9	Octachlorodibenzo-p-dioxin (OCDD)		0.00%	3.10E-09	3.10E-09	lb/1000 gals	AP-42 Table 1.3-9	2.84E-06	2.84E-06	4.56E-06	1.09E-08	1.09E-08	1.25E-08
88	DU01	108-95-2	Phenol		0.00%	2.80E-05	2.80E-05	lb/1000 gals	AP-42 Table 1.11-5 based on type of burner Atomizing	2.57E-02	2.57E-02	4.12E-02	9.87E-05	9.87E-05	1.13E-04
89	DU01	85-01-8	Phenanthrene		0.00%	1.05E-05	1.05E-05	lb/1000 gals	AP-42 Table 1.3-9	9.62E-03	9.62E-03	1.54E-02	3.70E-05	3.70E-05	4.23E-05
90	DU01	129-00-0	Pyrene		0.00%	4.25E-06	4.25E-06	lb/1000 gals	AP-42 Table 1.3-9	3.90E-03	3.90E-03	6.25E-03	1.50E-05	1.50E-05	1.71E-05
91	DU01	504	Phosphorus and compounds		0.00%	9.46E-03	9.46E-03	lb/1000 gals	AP-42 Table 1.3-11	8.67E+00	8.67E+00	1.39E+01	3.33E-02	3.33E-02	3.81E-02
92	DU01	91-20-3	Naphthalene		0.00%	1.13E-03	1.13E-03	lb/1000 gals	AP-42 Table 1.3-9	1.04E+00	1.04E+00	1.66E+00	3.98E-03	3.98E-03	4.55E-03
93	DU01	7782-49-2	Selenium and compounds		0.00%	6.83E-04	6.83E-04	lb/1000 gals	AP-42 Tabl3 1.3-11	6.26E-01	6.26E-01	1.00E+00	2.41E-03	2.41E-03	2.75E-03
94	DU01	7782-49-2	Selenium and compounds		0.00%	3.56E-06	3.56E-06	lb/hr	Raw SCM analytical data weight % * PM10 of CU01 (7.0E-06*0.50799)	3.11E-02	3.11E-02	3.11E-02	8.53E-05	8.53E-05	8.53E-05
95	DU01	108-88-3	Toluene		0.00%	6.20E-03	6.20E-03	lb/1000 gals	AP-42 Table 1.3-9	5.68E+00	5.68E+00	9.12E+00	2.19E-02	2.19E-02	2.50E-02
96	DU01	71-55-6	1,1,1-Trichloroethane (methyl chloroform)		0.00%	2.36E-04	2.36E-04	lb/1000 gals	AP-42 Table 1.3-9	2.16E-01	2.16E-01	3.47E-01	8.32E-04	8.32E-04	9.51E-04
97	DU01	95-47-6	o-Xylene		0.00%	1.09E-04	1.09E-04	lb/1000 gals	AP-42 Table 1.3-9	9.99E-02	9.99E-02	1.60E-01	3.84E-04	3.84E-04	4.39E-04
98	DU01	7440-62-2	Vanadium (fume or dust)		0.00%	3.18E-02	3.18E-02	lb/1000 gals	AP-42 Table 1.3-11	2.91E+01	2.91E+01	4.68E+01	1.12E-01	1.12E-01	1.28E-01
99	DU01	7440-66-6	Zinc and compounds		0.00%	2.19E-02	2.19E-02	lb/1000 gals	AP-42 Table 1.3-11	2.01E+01	2.01E+01	3.22E+01	7.72E-02	7.72E-02	8.82E-02
100	CU01	7440-66-6	Zinc and compounds		0.00%	1.52E-07	1.52E-07	lb/hr	Raw SCM analytical data weight % * PM10 of CU01 (3.0E-07*0.50799)	1.33E-03	1.33E-03	1.33E-03	3.66E-06	3.66E-06	3.66E-06

101	S1	7631-86-9	Silica, crystalline (respirable)		0.00%	0.001106	0.001106	lb/hr	PM10 emissions* Max % of Material/Chemical per natural Pozz SDS	4.84428	4.84428	9.68856	0.013272	0.013272	0.026544
102	S1	7429-90-5	Aluminum and compounds		0.00%	0.00095254	0.00095254	lb/hr	PM10 emissions* Max% of chemical per SDS*Ratio of molWt aluminum/aluminum Oxide	4.17213615	4.17213615	8.3442723	0.01143051	0.01143051	0.02286102
103	S1	7440-38-2	Arsenic and compounds		0.00%	0.00000175	0.00000175	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00765396	0.00765396	0.01530792	0.00002097	0.00002097	0.00004194
104	S1	7440-39-3	Barium and compounds		0.00%	0.0000015	0.0000015	lb/hr	PM10 emissions * analytical analysis in weight percent	0.006564	0.006564	0.013128	0.00001798	0.00001798	0.00003597
105	S1	7440-43-9	Cadmium and compounds		0.00%	3.87E-009	3.87E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00001695	0.00001695	0.00003391	0.00000005	0.00000005	0.00000009
106	S1	7439-92-1	Lead and compounds		0.00%	0.00000006	0.00000006	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00024221	0.00024221	0.00048443	0.00000066	0.00000066	0.00000133
107	S1	7439-96-5	Manganese and compounds		0.00%	0.00000471	0.00000471	lb/hr	PM10 emissions * analytical analysis in weight percent	0.02061241	0.02061241	0.04122482	0.00005647	0.00005647	0.00011294
108	S1	7439-97-6	Mercury and compounds		0.00%	3.15E-010	3.15E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000138	0.00000138	0.00000276	3.78E-009	3.78E-009	0.00000001
109	S1	7440-02-0	Nickel and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00004844	0.00004844	0.00009689	0.00000013	0.00000013	0.00000027
110	S1	7782-49-2	Selenium and compounds		0.00%	0.00000039	0.00000039	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0016955	0.0016955	0.003391	0.00000465	0.00000465	0.00000929
111	S1	7440-66-6	Zinc and compounds		0.00%	0.00000002	0.00000002	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00007266	0.00007266	0.00014533	0.0000002	0.0000002	0.0000004
112	S2	7631-86-9	Silica, crystalline (respirable)		0.00%	0.001106	0.001106	lb/hr	PM10 emissions* Max % of Material/Chemical per SDS	4.84428	4.84428	9.68856	0.013272	0.013272	0.026544
113	S2	7429-90-5	Aluminum and compounds		0.00%	0.00095254	0.00095254	lb/hr	PM10 emissions* Max% of chemical per SDS*Ratio of molWt aluminum/aluminum Oxide	4.17213615	4.17213615	8.3442723	0.01143051	0.01143051	0.02286102
114	S2	7440-38-2	Arsenic and compounds		0.00%	0.00000175	0.00000175	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00765396	0.00765396	0.01530792	0.00002097	0.00002097	0.00004194
115	S2	7440-39-3	Barium and compounds		0.00%	0.0000015	0.0000015	lb/hr	PM10 emissions * analytical analysis in weight percent	0.006564	0.006564	0.013128	0.00001798	0.00001798	0.00003597
116	S2	7440-43-9	Cadmium and compounds		0.00%	3.87E-009	3.87E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00001695	0.00001695	0.00003391	0.00000005	0.00000005	0.00000009
117	S2	7439-92-1	Lead and compounds		0.00%	0.00000006	0.00000006	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00024221	0.00024221	0.00048443	0.00000066	0.00000066	0.00000133
118	S2	7439-96-5	Manganese and compounds		0.00%	0.00000471	0.00000471	lb/hr	PM10 emissions * analytical analysis in weight percent	0.02061241	0.02061241	0.04122482	0.00005647	0.00005647	0.00011294
119	S2	7439-97-6	Mercury and compounds		0.00%	3.15E-010	3.15E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000138	0.00000138	0.00000276	3.78E-009	3.78E-009	0.00000001
120	S2	7440-02-0	Nickel and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00004844	0.00004844	0.00009689	0.00000013	0.00000013	0.00000027
121	S2	7782-49-2	Selenium and compounds		0.00%	0.00000039	0.00000039	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0016955	0.0016955	0.003391	0.00000465	0.00000465	0.00000929
122	S2	7440-66-6	Zinc and compounds		0.00%	0.00000002	0.00000002	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00007266	0.00007266	0.00014533	0.0000002	0.0000002	0.0000004
123	S3	7631-86-9	Silica, crystalline (respirable)		0.00%	0.000447	0.000447	lb/hr	PM10 emission * Max % of Silicon Oxide + Quartz per SDS	1.95786	1.95786	3.91572	0.005364	0.005364	0.010728
124	S4	7631-86-9	Silica, crystalline (respirable)		0.00%	0.000447	0.000447	lb/hr	PM10 emission * Max % of Silicon Oxide + Quartz per SDS	1.95786	1.95786	3.91572	0.005364	0.005364	0.010728
125	S6	7631-86-9	Silica, crystalline (respirable)		0.00%	0.0012705	0.0012705	lb/hr	PM10 emissions* Max % of chemical in quicklime and Natural SCM	3.70986	3.70986	11.12958	0.010164	0.010164	0.030492
126	S6	7429-90-5	Aluminum and compounds		0.00%	0.00062527	0.00062527	lb/hr	PM10 emissions* Max% of chemical in Natural SCM*Ratio of molWt aluminum/aluminum Oxide	1.8257811	1.8257811	5.4773433	0.00500214	0.00500214	0.01500642
127	S6	7440-38-2	Arsenic and compounds		0.00%	0.00000115	0.00000115	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00334947	0.00334947	0.01004842	0.00000918	0.00000918	0.00002753
128	S6	7440-39-3	Barium and compounds		0.00%	0.00000098	0.00000098	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00287249	0.00287249	0.00861747	0.00000787	0.00000787	0.00002361
129	S6	7440-43-9	Cadmium and compounds		0.00%	2.54E-009	2.54E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000742	0.00000742	0.00002226	0.00000002	0.00000002	0.00000006
130	S6	7439-92-1	Lead and compounds		0.00%	0.00000004	0.00000004	lb/hr	PM10 emissions * analytical analysis in weight percent	0.000106	0.000106	0.00031799	0.00000029	0.00000029	0.00000087
131	S6	7439-96-5	Manganese and compounds		0.00%	0.00000309	0.00000309	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00902026	0.00902026	0.02706078	0.00002471	0.00002471	0.00007414
132	S6	7439-97-6	Mercury and compounds		0.00%	2.07E-010	2.07E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000006	0.0000006	0.00000181	1.66E-009	1.66E-009	4.97E-009
133	S6	7440-02-0	Nickel and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000212	0.0000212	0.0000636	0.00000006	0.00000006	0.00000017
134	S6	7782-49-2	Selenium and compounds		0.00%	0.00000025	0.00000025	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00074197	0.00074197	0.00222592	0.00000203	0.00000203	0.0000061
135	S6	7440-66-6	Zinc and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000318	0.0000318	0.0000954	0.00000009	0.00000009	0.00000026
136	S7	7631-86-9	Silica, crystalline (respirable)		0.00%	0.0012705	0.0012705	lb/hr	PM10 emissions* Max % of chemical in quicklime and Natural SCM	3.70986	3.70986	11.12958	0.010164	0.010164	0.030492
137	S7	7429-90-5	Aluminum and compounds		0.00%	0.00062527	0.00062527	lb/hr	PM10 emissions* Max% of chemical in Natural SCM*Ratio of molWt aluminum/aluminum Oxide	1.8257811	1.8257811	5.4773433	0.00500214	0.00500214	0.01500642
138	S7	7440-38-2	Arsenic and compounds		0.00%	0.00000115	0.00000115	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00334947	0.00334947	0.01004842	0.00000918	0.00000918	0.00002753
139	S7	7440-39-3	Barium and compounds		0.00%	0.00000098	0.00000098	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00287249	0.00287249	0.00861747	0.00000787	0.00000787	0.00002361
140	S7	7440-43-9	Cadmium and compounds		0.00%	2.54E-009	2.54E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000742	0.00000742	0.00002226	0.00000002	0.00000002	0.00000006
141	S7	7439-92-1	Lead and compounds		0.00%	0.00000004	0.00000004	lb/hr	PM10 emissions * analytical analysis in weight percent	0.000106	0.000106	0.00031799	0.00000029	0.00000029	0.00000087
142	S7	7439-96-5	Manganese and compounds		0.00%	0.00000309	0.00000309	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00902026	0.00902026	0.02706078	0.00002471	0.00002471	0.00007414
143	S7	7439-97-6	Mercury and compounds		0.00%	2.07E-010	2.07E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000006	0.0000006	0.00000181	1.66E-009	1.66E-009	4.97E-009
144	S7	7440-02-0	Nickel and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000212	0.0000212	0.0000636	0.00000006	0.00000006	0.00000017
145	S7	7782-49-2	Selenium and compounds		0.00%	0.00000025	0.00000025	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00074197	0.00074197	0.00222592	0.00000203	0.00000203	0.0000061
146	S7	7440-66-6	Zinc and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000318	0.0000318	0.0000954	0.00000009	0.00000009	0.00000026
147	S8	7631-86-9	Silica, crystalline (respirable)		0.00%	0.0012705	0.0012705	lb/hr	PM10 emissions* Max % of chemical in quicklime and Natural SCM	3.70986	3.70986	11.12958	0.010164	0.010164	0.030492
148	S8	7429-90-5	Aluminum and compounds		0.00%	0.00062527	0.00062527	lb/hr	PM10 emissions* Max% of chemical in Natural SCM*Ratio of molWt aluminum/aluminum Oxide	1.8257811	1.8257811	5.4773433	0.00500214	0.00500214	0.01500642
149	S8	7440-38-2	Arsenic and compounds		0.00%	0.00000115	0.00000115	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00334947	0.00334947	0.01004842	0.00000918	0.00000918	0.00002753
150	S8	7440-39-3	Barium and compounds		0.00%	0.00000098	0.00000098	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00287249	0.00287249	0.00861747	0.00000787	0.00000787	0.00002361

151	S8	7440-43-9	Cadmium and compounds		0.00%	2.54E-009	2.54E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000742	0.00000742	0.00002226	0.00000002	0.00000002	0.00000006
152	S8	7439-92-1	Lead and compounds		0.00%	0.00000004	0.00000004	lb/hr	PM10 emissions * analytical analysis in weight percent	0.000106	0.000106	0.00031799	0.00000029	0.00000029	0.00000087
153	S8	7439-96-5	Manganese and compounds		0.00%	0.00000309	0.00000309	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00902026	0.00902026	0.02706078	0.00002471	0.00002471	0.00007414
154	S8	7439-97-6	Mercury and compounds		0.00%	2.07E-010	2.07E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000006	0.0000006	0.00000181	1.66E-009	1.66E-009	4.97E-009
155	S8	7440-02-0	Nickel and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000212	0.0000212	0.0000636	0.00000006	0.00000006	0.00000017
156	S8	7782-49-2	Selenium and compounds		0.00%	0.00000025	0.00000025	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00074197	0.00074197	0.00222592	0.00000203	0.00000203	0.0000061
157	S8	7440-66-6	Zinc and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000318	0.0000318	0.0000954	0.00000009	0.00000009	0.00000026
158	R1	7631-86-9	Silica, crystalline (respirable)		0.00%	0.001036	0.001036	lb/hr	PM10 emissions* Max % of chemical in quicklime and Natural SCM	9.07536	9.07536	9.07536	0.024864	0.024864	0.024864
159	R1	7429-90-5	Aluminum and compounds		0.00%	0.00050986	0.00050986	lb/hr	PM10 emissions* Max% of chemical in Natural SCM*Ratio of molWt aluminum/aluminum Oxide	4.4663736	4.4663736	4.4663736	0.01223664	0.01223664	0.01223664
160	R1	7440-38-2	Arsenic and compounds		0.00%	0.00000094	0.00000094	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00819375	0.00819375	0.00819375	0.00002245	0.00002245	0.00002245
161	R1	7440-39-3	Barium and compounds		0.00%	0.0000008	0.0000008	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00702692	0.00702692	0.00702692	0.00001925	0.00001925	0.00001925
162	R1	7440-43-9	Cadmium and compounds		0.00%	2.07E-009	2.07E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00001815	0.00001815	0.00001815	0.00000005	0.00000005	0.00000005
163	R1	7439-92-1	Lead and compounds		0.00%	0.00000003	0.00000003	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0002593	0.0002593	0.0002593	0.00000071	0.00000071	0.00000071
164	R1	7439-96-5	Manganese and compounds		0.00%	0.00000252	0.00000252	lb/hr	PM10 emissions * analytical analysis in weight percent	0.02206609	0.02206609	0.02206609	0.00006046	0.00006046	0.00006046
165	R1	7439-97-6	Mercury and compounds		0.00%	1.69E-010	1.69E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000148	0.00000148	0.00000148	4.05E-009	4.05E-009	4.05E-009
166	R1	7440-02-0	Nickel and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00005186	0.00005186	0.00005186	0.00000014	0.00000014	0.00000014
167	R1	7782-49-2	Selenium and compounds		0.00%	0.00000021	0.00000021	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00181507	0.00181507	0.00181507	0.00000497	0.00000497	0.00000497
168	R1	7440-66-6	Zinc and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00007779	0.00007779	0.00007779	0.00000021	0.00000021	0.00000021
169	R2	7631-86-9	Silica, crystalline (respirable)		0.00%	0.001036	0.001036	lb/hr	PM10 emissions* Max % of chemical in quicklime and Natural SCM	9.07536	9.07536	9.07536	0.024864	0.024864	0.024864
170	R2	7429-90-5	Aluminum and compounds		0.00%	0.00050986	0.00050986	lb/hr	PM10 emissions* Max% of chemical in Natural SCM*Ratio of molWt aluminum/aluminum Oxide	4.4663736	4.4663736	4.4663736	0.01223664	0.01223664	0.01223664
171	R2	7440-38-2	Arsenic and compounds		0.00%	0.00000094	0.00000094	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00819375	0.00819375	0.00819375	0.00002245	0.00002245	0.00002245
172	R2	7440-39-3	Barium and compounds		0.00%	0.0000008	0.0000008	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00702692	0.00702692	0.00702692	0.00001925	0.00001925	0.00001925
173	R2	7440-43-9	Cadmium and compounds		0.00%	2.07E-009	2.07E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00001815	0.00001815	0.00001815	0.00000005	0.00000005	0.00000005
174	R2	7439-92-1	Lead and compounds		0.00%	0.00000003	0.00000003	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0002593	0.0002593	0.0002593	0.00000071	0.00000071	0.00000071
175	R2	7439-96-5	Manganese and compounds		0.00%	0.00000252	0.00000252	lb/hr	PM10 emissions * analytical analysis in weight percent	0.02206609	0.02206609	0.02206609	0.00006046	0.00006046	0.00006046
176	R2	7439-97-6	Mercury and compounds		0.00%	1.69E-010	1.69E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000148	0.00000148	0.00000148	4.05E-009	4.05E-009	4.05E-009
177	R2	7440-02-0	Nickel and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00005186	0.00005186	0.00005186	0.00000014	0.00000014	0.00000014
178	R2	7782-49-2	Selenium and compounds		0.00%	0.00000021	0.00000021	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00181507	0.00181507	0.00181507	0.00000497	0.00000497	0.00000497
179	R2	7440-66-6	Zinc and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00007779	0.00007779	0.00007779	0.00000021	0.00000021	0.00000021
180	R3	7631-86-9	Silica, crystalline (respirable)		0.00%	0.001036	0.001036	lb/hr	PM10 emissions* Max % of chemical in quicklime and Natural SCM	9.07536	9.07536	9.07536	0.024864	0.024864	0.024864
181	R3	7429-90-5	Aluminum and compounds		0.00%	0.00050986	0.00050986	lb/hr	PM10 emissions* Max% of chemical in Natural SCM*Ratio of molWt aluminum/aluminum Oxide	4.4663736	4.4663736	4.4663736	0.01223664	0.01223664	0.01223664
182	R3	7440-38-2	Arsenic and compounds		0.00%	0.00000094	0.00000094	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00819375	0.00819375	0.00819375	0.00002245	0.00002245	0.00002245
183	R3	7440-39-3	Barium and compounds		0.00%	0.0000008	0.0000008	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00702692	0.00702692	0.00702692	0.00001925	0.00001925	0.00001925
184	R3	7440-43-9	Cadmium and compounds		0.00%	2.07E-009	2.07E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00001815	0.00001815	0.00001815	0.00000005	0.00000005	0.00000005
185	R3	7439-92-1	Lead and compounds		0.00%	0.00000003	0.00000003	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0002593	0.0002593	0.0002593	0.00000071	0.00000071	0.00000071
186	R3	7439-96-5	Manganese and compounds		0.00%	0.00000252	0.00000252	lb/hr	PM10 emissions * analytical analysis in weight percent	0.02206609	0.02206609	0.02206609	0.00006046	0.00006046	0.00006046
187	R3	7439-97-6	Mercury and compounds		0.00%	1.69E-010	1.69E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000148	0.00000148	0.00000148	4.05E-009	4.05E-009	4.05E-009
188	R3	7440-02-0	Nickel and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00005186	0.00005186	0.00005186	0.00000014	0.00000014	0.00000014
189	R3	7782-49-2	Selenium and compounds		0.00%	0.00000021	0.00000021	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00181507	0.00181507	0.00181507	0.00000497	0.00000497	0.00000497
190	R3	7440-66-6	Zinc and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00007779	0.00007779	0.00007779	0.00000021	0.00000021	0.00000021
191	R4	7631-86-9	Silica, crystalline (respirable)		0.00%	0.001036	0.001036	lb/hr	PM10 emissions* Max % of chemical in quicklime and Natural SCM	9.07536	9.07536	9.07536	0.024864	0.024864	0.024864
192	R4	7429-90-5	Aluminum and compounds		0.00%	0.00050986	0.00050986	lb/hr	PM10 emissions* Max% of chemical in Natural SCM*Ratio of molWt aluminum/aluminum Oxide	4.4663736	4.4663736	4.4663736	0.01223664	0.01223664	0.01223664
193	R4	7440-38-2	Arsenic and compounds		0.00%	0.00000094	0.00000094	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00819375	0.00819375	0.00819375	0.00002245	0.00002245	0.00002245
194	R4	7440-39-3	Barium and compounds		0.00%	0.0000008	0.0000008	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00702692	0.00702692	0.00702692	0.00001925	0.00001925	0.00001925
195	R4	7440-43-9	Cadmium and compounds		0.00%	2.07E-009	2.07E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00001815	0.00001815	0.00001815	0.00000005	0.00000005	0.00000005
196	R4	7439-92-1	Lead and compounds		0.00%	0.00000003	0.00000003	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0002593	0.0002593	0.0002593	0.00000071	0.00000071	0.00000071
197	R4	7439-96-5	Manganese and compounds		0.00%	0.00000252	0.00000252	lb/hr	PM10 emissions * analytical analysis in weight percent	0.02206609	0.02206609	0.02206609	0.00006046	0.00006046	0.00006046
198	R4	7439-97-6	Mercury and compounds		0.00%	1.69E-010	1.69E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000148	0.00000148	0.00000148	4.05E-009	4.05E-009	4.05E-009
199	R4	7440-02-0	Nickel and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00005186	0.00005186	0.00005186	0.00000014	0.00000014	0.00000014
200	R4	7782-49-2	Selenium and compounds		0.00%	0.00000021	0.00000021	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00181507	0.00181507	0.00181507	0.00000497	0.00000497	0.00000497

201	R4	7440-66-6	Zinc and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00007779	0.00007779	0.00007779	0.00000021	0.00000021	0.00000021
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224	R5	7631-86-9	Silica, crystalline (respirable)		0.00%	0.0018865	0.0018865	lb/hr	PM10 emissions* Max % of chemical in quicklime and Natural SCM	16.52574	16.52574	16.52574	0.045276	0.045276	0.045276
225	R5	7429-90-5	Aluminum and compounds		0.00%	0.00092843	0.00092843	lb/hr	PM10 emissions* Max% of chemical in Natural SCM*Ratio of molWt aluminum/aluminum Oxide	8.1330249	8.1330249	8.1330249	0.02228226	0.02228226	0.02228226
226	R5	7440-38-2	Arsenic and compounds		0.00%	0.0000017	0.0000017	lb/hr	PM10 emissions * analytical analysis in weight percent	0.01492038	0.01492038	0.01492038	0.00004088	0.00004088	0.00004088
227	R5	7440-39-3	Barium and compounds		0.00%	0.00000146	0.00000146	lb/hr	PM10 emissions * analytical analysis in weight percent	0.01279564	0.01279564	0.01279564	0.00003506	0.00003506	0.00003506
228	R5	7440-43-9	Cadmium and compounds		0.00%	3.77E-009	3.77E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00003305	0.00003305	0.00003305	0.00000009	0.00000009	0.00000009
229	R5	7439-92-1	Lead and compounds		0.00%	0.00000005	0.00000005	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00047216	0.00047216	0.00047216	0.00000129	0.00000129	0.00000129
230	R5	7439-96-5	Manganese and compounds		0.00%	0.00000459	0.00000459	lb/hr	PM10 emissions * analytical analysis in weight percent	0.04018116	0.04018116	0.04018116	0.00011009	0.00011009	0.00011009
231	R5	7439-97-6	Mercury and compounds		0.00%	3.07E-010	3.07E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000269	0.00000269	0.00000269	0.00000001	0.00000001	0.00000001
232	R5	7440-02-0	Nickel and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00009443	0.00009443	0.00009443	0.00000026	0.00000026	0.00000026
233	R5	7782-49-2	Selenium and compounds		0.00%	0.00000038	0.00000038	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00330515	0.00330515	0.00330515	0.00000906	0.00000906	0.00000906
234	R5	7440-66-6	Zinc and compounds		0.00%	0.00000002	0.00000002	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00014165	0.00014165	0.00014165	0.00000039	0.00000039	0.00000039
235	RL1	7631-86-9	Silica, crystalline (respirable)		0.00%	0.000721	0.000721	lb/hr	PM10 emissions* Max % of chemical in quicklime and Natural SCM	6.31596	6.31596	6.31596	0.017304	0.017304	0.017304
236	RL1	7429-90-5	Aluminum and compounds		0.00%	0.00035484	0.00035484	lb/hr	PM10 emissions* Max% of chemical in Natural SCM*Ratio of molWt aluminum/aluminum Oxide	3.1083546	3.1083546	3.1083546	0.00851604	0.00851604	0.00851604
237	RL1	7440-38-2	Arsenic and compounds		0.00%	0.00000065	0.00000065	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00570241	0.00570241	0.00570241	0.00001562	0.00001562	0.00001562
238	RL1	7440-39-3	Barium and compounds		0.00%	0.00000056	0.00000056	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00489036	0.00489036	0.00489036	0.0000134	0.0000134	0.0000134
239	RL1	7440-43-9	Cadmium and compounds		0.00%	1.44E-009	1.44E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00001263	0.00001263	0.00001263	0.00000003	0.00000003	0.00000003
240	RL1	7439-92-1	Lead and compounds		0.00%	0.00000002	0.00000002	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00018046	0.00018046	0.00018046	0.00000049	0.00000049	0.00000049
241	RL1	7439-96-5	Manganese and compounds		0.00%	0.00000175	0.00000175	lb/hr	PM10 emissions * analytical analysis in weight percent	0.01535681	0.01535681	0.01535681	0.00004207	0.00004207	0.00004207
242	RL1	7439-97-6	Mercury and compounds		0.00%	1.17E-010	1.17E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000103	0.00000103	0.00000103	2.82E-009	2.82E-009	2.82E-009
243	RL1	7440-02-0	Nickel and compounds		0.00%	4.12E-009	4.12E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00003609	0.00003609	0.00003609	0.0000001	0.0000001	0.0000001
244	RL1	7782-49-2	Selenium and compounds		0.00%	0.00000014	0.00000014	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00126319	0.00126319	0.00126319	0.00000346	0.00000346	0.00000346
245	RL1	7440-66-6	Zinc and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00005414	0.00005414	0.00005414	0.00000015	0.00000015	0.00000015
246	TL1	7631-86-9	Silica, crystalline (respirable)		0.00%	0.000721	0.000721	lb/hr	PM10 emissions* Max % of chemical in quicklime and Natural SCM	6.31596	6.31596	6.31596	0.017304	0.017304	0.017304
247	TL1	7429-90-5	Aluminum and compounds		0.00%	0.00035484	0.00035484	lb/hr	PM10 emissions* Max% of chemical in Natural SCM*Ratio of molWt aluminum/aluminum Oxide	3.1083546	3.1083546	3.1083546	0.00851604	0.00851604	0.00851604
248	TL1	7440-38-2	Arsenic and compounds		0.00%	0.00000065	0.00000065	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00570241	0.00570241	0.00570241	0.00001562	0.00001562	0.00001562
249	TL1	7440-39-3	Barium and compounds		0.00%	0.00000056	0.00000056	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00489036	0.00489036	0.00489036	0.0000134	0.0000134	0.0000134
250	TL1	7440-43-9	Cadmium and compounds		0.00%	1.44E-009	1.44E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00001263	0.00001263	0.00001263	0.00000003	0.00000003	0.00000003

251	TL1	7439-92-1	Lead and compounds		0.00%	0.00000002	0.00000002	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00018046	0.00018046	0.00018046	0.00000049	0.00000049	0.00000049
252	TL1	7439-96-5	Manganese and compounds		0.00%	0.00000175	0.00000175	lb/hr	PM10 emissions * analytical analysis in weight percent	0.01535681	0.01535681	0.01535681	0.00004207	0.00004207	0.00004207
253	TL1	7439-97-6	Mercury and compounds		0.00%	1.17E-010	1.17E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000103	0.00000103	0.00000103	2.82E-009	2.82E-009	2.82E-009
254	TL1	7440-02-0	Nickel and compounds		0.00%	4.12E-009	4.12E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00003609	0.00003609	0.00003609	0.0000001	0.0000001	0.0000001
255	TL1	7782-49-2	Selenium and compounds		0.00%	0.00000014	0.00000014	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00126319	0.00126319	0.00126319	0.00000346	0.00000346	0.00000346
256	TL1	7440-66-6	Zinc and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00005414	0.00005414	0.00005414	0.00000015	0.00000015	0.00000015
257	SP1	7631-86-9	Silica, crystalline (respirable)		0.00%	0.00000002	0.00000191	lb/hr	PM10 emissions* Max % of Material/Chemical per natural Pozz SDS	0.00021725	0.00021725	0.00021725	0.00004584	0.00004584	0.00004584
258	SP1	7429-90-5	Aluminum and compounds		0.00%	0.00000002	0.00000164	lb/hr	PM10 emissions* Max% of chemical per SDS*Ratio of molWt aluminum/aluminum Oxide	0.0001871	0.0001871	0.0001871	0.00003948	0.00003948	0.00003948
259	SP1	7440-38-2	Arsenic and compounds		0.00%	3.92E-011	3.02E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000034	0.00000034	0.00000034	0.00000007	0.00000007	0.00000007
260	SP1	7440-39-3	Barium and compounds		0.00%	3.36E-011	2.59E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000029	0.00000029	0.00000029	0.00000006	0.00000006	0.00000006
261	SP1	7440-43-9	Cadmium and compounds		0.00%	8.68E-014	6.69E-012	lb/hr	PM10 emissions * analytical analysis in weight percent	7.60E-010	7.60E-010	7.60E-010	1.60E-010	1.60E-010	1.60E-010
262	SP1	7439-92-1	Lead and compounds		0.00%	1.24E-012	9.55E-011	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000001	0.00000001	0.00000001	2.29E-009	2.29E-009	2.29E-009
263	SP1	7439-96-5	Manganese and compounds		0.00%	1.06E-010	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000092	0.00000092	0.00000092	0.0000002	0.0000002	0.0000002
264	SP1	7439-97-6	Mercury and compounds		0.00%	7.07E-015	5.44E-013	lb/hr	PM10 emissions * analytical analysis in weight percent	6.19E-011	6.19E-011	6.19E-011	1.31E-011	1.31E-011	1.31E-011
265	SP1	7440-02-0	Nickel and compounds		0.00%	2.48E-013	1.91E-011	lb/hr	PM10 emissions * analytical analysis in weight percent	2.17E-009	2.17E-009	2.17E-009	4.58E-010	4.58E-010	4.58E-010
266	SP1	7782-49-2	Selenium and compounds		0.00%	8.68E-012	6.69E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000008	0.00000008	0.00000008	0.00000002	0.00000002	0.00000002
267	SP1	7440-66-6	Zinc and compounds		0.00%	3.72E-013	2.86E-011	lb/hr	PM10 emissions * analytical analysis in weight percent	3.26E-009	3.26E-009	3.26E-009	6.88E-010	6.88E-010	6.88E-010
268	SP2 (RWMSB-TUL)	7631-86-9	Silica, crystalline (respirable)		0.00%	0.000242	0.000242	lb/hr	PM10 emissions* Max % of Material/Chemical per natural Pozz SDS	2.11992	2.11992	2.11992	0.005808	0.005808	0.005808
269	SP2 (RWMSB-TUL)	7429-90-5	Aluminum and compounds		0.00%	0.00020842	0.00020842	lb/hr	PM10 emissions* Max% of chemical per SDS*Ratio of molWt aluminum/aluminum Oxide	1.8257811	1.8257811	1.8257811	0.00500214	0.00500214	0.00500214
270	SP2 (RWMSB-TUL)	7440-38-2	Arsenic and compounds		0.00%	0.00000038	0.00000038	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00334947	0.00334947	0.00334947	0.00000918	0.00000918	0.00000918
271	SP2 (RWMSB-TUL)	7440-39-3	Barium and compounds		0.00%	0.00000033	0.00000033	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00287249	0.00287249	0.00287249	0.00000787	0.00000787	0.00000787
272	SP2 (RWMSB-TUL)	7440-43-9	Cadmium and compounds		0.00%	8.47E-010	8.47E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000742	0.00000742	0.00000742	0.00000002	0.00000002	0.00000002
273	SP2 (RWMSB-TUL)	7439-92-1	Lead and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.000106	0.000106	0.000106	0.00000029	0.00000029	0.00000029
274	SP2 (RWMSB-TUL)	7439-96-5	Manganese and compounds		0.00%	0.00000103	0.00000103	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00902026	0.00902026	0.00902026	0.00002471	0.00002471	0.00002471
275	SP2 (RWMSB-TUL)	7439-97-6	Mercury and compounds		0.00%	6.90E-011	6.90E-011	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000006	0.0000006	0.0000006	1.66E-009	1.66E-009	1.66E-009
276	SP2 (RWMSB-TUL)	7440-02-0	Nickel and compounds		0.00%	2.42E-009	2.42E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000212	0.0000212	0.0000212	0.00000006	0.00000006	0.00000006
277	SP2 (RWMSB-TUL)	7782-49-2	Selenium and compounds		0.00%	0.00000008	0.00000008	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00074197	0.00074197	0.00074197	0.00000203	0.00000203	0.00000203
278	SP2 (RWMSB-TUL)	7440-66-6	Zinc and compounds		0.00%	3.63E-009	3.63E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000318	0.0000318	0.0000318	0.00000009	0.00000009	0.00000009
279	RWMFH	7631-86-9	Silica, crystalline (respirable)		0.00%	0.000242	0.000242	lb/hr	PM10 emissions* Max % of Material/Chemical per natural Pozz SDS	2.11992	2.11992	2.11992	0.005808	0.005808	0.005808
280	RWMFH	7429-90-5	Aluminum and compounds		0.00%	0.00020842	0.00020842	lb/hr	PM10 emissions* Max% of chemical per SDS*Ratio of molWt aluminum/aluminum Oxide	1.8257811	1.8257811	1.8257811	0.00500214	0.00500214	0.00500214
281	RWMFH	7440-38-2	Arsenic and compounds		0.00%	0.00000038	0.00000038	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00334947	0.00334947	0.00334947	0.00000918	0.00000918	0.00000918
282	RWMFH	7440-39-3	Barium and compounds		0.00%	0.00000033	0.00000033	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00287249	0.00287249	0.00287249	0.00000787	0.00000787	0.00000787
283	RWMFH	7440-43-9	Cadmium and compounds		0.00%	8.47E-010	8.47E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000742	0.00000742	0.00000742	0.00000002	0.00000002	0.00000002
284	RWMFH	7439-92-1	Lead and compounds		0.00%	0.00000001	0.00000001	lb/hr	PM10 emissions * analytical analysis in weight percent	0.000106	0.000106	0.000106	0.00000029	0.00000029	0.00000029
285	RWMFH	7439-96-5	Manganese and compounds		0.00%	0.00000103	0.00000103	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00902026	0.00902026	0.00902026	0.00002471	0.00002471	0.00002471
286	RWMFH	7439-97-6	Mercury and compounds		0.00%	6.90E-011	6.90E-011	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000006	0.0000006	0.0000006	1.66E-009	1.66E-009	1.66E-009
287	RWMFH	7440-02-0	Nickel and compounds		0.00%	2.42E-009	2.42E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000212	0.0000212	0.0000212	0.00000006	0.00000006	0.00000006
288	RWMFH	7782-49-2	Selenium and compounds		0.00%	0.00000008	0.00000008	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00074197	0.00074197	0.00074197	0.00000203	0.00000203	0.00000203
289	RWMFH	7440-66-6	Zinc and compounds		0.00%	3.63E-009	3.63E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000318	0.0000318	0.0000318	0.00000009	0.00000009	0.00000009
290	SP1-OTUL	7631-86-9	Silica, crystalline (respirable)		0.00%	0.000036	0.000036	lb/hr	PM10 emissions * analytical analysis in weight percent	0.31536	0.31536	0.31536	0.000864	0.000864	0.000864
291	SP1-OTUL	7429-90-5	Aluminum and compounds		0.00%	0.00003101	0.00003101	lb/hr	PM10 emissions * analytical analysis in weight percent	0.2716038	0.2716038	0.2716038	0.00074412	0.00074412	0.00074412
292	SP1-OTUL	7440-38-2	Arsenic and compounds		0.00%	0.00000006	0.00000006	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00049827	0.00049827	0.00049827	0.00000137	0.00000137	0.00000137
293	SP1-OTUL	7440-39-3	Barium and compounds		0.00%	0.00000005	0.00000005	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00042731	0.00042731	0.00042731	0.00000117	0.00000117	0.00000117
294	SP1-OTUL	7440-43-9	Cadmium and compounds		0.00%	1.26E-010	1.26E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.0000011	0.0000011	0.0000011	3.02E-009	3.02E-009	3.02E-009
295	SP1-OTUL	7439-92-1	Lead and compounds		0.00%	1.80E-009	1.80E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00001577	0.00001577	0.00001577	0.00000004	0.00000004	0.00000004
296	SP1-OTUL	7439-96-5	Manganese and compounds		0.00%	0.00000015	0.00000015	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00134186	0.00134186	0.00134186	0.00000368	0.00000368	0.00000368
297	SP1-OTUL	7439-97-6	Mercury and compounds		0.00%	1.03E-011	1.03E-011	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000009	0.00000009	0.00000009	2.46E-010	2.46E-010	2.46E-010
298	SP1-OTUL	7440-02-0	Nickel and compounds		0.00%	3.60E-009	3.60E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00003154	0.00003154	0.00003154	0.00000009	0.00000009	0.00000009
299	SP1-OTUL	7782-49-2	Selenium and compounds		0.00%	1.26E-009	1.26E-009	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00001104	0.00001104	0.00001104	0.00000003	0.00000003	0.00000003
300	SP1-OTUL	7440-66-6	Zinc and compounds		0.00%	5.40E-010	5.40E-010	lb/hr	PM10 emissions * analytical analysis in weight percent	0.00000473	0.00000473	0.00000473	0.00000001	0.00000001	0.00000001

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