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Detailed Information
Permitting Authority: HAWAII DEPARTMENT OF HEALTH

County: MAUI AFS Plant ID: 15-009-00500

Facility: MAUI ELEC-MAALAEA

*Document Type: Engineering Report
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COVERED SOURCE PERMIT REVIEW - PERMIT 0067-02-C

Facility Title: Maalaea Generating Station
Located at: Maalaea, Island of Maui, Hawaii
UTM: 760700 meters East, 2302200 meters North

Applicant: Maui Electric Company (MECO)

Responsible Official: William Bonnet Point of Contact: Jerry Kane
President Environmental Scientist
(808) 871-2300 (808) 543-5688

Company's Mailing Address: Maui Electric Company, Ltd.
Maalaea Generating Station
P.O. Box 398
Kahului, Hawaii, 96732

Proposed Project:

The Maalaea Generating Station burns fossil fuels for the generation of electricity. The station houses fifteen (15) diesel engine generators, two (2) combustion turbine generators, one (1) Black Start diesel engine generator and five (5) fixed roof petroleum storage tanks.

Unit Nos. M1 - M13 can be expected to operate at peak load for extended periods of time and have no hourly limitations. Unit Nos. X1 and X2 are limited to operating 4380 hours per year, according to PSD Permit HI 86-02. Unit Nos. M14 and M16 have no hourly limitations and can be operated in single or combined mode at loads ranging from 25% up to 100%. The Black Start diesel engine generator does not have any hourly limitations. The fixed petroleum storage tanks are exempt from New Source Performance Standards (NSPS) applicability because the true vapor pressure of the liquid being stored is less than 3.5 kPa.

No. 2 diesel fuel is the only fuel previously permitted to be burned at this facility. Used oil may also be burned but is restricted to a maximum of 4% by volume of the fuel being burned.

This facility is a major covered source based on maximum potential criteria pollutant emissions (NO

, SO

₂

, CO, PM and VOC) exceeding 100 tons per year. Cumulative Hazardous Air Pollutant (HAP) emissions are more than 25 tons per year but no single HAP exceeds 10 tons per year.

Unit Nos. M1, M2, M3, M10, M11, M12, M13, M14, M16, X1 and X2 as well as BSG1 have gone through the Prevention of Significant Deterioration (PSD) review process. Unit Nos. M14 and M16 are subject to NSPS (40 CFR Part 60, Subpart GG).

MECO is subject to the requirements of the following permits:

PTO No. P-24-1533, PTO No. P-712-1538, PTO No. P-819-1146, PTO No. P-662-1437, PTO No. P-839-1105, PTO No. P-944-1410, PSD HI 78-03, PSD HI 86-02, PSD HI 87-01, PSD HI 90-02, PSD HI 90-05, ATC A-894-899 and ATC A-909-937.

This permit review is based on the application dated November 24, 1994 and its revisions dated 11/30/95, 05/21/96, 11/06/96, 11/12/96, and 06/12/97.

Equipment:

Unit Description
No.

M1 2.5 MW GENERAL MOTORS DIESEL ENGINE GENERATOR, MODEL NO. 20-645E4, 29.2 MMBtu/hr

M2 2.5 MW GENERAL MOTORS DIESEL ENGINE GENERATOR, MODEL NO. 20-645E4, 29.2 MMBtu/hr

M3 2.5 MW GENERAL MOTORS DIESEL ENGINE GENERATOR, MODEL NO. 20-645E4, 29.2 MMBtu/hr

1 M4 5.6 MW COOPER-BESSEMER DIESEL ENGINE GENERATOR, MODEL NO. LSV-20-T, 58.8 MMBtu/hr

M5 5.6 MW COOPER-BESSEMER DIESEL ENGINE GENERATOR, MODEL NO. LSV-20-T, 58.8 MMBtu/hr

M6 5.6 MW COOPER-BESSEMER DIESEL ENGINE GENERATOR, MODEL NO. LSV-20-T, 58.8 MMBtu/hr

M7 5.6 MW COOPER-BESSEMER DIESEL ENGINE GENERATOR, MODEL NO. LSV-20-T, 58.8 MMBtu/hr

M8 5.6 MW COLT INDUSTRIES DIESEL ENGINE GENERATOR, MODEL NO. C-PPC2V, 60.2 MMBtu/hr

M9 5.6 MW COLT INDUSTRIES DIESEL ENGINE GENERATOR, MODEL NO. C-PPC2V, 60.2 MMBtu/hr

M10 12.5 MITSUBISHI HEAVY INDUSTRY MW DIESEL ENGINE GENERATOR, MODEL NO. 18V52/55A, 122.7 MMBtu/hr

M11 12.5 MW MITSUBISHI HEAVY INDUSTRY DIESEL ENGINE GENERATOR, MODEL NO. 18V52/55A, 122.7 MMBtu/hr

M12 12.5 MW MITSUBISHI HEAVY INDUSTRY DIESEL ENGINE GENERATOR, MODEL NO. 18V52/55A, 122.7 MMBtu/hr

M13 12.5 MW MITSUBISHI HEAVY INDUSTRY DIESEL ENGINE GENERATOR, MODEL NO. 18V52/55A, 122.7 MMBtu/hr

X1 2.5 MW GENERAL MOTORS DIESEL ENGINE GENERATOR, MODEL NO. 20645E4, 28.5 MMBtu/hr

X2 2.5 MW GENERAL MOTORS DIESEL ENGINE GENERATOR, MODEL NO. 20645E4, 28.5 MMBtu/hr

M14 20 MW GENERAL ELECTRIC COMBUSTION TURBINE, MODEL NO. LM 2500, 275 MMBtu/hr

M16 20 MW GENERAL ELECTRIC COMBUSTION TURBINE, MODEL NO. LM 2500, 275 MMBtu/hr

BSG1 600 kW BLACK START DIESEL ENGINE GENERATOR

Air Pollution Controls:

Unit Nos. M1 - M11 have no post-combustion air pollution control equipment. Nitrogen oxides (NO

) is controlled on Unit Nos. M12, M13, X1 and X2 by the use of Fuel Injection Timing Retard (FITR). Unit Nos. M14 and M16 use water injection to control NO

. M14 and M16 shall use fuel with a nitrogen content less than 0.015 %. Sulfur dioxide (SO

₂

) emissions are controlled by burning fuel with a sulfur content not to exceed 0.4%. Particulate matter (PM), carbon monoxide (CO), and volatile organic compounds (VOC) emissions are controlled by good combustion design and practice and HAP emissions are controlled by fuel selection.

Applicable Requirements:

Hawaii Administrative Rules (HAR)

Chapter 11-59, Ambient Air Quality Standards
Chapter 11-60.1 Air Pollution Control
Subchapter 1, General Requirements
Subchapter 2, General Prohibitions
11-60.1-31 Applicability
Subchapter 5, Covered Sources
Subchapter 6, Fees for Covered Sources, Noncovered Sources, and Agricultural Burning
11-60.1-111 Definitions
11-60.1-112 General Fee Provisions for Covered Sources
11-60.1-113 Application Fees for Covered Sources
11-60.1-114 Annual Fees for Covered Sources
11-60.1-115 Basis of Annual Fees for Covered Sources During Calendar Years 1994, 1995, & 1996
11-60.1-116 Application Fee Credit for Covered Sources
Subchapter 7, Prevention of Significant Deterioration Review
Subchapter 8, Standards of Performance for Stationary Sources
11-60.1-161 New Source Performance Standards

Code of Federal Regulations (CFR)

40 CFR Part 60 - New Source Performance Standard (NSPS)
Subpart A - General Provisions
Subpart GG - NSPS for Stationary Gas Turbines - NSPS Subpart GG applies to Unit Nos. M14 and M16. Standards for SO₂, NO_X and recordkeeping requirements are contained in this regulation. Based on a maximum heat rate of 275 MMBtu/hr, a manufacturer’s rating of 20 MW and a fuel bound nitrogen limit of 0.015% by weight, the NO_X limit is 75 ppmvd at 15% O₂, according to Subpart GG. Based on existing permit conditions, NO_X emissions are limited to 42 ppmvd at 15% O₂. MECO shall demonstrate compliance through continuous emission monitoring system (CEMS) monitoring. The Subpart GG limit for fuel bound sulfur content is 0.8 % by weight, but the existing permit conditions limit the fuel bound sulfur content to 0.4 % by weight sulfur. The SO₂ concentration of the stack gases is limited to 150 ppmvd at 15% O₂ by Subpart GG and 79 ppmvd at 15% O₂ by existing permit conditions. Compliance is maintained through CEMS monitoring and fuel analysis.

Prevention of Significant Deterioration (PSD) applies to Unit Nos. M1, M2, M3, M10, M11, M12, M13, M14, M15, X1, X2 and BSG1.

NEDS reporting is applicable since the facility is subject to NSPS.

CDS inspection is applicable since the facility is subject to NSPS.

Non-Applicable Requirements:

NSR is not applicable since the facility is located in an attainment area and PSD applicability has been reviewed.

NESHAP is not applicable since a NESHAP for the specific source category of fuel combustion in stationary turbines has not yet been promulgated. Furthermore, MACT standards have not been established for the referenced source category.

BACT Requirements:

A best available control technology (BACT) analysis was not required since there is no proposed new construction or major modification at the facility.

Insignificant Activities/Exemptions:

Insignificant activities based on size, emission level, or production rate, are as follows (from the CSP application):

Basis for Exemption Description:

HAR §11-60.1-82(f)(1) The Maalaea Generating Station contains VOC storage tanks with a capacity less than 40,000 gallons that are not subject to Section 111 or 112 of the CAAA. Specifically, there is one 550 gallon fixed roof diesel storage tank for each combustion unit.

HAR §11-60.1-82(f)(2) There occasionally may be fuel burning equipment on-site meeting the requirements of this rule.

HAR §11-60.1-82(f)(7) The Maalaea Generating Station has fugitive equipment leaks from valves, flanges, pump seals and VOC water separators. Paints and solvents are used for maintenance.
The Department has determined that the above activities are either exempt from permitting or are considered insignificant activities.

Project Emissions:

Modified AP-42 emission factors were used for the grandfathered source emission rates. In a letter dated November 6, 1996, MECO stated that the Department of Health would accept the grandfathered emission rates if the calculated emissions did not contribute to a modeled exceedance of the SAAQS. Emission calculations are based on the maximum hours of operation, amount of air pollution control and the heat content of the fuel. The annual operating hours were assumed to be 8,760 hours per year except for X1 and X2, which are limited to 4,380 hours per year per unit by PSD Permit HI 86-02. The heat content of fuel oil No. 2 was assumed to be 19,372 Btu/lb. The following Table Nos. 1 to 5 summarize the maximum potential emissions from the facility.

TABLE 1
NITROGEN OXIDES (NO_X) EMISSIONS

Unit No.	AP-42 EF (lb/MMBtu)	Assumed EF (lb/MMBtu)	Heat Input (MMBtu/hr)	Emission Rate (lb/hr)	Emission Rate (ton/yr)
M1	3.1	3.36	29.2	98	429
M2	3.1	3.36	29.2	98	429
M3	3.1	3.36	29.2	98	429
M4	3.1	5.00	58.8	294	1,288
M5	3.1	5.00	58.8	294	1,288
M6	3.1	5.00	58.8	294	1,288
M7	3.1	5.00	58.8	294	1,288
M8	3.1	3.73	60.2	225	986
M9	3.1	3.73	60.2	225	986
M10	NA	4.72	122.7	579	2,536
M11	NA	4.72	122.7	579	2,536
M12	NA	2.09	122.7	256	1,121
M13	NA	2.09	122.7	256	1,121
X1	NA	2.40	28.5	68	298
X2	NA	2.40	28.5	68	298
M14	NA	0.15	275	42	184
M16	NA	0.15	275	42	184

TABLE 2
SULFUR DIOXIDE (SO₂) EMISSIONS

Unit No.	AP-42 EF (lb/MMBtu)	Assumed EF (lb/MMBtu)	Heat Input (MMBtu/hr)	Emission Rate (lb/hr)	Emission Rate (ton/yr)
M1	NA	0.41	29.2	12	53
M2	NA	0.41	29.2	12	53
M3	NA	0.41	29.0	12	53
M4	NA	0.41	58.8	24	105
M5	NA	0.41	58.8	24	105
M6	NA	0.41	58.8	24	105
M7	NA	0.41	58.8	24	105
M8	NA	0.41	60.2	25	110
M9	NA	0.41	60.2	25	110
M10	NA	0.41	122.7	51	223
M11	NA	0.41	122.7	51	223
M12	NA	0.44	122.7	54	237
M13	NA	0.44	122.7	54	237
X1	NA	0.41	28.5	12	53
X2	NA	0.41	28.5	12	53
M14	NA	0.40	275	110	482
M16	NA	0.40	275	110	482

TABLE 3
CARBON MONOXIDE (CO) EMISSIONS

Unit
No.AP-42 EF
(lb/MMBtu)Assumed EF
(lb/MMBtu)Heat Input
(MMBtu/hr)Emission Rate
(lb/hr)Emission Rate
(ton/yr)

M10.811.2129.235153

M20.811.2129.235153

M30.811.2129.035153

M40.811.3458.879346

M50.811.3458.879346

M60.811.3458.879346

M70.811.3458.879346

M80.811.3160.279346

M90.811.3160.279346

M10NA0.41122.750219

M11NA0.41122.750219

M12NA0.58122.771311

M13NA0.58122.771311

X10.811.2428.535153

X20.811.2428.535153

M14NA1.732754762,084

M16NA1.732754762,084

TABLE 4
PARTICULATE MATTER (PM) EMISSIONS

Unit
No.AP-42 EF
(lb/MMBtu)Assumed EF
(lb/MMBtu)Heat Input
(MMBtu/hr)Emission Rate
(lb/hr)Emission Rate
(ton/yr)

M1.07630.1029.22.913

M2.07630.1029.22.913

M3.07630.1029.02.913

M4.07630.1158.86.528

M5.07630.1158.86.528

M6.07630.1158.86.528

M7.07630.1158.86.528

M8.07630.1960.211.450

M9.07630.1960.211.450

M10NA0.05122.76.629

M11NA0.05122.76.628.9

M12NA0.32122.739.1171

M13NA0.32122.739.1171

X1.07630.1328.53.716

X2.07630.1328.53.716

M14NA0.0727519.786

M16NA0.0727519.786

TABLE 5
VOLATILE ORGANIC COMPOUNDS (VOC) EMISSIONS

Unit
No.AP-42 EF
(lb/MMBtu)Assumed EF
(lb/MMBtu)Heat Input
(MMBtu/hr)Emission Rate
(lb/hr)Emission Rate
(ton/yr)

M10.10.23829.2731

M20.10.23829.2731

M30.10.23829.0731

M40.10.23858.81461

M50.10.23858.81461

M60.10.23858.81461

M70.10.23858.81461

M80.10.23860.21461

M90.10.23860.21461

M100.10.238122.729127

M110.10.238122.729127

M12NA 0.258122.732140

M13NA0.253122.732140

X10.10.23828.5731

X20.10.23828.5731

M14NA1.0822752981,305

M16NA1.0822752981,305

HAP emissions were calculated based on AP-42 emission factors and EPRI PISCES Air Toxic Database. The same operating conditions used for criteria pollutants were also assumed for calculating HAP emissions. HAP emissions are summarized in Appendix A. The cumulative total of HAP emissions is greater than 25 tons per year, the potential to emit threshold for major covered sources.

Air Quality Assessment:

The air quality impacts of the Maalaea Generating Station were predicted using the BEEST-X and IGM/RTDM air quality dispersion models. These models were chosen based on EPA’s modeling guidelines and the topography of the surrounding area. Maximum concentrations predicted by this model were used to determine the impact on ambient air. All modeling was performed in accordance with the EPA modeling guidelines outlined in 40 CFR Part 51 Appendix W, as well as Hawaii DOH guidelines. Meteorological data from Maalaea Meteorological Station No. 236 and Lihue were used in the modeling. BPIP and GEP stack height were used to determine building downwash. A refined grid spacing of 5 meters was used after a 100 meter grid spacing was first applied to the surrounding area and resulted in a concentration greater than 75 % of the standard. In the CSP Application, Table 2.1-1 reported the following concentrations (Table 6).

TABLE 6
SUMMARY OF THE SAAQS ANALYSIS RESULTS.

Pollutant	Averaging period	Maalaea Sources mg/m³	SAAQS mg/m³	% of Standard	Peak Location (UTM)
					East (m)North (m)
SO₂^a,b	3-hr 24-hr annual	378 138 35	1,300 365 80	29 38 43	759,400 760,450 760,6002,304,800 2,302,230 2,301,000
PM₁₀^a,d	24-hr annual	49 13	150 50	33 25	760,435 760,6002,302,225 2,301,000
NO₂^a,c	annual	62	70	89	760,6002,301,200
CO^a	1-hr 8-hr	3,000 680	10,000 5,000	30 14	758,450 759,7502,302,950 2,304,600

1. The impact of the combined cycle units (Unit Nos. M14 and M16) is at peak load for SO₂ and 25% of base load for PM₁₀, NO₂ and CO.
2. Short-term averaging period concentrations for SO₂ are the highest second-highest values.
3. The NO₂ Annual value represents level 2 ozone limiting. The value was obtained using the average onsite background ozone value of 36.6 mg/m³ to replace missing data in the ozone file.
4. Unit Nos. M10 and M11 were modeled for PM₁₀ at a higher, more conservative value (2.94 g/s) than represented in Table 1.4.5-1 of the CSP application(0233-01).

Existing Permit Conditions:

The exhaust stacks of Unit Nos. M1-3 shall be a minimum of 40 feet measured from the ground to the stack tip (per PTO No. P-24-1533). Similarly, the exhaust stacks of Unit Nos. M4-7 shall be a minimum of 48 feet (per PTO No. P-24-1533) and those of X1 and X2 shall be no less than 60 feet (per PTO No. P-662-1437, PSD No. HI-87-01 and PSD No. HI-86-02). MECO shall consume no more than 1592 gallons of diesel fuel No. 2 per hour on a daily maximum average in Unit Nos. M10 and 11(Per PSD No. HI 78-03). Unit Nos. M10 and 11 shall have the following emission limitations (per PSD No. HI 78-03):

Pollutant Limitations
NO₂ 1.5 lb/MMBtu
PM 0.054 lb/MMBtu
CO 0.41 lb/MMBtu

Unit Nos. X1 and X2 shall have the following NO

(as NO

₂

) limitations (per PSD No. HI 86-02):

600 ppmv (dry, @15 % O₂)
68.4 lb/hr (3 hr average)

Unit Nos. X1 and X2 shall not be operated more than 4380 hours per unit in any rolling 12 month period (per PSD No. HI 86-02). 5 degrees of FITR shall be used for Unit Nos. M12 and 13 (per PSD No. HI 87-01). The operation of the combustor water injection system shall be used whenever Unit Nos. M14 and 16 are operating at 25% load and above, and, shall be maintained at a minimum water-to-fuel mass ratio as follows (per PSD Nos. HI 90-02 and HI 90-05):

Combustor Turbine, % Peakload lb-water/lb-fuel
100 1.04
75 - < 100 0.94
50 - < 75 0.87
25 - < 50 0.72

Emission limits for Unit Nos. M12 and 13 are as follows (per PSD No. HI 87-01):
Pollutant lbs/hr ppmv @15% O₂
SO₂ 58.0 110
NO_X as NO₂ 256.1 595
CO 70.6 234
VOC 31.6 211
PM 39.1 0.17

The emission limits for Unit Nos. M14 and 16 are as follows:

TABLE 7
COMBUSTION TURBINE GENERATORS, UNIT NOS. M14 AND M16,
SIMPLE CYCLE MODE (per PSD Nos. HI 90-02 and HI 90-05)

	Maximum Emission Limit (3-hour Average) ^a
Compound	(lbs/hr)(ppmvd @ 15 percent O₂)

Nitrogen Oxides ^b	42.3	42
Sulfur Dioxide	110	79
PM₁₀	19.7	0.045 ^c
Carbon Monoxide 100% Load 75% - <100% Load 50% - <75% Load 25% - <50% Load	26.8 56.4 181.0 475.6	44 123 566 2,386
Volatile Organic Compounds^d 100% Load 75% - <100% Load 50% - <75% Load 25% - <50% Load	0.8 2.6 28.1 297.6	2.5 11.8 178 3,025

^a Emission limit per combustion turbine generator.
^b Measured as nitrogen dioxide (NO₂).
^c gr/dscf @ 12 percent carbon dioxide (CO₂).
^d Measured as methane (CH₄).

TABLE 8
COMBUSTION TURBINE GENERATORS, UNIT NOS. M14 AND M16,
COMBINED CYCLE MODE (per PSD Nos. HI 90-02 and HI 90-05)

	Maximum Emission Limit (3-hour Average) ^a
Compound	(lbs/hr)(ppmvd @ 15 percent O₂)
Nitrogen Oxides ^b	42.342
Sulfur Dioxide	11079
PM₁₀	19.70.045
Carbon Monoxide 100% Load 75% - <100% Load 50% - <75% Load 25% - <50% Load	26.9 50.2 170.4 457.4 44 105 523 2219
Volatile Organic Compounds^d 100% Load 75% - <100% Load 50% - <75% Load 25% - <50% Load	0.8 2.0 25.0 271 2.5 8.6 156 2662

^a Emission limit per combustion turbine generator.
^b Measured as nitrogen dioxide (NO₂).
^c gr/dscf @ 12 percent carbon dioxide (CO₂).
^d Measured as methane (CH₄).

The fuel to be fired in Unit No. M14, M16 and the Black Start Diesel Engine Generator is limited to a maximum sulfur content of 0.4% by weight (per PSD Nos. HI 90-02 and HI 90-05).

New Permit Conditions:

There are five alternate operating scenarios that were proposed by the permittee in the CSP application.

1. The first alternate operating scenario (AOS) is the ability to switch fuels, including used oil. The permittee is required to submit fuel information for Department of Health approval.

MECO shall not burn more than 150,000 gallons of used oil per year. In addition, they may not burn the used oil at a rate greater than 338 gallons per hour. MECO shall burn a maximum of 5% by volume used oil of the fuel burned in the diesel engine generators. The used oil shall not include transformer oil.

The used oil shall be obtained only from the collected used oil, such as waste oil, lubricating oil and waste diesel oil, crank-case oil and kerosene obtained from equipment operating at the Maui Electric Company, Inc. (MECO) power plants.

The following constituents/properties of the used oil shall not exceed the specified limits listed below:

Constituent/Property Allowable Limit
Arsenic 5 ppm maximum
Cadmium 2 ppm maximum
Chromium 10 ppm maximum
Lead 100 ppm maximum
Total Halogens 1,000 ppm maximum
Flash Point 100^oF minimum
Polychlorinated Biphenyls (PCB) 2 ppm maximum
Sulfur 0.4% by weight maximum

2. A second AOS occurs during unpredicted periods of equipment failure, upsets, or emergency conditions. During any emergency condition, the permittee will operate the subject equipment in such a manner as to minimize emissions. The permittee will comply with the Emergency Provisions (§11-60.1-97).

3. A third AOS occurs during the use of fuel additives. The additives will be used to reduce corrosion, control biological growth, and enhance combustion, etc. Additives used during this scenario will not affect emission estimates.

4. A fourth AOS involves the replacement of an existing unit in the event of a major overhaul or failure. This replacement will not result in a net increase of emissions.

6. The fifth AOS involves the SCR demonstration project. Should this technology prove viable, MECO proposes retrofitting M14 and M16 without reopening the permit.

Conclusion and
Recommendation:

The applicant has demonstrated compliance and conservatism. Conservatism has been used in the following ways:

a. All pollutant emissions were predicted to be below the SAAQS.

b. The modeling performed was consistent with the DOH guidelines.

c. Hourly emissions calculated based on maximum hourly capacity.

The issuance of a permit including significant permit conditions is recommended based on the information submitted by the applicant in the original CSP application and the follow-up documents.

APPENDIX A

Tons per Year (TPY)

HAPM1M2M3M4M5M6M7M8

Acetaldehyde0.0030.0030.0030.0060.0060.0060.0060.007

Acrolein0.0010.0010.0010.0020.0020.0020.0020.002

Benzene0.0990.0990.0990.20.20.20.20.205

Formaldehyde0.060.060.060.1210.1210.1210.1210.124

Napthalene0.0170.0170.0170.0330.0330.0330.0330.034

Phosphorus0.0380.0380.0380.0770.0770.0770.0770.079

Toluene0.0360.0360.0360.0720.0720.0720.0720.074

Xylene0.0250.0250.0250.050.050.050.050.051

Antimony Compounds0.0030.0030.0030.0060.0060.0060.0060.006

Arsenic Compounds0.0010.0010.0010.0010.0010.0010.0010.001

Cadmium Compounds0.0010.0010.0010.0010.0010.0010.0010.001

Chromium Compounds0.0060.0060.0060.0120.0120.0120.0120.012

Cobalt Compounds0.0010.0010.0010.0020.0020.0020.0020.002

Lead Compounds0.0070.0070.0070.0140.0140.0140.0140.014

Manganese Compounds0.0430.0430.0430.0880.0880.0880.0880.089

Nickel Compounds0.1530.1530.1530.3090.3090.3090.3090.316

Polycyclic Organic Matter0.0270.0270.0270.0550.0550.0550.0550.056

Selenium Compounds0.0010.0010.0010.0010.0010.0010.0010.001

Total0.5220.5220.5221.051.051.051.051.074

	Tons per Year (TPY)
HAP	M9M10M11M12M13M14M16X1X2Total
Acetaldehyde	0.0070.0140.0140.0140.0140.030.030.0020.0020.167
Acrolein	0.0020.0040.0040.0040.0040.0090.009000.049
Benzene	0.2050.4170.4170.4170.4170.9350.9350.0480.0485.141
Formaldehyde	0.1240.2530.2530.2530.2530.5670.5670.0290.0293.116
Napthalene	0.0340.070.070.070.070.1570.1570.0080.0080.861
Phosphorus	0.0790.1610.1610.1610.1610.3610.3610.0190.0191.984
Toluene	0.0740.1510.1510.1510.1510.3380.3380.0180.0181.86
Xylene	0.0510.1040.1040.1040.1040.2320.2320.0120.0121.281
Antimony Compounds	0.0060.0120.0120.0120.0120.0260.0260.0010.0010.147
Arsenic Compounds	0.0010.0030.0030.0030.0030.0060.006000.033
Cadmium Compounds	0.0010.0020.0020.0020.0020.0050.005000.027
Chromium Compounds	0.0120.0250.0250.0250.0250.0570.0570.0030.0030.31
Cobalt Compounds	0.0020.0050.0050.0050.0050.110.110.0010.0010.257
Lead Compounds	0.0140.0290.0290.030.030.0660.066000.355
Manganese Compounds	0.0890.1830.1830.1830.1830.410.410.0210.0212.253
Nickel Compounds	0.3160.6450.6450.6450.6451.441.440.0750.0757.937
Polycyclic Organic Matter	0.0560.1140.1140.1140.1140.2550.2550.0130.0131.405
Selenium Compounds	0.0010.0030.0030.0030.0030.0060.006000.033
Total	1.0742.1952.1952.1962.1965.015.010.250.25

	27.216