Attach__No__1B_-_CCSFS_AEI.pdf

From: GREENWADE, VINCENT P CTR USSF SPOC 45 CES/PatrickF2F To: PHILLIPS, ANDREW W GS-12 USSF SPOC 45 CES/CEIE Cc: DAVIS, RICHARD B CTR USSF SPOC 45 CES/PatrickF2F; SANABANI, PIUS K CTR USSF SPOC 45 CES/PatrickF2F Subject: 2019 AEI Rev01-20210115 Date: Friday, January 15, 2021 1:25:47 PM Attachments: 2019 CCAFS AEI_Rev01-20210115.pdf

Andy, Attached is the edited 2019 AEI. This version replaces the Rev 01 submitted on 29 Dec 2020.

V/r, Vincent Greenwade Deputy Project Manager CTI and Associates, Patrick F2F

(O) 321..853.3252

(M) 321.501.9376 vincent.greenwade.ctr@us.af.mil vgreenwade@cticompanies.com mailto:vincent.greenwade.ctr@spaceforce.mil mailto:andrew.phillips.25@spaceforce.mil mailto:richard.davis.60.ctr@spaceforce.mil mailto:pius.sanabani.ctr@spaceforce.mil mailto:vincent.greenwade.ctr@us.af.mil mailto:vgreenwade@cticompanies.com

2019 Air Emission Inventory Summary Report Cape Canaveral AFS, Florida

Prepared for:

United States Space Force

45 CES/CEI

1224 Jupiter Street MS 9125 Patrick AF Base FL 32925-3343

Prepared by:

CTI-TPMC Environmental Services LLC 14640 Hangar Road Suite 2306 Patrick AF Base FL 32925-2306

Contract No. W912HN18D1002 Task Order No. W9127819F0073

December 2020

Revision:01

This Page Intentionally Left Blank i

Table of Contents

Executive Summary ....................................................................................................................... iii

1.0 Installation Background

2.0 Regulatory Compliance

3.0 Summary of Source Categories

3.1 Abrasive Cleaning (ABCL)

3.2 Miscellaneous Chemical Usage (CHEM)

3.3 Comfort Cooling Towers (COOL)

3.4 Degreasing/Solvent Cleaning (DEGR)

3.5 External Combustion (ECOM)

3.6 Fuel Dispensing (FDSP)

3.7 Fire Training (FIRE)

3.8 Internal Combustion (ICOM)

3.9 Pesticide (PEST)

3.10 Surface Coating (SURF)

3.11 Woodworking (WOOD)

4.0 Applicable Pollutant Categories

4.1 CO

4.2 NOx

4.3 PM10

4.4 PM2.5

4.5 SOx

4.6 VOC

4.7 HAPs

Attachment A: Summary Hazardous Air Pollutants (APIMS REPORT) ................................... A-1

Attachment B: Summary Criteria Pollutant Emissions by Source Category (APIMs Report).. B-1

Attachment C: Calculation Data Reference (APIMS Report) .................................................... C-1

Attachment D: Material Reference (APIMS Report) ................................................................. D-1

Attachment E: Pollutant Summary (APIMS Report) ................................................................... E-1 ii iii

Executive Summary Upon review of the data from the 2019 Air Emission Inventory (AEI) produced by the Air Program Information Management System (APIMS) Cape Canaveral Air Force Station (CCAFS) is not a major source of air pollution and is operating within the parameters of Air General Permit 0090005-019-AG. All air emission sources located on CCAFS not covered under the Air General Permit are exempt from permitting as defined under 62-210.300 FAC.

The total criteria pollutants (CP) for CCAFS were 51.886295 tons. This number is comprised of the following: total CO = 0.953569 tons, total NOx = 31.942751 tons, total SOx = 0.075181 tons, total PM10 = 1.707424 tons, total PM2.5, = 1.553317 tons and total VOC = 5.654053 tons. A detailed breakdown of the criteria pollutants reported can be found in the Summary Criteria Pollutant Emissions by Source Category section of this report. This section contains the one-page report from APIMS which details the criteria emissions by source category and their totals.

Total Hazardous Air Pollutants (HAPs) reported by APIMS were 0.858939 tons. This number is comprised of the following: Inorganic HAPs = 0.000466 ton and Organic HAPs = 0.858473. A detailed breakdown of the criteria pollutants reported can be found in the Summary Hazardous Air Pollutants section of this report. This section contains the two-page report from APIMS which details the HAPs emissions by pollutant name and totals the Organic and Inorganic HAPs in pounds and tons emitted.

iv

1.0 Installation Background

CCAFS occupies 15,804 acres on the East Coast of Brevard County, Florida, about 155 miles south of Jacksonville. It has 81 miles of paved roads connecting the various launch support facilities with the centralized Industrial Area. A total of 38 space launch complexes (SLC) have been constructed on the installation. Presently, 3 complexes (SLC-37, SLC-40, and SLC-41) are active. A new pad is being constructed on the previously demolished SLC 36 and Complex 11.

This will the site of the new Blue Origin New Glenn space launch system. The remaining 33 complexes have been dismantled. SLC 40 was reconstructed to accommodate the SpaceX Falcon Rocket Launch program. SLC-41 and 37 were reconstructed to support the Evolved Expendable Launch Vehicle (EELV) program. United Launch Alliance (ULA) operates both launch complexes and is developing the Vulcan commercial launch program.

CCAFS is one of the 45th Space Wing (45 SW) mainland assets, whose primary mission, as part of the Eastern Range (ER), is to provide launch and tracking facilities, safety procedures, and test data to a variety of users. Major users include the U.S. Air Force, U.S. Navy, National Aeronautics and Space Administration, and private industries. The primary mission of the 45 SW is to develop, maintain, operate, and manage the Eastern Range.

2.0 Regulatory Compliance

Stationary Reciprocating Internal Combustion Engines (RICE) at CCAFS are operating in compliance with its Air General Permit, obtained in 2017. Table 2.0-1 lists the RICE covered under the permit.

Table 2.0-1 Permitted CCAFS RICE

Manufacturer Serial # Model # Emergency Engine

Limited Use

Displacement (Ltrs/Cylinder)

Rated Capacity (Horsepower)

CATERPILLAR 25Z04437 3412 No Yes 51 1967 CATERPILLAR 25Z07117 3412 No Yes 51 1967 CATERPILLAR 25Z05900 3412 No Yes 51 1967 CATERPILLAR 25Z05909 3412 No Yes 51 3412 CATERPILLAR 25Z04420 3412 No Yes 51 1967 CUMMINS 37150523 KTTA-19G2 Yes Yes 19 671 PERKINS YD50863-U785561 2076/1800 Yes Yes 6 201 PERKINS AH5104-2U63299L 3366 Yes Yes 4 80 CATERPILLAR 5YF01826 4194A02221 Yes Yes 7 299 FAIRBANKS UNKNOWN UNKNOWN Yes Yes 17 1280 FAIRBANKS 970302 38T81/8 Yes Yes 17 1280 FAIRBANKS 970303 38T81/8 Yes Yes 17 1280 FAIRBANKS 970306 38T81/8 Yes Yes 17 1280 FAIRBANKS 970309 38T81/8 Yes Yes 17 1280 FAIRBANKS 970311 38T81/8 Yes Yes 17 1280 CATERPILLAR EPS01252 3306D1 Yes Yes 10 335 FAIRBANKS 968645 38F51/4 Yes Yes 17 825 FAIRBANKS 968634 38F51/4 Yes Yes 17 825 FAIRBANKS 968642 38F5 1/4 Yes Yes 17 825 CATERPILLAR 97396-16 KTA-38-G3 Yes Yes 38 201 CUMMINS 30122780 NT855-632 Yes Yes 14 201 CATERPILLAR 12VF-3FZ05561 3412 Yes Yes 51 731 JOHN DEERE RG6076A139335 6076AF011 Yes Yes 7 241 PERKINS G50797-U502441H 1795-1500 Yes Yes 4 54

DETROIT

DIESEL

12VF110987 81237405 Yes Yes 18 671

CUMMINS 44799635 4BT3.9-G2 Yes Yes 3 80

Manufacturer Serial # Model # Emergency Engine

Limited Use

Displacement (Ltrs/Cylinder)

Rated Capacity (Horsepower)

JOHN DEERE RG6076A190969 607AF010 Yes Yes 7 204 CATERPILLAR 03Z04144 3208 Yes Yes 10 196 JOHN DEERE 10020ZJ71 6068TF250 Yes Yes 6 134 CUMMINS 44124011 4BT3.9 Yes Yes 3 82 ONAN 1900349786 250DFBE391 Yes Yes 9 304 JOHN DEERE RG6076A196493 6076AF011 Yes Yes 7 241 CATERPILLAR 95024-01 3512 Yes Yes 51 1341 CATERPILLAR 45120887 6BT5.9-G2 Yes Yes 5 587 CATERPILLAR EBG00151 3512-C Yes Yes 51 2205

UNKNOWN DDFP-L8FA8 Yes Yes 11 500

UNKNOWN DDFP-08FA1 Yes Yes 11 500

JOHN DEERE 4GM00211 3508B Yes Yes 34 1474 CATERPILLAR 1GZ01433 3512 Yes Yes 51 2172 CATERPILLAR 2WB12132 3406 Yes Yes 14 475

GENERAL

MOTORS

UNKNOWN UNKNOWN Yes Yes 4 134

CATERPILLAR WYB00142 C175-16 Yes Yes 84 4374 CATERPILLAR WYB00143 C175-16 Yes Yes 84 4374 CATERPILLAR E5M01385 D80-6 Yes Yes 4 107 CUMMINS 97396-16 KTA-38-G3 Yes Yes 38 939 DEUTZ/JOHN RG6076A196493 6076AF011 Yes Yes 5 108

In addition to meeting the requirements for obtaining and maintaining an Air General Permit under section 62-210.310 FAC, the permit limits the throughput for fuel to 150,000 gallons per year for stationary RICE. Section 62-210.310(4)(b)2a FAC states, “Total fuel consumption by all stationary reciprocating internal combustion engines at the facility shall not exceed…250,000 gallons per year of diesel fuel…”. The permit issued in 2017 was more stringent than the rule.

Based on information from the fuels contractor (LB&B) 18,605 gallons of diesel were delivered to RICE defined in table 2.0-1 during this reporting period.

The rule which governs the Air General Permit contains the limits for HAPs and regulated emissions from a facility. Data from the 2019 APIMS AEI report confirmed CCAFS operated below the limits set forth in this rule. Section 62-210.310 (2)(a)2 FAC states; “The facility as a whole, including any emissions units or pollutant-emitting activities that are exempt from air permitting and any units or activities that are authorized under another air general permit, shall not emit nor have the potential to emit ten (10) tons per year or more of any hazardous air pollutant, twenty-five (25) tons per year or more of any combination of hazardous air pollutants, or one hundred (100) tons per year or more of any other regulated air pollutant.”

Table 2.0-2 compares emissions for CCAFS in 2019 with the thresholds established in the rule.

Table 2.0-2 Emission Comparison

Regulated Air Pollutant 2019 Emissions (tons) Permit Threshold HAPs 0.858939 10 ton/year

CO 10.953569

NOx 31.942751 SOx 0.075181

PM10 1.707424

PM2.5 1.553317

VOC 5.654053

Total 51.886295 100 ton/year

Generic Emissions Unit Exemption provisions of 62-210.300(b)1 FAC. “1. Generic Emissions Unit or Activity Exemption. Except as otherwise provided at subsection 62-210.300(3) FAC, above, an emissions unit or pollutant-emitting activity that is not entitled to a categorical or conditional exemption pursuant to paragraph 62-210.300(3)(a) FAC, shall be exempt from any requirement to obtain an air construction permit or non-Title V air operation permit, or to use an air general permit pursuant to Rule 62-210.310 FAC, if it meets all of the following criteria.

a. It would not be subject to any unit-specific limitation or requirement.

b. Its emissions, in combination with the emissions of other units and activities at the facility, would not cause the facility to emit or have the potential to emit any pollutant in such amount as to create a Title V source.

c. It would neither emit nor have the potential to emit 500 pounds per year or more of lead and lead compounds expressed as lead, 1,000 pounds per year or more of any hazardous air pollutant, 2,500 pounds per year or more of total hazardous air pollutants, or 5.0 tons per year or more of any other regulated air pollutant as defined at Rule 62-210.200 FAC.

d. In the case of a proposed new emissions unit at an existing facility, the emissions of such unit, in combination with the emissions of any other proposed new or modified units and activities at the facility, would not result in a modification subject to the preconstruction review requirements of subparagraph 62-204.800(11)(d)2, rule 62-212.400 or 62-212.500 FAC.

e. In the case of a proposed new pollutant-emitting activity, such activity would not constitute a modification of any existing non-exempt emissions unit at a non-Title V source or any existing non-insignificant emissions unit at a Title V source.”

Per the data from the 2019 AEI;

• Total HAPs from non-RICE sources on CCAFS was 1,692.8 pounds, which is below the 2,500 pound limit.

• Total emissions from non-RICE sources on CCAFS was as follows.

o CO=3.931016 tons o NOx= 4.693405 tons o SOx= 0.0312 tons o PM10 = 0.763364 tons o PM2.5 = 0.609257 tons o VOC = 4.757053 tons.

These numbers represent totals for the installation. The exemption referenced above is per emission unit, therefore no one emission unit exceeds the thresholds described 62-210.300(b)1

FAC.

It has been determined the 45 SW is operating within the parameters of Air General Permit for operating Reciprocating Internal Combustion Engines on CCAFS and no other permitting is required. Also, it has been determined all other air emission sources located on CCAFS, not covered under the Air General Permit, are exempt from permitting as defined under 62-210.300

FAC.

3.0 Summary of Source Categories

Air emission source categorized in APIMS used to generate the AEI are listed in Table 3.0-1.

Table 3.0-1 Air Emission Source Categories Source Categories

Abrasive Cleaning (ABCL) Above Ground Storage Tanks (AST)

Miscellaneous Chemical Use (CHEM) Comfort Cooling Towers (COOL)

Degreasing/Solvent Cleaning (DEGR) External Combustion (ECOM)

Fuel Dispensing (FDSP) Fire Training (FIRE)

Fuel Loading Racks (FLD) Internal Combustion (ICOM)

Herbicide/Pesticide Application (PEST) Surface Coating (SURF) Woodworking (WOOD)

Operations on CCAFS emit, or have the potential to emit, air pollutants make up the source category classifications in table 6.0-1. There are also several source categories which were either inactive, had operations which were on FDEP list of trivial activities or on the EPA list of insignificant emission units or activities not included in this report. These source categories include:

• Site remediation,

• Safety equipment operation,

• Unpaved roads,

• Mechanical shredding and destruction of documents,

• Metal working excluding brazing, soldering, and welding,

• Fuel storage tanks with capacity less than 100 gallons,

• Circuit board repair, and

• Blueprint and copying operation.

The source categories are described in detail below. A summary of operation, material throughput, and emissions for each source category are presented in the sections below.

3.1 Abrasive Cleaning (ABCL)

During this reporting period, 4400 pounds of blast media was used during abrasive cleaning activities. CCAFS has two primary locations where abrasive cleaning operations are conducted.

The purpose of these locations is to prepare metal surfaces before painting. These locations are the Corrosion Control Facility, building 44645 and Launch Complex 46. The Corrosion Control Facility is a fully enclosed blast booth equipped with a greater than 99.5 percent efficient baghouse. This mechanism captures dust and particles created during the blasting operations.

Launch Complex 46 is a designated outdoor, covered, blast yard located near the erector crane located on the southeast area of the complex. The primary blast media used at both locations is Star Blast.

3.2 Miscellaneous Chemical Usage (CHEM)

Operations in the area of miscellaneous chemical usage covers activities involving general solvent usage at the various facilities. These activities include wipe cleaning using solvents, adhesives, sealers, cleaners and spray lubricants (solvent containing materials). The chemicals involved are tracked by using the chemical inventory for Cape-wide Emergency Planning and Community Right to Know Act (EPCRA) reporting and EESOH-MIS.

Miscellaneous chemicals include a wide variety of items. The chemicals which fall into this category are typically items commercially purchased in small quantities such as household cleaners, adhesives or sealants, and include lab chemicals and solvents used for degreasing. In order to calculate miscellaneous chemical usage in APIMS, a direct link to the EESOH-MIS database is employed. This allows APIMS to pull chemical usage data without the need for human input, which could introduce errors to the calculations being conducted for the AEI report.

3.3 Comfort Cooling Towers (COOL)

CCAFS operates a number of cooling towers for facility temperature and humidity controls.

Emissions from cooling towers are mainly particulate matter (PM10 and PM2.5).

3.4 Degreasing/Solvent Cleaning (DEGR)

During this reporting period, the degreasing operations (solvent cleaning) at CCAFS consisted of a number of cold-cleaning units. These were maintenance-type cold cleaners (part washers) with covers. Small scale degreasing operations took place in a number of facilities. To control emissions and bath evaporation, the part washers are closed when they are not in use. Cleaned parts are drained to reduce carryout emissions. Some of the units are closed-looped "smart washers" which keep releases of cleaning agents to the outside environment to a minimum. The spent or used chemicals are managed to minimize emissions.

3.5 External Combustion (ECOM)

CCAFS operates a variety of external combustion equipment. Some of the equipment are dual fired (diesel and natural gas); others operate exclusively on natural gas. The equipment consists mainly of hot water heaters provide hot water for base operations. Emissions from hot water heater operations are criteria air pollutants (CO, NOx, PM10, PM2.5, SOx, VOC) and hazardous air pollutants (HAP).

The hot water heaters operate exclusively on natural gas are grouped as base-wide natural gas boilers. Table 3.5-1 presents the boiler by process type located on CCAFS. This table also lists the fuel throughputs for each process type.

Table 3.5-1 External Combustion (ECOM) Throughput

Unique ID Local Process Name Material Name UOM 2019

717767 BASEWIDE NATURAL GAS BOILERS NATURAL GAS MMCUFT 26.76383

717768 BASEWIDE DIESEL BOILERS DIESEL FUEL (INCLUDES

BIODIESEL)

GAL 0

717620 BOILER - NATURAL GAS - BLDG 1777 NATURAL GAS MMCUFT 5.37186

717765 BOILER - DUAL FIRED - DIESEL - 67750

- NRO

DIESEL FUEL (INCLUDES

BIODIESEL)

GAL 888

717766 BOILER - DUAL FIRED - NATURAL GAS

- BLDG 67750

NATURAL GAS MMCUFT 61.3518431

3.6 Fuel Dispensing (FDSP)

CCAFS operates fuel-dispensing facilities (fuel filling stations) to base fleet of vehicles and other service equipment exclusively. The fuel tanks at these facilities store gasoline (MOGAS), ultra-low sulfur diesel fuel, and ethanol-85 (E85).

During this reporting period, APIMS used ten bulk fuel storage tank locations at the contractor owned storage facility and government fuel station to calculate the fuel dispensing and fuel storage emissions. The fuel throughput and tank identifier for each tank was extracted directly from APIMS. During fueling operations, these tanks emit volatile organic compounds and a variety of hazardous air pollutants (HAPs). The composition of each fuel (i.e. diesel, Jet-A, etc.)

dispensed from these tanks are used to calculate the emissions from this activity. Table 3.6-1 lists the total throughput for this reporting period by location and fuel type. The total fuel throughput for all fuel was 606,598 gallons.

Table 3.6-1 Fuel Loading / Fuel Dispensing Throughput

3.7 Fire Training (FIRE)

Fire fighter training is conducted every year at CCAFS. Fire fighter training operation is a fuel combustion process. Emissions of concern from fire fighter training, which are considered fugitive, include PM10, PM2.5, CO, NOx, SOx, VOC, HAPs, and GHGs (CO2, N2O, and CH4).

Fire fighter training at CCAFS for this reporting period, used 300 gallons of liquid propane.

3.8 Internal Combustion (ICOM)

Forty-nine stationary internal combustion engines were operated at CCAFS during this reporting period. These engines drive emergency electric power generators and deluge pumps used for fire suppression. These engines operate on No. 2 diesel fuel. Table 3.8-1 lists the stationary internal combustion engines and the annul runtimes for each.

Table 3.8-1 Annual Internal Combustion (ICOM) Runtimes

Unique ID Engine Name Rated HP Total Annual Hrs

717434 29150-3 BUILDING 29150 PUMP STATION 7 1280 114.60

717435 29150-4 BUILDING 29150 PUMP STATION 7 1280 144.70

717436 29150-5 BUILDING 29150 PUMP STATION 7 1280 418.70

717437 29150-6 BUILDING 29150 PUMP STATION 7 1280 410.20

Source Category

Process ID Process Name UOM

Total Throughput

FLD 719043 MILITARY SERVICE STATION - BDI GAL 0.0

FLD 719044 FUEL BULK LOADING - TANK TO TRUCK - DIESEL GAL 88031.0

FLD 719045 FUEL BULK LOADING - TRUCK TO EQUIPMENT - DIESEL GAL 89131.0

FLD 719049 CLOIS - FUEL LOADING - TRUCK TO EQUIPMENT -

GAL 0.0

FLD 719058 NRO - FUEL LOADING - TRUCK TO EQUIPMENT - DIESEL GAL 814

FDSP 719042 MILITARY SERVICE STATION - GASOLINE GAL 89114.0

FDSP 719057 MILITARY SERVICE STATION - E85 GAL 1905.0

FLD 719046 FUEL BULK LOADING - TANK TO TRUCK - JET A GAL 161658.0

FLD 719047 FUEL BULK LOADING - TRUCK TO AIRCRAFT - JET A GAL 177573.0

717438 29150-7 BUILDING 29150 PUMP STATION 7 1280 350.90

717439 29150-8 BUILDING 29150 PUMP STATION 7 1280 377.90

717440 29150-G BUILDING 29150 PUMP STATION 7 299 147.50

717441 29150S1 BUILDING 29150 PUMP STATION 7 500 15.20

717442 29150S2 BUILDING 29150 PUMP STATION 7 552 8.60

717449 57515 BUILDING 57515 MACA AREA 196 0.00

717450 54708 BUILDING 54708 RADAR TOWER 85 22.80

717451 1641 BUILDING 01641 XY FACILITY 755 21.80

717452 20179 BUILDING 20179 WEATHER STATION 95 19.40

717453 54800 BUILDING 54800 CHEM LAB 102 18.30

717473 54732 BUILDING 54732 WWTF 830 34.40

717503 79107 BUILDING 79107 1207 11.40

717504 70526 BUILDING 70526 PUMP STATION 6 300 22.10

717505 81730-1 BUILDING 81730 MOCC BACKUP 1967 22.70

717506 81730-2 BUILDING 81730 MOCC BACKUP 1967 10.20

717507 81730-3 BUILDING 81730 MOCC BACKUP 1967 24.40

717508 81730-4 BUILDING 81730 MOCC BACKUP 1967 20.00

717509 81730-5 BUILDING 81730 MOCC BACKUP 1967 21.70

717521 1708 BUILDING 01708 180 22.20

717522 62701 BUILDING 62701 GTB DRAPER 82 17.60

717523 85128 BUILDING 85128 1443 35.20

717524 51906 BUILDING 51906 COMPLEX 25 134 22.30

717525 60705 BUILDING 60705 LAUNCH COM 200 47.10

717526 60701 BUILDING 60701 ALT SECURITY 51 17.80

717527 1704 BUILDING 01704 157 23.20

717528 1722 BUILDING 01722 COMPUTER CONTROL 157 21.60

717529 49750 BUILDING 49750 ALT SECURITY 555 33.00

717530 39776 BUILDING 39776 GPS 382 21.00

717531 50013 BUILDING 50013 FIRE STATION 896 14.00

717532 50225 BUILDING 50225 SKID STRIP 300 21.60

717533 69800 BUILDING 69800 SMARF 390 54.40

717534 49634 BUILDING 49634 2220 0.00

717535 67445 BUILDING 67745 EPF 340 6.80

717536 1777 BUILDING 01777 LSF 2206 10.20

717537 34721 BUILDING 34721 TSF 2172 23.00

717538 34716 BUILDING 34716 1502 25.60

717539 73706 BUILDING 73706 SPIN TEST 475 7.40

717540 67745-1 BUILDING 67745 EPF 4375 5.30

717541 67745-2 BUILDING 67745 EPF 4375 5.30

717542 95150-1 BUILDING 95150 1340 2.52

717543 95150-2 BUILDING 95150 1340 2.76

718287 27212 BUILDING 27212 1000 18.20

718406 90313 BUILDING 90313 PUMP STATION 2 375 100.00

719048 44550 BUILDING 44550 389 22.44

724514 3 BUILDING 00003 COCOA DOPPLER RADAR 86 38.70

3.9 Pesticide (PEST)

CCAFS controls nuisance pests and vegetation which are detrimental to mission, base, military or civilian personnel, and the environment. Pesticides include herbicides, insecticides, fungicides, and rodenticides, and come in a variety of formulations such as a solution/liquid (ready-to-use), aqueous suspension, granular/flake, dust/powder, and aerosol sprays, among others. The method of pesticide application varies according to the target pests and items to be protected. The two pesticide application methods are surface application and soil incorporation.

During this reporting period, pesticide applicators on CCAFS used the surface application method for applying these chemicals. The primary emissions from pesticide application are VOC. APIMS uses pesticide data available in EESOH-MIS for its emissions calculations.

3.10 Surface Coating (SURF)

Surface coating operations took place at two facilities, the Corrosion Control Facility paint booth and Complex 46 Abrasive Blasting Yard. The Corrosion Control Facility paint booth is equipped with a dry filter to control the particulate emissions. The base support contractor and tenant organizations currently use low VOC paints, low VOC primers, and in some cases water-based paint, high-volume/low-pressure spray guns to reduce VOC and HAPs emissions.

3.11 Woodworking (WOOD)

Woodworking operations occur at buildings 62640 and building 44600. These operations generate airborne particulate matter in the form of sawdust. The woodworking shops are equipped with an emission control device (baghouse) to capture the sawdust. The sawdust is collected for disposal. During this reporting period 1986 lbs. of sawdust were collected.

4.0 Applicable Pollutant Categories

Air emissions were calculated for all emission units belonging to the source categories listed in Table 4.0-1. The APIMS report of criteria air pollutants and HAPs for this reporting period by source categories for CCAFS are in Attachment B of this document. There were notable increases for all emission types listed in table 3.0-1. Table 4.0-1 compares the increase of emissions from 2018 to 2019. The sections below explain the increases for each pollutant type.

Table 4.0-1 2018 / 2019 Emissions Comparison

Pollutant 2018 2019 Percent Change

CO 4.154758 10.953569 164

NOx 12.096982 31.942751 164

PM10 0.974324 1.707424 75

PM2.5 0.822511 1.553317 89

SOx 0.013172 0.075181 471

VOC 2.371486 2.219835 -6

Total HAPs 0.503354 0.858939 71

4.1 CO

The total CO was reported as 10.953569 tons. This amount is comprised of 7.022553 tons from ICOM, 3.928707 tons from ECOM and .002309 tons from Fire Training. The increase in this pollutant category was attributed to an increase in engine runtimes at Pump Station 7 and an increase in the fuel throughput of the base wide external combustion units.

4.2 NOx

The total NOx was reported as 31.942751 tons. This amount is comprised of 27.249346 tons from ICOM, 4.685046 tons from ECOM and .008359 tons from FIRE. The increase in this pollutant category was attributed to an increase in engine runtimes at Pump Station 7 and an increase in the fuel throughput of the base wide external combustion units.

4.3 PM10

The total PM10 was reported as 1.707424 tons. This amount is comprised of .011 tons from ABCL, 0.375692 tons from COOL, 0.94406 tons from ICOM, 0.355696 tons from ECOM,

0.001424 tons from FIRE, 0.009272 tons from SURF and 0.009272 tons from WOOD. The increase in this pollutant category was attributed primarily to an increase in engine runtimes at Pump Station 7 and an increase in the fuel throughput of the base wide external combustion units. Increases were noted in the SURF and FIRE for this reporting period.

4.4 PM2.5

The total PM2.5 was reported as 1.553317 tons. This amount is comprised of 0.01012 tons from ABCL, 0.225415 tons from COOL, 0.94406 tons from ICOM, 0.35536 tons from ECOM,

0.001424 tons from FIRE, 0.009907 tons from SURF and 0.007031 tons from WOOD. The increase in this pollutant category was attributed primarily to an increase in engine runtimes at Pump Station 7 and an increase in the fuel throughput of the base wide external combustion units. Increases were noted in WOOD, ABCL and FIRE for this reporting period.

4.5 SOx

The total SOx was reported as 0.075181 tons. This amount is comprised of 0.043981 tons from ICOM and 0.0312 tons from ECOM. The increase in this pollutant category was attributed to an increase in engine runtimes at Pump Station 7 and an increase in the fuel throughput of the base wide external combustion units.

4.6 VOC

The total VOC was reported as 2.219835 tons. This amount is comprised of 0.503254 tons from CHEM, 0.897 tons from ICOM, 0.257173 tons from ECOM, 0.532464tons from FDSP,

0.003602 tons from FIRE, 0.004725 from PEST and 0.021617 tons from SURF. There was a slight decrease in VOC emissions from the 2018 reporting period.

4.7 HAPs

The total HAPs for this reporting period was 0.858939 tons. Which is an increase from the 2018 reporting period. The reported number is comprised of 0.640747 tons from CHEM, 0.006716 tons from ECOM, 0.021763 tons from FDSP, 0.000107 tons from FIRE, 0.013867 tons from ICOM, 0.169485 tons from AST and 0.006254 tons from SURF. The increase in this pollutant category was primarily attributed to increased emissions from CHEM. Increases were also noted in FIRE, which had zero emissions reported in 2018. ICOM, due to the increase in engine runtimes at Pump Station 7. ECOM, due to the increased fuel throughput for the base wide external combustion units.

A-1

Attachment A: Summary Hazardous Air Pollutants (APIMS REPORT)

A-2 hapsummary.rpt

HAP SUMMARY

Comprehensive Stationary AEI 2019/01/01 to 2019/12/31

CAPE CANAVERAL AIR STATION

Inorganic HAPs

Organic HAPs

For Official Use Only 2020/11/10 15:40 UTC

0.368 0.000184Chromium Compounds

0.192 0.000096Nickel Compounds

7647-01-0 0.168 0.000084Hydrochloric Acid

0.096 0.000048Cadmium Compounds

0.042 0.000021Lead Compounds

0.026 0.000013Manganese Compounds

0.024 0.000012Mercury Compounds

0.016 0.000008Arsenic Compounds

0.000 0.000000Beryllium Compounds

7782-50-5 0.000 0.000000Chlorine

0.000 0.000000Cobalt Compounds

0.000 0.000000Selenium Compounds

107-21-1 938.692 0.469346Ethylene Glycol

110-54-3 246.648 0.123324Hexane

108-88-3 160.956 0.080478Toluene

1330-20-7 124.164 0.062082Xylene (Mixed)

71-43-2 88.174 0.044087Benzene

540-84-1 44.874 0.0224372,2,4-Trimethylpentane

100-41-4 29.446 0.014723Ethylbenzene

1634-04-4 23.960 0.011980Methyl tert butyl ether

108-10-1 13.376 0.006688Methyl Isobutyl Ketone

108-38-3 11.770 0.005885m-Xylene

50-00-0 9.982 0.004991Formaldehyde

95-47-6 5.180 0.002590o-Xylene

106-42-3 5.170 0.002585p-Xylene

67-56-1 4.710 0.002355Methanol

91-20-3 3.214 0.001607Naphthalene

75-07-0 1.710 0.000855Acetaldehyde

1.026 0.000513Polycyclic Organic Matter

75-09-2 0.900 0.000450Methylene Chloride

107-02-8 0.712 0.000356Acrolein

0.686 0.000343Glycol Ethers

84-74-2 0.502 0.000251Dibutyl Phthalate

98-82-8 0.468 0.000234Cumene

75-56-9 0.274 0.000137Propylene Oxide

80-62-6 0.122 0.000061Methyl Methacrylate

106-46-7 0.100 0.0000501,4-Dichlorobenzene

106-99-0 0.064 0.0000321,3-Butadiene

584-84-9 0.054 0.0000272,4-Toluene diisocyanate

79-10-7 0.008 0.000004Acrylic Acid

67-66-3 0.004 0.000002Chloroform

0.932 0.000466

Tons EmittedPounds EmittedPollutant NameCAS Number

Sub-Total Inorganic HAPs hapsummary.rpt

HAP SUMMARY

Organic HAPs (continued)

For Official Use Only 2020/11/10 15:40 UTC

108-90-7 0.000 0.000000Chlorobenzene

71-55-6 0.000 0.000000Methyl Chloroform

127-18-4 0.000 0.000000Tetrachloroethylene

79-01-6 0.000 0.000000Trichloroethylene

1,716.946 0.858473

1,717.878 0.858939

Sub-Total Organic HAPs

Facility HAP Emissions

B-1

Attachment B: Summary Criteria Pollutant Emissions by Source Category (APIMs Report)

B-2 criteriapollutantsummary.rpt

CRITERIA POLLUTANT EMISSIONS

For Official Use Only 2020/11/10 15:39 UTC

Source Category Tons Emitted

Total VOCsSOxPM 2.5PM 10NOxCONameCode Total HAPs

Total:

ABCL - - 0.011000 0.010120 - - -

AST - - - - - 3.434090 0.169485

CHEM - - - - - 0.503254 0.640747

COOL - - 0.375692 0.225415 - - -

DEGR - - - - - 0.000128 -

ECOM 3.928707 4.685046 0.355696 0.355360 0.031200 0.257173 0.006716

FDSP - - - - - 0.532464 0.021763

FIRE 0.002309 0.008359 0.001424 0.001424 - 0.003602 0.000107

FLD - - - - - - -

ICOM 7.022553 27.249346 0.944060 0.944060 0.043981 0.897000 0.013867

PEST - - - - - 0.004725 -

SURF - - 0.010280 0.009907 - 0.021617 0.006254

WOOD - - 0.009272 0.007031 - - -

10.953569 31.942751 1.707424 1.553317 0.075181 5.654053 0.858939

ABRASIVE CLEANING

ABOVE GROUND STORAGE TANKS

MISC CHEMICAL USAGE

COMFORT COOLING TOWERS

DEGREASING/SOLVENT CLEANING

EXTERNAL COMBUSTION

FUEL DISPENSING

FIRE TRAINING

FUEL LOADING RACKS

INTERNAL COMBUSTION

HERBICIDE/PESTICIDE APPLICATION

SURFACE COATING

WOODWORKING

C-1

Attachment C: Calculation Data Reference (APIMS Report)

C-2 calculationdatareference.rpt

CALCULATION DATA REFERENCE INFORMATION

Source Category Code: ABCL Source Category Name: ABRASIVE CLEANING

Source Category Code: CHEM Source Category Name: MISC CHEMICAL USAGE

For Official Use Only 2020/11/10 20:02 UTC

Algorithm Code:

ABCL-01

MEDIA USED*EFAlgorithm Formula:

AIR EMISSIONS GUIDE FOR AIR FORCE STATIONARY SOURCES; AUGUST 2018; EQ 7-1Reference:

CHEM-02

CONSUMPTION*INGREDIENT PCT (AVERAGE)Algorithm Formula:

AIR EMISSIONS GUIDE FOR AIR FORCE STATIONARY SOURCES; AUGUST 2018, EQ 13-1

MASS BALANCE; UOM: CONSUMPTION = LBS; INGREDIENT = WT PCT

INGREDIENT PULLS PCT_AVG FROM PRODUCT_CHEMICAL TABLE; ALGORITHM DOES NOT NEED TO "DIVIDE BY 100"

Reference:

Name: CALCULATES PARTICULATE EMISSIONS BASED ON AMOUNT OF MEDIA USED

Name: CALCULATES VOLATILE INGREDIENT EMISSIONS BASED ON MASS USAGE AND SDS INFO (USE FOR EESOH-MIS

DATA)

Criteria: SAND BLASTING MILD STEEL / 10 MPH / NO CONTROLSEmission Factor Set ID: 1001

Criteria: ABRASIVE BLASTING / MISC MEDIAEmission Factor Set ID: 5000

PM10 .013 LBS/LB

PM2.5 .0013 LBS/LB

PM10 .005 LBS/LB

PM2.5 .0046 LBS/LB

CAS # UOMChemical Name ReferenceEmission Factor

PARTICULATE MATTER <10UM (PM10) AP-42, TABLE 13.2.6-1

PARTICULATE MATTER <2.5UM (PM2.5) AP-42, TABLE 13.2.6-1

PARTICULATE MATTER <10UM (PM10) AFCEC STATIONARY, AUG 2018, TABLE 7-1,

MISC. BLAST MATERIALS

PARTICULATE MATTER <2.5UM (PM2.5) AFCEC STATIONARY, AUG 2018, TABLE 7-1,

MISC. BLAST MATERIALS

Criteria: VOLATILE HAZARDOUS AIR POLLUTANTS (HAPS)Emission Factor Set ID: 1119

100414 1 LBS/LB

107211 1 LBS/LB

108101 1 LBS/LB

108883 1 LBS/LB

110543 1 LBS/LB

110714 1 LBS/LB

112345 1 LBS/LB

127184 1 LBS/LB

ETHYLBENZENE MSDS INFORMATION

ETHYLENE GLYCOL MSDS INFORMATION

METHYL ISOBUTYL KETONE MSDS INFORMATION

TOLUENE MSDS INFORMATION

N-HEXANE MSDS INFORMATION

ETHYLENE GLYCOL DIMETHYL ETHER MSDS INFORMATION

DIETHYLENE GLYCOL MONOBUTYL ETHER MSDS INFORMATION

TETRACHLOROETHYLENE MSDS INFORMATION

Source Category Code: CHEM (continued) Source Category Name: MISC CHEMICAL USAGE

Source Category Code: CHEM Source Category Name: MISC CHEMICAL USAGE

CHEM-02 (continued)

CONSUMPTION*INGREDIENT PCT (AVERAGE)Algorithm Formula:

MASS BALANCE; UOM: CONSUMPTION = LBS; INGREDIENT = WT PCT

INGREDIENT PULLS PCT_AVG FROM PRODUCT_CHEMICAL TABLE; ALGORITHM DOES NOT NEED TO "DIVIDE BY 100"

CHEM-03

CONSUMPTION*(VOC CONTENT/100)Algorithm Formula:

AIR EMISSIONS GUIDE FOR AIR FORCE STATIONARY SOURCES; AUGUST 2018, EQ 13-1Reference:

Name: CALCULATES VOLATILE INGREDIENT EMISSIONS BASED ON MASS USAGE AND SDS INFO (USE FOR EESOH-MIS

DATA)

Name: CALCULATES VOC EMISSIONS BASED ON MASS USAGE AND VOC CONTENT IN WT PCT (USE FOR EESOH-MIS DATA)

Criteria: VOC EMISSIONSEmission Factor Set ID: 1118

VOC 1 LBS/LB

VOLATILE ORGANIC COMPOUNDS MASS BALANCE

Criteria: VOLATILE HAZARDOUS AIR POLLUTANTS (HAPS)Emission Factor Set ID: 1119 (continued)

1330207 1 LBS/LB

50000 1 LBS/LB

584849 1 LBS/LB

67561 1 LBS/LB

67663 1 LBS/LB

75092 1 LBS/LB

75569 1 LBS/LB

7782505 1 LBS/LB

79016 1 LBS/LB

79107 1 LBS/LB

84742 1 LBS/LB

91203 1 LBS/LB

98828 1 LBS/LB

XYLENE MSDS INFORMATION

FORMALDEHYDE MSDS INFORMATION

TOLUENE-2,4-DIISOCYANATE MSDS INFORMATION

METHANOL MSDS INFORMATION

CHLOROFORM MSDS INFORMATION

METHYLENE CHLORIDE MSDS INFORMATION

PROPYLENE OXIDE MSDS INFORMATION

CHLORINE MSDS INFORMATION

TRICHLOROETHYLENE MSDS INFORMATION

ACRYLIC ACID MSDS INFORMATION

DIBUTYL PHTHALATE MSDS INFORMATION

NAPHTHALENE MSDS INFORMATION

CUMENE MSDS INFORMATION

Source Category Code: COOL Source Category Name: COMFORT COOLING TOWERS

Source Category Code: DEGR Source Category Name: DEGREASING/SOLVENT CLEANING

Source Category Code: ECOM Source Category Name: EXTERNAL COMBUSTION

COOL-01

NUMBER OF DAYS*WATER FLOW RATE*0.001*TOTAL DRIFT FACTOR*DISSOLVED SOLIDS*0.000001*EMISSION FACTORAlgorithm Formula:

AIR EMISSIONS GUIDE FOR AIR FORCE STATIONARY SOURCES; AUGUST 2018, EQ 25-1

0.001 CONSTANT IN THE ALGORITHM IS THE CONVERSION FROM GALLONS TO THOUSAND GALLONS, AND THE 0.000001 CONSTANT IS THE CONVERSION

FROM PPM TO WEIGHT FRACTION

DEGR-05

CONSUMPTION*DENSITY*VOC CONTENT/100Algorithm Formula:

NET USAGE ASSUMED TO BE THE DIFFERENCE BETWEEN THE SOLVENT ADDED TO THE RESERVOIR AND THE SOLVENT REMOVED FOR

RECYCLING/DISPOSAL

ECOM-01

CONSUMPTION*EFAlgorithm Formula:

AIR EMISSIONS GUIDE FOR AIR FORCE STATIONARY SOURCES; AUGUST 2018; EQ 2-3Reference:

Name: CALCULATES PARTICULATE EMISSIONS BASED ON WATER FLOW AND LIQUID DRIFT FACTOR

Name: CALCULATES VOC EMISSIONS BASED ON VOLUMETRIC USAGE AND VOC CONTENT IN WT PCT

Name: CALCULATES CRITERIA POLLUTANT AND HAP EMISSIONS BASED ON NATURAL GAS USAGE

Criteria: PARTICULATE EMISSIONSEmission Factor Set ID: 1026

PM10 .7 LBS/LB

PM2.5 .42 LBS/LB

PARTICULATE MATTER <10UM (PM10) AFCEC STATIONARY, AUG 2018, EQUATION 25-2

PARTICULATE MATTER <2.5UM (PM2.5) AFCEC STATIONARY, AUG 2018, EQUATION 25-2

Criteria: VOC EMISSIONSEmission Factor Set ID: 1176

VOC 1 LBS/LB

VOLATILE ORGANIC COMPOUNDS MASS BALANCE

Criteria: NATURAL GAS / 10 <= MILLION BTU/HR < 100 / WALL-FIREDEmission Factor Set ID: 5046

LBS/MMCUFT

100414 .0069

106467 .0012

107028 .0027

ETHYLBENZENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

NATURAL GAS BOILERS, 10-100 MMBTU/HR

P-DICHLOROBENZENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

ACROLEIN AFCEC STATIONARY, AUG 2018, TABLE 2-5,

Source Category Code: ECOM (continued) Source Category Name: EXTERNAL COMBUSTION

Algorithm Code: ECOM-01 (continued)

Criteria: NATURAL GAS / 10 <= MILLION BTU/HR < 100 / WALL-FIREDEmission Factor Set ID: 5046 (continued)

108883 .0265

110543 .0046

120127 .0000024

129000 .000005

191242 .0000016

193395 .0000018

205992 .0000018

206440 .000003

207089 .0000018

208968 .0000018

218019 .0000018

50000 .075

50328 .0000016

53703 .0000016

56495 .0000018

56553 .0000018

57976 .000016

TOLUENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

N-HEXANE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

ANTHRACENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

PYRENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

BENZO[GHI]PERYLENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

INDENO[1,2,3-CD]PYRENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

BENZO[B]FLUORANTHENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

FLUORANTHENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

BENZO[K]FLUORANTHENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

ACENAPHTHYLENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

CHRYSENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

FORMALDEHYDE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

BENZO[A]PYRENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

DIBENZ[A,H]ANTHRACENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

3-METHYLCHOLANTHRENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

BENZ(A)ANTHRACENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

BENZ[A]ANTHRACENE, 7,12-DIMETHYL- AFCEC STATIONARY, AUG 2018, TABLE 2-5,

Algorithm Code: ECOM-01 (continued)

Criteria: NATURAL GAS / 10 <= MILLION BTU/HR < 100 / WALL-FIREDEmission Factor Set ID: 5046 (continued)

71432 .0058

7439921 .0005

7439965 .00038

7439976 .00026

7440020 .0021

7440382 .0002

7440417 .000012

7440439 .0011

7440473 .0014

7440484 .000084

75070 .0031

7782492 .000024

83329 .0000018

85018 .000017

86737 .0000028

91203 .0003

NOX 100

BENZENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

LEAD AFCEC STATIONARY, AUG 2018, TABLE 2-3, <100

MMBTU WALL FIRED, UNCONTROLLED

MANGANESE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

MERCURY AFCEC STATIONARY, AUG 2018, TABLE 2-5,

NICKEL AFCEC STATIONARY, AUG 2018, TABLE 2-5,

ARSENIC AFCEC STATIONARY, AUG 2018, TABLE 2-5,

BERYLLIUM AFCEC STATIONARY, AUG 2018, TABLE 2-5,

CADMIUM AFCEC STATIONARY, AUG 2018, TABLE 2-5,

CHROMIUM AFCEC STATIONARY, AUG 2018, TABLE 2-5,

COBALT AFCEC STATIONARY, AUG 2018, TABLE 2-5,

ACETALDEHYDE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

SELENIUM AFCEC STATIONARY, AUG 2018, TABLE 2-5,

ACENAPHTHENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

PHENANTHRENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

FLUORENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

NAPHTHALENE AFCEC STATIONARY, AUG 2018, TABLE 2-5,

OXIDES OF NITROGEN AFCEC STATIONARY, AUG 2018, TABLE 2-3, <100

ECOM-01 (continued)

ECOM-02

(CONSUMPTION/1000)*EMISSION FACTORAlgorithm Formula:

Name: CALCULATES CRITERIA POLLUTANT AND HAP EMISSIONS BASED ON LIQUID FUEL USAGE

Criteria: FUEL OIL / INDUSTRIAL / DISTILLATE NO. 1 AND NO. 2 OIL [1-02-005-01] > 100 MMBTU/HREmission Factor Set ID: 5076

100414 .0002 LBS/MGAL

106990 .0148 LBS/MGAL

107028 .351 LBS/MGAL

108883 .0044 LBS/MGAL

108907 .0002 LBS/MGAL

110543 .0035 LBS/MGAL

120127 .0000239 LBS/MGAL

129000 .0000408 LBS/MGAL

ETHYLBENZENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

DISTILLATE FUEL OIL

1,3-BUTADIENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

ACROLEIN AFCEC STATIONARY, AUG 2018, TABLE 2-8,

TOLUENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

CHLOROBENZENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

N-HEXANE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

ANTHRACENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

PYRENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

Criteria: NATURAL GAS / 10 <= MILLION BTU/HR < 100 / WALL-FIREDEmission Factor Set ID: 5046 (continued)

PM10 7.6

PM2.5 7.6

SOX .6

VOC 5.5

PARTICULATE MATTER <10UM (PM10) AFCEC STATIONARY, AUG 2018, TABLE 2-3, <100

PARTICULATE MATTER <2.5UM (PM2.5) AFCEC STATIONARY, AUG 2018, TABLE 2-3, <100

OXIDES OF SULFUR AFCEC STATIONARY, AUG 2018, TABLE 2-3, <100

VOLATILE ORGANIC COMPOUNDS AFCEC STATIONARY, AUG 2018, TABLE 2-3, <100

Algorithm Code: ECOM-02 (continued)

Criteria: FUEL OIL / INDUSTRIAL / DISTILLATE NO. 1 AND NO. 2 OIL [1-02-005-01] > 100 MMBTU/HREmission Factor Set ID: 5076 (continued)

1330207 .0016 LBS/MGAL

18540299 .0001 LBS/MGAL

191242 .0000085 LBS/MGAL

192972 .000014 LBS/MGAL

193395 .00000664 LBS/MGAL

198550 .0000271 LBS/MGAL

205992 .00000148 LBS/MGAL

206440 .0000332 LBS/MGAL

208968 .000065 LBS/MGAL

218019 .0000128 LBS/MGAL

50000 .351 LBS/MGAL

50328 .00000755 LBS/MGAL

53703 .00000649 LBS/MGAL

56553 .0000135 LBS/MGAL

630080 5 LBS/MGAL

71432 .0044 LBS/MGAL

71556 .000236 LBS/MGAL

XYLENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

CHROMIUM HEXAVALENT ION AFCEC STATIONARY, AUG 2018, TABLE 2-8,

BENZO[GHI]PERYLENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

BENZO[E]PYRENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

INDENO[1,2,3-CD]PYRENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

PERYLENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

BENZO[B]FLUORANTHENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

FLUORANTHENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

ACENAPHTHYLENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

CHRYSENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

FORMALDEHYDE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

BENZO[A]PYRENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

DIBENZ[A,H]ANTHRACENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

BENZ(A)ANTHRACENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

CARBON MONOXIDE AFCEC STATIONARY, AUG 2018, TABLE 2-6,

INDUSTRIAL BOILERS, DISTILLATE [1-02-005-01]

BENZENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

1,1,1-TRICHLOROETHANE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

Criteria: FUEL OIL / INDUSTRIAL / DISTILLATE NO. 1 AND NO. 2 OIL [1-02-005-01] > 100 MMBTU/HREmission Factor Set ID: 5076 (continued)

7439965 .0031 LBS/MGAL

7439976 .002 LBS/MGAL

7440020 .0039 LBS/MGAL

7440382 .0016 LBS/MGAL

7440439 .0015 LBS/MGAL

7440473 .0006 LBS/MGAL

75070 .351 LBS/MGAL

7647010 .186 LBS/MGAL

7782492 .0022 LBS/MGAL

83329 .000211 LBS/MGAL

85018 .000372 LBS/MGAL

86737 .000117 LBS/MGAL

91203 .0053 LBS/MGAL

NOX 24 LBS/MGAL

PM10 1 LBS/MGAL

PM2.5 .25 LBS/MGAL

SOX 7.1 LBS/MGAL

MANGANESE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

MERCURY AFCEC STATIONARY, AUG 2018, TABLE 2-8,

NICKEL AFCEC STATIONARY, AUG 2018, TABLE 2-8,

ARSENIC AFCEC STATIONARY, AUG 2018, TABLE 2-8,

CADMIUM AFCEC STATIONARY, AUG 2018, TABLE 2-8,

CHROMIUM AFCEC STATIONARY, AUG 2018, TABLE 2-8,

ACETALDEHYDE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

HYDROCHLORIC ACID AFCEC STATIONARY, AUG 2018, TABLE 2-8,

SELENIUM AFCEC STATIONARY, AUG 2018, TABLE 2-8,

ACENAPHTHENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

PHENANTHRENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

FLUORENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

NAPHTHALENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

OXIDES OF NITROGEN AFCEC STATIONARY, AUG 2018, TABLE 2-6,

PARTICULATE MATTER <10UM (PM10) AFCEC STATIONARY, AUG 2018, TABLE 2-6,

PARTICULATE MATTER <2.5UM (PM2.5) AFCEC STATIONARY, AUG 2018, TABLE 2-6,

OXIDES OF SULFUR AFCEC STATIONARY, AUG 2018, TABLE 2-6,

Criteria: FUEL OIL / INDUSTRIAL / DISTILLATE NO. 1 AND NO. 2 OIL [1-02-005-01] > 100 MMBTU/HREmission Factor Set ID: 5076 (continued)

Criteria: FUEL OIL / COMM-INST / DISTILLATE NO.1 OIL AND NO. 2 OIL [1-03-005-01] > 100 MMBTU/HREmission Factor Set ID: 5083

VOC .2 LBS/MGAL

100414 .0002 LBS/MGAL

106990 .0148 LBS/MGAL

107028 .351 LBS/MGAL

108883 .0044 LBS/MGAL

108907 .0002 LBS/MGAL

110543 .0035 LBS/MGAL

120127 .0000239 LBS/MGAL

129000 .0000408 LBS/MGAL

1330207 .0016 LBS/MGAL

18540299 .0001 LBS/MGAL

191242 .0000085 LBS/MGAL

192972 .000014 LBS/MGAL

193395 .00000664 LBS/MGAL

198550 .0000271 LBS/MGAL

VOLATILE ORGANIC COMPOUNDS AFCEC STATIONARY, AUG 2018, TABLE 2-6,

ETHYLBENZENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

1,3-BUTADIENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

ACROLEIN AFCEC STATIONARY, AUG 2018, TABLE 2-8,

TOLUENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

CHLOROBENZENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

N-HEXANE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

ANTHRACENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

PYRENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

XYLENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

CHROMIUM HEXAVALENT ION AFCEC STATIONARY, AUG 2018, TABLE 2-8,

BENZO[GHI]PERYLENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

BENZO[E]PYRENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

INDENO[1,2,3-CD]PYRENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

PERYLENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

Criteria: FUEL OIL / COMM-INST / DISTILLATE NO.1 OIL AND NO. 2 OIL [1-03-005-01] > 100 MMBTU/HREmission Factor Set ID: 5083 (continued)

205992 .00000148 LBS/MGAL

206440 .0000332 LBS/MGAL

208968 .000065 LBS/MGAL

218019 .0000128 LBS/MGAL

50000 .351 LBS/MGAL

50328 .00000755 LBS/MGAL

53703 .00000649 LBS/MGAL

56553 .0000135 LBS/MGAL

630080 5 LBS/MGAL

71432 .0044 LBS/MGAL

71556 .000236 LBS/MGAL

7439921 .00124 LBS/MGAL

7439965 .0031 LBS/MGAL

7439976 .002 LBS/MGAL

7440020 .0039 LBS/MGAL

7440382 .0016 LBS/MGAL

BENZO[B]FLUORANTHENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

FLUORANTHENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

ACENAPHTHYLENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

CHRYSENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

FORMALDEHYDE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

BENZO[A]PYRENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

DIBENZ[A,H]ANTHRACENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

BENZ(A)ANTHRACENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

CARBON MONOXIDE AFCEC STATIONARY, AUG 2018, TABLE 2-6,

COMMERCIAL/INSTITUTIONAL, DISTILLATE [1-03-

005-01]

BENZENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

1,1,1-TRICHLOROETHANE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

LEAD AFCEC STATIONARY, AUG 2018, TABLE 2-6,

MANGANESE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

MERCURY AFCEC STATIONARY, AUG 2018, TABLE 2-8,

NICKEL AFCEC STATIONARY, AUG 2018, TABLE 2-8,

ARSENIC AFCEC STATIONARY, AUG 2018, TABLE 2-8,

Criteria: FUEL OIL / COMM-INST / DISTILLATE NO.1 OIL AND NO. 2 OIL [1-03-005-01] > 100 MMBTU/HREmission Factor Set ID: 5083 (continued)

7440439 .0015 LBS/MGAL

7440473 .0006 LBS/MGAL

75070 .351 LBS/MGAL

7647010 .186 LBS/MGAL

7782492 .0022 LBS/MGAL

83329 .000211 LBS/MGAL

85018 .000372 LBS/MGAL

86737 .000117 LBS/MGAL

91203 .0053 LBS/MGAL

NOX 24 LBS/MGAL

PM10 1.08 LBS/MGAL

PM2.5 .83 LBS/MGAL

VOC .34 LBS/MGAL

CADMIUM AFCEC STATIONARY, AUG 2018, TABLE 2-8,

CHROMIUM AFCEC STATIONARY, AUG 2018, TABLE 2-8,

ACETALDEHYDE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

HYDROCHLORIC ACID AFCEC STATIONARY, AUG 2018, TABLE 2-8,

SELENIUM AFCEC STATIONARY, AUG 2018, TABLE 2-8,

ACENAPHTHENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

PHENANTHRENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

FLUORENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

NAPHTHALENE AFCEC STATIONARY, AUG 2018, TABLE 2-8,

OXIDES OF NITROGEN AFCEC STATIONARY, AUG 2018, TABLE 2-6,

PARTICULATE MATTER <10UM (PM10) AFCEC STATIONARY, AUG 2018, TABLE 2-6,

PARTICULATE MATTER <2.5UM (PM2.5) AFCEC STATIONARY, AUG 2018, TABLE 2-6,

VOLATILE ORGANIC COMPOUNDS AFCEC STATIONARY, AUG 2018, TABLE 2-6,

Source Category Code: FDSP Source Category Name: FUEL DISPENSING

ECOM-04

EMISSION FACTOR*SULFUR CONTENT*(CONSUMPTION/1000)Algorithm Formula:

FDSP-01

EMISSION FACTOR*(GASOLINE THROUGHPUT/1000)Algorithm Formula:

AIR EMISSIONS FACTOR GUIDE TO AIR FORCE STATIONARY SOURCES, AUGUST 2018, EQ 6-1Reference:

Name: CALCULATES SOX EMISSIONS FROM LIQUID FUELS BASED ON CONSUMPTION AND SULFUR CONTENT

Name: EMISSIONS FROM GASOLINE SERVICE STATIONS

Criteria: FUEL OIL / COMM-INST / DISTILLATE [1-03-005-01]Emission Factor Set ID: 6857

SOX 147.7 LBS/MGAL

OXIDES OF SULFUR AFCEC STATIONARY, AUG 2018, TABLE 2-6,

Criteria: GASOLINE / VEHICLE FILLING / NONEEmission Factor Set ID: 4456

Criteria: GASOLINE / VEHICLE SPILLAGE / NONEEmission Factor Set ID: 4458

100414 .00514 LBS/MGAL

106990 .000178 LBS/MGAL

108883 .0776 LBS/MGAL

110543 .0613 LBS/MGAL

1330207 .0267 LBS/MGAL

540841 .0782 LBS/MGAL

71432 .068 LBS/MGAL

91203 .0000169 LBS/MGAL

98828 .000857 LBS/MGAL

VOC 11 LBS/MGAL

100414 .0098 LBS/MGAL

106990 .0000014 LBS/MGAL

108883 .049 LBS/MGAL

110543 .007 LBS/MGAL

ETHYLBENZENE FDSP-VEHICLE FILLING UNCONTROLLED

1,3-BUTADIENE FDSP-VEHICLE FILLING UNCONTROLLED

TOLUENE FDSP-VEHICLE FILLING UNCONTROLLED

N-HEXANE FDSP-VEHICLE FILLING UNCONTROLLED

XYLENE FDSP-VEHICLE FILLING UNCONTROLLED

2,2,4-TRIMETHYLPENTANE FDSP-VEHICLE FILLING UNCONTROLLED

BENZENE FDSP-VEHICLE FILLING UNCONTROLLED

NAPHTHALENE FDSP-VEHICLE FILLING UNCONTROLLED

CUMENE FDSP-VEHICLE FILLING UNCONTROLLED

VOLATILE ORGANIC COMPOUNDS FDSP - VOC

ETHYLBENZENE FDSP-VEHICLE SPILLAGE

1,3-BUTADIENE FDSP-VEHICLE SPILLAGE

TOLUENE FDSP-VEHICLE SPILLAGE

N-HEXANE FDSP-VEHICLE SPILLAGE

Source Category Code: FDSP (continued) Source Category Name: FUEL DISPENSING

Source Category Code: FIRE Source Category Name: FIRE TRAINING

FDSP-01 (continued)

EMISSION FACTOR*(GASOLINE THROUGHPUT/1000)Algorithm Formula:

AIR EMISSIONS FACTOR GUIDE TO AIR FORCE STATIONARY SOURCES, AUGUST 2018, EQ 6-1Reference:

FIRE-01

AIR EMISSIONS GUIDE FOR AIR FORCE STATIONARY SOURCES; AUGUST 2018; EQ 12-1Reference:

Name: EMISSIONS FROM GASOLINE SERVICE STATIONS

Name: CALCULATES EMISSION FROM FIRE TRAINING USING LIQUID FUELS

Criteria: FIRE FIGHTER TRAINING / PROPANEEmission Factor Set ID: 2381

50000 .0007 LBS/GAL

630080 .0154 LBS/GAL

NOX .0557 LBS/GAL

PM10 .0095 LBS/GAL

PM2.5 .0095 LBS/GAL

SOX .00002 LBS/GAL

VOC .024 LBS/GAL

FORMALDEHYDE AFCEC STATIONARY, AUG 2018, TABLE 12-1,

PROPANE

CARBON MONOXIDE AFCEC STATIONARY, AUG 2018, TABLE 12-1,

OXIDES OF NITROGEN AFCEC STATIONARY, AUG 2018, TABLE 12-1,

PARTICULATE MATTER <10UM (PM10) AFCEC STATIONARY, AUG 2018, TABLE 12-1,

PARTICULATE MATTER <2.5UM (PM2.5) AFCEC STATIONARY, AUG 2018, TABLE 12-1,

OXIDES OF SULFUR AFCEC STATIONARY, AUG 2018, TABLE 12-1,

VOLATILE ORGANIC COMPOUNDS AFCEC STATIONARY, AUG 2018, TABLE 12-1,

Criteria: GASOLINE / VEHICLE SPILLAGE / NONEEmission Factor Set ID: 4458 (continued)

1330207 .049 LBS/MGAL

540841 .028 LBS/MGAL

71432 .0126 LBS/MGAL

91203 .00122 LBS/MGAL

98828 .0035 LBS/MGAL

VOC .7 LBS/MGAL

XYLENE FDSP-VEHICLE SPILLAGE

2,2,4-TRIMETHYLPENTANE FDSP-VEHICLE SPILLAGE

BENZENE FDSP-VEHICLE SPILLAGE

NAPHTHALENE FDSP-VEHICLE SPILLAGE

CUMENE FDSP-VEHICLE SPILLAGE

VOLATILE ORGANIC COMPOUNDS FDSP - VOC

Source Category Code: FLD Source Category Name: FUEL LOADING RACKS

Algorithm Code: FLD-01

(FUEL THROUGHPUT/1000)*(12.46*((EF*VAPORPRESSURE*MOLECULARWEIGHT)/(FUELTEMPERATURE+460)))Algorithm Formula:

AIR EMISSIONS GUIDE FOR AIR FORCE STATIONARY SOURCES; AUGUST 2018, EQ 6-2

EMISSION FACTORS ARE SATURATION FACTORS…