Pioneering Asphalt, Inc. Non-Title V Air Quality Operating Permit

United States Environme ntal Protection Agency Permit Number R IONT502400 Region 10 Office of Air Waste and Tox ics Issued August 22 20 13 AWT-107 AFS Plant ID Number 4 1059E0002 1200 Sixth A venue Suite 900 Seattle Washington 98 10 I

Non-Title V Air Quality Operating Permit Is issued in accordance with the provisions of the Federal A ir Rules for Reservations (FARR) 40 CFR sect 49 139 and applicable rules and regulations to

Pioneer Asphalt Inc

for operations in accordance with the conditions in thi s permit at the following location

Umatilla Indian Reservation 73569 McKay Lane Pendleton OR 9780 I

Terry L Clark Loca l Indi vidual Responsible Pioneer Aspha lt Inc for Compliance PO Box 38 Pendleton Oregon 9780 I Phone54 1-276-7885 Fax 541 -276-7886 Email terry pioneeraspha ltinccom

A technical support document that describes the bases for conditi ons contained in this permit is also ava ilable

US Environmental Protection Agency Region I0

1 General Conditions

11 For purposes of this permit the permitted source includes a hot mix asphalt plant and aggregate handling and crushing activities

12 The permittee shall comply with all conditions of this permit and any site-specific approval conditions Any permit noncompliance constitutes a violation of the Clean Air Act

13 Compliance with all conditions in this permit and any site-specific approval conditions allows the permitted source to operate at the following location

Umatilla Indian Reservation 73569 McKay Lane Pendleton Oregon 9780 1

14 Coqtpliance with the terms of this permit does not relieve or exempt the permittee from compliance with other applicable federal tribal state or local laws or regulations

2 Emission Limits and Work Practice Requirements

21 Permitted Source Carbon Monoxide (CO) Emission Limit Source-wide CO emissions shall not exceed 80 tons per year as determined on a rolling 12-month basis by calculating the emissions (tons) for each month and adding the emissions (tons) calculated for the previous 11 months Monthly CO emissions shall be determined by multiplying appropriate emission factors (lbunit) by the actual monthly operationproduction rates (unitsmonth) and dividing by 2000 lbton

22 Permitted Source Particulate Matter (PM) Emission Limit Source-wide PM emissions shall not exceed 200 tons per year as determined on a rolling 12-month basis by calculating the emissions (tons) for each month and adding the emissions (tons) calculated for the previous 11 months Monthly PM emissions shall be determined by multiplying appropriate emission factors (lbunit) by the actual monthly operationproduction rates (unitsmonth) and dividing by 2000 lbton

23 Permitted Source Particulate Matterlt 10 micrometers (PM10) Emission Limit Source-wide PM10 emissions shall not exceed 80 tons per year as determined on a rolling 12-month basis by calculating the emissions (tons) for each month and adding the emissions (tons) calculated for the previous 11 months Monthly PM 10 emissions shall be determined by multiplying appropriate emission factors (lbunit) by the actual monthly operationproduction rates (unitsmonth) and dividing by 2000 lbton

24 Permitted Source Particulate Matter lt 25 micrometers ltPM25) Emission Limit Source-wide PM25 emissions shall not exceed 80 tons per year as determined on a rolling 12-month basis by calculating the emissions (tons) for each month and adding the emissions (tons) calculated for the previous 11 months Monthly PM25 emissions shall be determined by multiplying appropriate emission factors (lbunit) by the actual monthly operationproduction rates (unitsmonth) and dividing by 2000 lbton

25 Fuel Limitation The permittee is limited to combusting only propane or natural gas fuel in the asphalt drum dryer and asphalt tank heater

Pioneer Asphalt Inc Page 2 of5 Non-Title V Operating Pennit RIONT502400

26 Good Operation All fuel burning equipment and the drum dryer baghouse control device shall be maintained in good operating condition The drum dryer exhaust shall be routed to the baghouse control device at all times The drum dryer baghouse control device shall be operated at all times that the drum dryer operates

3 Monitoring and Recordkeeping Requirements

31 Visible Emission Monitoring and Recordkeeping The permittee shall monitor and record visible emissions of particutate matter as described in Conditions 32 through 35

32 Once each day the permittee shall visually survey the drum dryer baghouse stack for the presence of visible emissions of particulate matter

321 The observer conducting the visual survey must be trained and knowledgeable regarding the effects of background contrast ambient lighting observer position relative to lighting and wind and the presence of uncombined water on the visibility of emissions (see 40 CFR part 60 Appendix A Test Method 22)

322 For the surveys the observer shall select a position that enables a clear view of the emission point to be surveyed that is at least 15 feet but not more than 025 miles from the emission point and where the sunlight is not shining directly in the observers eyes

323 The observer shall observe emissions from the emission point for at least 15 seconds

324 Any visible emissions of particulate matter other than uncombined water shall be recorded as a positive reading associated with the emission unit

325 Surveys shall be conducted while the drum dryer is operating and during daylight hours

33 If the survey conducted under Condition 32 identifies any visible emissions of particulate matter the permittee shall

331 Immediately upon conclusion of the visual observation in Condition 32 investigate the source and reason for the presence of visible emissions and

332 As soon as practicable take appropriate corrective action

34 If the corrective actions undertaken pursuant to Condition 332 do not eliminat~ the visible emissions the permittee shall within 24 hours of the initial survey conduct a visible emissions observation of the emission source in question for thirty minutes using EPA Test Method 9 (see 40 CFR part 60 Appendix A)

35 The permittee shall maintain records of the following

351 Details of each visual survey and visible emissions observation including date time observer and results

352 Date time and type of any investigation conducted pursuant to Condition 331

353 Findings of the investigation including the reasons for the presence of visible emissions

354 Date time and type of corrective actions taken pursuant to Condition 332

355 Complete documentation of any Method 9 visible emissions observations conducted pursuant to Condition 34

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36 Baghouse Inspection and Recordkeeping At least once each year during which the permitted middotsource operates the permittee shall inspect and keep records of the physical condition of the baghouse internals

37 Operation and Production Records The permittee shall track and record the sources operation and production such that source-wide emissions can be calculated on a daily monthly and 12shymonth rolling basis Records shall include but not be limited to

371 Daily hot mix asphalt production (tons)

372 Daily rock extracted on-site (tons) daily rock concrete rubble and recycled asphalt pavement (RAP) received from off-site at this facility (tons) daily crushed aggregate produced on-site (tons) by type (ie rock concrete rubble and RAP)

373 Daily amount of propane (gallons) or natural gas (cubic feet) combusted by the asphalt drum dryer

374 Daily amount of propane (gallons) or natural gas (cubic feet) combusted by the asphalt tank heater

375 Pressure drop (inches) across the baghouse recorded at least once per day while operating

376 Documentation of any time periods when the drum dryer is producing hot mix asphalt and the bagbouse is not fully operational the baghouse is not in good operating condition or the drum dryer exhaust is not being routed to the baghouse and

377 Daily water and dust suppressant usage for roads aggregate crushing and material handling including type and application technique amount and frequency

38 Eguipment Installation The permittee shall install calibrate maintain and operate equipment or systems for recording the operation and production records required by this permit

39 Emissions Calculations Within 20 days after each month the permittee shall calculate and record the source-wide monthly emissions (tonsmonth) and the rolling 12-month total emissions (tonsyear) for CO PM PM10 and PM25 using the calculation techniques required in Condition 2

31 0 Records Retention Copies of all required records of emission calculations and parameters used to calculate emissions monitoring records notifications and reports required by this permit shall be kept with the asphalt plant for a period of five years and shall be made available to the EPA upon request

4 Reporting Requirements

41 Notification of Deviations The permittee shall notify the EPA

411 By telephone (describing the situation) within 24 hours and in writing within 10 days of determining that the drum dryer is producing hot mix asphalt and the baghouse is not fully operational the baghouse is not in good operating condition or the drum dryer exhaust is not being routed to the baghouse and

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412 In writing (describing the exceedance) within 10 days of determining that the rolling 12-month total emissions calculated pursuant to Condition 39 exceed an emission limit in Condition 2

42 Annual and Final Emission Report Annually within 45 days after the end of any calendar year in which the permitted source operated the permittee shall submit to the EPA a report that includes the_monthly and rolling 12-month total emissions required by Condition 39 for the reporting period including all assumptions and calculations used The final report shall only include monthly and rolling 12-month total emissions including all assumptions and calculations not previously reported in an annual report

43 Mailing Addresses and Telephone Numbers All original notifications and reports shall be sent to the EPA at the address below and all telephone notifications shall be made to the telephone number below A copy of each notification required in Condition 41 and each emission report required in Condition 42 that does not contain confidential business information shall be sent to the Tribal Environmental Contact at the address below

44 EPA Mailing Address All submittals notifications and reports to the EPA shall be sent to

Original Documents go to the EPA at

Tribal Air Permits Coordinator US EPA-Region 10 AWT-107 1200 Sixth A venue Suite 900 Seattle W A 981 0 I

For telephone notifications Call (206) 555-1331 (mention the FARR)

Copies go to Tribal Environmental Contact at

Department of Science and Engineering Confederated Tribes of the Umatilla Indian Reservation 46411 Timine Way Pendleton OR 97801

Pioneer Asphah Inc Page 5 of5 Non-Title V Operating Pennit R 1 ONT502400

United States Environmental Protection Agency Permit Number R 1 ONT502400 Region 10 Office of Air Waste and Toxics Issued August 22 2013 AWT-107 AFS Plant ID Number 41 059E0002 1200 Sixth Avenue Suite 900 Seattle Washington 98101

Technical Support Document Non-Title V Air Quality Operating Permit

Permit Writer Bryan Holtrop

Pioneer Asphalt Inc

Purpose of Owner-Requested Non-Title V Operating Pennit And Technical Support Document

Title 40 Code of Federal Regulations Section 49139 establishes a permitting program to provide for the establishment of Federally-enforceable requirements for air pollution sources located within Indian reservations in Idaho Oregon and Washington The owner or operator of an air pollution source who wishes to obtain a Federally-enforceable limitation on the sources actual emissions or potential to emit must submit an application to the Regional Administrator requesting such limitation The United States Environmental Protection Agency (EPA) then develops the permit via a public process The permit remains in effect until it is modified revoked or terminated by the EPA in writing

This document the technical support document fulfils the requirement of 40 CFR sect 49139(c)(3) by describing the proposed limitation and its effect on the actual emissions andor potential to emit of the air pollution source Unlike the Operating Permit this Technical Support Document is not legally enforceable The permittee is obligated to follow the terms of the permit Any errors or omissions in the summaries provided here do not excuse the permittee from the requirements of the permit

Table of Contents

Cover Page

1 EPA AUTHORITY TO ISSUE NON-TITLE V PERMITS bullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbull3

2 PROJECT DESCRIPTION middotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddot~middotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddotmiddot3 21 Background ~ 3 22 Request Description 3

3 FACILITY INFORMATION bullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbull3

31 Ownership amp Location 3 32 Facility Description 3 33 Local Air Quality 6

4 REGULATORY ANALYSIS AND PERMIT CONTENTmiddot bullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbull6

41 Evaluation of Request 6 42 Other Federal Requirements 8 43 Permit Conditions 9

5 PERMIT PROCEDURES bullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbull12

51 Permit Revisions Termination and Reissuance 12 52 Public Notice and Comment 13

6 ABBREVIATIONS AND ACRONYMSbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbullbull13

Appendix A - Emission Inventory

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1 EPA Authority to Issue Non-Title V Permits On AprilS 2005 the United States Environmental Protection Agency (EPA) adopted regulations (70 FR 18074) codified at 40 CFR Parts 9 and 49 establishing Federal Implementation Plans under the Clean Air Act for Indian reservations in Idaho Oregon and Washington One Federal Implementation Plan commonly referred to as the Federal Air Rules for Reservations (FARR) put in place basic air quality regulations to protect health and welfare on Indian reservations located in the Pacific Northwest This permit has been developed pursuant to 40 CFR sect 49139 which creates a non-Title V permitting program for establishing Federally-enforceable requirements for air pollution sources on Indian reservations

2 Project Description

21 Background

Three federal air quality programs exist that apply to primarily major sources of air pollution Prevention of Significant Deterioration (PSD) construction permits Title V operating permits and Maximum Achievable Control Technology (MACT) standards The definition of major source is slightly different in each program but is generally based on the amount of pollutants emitted by a source A source that would otherwise be major can avoid these programs by voluntarily limiting emissions of the regulated pollutants to less than the thresholds for applicability in each program The EPAs non-Title V permit program created in the F ARR can be used by sources to establish limits for avoiding PSD permitting Title V permitting and MACT standards

22 Request Description

On September 7 2010 the EPA Region 10 received an application from Pioneer Asphalt Inc requesting emission limits be established for their plant on the Umatilla Indian Reservation to avoid being subject to the PSD and Title V permitting programs The applicant has indicated that their facilitys potential to emit is less than the MACT thresholds

3 Facility Information

31 Ownership amp Location

The hot mix asphalt plant and aggregate handling and crushing activities are owned and operated by Pioneer Asphalt Inc (permittee) This non-Title V permit establishes emission limits on the operation of the permittees plant on the Umatilla Indian Reservation in Oregon

32 Facility Description

The permittees stationary hot mix asphalt (HMA) and aggregate handling and crushing plant produces aggregate and hot mix asphalt On March 1 2010 in a letter to the permittee the EPA determined that the aggregate and hot mix asphalt production processes constituted one source for purpo~es of air permitting

Aggregate Handling and Processing - Raw Products and Handling Aggregates and recyclable aggregate products are picked up off-site and hauled to this facility Raw products are segregated into like products ie natural gravels quarried rock concrete rubble and recycled asphalt pavement (RAP) Stockpiling of raw products involves the use of front-end loaders

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andor dozers to consolidate stockpiles and conserve space The permittee performs no rock or aggregate extraction (ie mining) on-site

Aggregate pro~essing is dependent on the type of raw product and desired finished product However quarried rock concrete rubble and recycled asphalt pavement are generally all processed through the crushing plant Natural gravels are generally processed through a combination of the crushing plant (aggregate sized over 15 inches) and the aggregate washing plant for aggregates sized less than 15 inches

Aggregate Crushing Plant The crushing plant is fed with a rubber-tired front-end loader andor dozer depending upon the materials being processed and availability of equipment The Belt Feeder discharges to a belt leading to the Scalp Screen The Scalp Screen is elevated to allow it to discharge passing material to either a bypass belt or Coarse Material Washer The Scalp Screen ~izes material for the Jaw Crusher Materials generally sized larger than 3 inches in diameterare processed through the Jaw Crusher and the remaining material is bypassed via the bypass belt The Jaw Crusher and bypass belt discharge on the conveyor to Screen 2 Screen 2 separates materials to be processed by the Cone Crusher Surge Hopper- Impact Crusher or the Splitter The Cone Crusher is Closed Circuited on this screen The Splitter divides materials to be processed by either Screen 3 or the Kolman Screen via separate conveyors Both of thes~ screens can return materials to the Surge Hopper-Impact Crusher or stockpile conveyors The Surge Hopper-Impact Crusher processes materials from 15 inches to various minus requirements depending upon the desired final product gradation

Dust suppression is provided by the addition of water spray and fogging at conveyor discharge points and by the addition of water spray in the Cone Crusher

Aggregate Washing Plant The aggregate washing plant can be integrated with the crushing plant via the Scalp Screen or run independently via a separate feeder if raw materials are appropriately sized However generally raw material is fed from the Scalp Screen to the Coarse Material Washer which washes the soils from the larger rock Processed material is transferred from this unit to the Washing Screen where the material is further cleaned and sized The sand is washed into the Sand Screw and the other sizes discharged to various belts for stockpiling The Sand Screw further cleans the sands and discharges to a conveyor for stockpiling The effluent from both the Coarse Material Washer and Sand Screw are discharged to settling ponds to allow time for particulates to settle before recycling as water to be used again in the washing process

Finished Aggregate Material Handling Finished aggregate products are stockpiled with a rubber-tired front-end loader These materials are then loaded into the Concrete Plant Asphalt Plant or trucks for delivery to off-site projectscustomers Dust suppression for the material storage yard is provided by watering haul routes in unpave~ areas and sweeping and flushing in the paved areas

Hot Mix Asphalt Batch Plant- Raw Products and Handling Aggregate materials are loaded into the Cold Aggregate Feed with a rubber-tired front-end loader Liquid asphalt products are delivered by contract haulers in insulated trucks and trailers These products are then pumped into heated storage tanks adjacent to the batch plant

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Hot Mix Asphalt Drum Dryer and Mixer Plant Aggregates are fed from the cold aggregate feed by conveyor to a single deck scalping screen for removal of any oversize materials The material passing the screen is fed to the front of the aggregate dryer The dryer is utilized to remove moisture from the aggregates and mix in recycled asphalt and liquid asphalt with the dried aggregate The dryer operates at a discharge temperature of 290-320 degrees Fahrenheit depending upon the mixing temperature requirements of the liquid asphalt being utilized The dust blown from the dryer is routed to the baghouse which filters the dust The airflow passing through the bags is discharged from the stack of the baghouse exhaust fan The dust removed by the baghouse is returned to the mixer portion of the dryer for incorporation into the hot mix asphalt product The hot mix asphalt mixture discharged from the driermixer drops into a slate conveyor where it is transferred to the hot mix asphalt storage silo for storage until trucks are available to haul the mixture to various projectscustomers

The parallel-flow drum dryer and mixer is heated by burners fueled by propane or natural gas Hot mix asphalt is stored in an above-ground storage tank kept in a liquid state using a 250 MMBtu-per-hour heater All fuels are stored in above-ground tanks Electrical power is provided by a connection to the local grid The facility Standard Industrial Classification code is 2951 Asphalt Paving Mixtures and Blocks The drum dryer emissions are controlled by a baghouse (fabric filter) Water may be applied to aggregate crushing equipment and traffic areas to control fugitive dust

Table 1 lists and describes the emission units and emission controls for the Pioneer plant

Table 1 Emission Units (EU)

EU Source Description Emission Controls

I Aggregate Crushed Stone Processing Operations Telsmith 25x40 Jaw Crusher Telsmith 48S Cone Crusher Barmac Mkll9600 Impact Crusher (Surge Hopper-Impact Crusher)

Water spray and fogging

Aggregate Handling Aggregate transfer from crusher to surge piles

2 Aggregate transfer from inbound trucks to surge piles Aggregate transfer from surge piles to stock piles and Aggregate transfer from

None

stock piles to HMA bins

3 Aggregate Wind Erosion Wind erosion of all exposed areas including piles

None

Aggregate Truck and Loader Traffic Road dust caused by truck Water or dust 4 and loader traffic on paved and unpaved roads palliative

applications

HMA Drum Dryer Pioneer 75 foot drum mixer parallel-flow 65000ACF 5 design drum 300 tonhour rated capacity RAP capability 50 baghouse with 125

MMBtulhr burner fueled with propane or natural gas only hp fan

6 Asphalt Tank Heater Heatec HOH-150 250 MMBtuhr fueled with propane or natural gas only 5 - Storage Tanks (1) Liquid Asphalt Cement Storage Tank 26000 gallon capacity

7 heated (see tank heater)

(2) Liquid Asphalt Cement Storage Tank 12000 gallon capacity None

heated (see tank heater) (3) Liquid Emulsion Storage Tank I0000 gallon capacity to supply

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drum dryer (4) Propane Fuel Tank 20000 gallon capacity tank to supply drum dryer (5) Propane Storage Tank 3000 gallon capacity tank trailer to supply

asphalt heater Asphalt Aggregate Handling via trucks loader and conveyors to and

8 Nonefrom piles and to drum dryer includes RAP and concrete rubble

9 Asphalt Silo Filling via conveyor from drum dryer None Asphalt Truck Loading and Fumes HMA truck load-out from silos and

10 Nonefumes from loaded truck bed while in plant Asphalt Traffic Trucks for loading and delivery of HMA product and Water application

11 Asphalt truck delivering asphalt to the HMA plant

All known emission controls are listed - required controls are noted with an asterisk

33 Local Air Quality

This reservation is currently unclassifiable or attains the national ambient air quality standards for all criteria pollutants An area is unclassifiable when there is insufficient monitoring data Areas of the country where air pollution levels exceed the national ambient air quality standards are designated nonattainment Note that PSD applies only in attainment and unclassifiable areas Ambient air quality designations are presented in 40 CFR Part 81 middot

4 Regulatory Analysis and Permit Content

41 Evaluation of Request

The Clean Air Act requires all major sources to obtain a PSD permit to construct and a Title V permit to operate Major sources of hazardous air pollutants (HAP) are also subject to the MACT program The definition of major and the criteria for qualifying as a major source are slightly different for each of the three programs HMA plants that have the potential to emit (PTE) 250 tons per year or more are subject to PSD Sources that have the potential to emit 10 tons per year or more of any individual HAP or 25 tons per year or more of any combination of HAPs emitted (including fugitive emissions) are subject to the MACT program Sources that have the potential to emit 100 tons per year or more or that are major for PSD or MACT purposes are subject to Title V PTE is based on the sources maximum capacity operating 8760 hours per year and only considers emission controls or limits that are enforceable Source categories subject to a New Source Performance Standard (NSPS) that was promulgated as of August 7 1980 must count fugitive as well as non-fugitive criteria pollutants when determining major source status NSPS Subpart I originally promulgated in 1973 applies to HMA plants so fugitive emissions must be counted when determining major source status for HMA plants

As shown in Table 2 Pioneers HMA and aggregate plant has the potential to emit more than 250 tpy of PM and 100 tpy of CO PM10 and PM25 The PTE ofGHG emissions is predicted to be less than the major source threshold of 100000 tpy on a carbon dioxide equivalent (C02e) basis Lead emissions are predicted to be nonexistent and well below the Title V and MACT applicability thresholds HAP (total and individual) emissions are predicted to be well below the Title V and MACT applicability thresholds See Appendix A for emission inventory details Without enforceable emission limits Pioneers operation would be subject to PSD and Title V

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Table 2 Potential to Emit (PTE)

Annual Potential Emissions (tons per year)T

Emission Unit co Pb NOx PM PMIO PM25 S02 VOC GHG HAP HAPs Aggregate

l Crushers 0 0 0 459 132 132 0 0 0 0 0 Aggregate

2 Handling 0 0 0 7 3 ltI 0 0 0 0 0 Aggregate Wind

3 Erosion 0 0 0 ltI ltI 0 0 0 0 0 0

4 Aggregate Traffic 0 0 0 188 51 5 0 0 0 0 0 Asphalt Drum

5 Dryer 171 0 34 52 78 78 II 42 42296 4 7 Asphalt Tank

6 Heater 5 0 9 2 2 2 0 ltI 8459 ltI lt1 Asphalt Storage

7 Tanks 0 0 0 0 0 0 0 ltI 0 lt1 lt1 Asphalt Aggregate

8 Handling 0 0 0 11 5 lt1 0 0 0 0 0 Asphalt Silo

9 Filling 2 0 0 lt1 lt1 lt1 0 16 0 lt1 lt1 Asphalt Truck

10 Loading amp Fumes 13 0 0 10 10 10 0 7 0 ltI ltI

II AsphaltTraffic 0 0 0 27 2 ltI 0 0 0 0 0

Calculated PTE 191 0 43 756 283 229 II 66 50755 5 8

New PTE Limits2 80 NA NA 200 80 80 NA NA NA NA NA T

Carbon monox1de lead mtrogen ox1des particulate matter particulate matter less than 10 m1crons and 25 m1crons sulfur dioxide volatile organic compounds Greenhouse Gases on a C02e basis highest plant wide single HAP (Formaldehyde) total hazardous air pollutants 2 The PTE is capped by new limits created in this non-Title V permit

The emission estimates considered each applicable emission limit paired with the fuel type that can be used by the equipment to determine the worst-case emissions that are allowed assuming full-time operation at full capacity which would produce approximately l 971000 tons of aggregate and 2628000 tons of HMA per year Note that individual HAP PTE estimates were based on natural gas fuel for any single HAP Source-wide HAP PTE was a summation of the emission units total HAP PTE PTE was also limited by applicable NSPS and FARR emission limits when the limits resulted in lower emissions than available emission estimation techniques predicted Emission testing performed in 2010 demonstrated that actual PM emissions met the NSPS limit The permittee can use the site-specific PM data to develop an emission factor for use when reporting actual emissions

As explained in Section 22 above and in Table 2 to avoid being subject to Title V and PSD the permittee has requested PTE limits (called synthetic minor limits) be created in a non-Title V permit The permittee anticipates only seasonal operations resulting in production of less than 24 ( 468000 tpy of aggregate and 624000 tpy of HMA) of the potential production (20 million tpy of aggregate and 35 million tpy of HMA) used in the emission estimates At the lower production rate and using propane or natural gas fuels the permittee is confident that its actual emissions will be well below the emission limits requested Actual emissions will be determined using actual production rates fuels and control efficiencies If better emission factors (eg developed by testing the emissions from this source) are

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available that better reflect actual emissions then those factors should be used As described in more detail in Section 43 the permit will limit emissions on a rolling 12-month basis to

bull Not more than 200 tpy for PM (avoids PSD) bull Not more than 80 tpy for CO PM10 and PM25 (avoids Title V)

A majority of the PM PM10 and PM25 emissions respectively from this plant are expected to be fugitive emissions Emission estimates do not take into account any unenforceable emission reductions techniques that the permittee might use (eg road watering) to comply with the fugitive dust or visible emission requirements that may apply Techniques exist for quantifying emission reductions due to road watering If the permittee relies upon controls to lower actual emissions the EPA will require adequate documentation of the emission reduction techniques and applicable operational parameters that the quantification techniques employ The permittee should discuss the use of such techniques with the EPA before using them for calculation compliance and reporting purposes

The emission inventory in Appendix A includes rock handling and crushing emission units because the permittee has indicated to the EPA that operation of these types of emission units are in support of the HMA plant As explained in the EPAs letter of March 1 2010 to the permittee the facilitys rock handling and crushing operation must be considered part of the HMA plant Accordingly the permittee will be required to account for the emissions from the rock handling and crushing operation~ along with the HMA plant to document compliance with the emission limits in this permit

42 Other Federal Requirements

As part of EPA Region 1 0s direct federal implementation and oversight responsibilities EPA Region 10 has a trust responsibility to each of the 271 federally recognized Indian tribes within the Pacific Northwest and Alaska The trust responsibility stems from various legal authorities including the US Constitution Treaties statutes executive orders and historical relations with Indian tribes In general terms the EPA is charged with considering the interest of tribes in planning and decision making processes Each office within the EPA is mandated to establish procedures for regular and meaningful consultation and collaboration with Indian tribal governments in the development of EPA decisions that have tribal implications

EPA Region 1 0 s Office of Air Waste and Toxics has contacted the Confederated Tribes of the Umatilla Indian Reservation to invite consultation on the Pioneer Non-Title V operating permit application

Endangered Species Act (ESA)- The EPA is obligated under ESA Section 7 16 USC sect 1531 to consider the impact that a federal project may have on listed species or critical habitats The EPA considers ESA issues in the context of permitting decisions on a case-by-case basis Based on the fact that the permit contains voluntarily-requested emission limits to an existing operation it is the EPAs conclusion that the issuance of this permit will not affect a listed species or critical habitat Therefore no additional requirements will be added to this permit for ESA reasons The EPAs no effect determination concludes the EPAs obligations under Section 7 of the ESA (See Endangered Species Consultation Handbook Procedures for Conducting Consultation and Conference Activities Under Section 7 of the Endangered Species ACT FWS and NMFS March 1998 at Figure 1)

National Environmental Policy Act (NEPA) Review- Under Section 793(c) of the Energy Supply and Environmental Coordination Act of 1974 no action taken under the Clean Air Act shall be deemed a major Federal action significantly affecting the quality of the human environment within the meaning of

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the National Environmental Policy Act of 1969 This permit is an action taken under regulations implementing the Clean Air Act and is therefore exempt from NEPA middot

National Historic Preservation Act (NHPA)- This project involves establishing limits on air emissions No part of the facility will be physically altered directly as a result of this permit Consequently no adverse effects are expected and further review under NHPA is not indicated

Environmental Justice (EJ)- Under Executive Order 12898 Federal Actions to Address Environmental Justice in Minority Populations and Low-Income Populations signed on February 11 1994 the EPA is directed to the greatest extent practicable and permitted by law to make achieving Environmental Justice (EJ) part of its mission by identifying and addressing as appropriate disproportionately high and adverse human health or environmental effects of its programs policies and activities on minority populations and low-income populations in the United States

Environmental Justice is the fair treatment and meaningful involvement of all people regardless of race color national origin or income with respect to the development implementation and enforcement of environmental laws regulations and policies Fair treatment means that no group of people should bear a disproportionate share of the negative environmental consequences resulting from industrial governmental and commercial operations or p~licies Meaningful involvement means that people have an opportunity to participate in decisions about activities that may affect their environment andor health the publics contribution can influence the regulatory agencys decision their concerns will be considered in the decision making process and the decision makers seek out and facilitate the involvement of those potentially affected The EPAs goal is to provide an environment where all people enjoy the same degree of protection from environmental and health hazards and equal access to the decision-making process to maintain a healthy environment in which to live learn and work~

The EPA will solicit and will consider public input prior to final decision-making consistent with the FARRs Rule for Non-Title V Operating Permits- 40 CFR sect 49139 See Section 52 of this TSD for further details

The EPA uses census tract data to help determine whether minority populations and low-income populations reside in an area to be impacted by a proposed permitting action The EPA transposes onto maps the EJ indicators for people of color and poverty to help illustrate the projects physical proximity to EJ communities For the benefit of communities living on Indian Reservations in the Pacific Northwest maps displaying EJ indicators for people of color and poverty are available at the following the EPA Region 10 website httpyosemiteepagovR J0ocrejnsfenvironmental+justicemaps

The proposed permit action does not authorize the permittee to generate new or additional air emissions and by extension does not authorize new air quality impacts The EPA has no information to suggest that issuance of this Non-Title V operating permit will result in a disproportionately high and adverse human health or environmental effect upon minority populations and low-income populations

43 Permit Conditions

The permit establishes PTE limits as well as monitoring recordkeeping and reporting requirements necessary to assure compliance with the limits The permit is organized into four sections as follow

I General Conditions 2 Emission Limits and Work Practice Requirements 3 Monitoring and Recordkeeping Requirements



An explanation of each condition in the permit follows

Permit Section 1 General Conditions

Permit Condition 11 clarifies that the permitted source is a hot mix asphalt drum dryer and mixer as well as other ancillary equipment used as part of the process to produce hot mix asphalt (HMA) in combination with aggregate handling and crushing activities

Permit Condition 12 requires the permittee to comply with the conditions in the permit

Permit Condition 13 states that compliance with the permit (and site-specific conditions) allows the permittee to operate at the specified location

Permit Condition 14 states that the permit does not relieve the permittee from complying with any other federal tribal state or local laws or requirements that apply This permit only creates owner-requested limits for the purposes explained above The permit does not contain other Clean Air Act requirements to which the permitted facility is or may be subject such as the PARR New Source Performance Standards 40 CFR Part 60 and National Emissions Standards for Hazardous Air Pollutants 40 CFR Part 61 and 63 If in the future the permittee chooses to relax the limits in Permit Section 2 such that the facility becomes a major source additional permitting requirements may apply

Permit Section 2 Emission Limits and Work Practice Standards

Permit Conditions 21 to 24 limit the PTE of the facility to 80 of the major source thresholds for PSD (PM) and Title V (CO PMlO and PM25) The thresholds for each program are 250 tpy for PSD and 100 tpy for Title V The non-Title V limits effectively restrict emissions for PSD purposes with the exception of PM which is no longer considered a regulated pollutant for Title V applicability purposes (which is the reason the limit is 200 tpy) These synthetic minor limits allow the permittee to be treated as a minor source for permitting purposes Each limit is written as a rolling 12-month total where each month actual emissions must be totaled for the last 12 months to determine compliance with the ton per year limit Emission factors are relied upon for calculating actual emissions

Limiting emissions to a value less than the major source threshold levels are necessary to account for the unknown uncertainty in the calculations employed when determining actual emissions generated by this source Limiting these calculated emissions to a fraction of the threshold level helps assure that actual emissions remain below the major source threshold level According to the Clean Air Act Stationary Source Compliance Monitoring Strategy synthetic minor sources with PTE limits at 80 to 100 of the major source thresholds will be inspected on a once every five year frequency Setting the limits within that range will help to ensure adequate compliance assurance

Permit Condition 25 requires that consistent with the application submitted the permittee limit fuels combusted in the asphalt drum dryer and asphalt tank heater to only propane or natural gas Use of a different fuel could require additional permit requirements

Permit Condition 26 requires good operation of the fuel burning equipment (drum dryer and tank heater) and the drum dryer baghouse Good operation generally implies proper operation and good maintenance of equipment - burner tuning and baghouse bag inspection and replacement as needed The emission factors relied Upon in this permit are assumed to reflect good operation so good maintenance and

Pioneer Asphalt Inc 0 of 14 Non-Title V Operating Permit RIONT502400 Technical Support Document

operation of the equipment is necessary to ensure the factors are representative of actual operations This permit condition also requires the baghouse be operated at all times the drum dryer is operated and receives any emissions generated by the drum dryer again to assure a level of emission control that reflects good operation and the emission factors relied upon

Permit Section 3 Monitoring and Recordkeeping Requirements

Permit Conditions 31 to 35 Visible Emission Monitoring and Recordkeeping - These conditions require a daily survey (a plant walkthrough) for visible emissions from the drum dryer baghouse stack as well as specific follow-up steps (investigation corrective action RM9 observation and additional recordkeeping and reporting) if visible emissions are observed If observed visible emissions cannot be eliminated within 24 hours a RM9 opacity observation must be performed Records of all surveys and observations are required to be kept for a period of five years This requirement will help ensure that emissions do not exceed the limits created by this permit

Permit Condition 36 Baghouse Inspection and Recordkeeping - This permit condition requires an annual internal inspection of the baghouse to check for wear corrosion and bag degradation blinding or channeling that could impair the performance of the unit Again the requirement to inspect and appropriately maintain the baghouse is believed to be necessary to ensure the emission factors used in the monthly compliance evaluation represent actual operations

Permit Condition 37 Operations and Production Records- The permittee must track and record the operations and production of the plant including aggregate handling and crushing equipment aggregated with this asphalt plant such that facility-wide emissions can be reliably calculated on a monthly and 12shymonth basis and for troubleshooting compliance concerns Records shall include all information necessary to perform emission calculations as required by Permit Condition 39 Emission estimation techniques and the data needed are described in detail in Appendix A to this TSD Most of the data (production fuel usage baghouse pressure drop and fugitive dust controls) must be recorded each day Other data such as fuel sulfur and ash content must be documented for each fuel load or through actual measurements to represent what is being burned at any time Pursuant to Permit Condition 26 the drum dryer exhaust is required to be routed to the baghouse at all times and the baghouse must be kept in good operational condition Permit Condition 36 requires the baghouse internals to be inspected annually The permittee must document any period of operation when (I) the drum dryer exhaust is not routed to the baghouse and (2) the baghouse is not in good operation to assure compliance with Permit Condition 26

Permit Condition 38 Equipment Installation- Some monitoring requirements will require the permittee to have equipment to indicate the operational parameters that must be recorded The permittee can also automate some recordkeeping systems to assure data is recorded For instance baghouse pressure drop requires pressure reading instrumentation and can be linked to recording equipment Some combustion devices can also be equipped with fuel usage measurement and recording instrumentation All records can be manually recorded by plant personnel using the technique (or system) the permittee determines is appropriate to comply with the permit If monitoring equipment will be installed and used this condition requires it to be appropriately calibrated and maintained

Permit Condition 39 Emissions Calculations - Because compliance with the synthetic minor emission limits created in this permit must be determined on a rolling 12-month basis this condition requires the permittee to confirm compliance with the emission limits in the permit every month Permittees with EPA-issued permits that contain synthetic minor limits should always collect the necessary data to calculate emissions from its plant This will allow them to be able to produce accurate emissions calculations for any period of time necessary If the recordkeeping is routine for the plant personnel it is

Pioneer Asphalt Inc Page 11 of 14 Non-Title V Operating Pennit RlONT502400 Technical Support Document

also less likely that the source will make recordkeeping errors during the time it needs to report to the EPA

The emission calculations should be based on the best emission factors available and actual operational and production data Calculations should be performed as they are described in Appendix A however assumptions in Appendix A should be verified as needed and when better information is available it should be used For instance emission factors from site-speCific emission testing would likely be more representative than basing emission on NSPS limits or AP-42 Techniques used for the calculations including any new assumptions must be clearly documented and acceptable to the EPA

Permit Condition 310 Records Retention- This requirement to keep all of the required records on site for a period of five years makes the permit consistent with the other EPA recordkeeping requirements

Permit Section 4 Reporting Requirements

Permit Condition 41 Notification of Deviations -To expedite the time it takes for the EPA to learn that the permittee is having compliance problems this condition lists the information and timing for notifying the EPA about deviations from permit conditions Operating circumstances that are of greatest concern (baghouse not operating or functioning improperly) must be reported by telephone within 24 hours of discovery with written follow-up within 10 days Calculated exceedances of the permit emission limits are required to be reported in writing within 10 days of discovery Notifications should include a clear complete explanation of the exceedance or situation that warrants the notification so the EPA understands the severity of the situation

Permit Condition 42 Annual Report- If the permittee operated during a given calendar year the permittee must submit an emission report to the EPA that provides a summary of the operations (dates) and each calculated monthly and 12-month rolling emission total required in Permit Condition 39 including any 12-month totals exceeding the permit limits that were previously sent to the EPA under the deviation notification requirement in Permit Condition 41 The emission report is due annually by February 15 following any year in which the source operated If the source operates every year the source is required to report every year by February 15

While monthly emissions data might show up in more than one report each 12-month rolling total should only be reported once Note that the emission report required by this permit is different than the annual registration report required by 40 CFR 49138 in the FARR

Permit Condition 43 and 44 Mailing Addresses and Telephone Numbers -The telephone number for telephone notifications has been included here Copies of all notifications and reports must be sent to the Tribal environmental contact listed that represents the reservation on which the source operates

5 Permit Procedures

51 Permit Revisions Termination and Reissuance

The permittee should contact the EPA if they are considering requesting any revision to the conditions of this permit The EPA will evaluate the regulatory options available to the permittee and advise them of same

If the permittee wishes to terminate the permit a written request must be submitted to the EPA explaining the reasons for the request and if necessary for continued operation submitting applications for any


Clean Air Act permits or approvals that the permittee avoided by establishment of the limits contained in this permit

This permit may be terminated revised or revoked and reissued by the EPA for cause Cause exists to terminate revise or revoke and reissue this permit under the following circumstanc~s

I This permit contains a material mistake 2 Inaccurate statements were made in establishing the terms or conditions of this permit 3 The permittee fails to comply with any condition of this permit or 4 This permit must be terminated revised or reopened and reissued to assure compliance

with Clean Ajr Act requirements

52 Public Notice and Comment

As required under 40 CFR sect 49139(c) the draft operating permit will be publicly noticed and made available for public comment as follows

1 Make available for public inspection a copy of the draft operating permit prepared by the EPA the technical support document for the draft permit the application and all supporting materials including at least one location in the area affected by the air pollution source (see 40 CFR 49139(c)(5)(i))

2 Publish public notice for this draft permit of the availability of the draft permit and supporting materials and of the opportunity to comment in a newspaper of general circulation (see 40 CFR 49139(c)(5)(ii))

3 Provide copies of the notice to the owners or operators of the air pollution source the Tribal governing body and the Tribal environmental organizations as well as Oregon Department of Environmental Quality (see 40 CFR 49139(c)(5)(iii)) and

4 Provide for a 30-day period for submittal of public comments starting upon the date of publication of the notice (see 40 CFR 49139(c)(5)(iv))

As required in 40 CFR 49139(c)(5)(iv) and (c)(6 the EPA will address any public comments in preparing a final permit and technical support document and will document a response to each comment explaining whether any changes to the permit resulted and the reason the change was or was not made As required in 40 CFR 49 139( c )(7) the EPA will send the final permit and technical support document to each person who provided comments on the draft permit to operate and the EPA will make available the final permit and technical support document at all of the locations where the draft permit was made available

The draft permit and technical support document were made available during a public comment period that lasted from July 2 2013 to August 3 2013 No comments were received during this time

6 Abbreviations and Acronyms

AFS Aerometric Information Retrieval System Facility Subset CFR Code of Federal Regulations co Carbon monoxide EJ Environmental Justice EPA United States Environmental Protection Agency (also US EPA or EPA) ESA Endangered Species Act FARR Federal Air Rules for Reservations


FR Federal Register HAP Hazardous air pollutant (plural HAPs) HMA Hot mix asphalt MACT Maximum Achievable Control Technology (Title 40 CFR Part 63) NESHAP National Emission Standards for Hazardous Air Pollutants (Title 40 CFR Parts 61 and

63) NHPA National Historical Preservation Act NOx Nitrogen oxides NSPS New Source Performance Standards ( 40 CFR Part 60) PM Particulate matter PM10 Particulate matter ~ 10 micrometers PM25 Particulate matter ~ 25 micrometers PSD Prevention of Significant Deterioration ( 40 CFR Part 52) PTE Potential to emit RAP Recycled asphalt pavement S02 Sulfur dioxide Title V Title V of the Clean Air Act TPY Tons per year TSD Technical Support Document voc Volatile organic compound


Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400

Page A-1 of A-20 middot

ErrtSSIOfllllllniOI) Pinoer Aspholl Inc seton OrGJon

Summuy of Facility Potential Criteria Air Pollutant Emissions Potenllallo Emil(tons ~~year)

Aggrogato Hlsndling and Crushing Alllvltlos EUl i EU2 EU3 pound04

Agr~ato oagreoate AIHIltgate Agg~aro

Ct~o~lltfB Handng l1nd Erosion Traffic Totll Carbon Monegtltide (COl 00 00 DO 00 00 ealtI(Pbl 00 00 00 00 GO l~o~n Obullidols (NOx) 00 00 00 00 OG PariCOiate (PMl 4591 l se 02 1675 6535 Fino PaQct~~aes PM10 PM OJ 1315 i 32 01 505 1852 Fon9 PIUictliGies PM2 5 (PIA2 5 115 l 05 00 51 1371 Sulfur Ciorlde ISC2J Ol I 00 00 00 00 Valatie Oraonic Compeunrs (VOCl 00 I 00 00 00 00 Greenllouso G~es(CO~J GO I 00 00 00 00

Hot Mill Asphalt Pllnt (Poinlosnd FugltiVo Sourtm)

EUS poundU6 EU7 EU3 EU9 EU10 EU11

I AQ91oglllo AspniiiTmdltIAsptall Tank Slrage Tan~ iandi119 Loadngamp Traffic OrumPIbull)Ot 1 Healer (Pcltr1 FugiIYltt SloF~ing Fumes (Fugi~ve

tPoonl Souree1 (Pcrnt Source Sourcesj Source) IPoint So~rce) (Pall Source) Source CarDon Monaxide (COl 1708 I 51 00 00 15 133 00 LelldPb)middot 00 I 00 00 00 00 0) GO I~11091111 Oxuis I NO~) ~2 89 00 00 00 00 00 PlrliegtAate (PMl 523 20 00 107 oa 97 270 Rne Pa~c-ates PM 0 PM IOJ na 20 OG 5 I oa _ 24 Fone PIUic~at~ PM2 5 lPM2 5 ii8 20 00 IJ6 06 97 07 Sulfur CiOrJd9 CS02) 112 IJG GO 00 00 00 00 lolatle Organic ComteltncS VCCI 420 i 05 os 00 160 65 00 Gteonhouse Ga4l (COe) 422956 i e4591 lG 00 OG 00 00

TOTAL SOURCE POTENllAL TO EMIT

Tot1l

Cosrbon Monoxldo CO 1908

lealtJ(Pbl GO

lln Orrdn (tiOYI 430

PlrtlcuiAto(PM) 7559

Fino P11Ucullltos lt PM10 (PM10) 2829

Fino Parlculalos lt PM251PM25) 2288

Sulfur Dlcltrde 502) 112

olaJOJ Croa~~oc Comccurns VOCl 657 COroentgto~ne Gases (CCe 51Ji547

Tolll Sourco PTE Limits CarDon Mono~ide (COl eo ltpy ~sed on emluion lmlt in FARR NonmiddotlUie V permit

LeadiPbl IliA I litro~n Oxide$ (Nox) NIA I

200 tpv based on emlnlon limit In fAIIR Nonmiddotlllle V permit Ftno Particlllatos (PM1ll eo jtpy ba~d on emission limit in fAIIR lionmiddotTide V permit Fine Pro~IJiaes (PM2 5) eo ltp~ based on emission limit in FARJ Non-ntleV permit Suur )Q)ltlde IS02) Vola~lo Organic QJmcounlts rICCi NIA

llGto 1 T~o Total Source Potentud To Emir table 10ums tllo bulltnluO rn Uoe A~nregltne Haoclng and CrU3hirg Aebvit~and Hot Mix Asphamplr tatles otxNo

Total IS08 lO 430 1GJ 977 917 112 657

5075lt17

p~ Page Amiddot2 of 11middot20bull1-lnbullttll) V Perrnol RI~TSO~ Tu-rI-M~amp~Pfltll Doc~

Emssor lrrtcrtoy Poneet Asphalt Inc FnltSoto11 Obulleen

2 IScrgtelll ~I bullYicne m- p- o-1ae gc~ aa Xterrgt fgr aafeaDolNen thou M mQIdal sc-nell aro ltgt~~~~~in the Cl~n AJr l-et 3 Emiuion units not shown are net lmobulln to emil HAPs

_Agtrk ttooofctoV~RICNfl400facrutS~q~Ct0oc~ Pqe Amiddot3 of Amiddot20

EmssiOIIIrtJoroy Pbullorecr A$hal lc Perdleton Oreoo

Greonhouse Gues (GHGs) Potential to Emit Emission Inventory

Emissions Unit Hoa Global Wnrmlno Pot11nllal CO

NO 310

01 21

Fltill8 Rate Drum Moccr llumsr CapaoiY 50 MMSuPgtr Asphalt Tonk Heater 2SMMBtuilr

Point Source Emissions

UniiiD I Doscrlption Maximum Annual

CDpaclly I I

emission Factors

co tiO CH co Potanllallo Emit (tpy

NO CH COo I I

s Drum MIMer middotPropane 6832800 Allons I 6146 6Emiddot04 3Emiddot03 42125 041 206 422961 5 fAsplall Tank Heater Pr~re 13S6500 galcns I 6146 5E()4 3E03 8425 008 041 8459 s Drum Mlaer bull llatutal Gas t25G7D039 sd I 53 02 tOOE-04 100pound()3 25599 oos 048 256241 6 AslliUI Tank Helle4 -llalllrol Gas 21l03502 sci I 5302 lOOE-04 lOOE-1gt3 1280 oooz 002 1281

The following emission units haw no known emissions of GHG I 1 Aggrqale Crusher I 2 IAQngale tlandling I 3 I~WII41ct Wind Erosion I 4 IA(grqate Tr~ffic I 7 Asphalt Storaae Tanks I 8 IAsph~lt A~rqate Handlinbull and Scredn I ) Asphalt Silo llandling I 10 Asphalt Trude loilding amp Fume~ I 11 Aso~IHrafllc I

Total from non-biomass-combustion sources so7ss PhyampIC31 Dllla nnd Convotslons Used lhl1he~t PTE ba~ on propane fuel I

45359 glb 2000 lbsfton 0091 MMBtufgbullllon Heat content of propane fuel(Part 98 Subport C Table Cll

103Emiddot03 MMBtufwf Ileal contef1 of natural sas fuei(Part 98 Subpart C Table Cl) Foofnot~tAssumpllons

t Emiuion factors for Propane and tlatural Gas are In units of kampfMMBtu 2 Emission facton are from 40 GR Part 98 Subpt C Tables Cmiddotland Cmiddot2

Default C02 cmiuion factor lor propane 6146 40CfR Pamprt98 TableCmiddotl Default C02 tmi~sion factor for natural gas 5302 40CFR Part9S TableCmiddotl Default t110 emission factor (~g NOmmBtu) for propane GE-1gt4 middot40CfR Put98 Tbullble Cmiddot2

Default NO emission fJctor (kg 11 10mmBtu) lot natural gas lOOE-04 40 CfR Part 98 Table Cmiddot2

Oeflult Cllem~n factor kamp CHJmmBtu) for propane 3pound03 40 CFR Pamp1193 Table Cmiddot2

Default CHemission factor (kg OlJmm8tuJ for natural gas lOOE-03 40 CFR Pan 98 Table Cmiddot2

~~~-middotbnmiddotTamp-V~R1CNTS4140l f~MSrcClaquoue

Page A4 of P-20

Emss=ctlnmiddoto~erory

Ptoruer ks~all Inc pnSelcn Ore~

Criteria Air Pollutant Emission Inventory

Eminicn Unit 11 Aggrog~te Crushad Stone Processing Operations Moal PM s ormld dUe to lllr$Cal alli~cn ol tlgte amp1oM lt~Jrong amiddot~~lg =~rrgtJ

Cese~pionmiddot conveYln~lot~fl] and unoadin Control VIet Su~HOfl

CSpadt~ 225 Ions ptl hour lpart) Operc~orr 6760 noullll)eor

Poblnllal to Emltltons per yoal)

co LeV ICY PM 45906

PM tO 13148

PM25 13U8 S02 voc

Aliioly Ce$CipiCII Occurenas EF PM

I PTETPY EF PMlO

PTC TPY EF PM2S

PTC TPY Conlleror tRnsfer pein 22 I 300EmiddotOl I 65ot 110poundlt)3 2385 110pound03 2385 Scr~ning 2 2SOEo2 I 4928 870pound03 1715 870pound0] 1715 FIMSSC~iftl 1 300pound01 I 29565 720poundmiddot02 7096 720pound02 7096 TriCk unl~dlng 1 160pound-os I 002 160pound05 Oo2 160pound05 002 Prfmar1 crushlnc 1 540poundmiddot03 I 532 240pound()3 237 240pound()3 237 Tertiry crushinc 1 540Eo3 I 532 240EmiddotOl 237 240pound03 237 Fines crushing 1 390poundmiddot02 I 3843 lS0pound02 1478 1SOE02 1478

TOTAlPTEIlV I 45906 13148 13148

Estimation Ell~ns Err-uon faciO iEFl are ~en st= prccesaeo

Basrs IOlt all EF AP-42 08ot Slaquolton 11192 Table 11192middot2 (lbTon)llcte l lertlary crustlinc Us ulliiZId to tillmate magtUmum pesuble em~1ons rrom lfimary

crushishy2 PMlD truck ulloadlnc poundf utilized to tSiimatl PM25 truck unloadinc -issions 3 1111 Els reflett unconltOUcltlembull~oons giVen lhbullt no resurauon egtpllcitly rlqu~res lloneer to utilize water suppreulon

-~ io)niamp1tV ~RtCHTS~COOTac~Sepca~ Page AmiddotS of11middot20

Emssrotllftbullenoy Picnobullr Alltgtat Inc Pcnltll~tcn OteiCfl

Criteria Air Pollutllnt Emission InventorY bull

Emisso Unit 2 Aggregato Handling and Processing Activities Cesalpdcn at Agregattt tampNftt om crusher to surge liM Zl5tonlll1r)

112 Pggregate ltMSer rom inllcund v-cs to suro lltC11175 oMJ~gtr)

1)1 Pggregale llell110r lron surge iesD $leek l)iles (2251CI$hr b2 Aggeoate tar1fer fe~n su~ llet to stocllt amp~losr75 tc~r)

c Aoomgale lhlnsfer lrcm sek ple=lto HMA blrts (JOIJ totl1111r)

Ccnttcl IlOilO Capaciy 300 lcll$lOUI

Operation 8760 hourYoar

Potential to Emit lions DOr vcmrl 51r~nsers

EF PTETPY t~

Lear NOgt IM uuow till

tt~IO 0000~ J2 iM- 00001 uo S02 v~

Estimation Elrplm~ttonbull EmiSSicrt factor (EF) uni1 aro lbot1 or oooregate laniSed

PM factor AP-42 1100 SoKUon 1324 Equ~tlon 1 for ch drop operation Erni$$lon factorbullk(00032i(UJ5)13MI2)14

mph average wtncl speed dunnamp a calendar vear over last 41 years or U mean wind speed 86 oMervallons middotNOAA Pendleton

~ COIISCrJallvc estimate baSCcl on t~AbullIimlsltlcn Inventory M tNterlal moisture ton rent lmprtNement Progr~m range of 3 bull 7

PM factor k particle size mulllpllor 074 Tom AP-42 Setticm U24 PM10 fclor k particle sie multiplier 035 from AP-42 Section Jl24 PM25 factor k particle $ite multiplier 0053 from Al-42 Settion 1324

Emissions are multipamped by five to account far all Ir-e rransfen

PrloiCctfA~rc

r~Jnbullttb V Pdmw RICNTS0~-400 Tlaquomltc~ Su~prrt Coc~t Pqe Amiddot6 of Amiddot20

EfnrSS))IrrterIGY Soneer AsaSt ~c

Fenlt~cl Obulleeo

Critorin Air Pollutlnt Emission Inventory

EmW011Uril 3 Aggregate Wind Erosion Dflcn~C~gtmiddot llnd ecsion of a ex~cd areas ncocllng ores

Contcl rgtone Cbullpacrr JCO toltISIlour

OPrnfion ~700 llregrsfea Z6280l onsiJ (tonsilbull x lleurampIJt)

505334615 tcn$ple (sumes a 1 lee~ s~pl1 bulla olltllilatl cn~e ao dmiddotm~e totll earl~ aloJ~I b) 52r 962637 ~3 113 pet ple assumes agrega~amp derszty IS lOS tbl-u It l~ltrghS ot Materia$ pag 393)

Pile heigh 50 teet Pdo ~alll 20() feet

Pile length S6 3 feel Plc Foolpnrt 19253 2

0 4 acres assumes 43580 ll2acro

Polcnlklllo Emitltons per VClltl

Ijtooperaamp yrl PTETPY

co

PMmiddot 031 MID 018 OGS PM25 Hl3 Cl1 S02 voc

Esllrmlllon Expi1Mtions ~scro Iactor EF) uroJts are ~ae per year Stockllolo sqe ~ated bated Gil maximum -~~y oerat~rg 8760 trty

PM factomiddot 038tcns peaaeasedonMgt-42 tora ~cron 119 Tatro 1191 Gr MltICrosicicflt~ales PMIOIltIder Enoneeltngestimallmiddot 47 of PM factcrtrcm ra~o ot transfer panide we mu~llfiers (0 3Sin74iinAigt-4213 2411rl6

PM2 S lacot Ellcireermg es~mate- 7~ ct M tac~r rom rate ef tra~er p31~~e crzamp muripilers gtIJ510 74) on gtP-421324 1lll6

-AarNI bull~rcbullv~Rtntso400 tcrnOua~ CociiCNd PieAmiddot7ofAmiddot20

EtniUIOllrmmtOY loneor Aaplulll Inc PerltScton Ore~


EmiH~on UM IU TNck and Loader Trnffic ~~ctJOrgt Road cl$ ~dD 1Jck ana loaaer tafe

Cortrol nor~ Ct111gtet Casoaaly 225 ern er hor

kVALoOltIing Cllpaetf lOO tons l)ltr rour

Cpeu111onmiddot 8760 hourSiyear

a Truck delivery or fravmcntcd stone (225 lonslhr) meanwe~l(ompty)middot 17 tens mean wegtJllt loadeltir 49 5 tos

11 mean weight (amiddotterarer 3325 lcrs tonspermp 325 tons

nUITbullDer of trips per year 60046

pamiddotted road rourd trbullP dsumco traeloc at urpavec110ad rounatup clislanco 11a~ded at pram nile delNonng fraltmentod stone to plan NIlth~ CleIVenrg la11monted lllone 10

crwhcrr 015 milfi CI~Mr 0 15 milo vehlda miM traveled paved road 9C9e 9 m~M bullchide miles travelltl unl))vod road 90969 mdas

b Truck dollvery or CIU5hcd 5lono (75 tonshi) mean eight (empty) 17 tcrs

mean IIVOighl (lo~ded) 495 tens W moan might (average) 33 25 IOfls

tctns IX tripmiddot 325 tons nun1ber oltnPS per yeabull 29215

l)ltlVOd road round trip ltSstanCtlllaveiOltJ at urI)3Jed bulload round trip Cli~t3nce 11aveled at ~ant villllo ~imiddotoring f1cgmented stone kl llamprt while dererin fmgm~ntoa stone o

crusher 0 IS 1lJ63 crusher 015 mtleamp 1endo mae$10eled pamiddotoa bullcadmiddot ~032 25 mr~ ~erde mHamps lraleiedunpalllltl roatt 30322$ miiM

c L04dcr for deiiYIIrlng 1ggromo ptocluct from surge piles 10 sleek piles (300 tonslui moallMI~tlemoty) 34 laM

mean Mlnl loaoed 40 tos W mean Nefirt averago 37 1o~s

tens rgttr trtpmiddot 5 tcns nYmbet cf trps per year 4~6000

pamiddot19lt1 rund mp dsance raveled cerutln urpamiddot1ed curd lnp clistanco la~led betile~o crusllet surge~ and SIOdr~des crsrer surge ile and stO(lltplesmiddot 004 moa

~elllce mllos traveedunaaved road vehide trltiK CTaieiod UIIP81od road 17520

d LOIIdot for dciiYIrlng liIQIltl9MO ptoduct from stockpiles lo HMA cold bins (300 tcnshr) meanlltighl(em~YJ 34 eros

moarllgll (foadad) 40 Ions W m11om -gtghl average) 37 tons

ICI$ IXI l1p Igt IOIS numbelt of liPS er yea1 43E1JCO

pavea 1cura L~P doatonco IIU1eled betbulleen bull unpaved rcond tnp dSlar~ lraveCed beten stoclltlltlo and feed bns mtes steclopoundgte ard feed tinsmiddot 004 mle$

bullellCie moles tramiddot~od unpaved real mles Jlllido mil~ travtoled lnpaveiliCCd 17520 mles

Potltnlbl to Emit (tons por yoarJ

Truck detrvery of Trsck detvey el Leader dolovcrinJ loader dofoVOIJn9Tr~Cle ceiley of ~usled Trutll deUvort ol crushdd

fragmotntoa slonc bull lraam~locl s1one bull product to SlOC~liiOI bull Podud to HIM bull ~tone- par~d read Gtone bull un~aved roadpavoaroad unpaved road unpavoaro~cl unpabulltotd road

Tots EF PTETPY PTETPY EF PTETPf EF PTE TPY EF PTETPY EF PTE TPY PTETFY

CJ Leod NO~

PM 023 105 5 57 2534 023 lOS 55 2534 7lll 67JS 769 6735 18748 PM10 005 021 142 546 005 021 142 646 212 1356 212 1856 5048 PM25 001 005 014 065 001 oos 014 065 021 186 021 1amp6 511 S02 voc

Estimation Explanations EmiHlon fCllor (EFI UM5 are lbmiles Unpaved Roads Predctve Emosstcn Equ3ions Sod to eaiCIJale Emssor FaciO$ rom IIP-42 1100 Sedon 1322 Ecua~o Ia

PM factor Eak(s12taW3)t(liSPTle5 middot VI a moan vehido ~ acns) middotIltB source dad abo~e P bull ii ueras rumber ot days a C3lemabull year lurin wich at 1eHt 0 01 inctes ol pedl)ill~cn a

otseN4d NOAAmiddot Pefloce-tor 4 a sraeamp macmal sllcOfllcmt(1 os~maa b3Sedon AP-42 Tatd 1322-llor a Fgtf4tll roaoat a S3M and lltDie pcces1ltfbulll

rao41y _ Ts fa~ en~oyed ftJr turks 71 surfne material sit =tent1) ~bma1e based on A-42 T6bll 13 2 2middot1 lor o ma4nal so~go azea n o ampand aod gralt~

peoesSJrg tacot TlJs factor eml~ed fer ioaeer k 49 Emllleai ccnrcn a ~ 07 emprta co-stan os emllie31 =sart

PM10 fattOf Sam~ as Of PM emiSSion factor except that k = 1 50 emcmca corstampt a 09 empltroal co1scnt b ~ 045 empirical cGntalt

PM25 factDr Same as fill PM emission factor except that k 0 15 emcmca constant 11 09 empltrcal costanl D= 0 45 em~ncal constant

Embullwon foetor tEF1 unirs a1tt lbmoiH Paved Rolds Plllltliellbullo Emisahm Equabcra tJSe11o calurate Em~sion Faregrs tom AP-42 11111 Sectcn 13 213 EQuation 2

PM factor EbullkaLbullo 91 (wbullt 02JllmiddotPI(4365JI W bull mear lterde weigh (tons ue sourt~ dat-1 abOvo P 98 avetilge numter of da1ampin a ealcnaar yur dunrg wNch at least 0 01 inches cfplectpilalion is ObseNeCI NOMmiddot PeMielcro

ODSeriCtiOIS

k Oot llbVMT empirilt31 constant for PM3l Tato 132 1middot1 l = 06 silt loading gfm2) b~~d on APmiddot42 Table 1321middot2 ublqultou~ buctlnc v~hsc for pgtved roads ebullperiencing leu than 500 trips

per ~by (coMervatibulle ~ssumptlon as value Increases with lncreaslne number of dally triiJI)

ForPMlO k ~ 00022 empirical conampl3nt ro PMIO Tatgto 1321middot1

forPM25 k bull 000054 empiroa eonsten or PM25 Tatie 132 1middot1

_ Pate middot8 of -middot20tNnoT4tV~R1~middottS040T~onltMS~ct0toC~

EtrbullSS~ueltoy ~~~nee As1a~ llle PrltS~ton Ore~Cfl

Criteria Air Pollubnl Emission lnwnlory

eo OM 5 Asphalt Drum Mixer Ctatiplion Hot Milt A~at ant Meii~middotFON Drum Mce

CcrIJoJmiddot Fal)lic F11t~r

FuOI Prcan ot Nalurl Gas Firing Rmo 5G MMSlutr utimated bullalue bJsed upon diMII flrmg bullt foroner loation See diesltl futl datly 11181 and liMA

production for September 2 1999 Jalue not used in emisstons calculation (1964 gal1348-1 tons UMA) I 42 galbbl) bull SS MM8tufbbl bull 020 MMBiutoll liMA 2SO ton IIMAllr bull 020 MMBIUIOn HMA bull SO MMBiuhr

Caliltltf 3~ ~ hct rnr~ aspllalt Op~raton 6760 hltlloSiJear

Throug~p-r 2629000 1~1$ per year tct mix ~ta~

Potcntbl to Emll Ions per yeu) DrumMller Proore Nawrararaquo I fkx

EF TETY PTE iY i PTE TPt

co G13 17C8 01 1i08 I 11oe Leaa 32E-07 000~ 6207 0001 I 0)

NO OJ~ 3-=2 Oo6 3$2 I 3-12 PMfeatle) 0-040 52 0040 523 I 52j FMOitctah 0059 na 0059 776 I ns PM2511call 0059 ue 0059 7i8 I 7i8

S02 GO~ 1~2 oms 71 I 112 VOC 0032 420 0032 42-G I 4~0

Esllmldlon Expl1111ions EmsSien factcr(Ef) ugtlts are Men HMA pocuct

CO faclor AP-42 304 lot Mix Aiphall Plants Table 111middot7 nalural gsfired bull Usume emissions r4WIIiniJ from comlxnllon of ltllurtlgas are slm11lr to omissions resulring from combuslion ol propano

lebulld factor AP-42 304 Hot Mix Aiphall Plants Table 111middot12 middotmiddotnatural gas or propane hilh fabric filler employed to meet USPS PM miL flObull faor AP-42 30-1 Hot Mix Asphall Pbnts Table 111middot7- n~tural gnmiddotfired dryor

middot bull Assume emissions resulllrg from combustion of nalural gas are similar to eminicns resultinc frorn combustion of propane PMPr110

faCior EF ba~d on tiSPS Subpart lllmil and acrual OPtJtlnc data from PloMers recently instllled drum miller that omploys a fabric filter OpHating data Jtas genllated whtllt emission u11it was employed lri P10nter Asphalt Inc at its current locarion

EF ~ grdsd) I (7000 grJlb) bull dsdmln) bull 150 m1nhr) lph liMA) Pio~ ~pt 2 2010 st~k test z RUN 1 RUI 2 RUN 3

NSPS PM limit m 004 004 004 grdscf stack low durinc test = 26043 2S372 2W79 dscfmirgt

production durinc test bull 213J 230 20ll tenllr liMA NSPSmiddotbased emission fat lor 00-12 OOlS 0040 lbton HMA

AfaCO N5P5-b3sed EF middot~lblon HMA bull Ccent-sorvabbullelf ~lle ~ltIll llll fiteratlo PJ rs also ~itercblePM 10 bull M1l ~amiddotJe regoslncillde Ganregnsallllt PM ~~0 0194 eononsallletinorgmbull~ arlt orarc) per aD-12 dated 31()1 Tae 111middot3-middot COCiled leta 1410 or SlltOClne 0 namplolrlll ~ bull Per Al42 111middot3 foomote g The data Indicate thai lutiiVP doe-s not ~ignilltantly effect PM emission~

PM2S factor EF based on USPS Subpart 1 ~mit and actual operating data from Pioneers recentfv installed drum milter thai employs a fabric filler Operating data was generated while emiulon unit was employed bv Pionoor Asphalt at Its crmentlocaUon See 40 CFR 60 92

Average tSP5-based EF =~lblton liMA middot bull Conservatielf O$$ume Ill at ail PM10 also PM2 5 bull Pll25 ~ale lees rnd~ile Ganoorsatlo PM conwr1anvely assume abulll PMIG s also PM 5

502 factor Opnon 1 reniCIS me P11 ottne emrssrorgt unrr I ne lutl ttur contltnt emtSSJon lrm1taton conbullwlered in Option los more sltincenl than tne proce-ss sourte stack emission Umit considered In Option z Option 1 ProWe EF based on FAIR PfOpane fuel bullulfur limit olll grrms per dscm and ph(Sical capaciry of ~issl~ unit

SeeOOR4130(d)(8) EF bullCS limil cfdsm)bull (2205 lb1000g)bull(m3JS31 ft3J vaporization ftlcalllmu burrgter inng r~tegalhr)- 21bS02lb S)lph HtIA)

FARR gaseous fuel Slimit bull 11 gm3 vaporization of -quid I)ltOpaM bull 3638 ltJgal at6Cf

max PfCpano firinc rate bull 513 soolhr Bbullsed on heat Input Qpady of SO MMBtuhr 502 frattlon not stayma in HMA = OS See AP42 3200 Tabie 111-S

rnabull HMA prodllCti~ rare JOO tonhr pUQane emission factor =~lbton HMA

Option Natural Gas EF based on FAPR propane fuel sulfur limrt of JOO ppm and plr(Sical capatily of emission untt SeeJOCfR 49130(d)(8)

For nat cas EF =(ppmSiim1t bull 32 J851pound6)bull(max mmBTUhr)1 1020 8tucf luel)bull(2 lb 502 per lb Slmabull tpn HMtjbull(lmiddot 502 staying In liMA nat gas conVIrsfon (ppm S) bull CMW I (3851E6) bull lb SI cf narsas

tlaturaiGas FARR S limit= -100 bmiddot1 weight (11a1 gu is ~landard ppmv)

rna- tumer ~irg rat)= 5 00bull07 BTIJIlr fuel nea~ng vaue bull 1020 BTUgallrltt gns 9TUac

lue weignt = tbjpl

mabull HYA ttOltIueon are= 300 torvhr HMA

S02 staving in HMA SO -not to ebullce~d011bjton per PJ2 3200S Table 111middot7)

emissicnfactor~lbtonHrtA

Opllon 2 Prop~ne cr Natural Gas poundF based on fRR procbullls source stack S021imit (0 CR 4912l(di(2)1 of SOO ppm and actual lst datlas follows Ef (ppmjbull IL66E-71bldsf ppm) bull dsdmin)middot 150 m1nl11) I tph HMA)

Pioneer ~pt 2 2010 st~ktest bull RUN 1 RUII 2 RUN 3 FAAR 502 limrl = SOO 500 500 ppm

meawrtdflowrte 2604S 2S372 24079 dsdmin production durill test= ll3J 230 203J tcnhr HJIA

emiulonfactorbull 0608 05-19 0576 lbronHMA Worstmiddotuse fAARmiddotbased emiss1on factor =~lbton Hllt

Oplion3Ef8astdo11APU30-I Table 111middot71or n~turolgas

For nowrol gos S02 =00014 Jblon middotso lttual emrstlons should be lower bull Assume emissions resullinc from combusllon of naturriJIU are similar to emissions resulting from clt~mbustion of propane

VOC factor API2 30-1 Hot Mibull Uphalt Plants Table 111middot8 middotmiddotnatural gasmiddotlfred bull Assume emiulons r utting amp-om combustion of natural gas are similar to ~isSJons rewlting from Clt~mbusllon of propane

-~middot Xl-tC1ttVIgtP1oCRINfSl~ Tcn~S~r~ Page 9 of 020

ETcSStcr huettOY P1cnee As~al lc PenltSetcn Oreer


Emblon Unit 6 Asphalt Stomgo Tank Hoator De~ptilm Asphalt t~atar Hetoc Modo HCI-f-150

Control none Fuel Proparo or Natural Gaa

capaatymiddot 2500 MMBtuhr Qpera1lon 87SO 1t~ursfear

le6560 calion propane I year (from applieltionJ Potcnllllto Emit (Ions per ye11rt

Pr~~ne NIIIUal gtliS 3( - u lC

lbfllgtraquo~l) iiY 1(1~Sdl TPY TEiiV

-~ 750 )1 ol6 89 0095gt4 bull 1 113d 000 0 00005 54EmiddotOii 11))

N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

1111 7~ 11114 204374 14 PM5 0 0 o4 a 111l4 l04374 l4 ~ 0002gt o 1 fj 000644 0U1

oso u 4 JAN 005904 l55

EsUmatlon Expbnatlonr bull Emlasiort t~to (EF) units oro 1111000 gaiJcn of pooano orod lbmmsd cf natural gas

Propanefuel~anver$lon f~clor bull 905 mmBTUlOOOgol from AP42 App A Naturalgaseomremon factor 102EbullOl Btusd from AP-42 Table L4-1 foomote a

CO fattor for propane APmiddot42 703 Table 15middot1 boilerslt lOmmbtu Fer nawrbulll gas AP-42 3~ table 111middot13 hot oil system fired with natural gas

lead fattor For propane no d~a available formoturalgasAP-42798 TableL4-2

IIO~factor ForpropaneAPmiddot-12703 Table 15-1boiletslt lOmmbtu For natural gas AP-42 198 Table L4-1 small boilers uncontrolled

PM fattor for propane AP-12 703 Table L5-l boilerslt 10mmbtu Tot~l PM includes ooly fdterabl Option 1 ormiddotnaturalgn EF based on PM emission limits In FARR 40 CFR 491251 bull 01 grainsduf at no 02 EF (emlnlon limit (7000 irlb) bull (duf-outmmBtumiddotlo) bull (mmBtummsd NG) bulllbmmscf llaturampl Gas

fARR PM limit 01 grdsd (tested at 0026 ~rdscf tountlng front and back llall) Statk flow conversion ttctor 8710 dscfmmBtu from 40 CfR 60 App A Table 19bull2 310 02

FIIRRmiddotba~d EF =r19ltiAIbmmscf natural gu Option 2 for natural gasAP-42 798 Tablel4-2liliiriiiliiEF =19 lbmm~oef For natural gas PM factor will b~ baSId on FARR limit ebull1en tlloupound1 actual emissions are predicted to be much less

PMlO factor For propa~~e AP-42 708 Table 15-1 boilerslt lOmmbw assume PM 10 PM filterable and condensables bull PM10 mis11on rato llltulllVltIly is 1~11 Ulan cr equal to PM emission rate For natural gas All of the PM Is assumed to be PMlO In APmiddot42 798 Table14middot2 so USlt same EF

PM25 ftor For propan assum PM2 5 bull PM10 In the ab~nc of lnl emlnlon factor d~ta speclnc to PM25 bull PM2 5 ampmtSsicn ralo intlliti~ey ~less tnan ot CKI~al o PM10 emiulon rate For latral ]3amp 33sumc PM10 PM25 mAmiddot42 7199 Tabe14middot2 so uao same EF

502 factor for propane EF = 0105 IIP-42 1096 Table lSmiddot1 bo~ersltlOOmmbtu StJltprened in units of gr100ftl AP-12 1096 Tablo 15middot1 boilersltlOOmmbiU S ebullpres~d in units of gm3

000235 (Olgr100 ft3)3Sllftlml)(00648 ggr) 5 bull 11 gm3 st~lfur from FAAA 44 CFR 49130(dl8)

EF a~lb1000 gal propane

Selction for ~~ropdne 502 EF will be based on AP-42 and FARR fuel sulfur limit betaus it Is more Slrlct han FAAR stack 502 limit For natural gas AP-12 798 Table 14middot2

VOCfactcr For propane AP-42 703 T~ble 15-1 boller~ lt lOmmbtu (NMTOCcaltlrllted by subtracting methan contribution to TOC) For natural gu AP-42 798 TableL4-2

~~azlnc lt)nr~v~R~~~QoampOOTur~o~n Occo~ooNd P~eAmiddot10ofAmiddot20

Efrss~n -1ertocy Fbulloneebull Aslo3l ifC P~rltSelcn Oroen

Criteria Air Pollutant Emission lnwntory

Emission Unit 7 Storage Tanks Ofl-tl~etl Three tanlos are used to store aspholt liquid$

Tak 1 - St~rase o rcuicl asphalt Tarlt 2 bull Slcrnge olli~id ullllolt Tcnk 3 - Storall9 o llqJlllspha ly~ subtlalCo (lrcm apprcanU

~aramete onk l unots A$1gt1all

control 12000 10000 allons

11 4114~ 11lWU PAmiddotca cu amplld 1311011Sil4tl v~ar llltOUglput TOC EmUillrmiddotSj 73974 36987 033 lbsvr TOC- Ajlplicant did not probulliltle data ~lues

i bned on EPA-alculated emissions

Potanlblto Emit ttonsl)ef ylt11tl

T~a I TEiY l

Oll91 10-v

i ll 10

S02 VI

Estlmlltlon E~pllllatlonamp

Eml~on l~tDrs poundFI units in table are fraction (1001 of Total Orca nee Compound (TOCi emiSSions from cumputer prosranl TOC E1111ampSiot~ Tanl(s Conpto1et cgram (see AP-42 7 I ( 1100)1 lbs(f see aplliclUOfllor COTII)IIOI I)OQUtm ini)Ut detlrl~

EPA altjusted Tanks ~mllUter Program outp1J1 to refled EA~culated ambullulll hquod tltltOUllhPltI aa roftoded on table beloomiddotr

Opclican lttd not tOIlle mOdetod emissu)nS EPA used modeled emi~ions Modeled calculated or aneMr hot ITogt asphalt plant (~l Columtla Road 1rt

Opeab=n 2313000 2 313000 2313000 R1GIT50170l) 1 ga~om year mrC~hp1 as ~aCIIaed 01 EPA SOld pt)Sentld lo)oyen

Opeate 22 95 580 11 247840 10COl RatocfFiE Ope~a~onto

Modelelt Oleraltergt 973 486 Moai6~ _ 1bSiyr TCC tasea en EPA cactJated emScjons fem ancttler het rn~X oaphat

Emi$$0~ 78Je 76C6 7l C8 cl3nt soo Cclurrta Raacv ljx re R 1 ONTSOt7t-ol iIC i1 1toSlyr iCC bull hasltO ergt E=gtA caclllred emisOons om anoter Mt aspha Em$$~ 73974 36987 033 ciarmiddot fseltt eTiba Reelt -IJx lre R1CNT5l1i00l

OTE A~ntai tbullpoundSa lmtbullnhput

Asphalt is assumed tD bot SS~wt of final HMA product and sS71bgal so gallonston of asphalt bull SS1003S711gtcallbull(2000 lbtonlbull 1284 g~itoro Magtlmum HMA 11roductlon (300 tllh)(3760 hpyj =2628000 IP1 HMA using 11284 SPIJbull(2623000 IPY) bull JJ 743520 gaVyr- liquid asphalt

VOC tJctor For tank 1 2 ard EF from AP42 304 uble 111middot16

CO fattor APmiddot42 304 Pacltl11middot9 multiply tc1or by TOe eminions

PaINNAJ~Inc

tNttbullTclbVP-ttnHR1~TS~OTlaquor~SteiPCn0oc~ PageA-llofAmiddot20

Etr4scn lnltentoay loreer Aspwll lllc Pcncston Ore~


Emission Unit a Aggregate Handling Oltamptliptillll a Awe~ rarsfer from pilei to $10r1Qe ttns (drop into llorsl

b Aggregate transerl~m slcrage bins o conmiddott~or bell (clrOP onto bell) c Aggre~ts tall6et from oJl~))O bltlt to 4tie (drop onto ctyer)

Control nore Capacit) 300 tonSflour

Opara~onmiddot 8750 roourstyear

Potontlalto Emil (tons por year OJ transfers P1c TPY

fIJ I ead

00027 1G1 I) I owu )1

II 00002 oe ]l

VI

EsllmWon Expl4n3tlons

Emsa011 fiiCielt (EF uits aoe ltrcn cf eggIGae handed PM factor APmiddot42 1106 Section 1324 Equation 1 for each drop operztlon

EmsSIOflfiiCic=lt(QC032)1UISJ1 3(M2)14 U mean wind speed 86 mph average wind speed during a calrndar ~ar over lnt49 vear5 of obs~rvatlons bull NOPA Pendleton

M material mols~ure conttnt 3 conservative estimate based on EPAs Emlnlan lnvenloay lmprovemellt Program range of 3- 7 PM factor lc particle site multiplier 074 from AP-42 lt30um

PM10 factor k pankle sire multiplier 03S from APmiddot42 ltlOum PMZ~ factor k particle ~Ire mulllpller 0053 from AP-42 lt2S

Emissions are multlpliltd 111 three to account for all three transfen

~ middot~ PqeAmiddot12 of Amiddot20middot~middotTampbullv~~RCCt$lCOOTotmc=SpuOoc~

EITISSIOfl UtJelttory lbullonoor Asla Inc P9nctte Oe40f


Emission Ullll 9 Silo Filling CflcnllQoo Lo)ltl[ng cl ncx-mEX aampphat mibull (l-IMA mr~J cnto Solo

Control nooe Cacatill 300 tonVIour

o-atiol 8750 nouslyear

Polar~llal to EmiL (tons per lUll)

011 PMlO on

0

vu~ 122pound-01 1601

E5tlmllen EXpllll4tions Ernrwon facGr (EF1tllits are b1on o tA nalldocl Proactrte niuion EqtJaactl$ tJ5ed to ea~lttllato EmsSon F~crs rem AP-12 311-1 TaDie 1 1 1-1-t

COfactor CO EF 000488(-V)e~bullmbullT+40Clmiddot~middot PMPM10

flctor PMIO EF 0000332 + 000105(-V)emiddot~bullrmiddot~gt~Clt

bull Coi$tri811VOI a5$Ue lllDI o9 IIA bullS ampso IMO

bull Value dOlls lnclud~ ltencerscblo FM PM25 fottor PM25 EF 0000332+ 000105(middotV)e~(7~lWmiddotl ~-c

bull Comervallvory asss~e gtill a~ Mil also Ptl25

bull Vaiu-e does mcllltle condemable 111 JOCfactor VOC EF OOS04(-V)e~Tmiddot=~bull1l 1100 of TOC measured proptne per AP42 Table 111middot16)

V asphalt volatility~ 05 AP-42 delaull value T bull HMA mlbulltempetabne bull 25 degF AP42 default value

-Afl-11 INR-Tc1 V Procmt Rtf4T5-~400 Tlaquotr~cM S=slaquot Oot~ PqiAbull13ofAmiddot20

Etr~sson ~entory P1oneer Al~at r~

P-ond~ttn OraS=fl

Critori11 Air Pollutant Emission Inventory

EmiS~Ion Unit 10 Truck Loading amp Fumes O~IICripion n Loaaout of hot-mix asphnn m( (tiMA mir1 from s1lo to ll$1llail t111C~Jo

b Fumes frcm HMA n loadad asphatt truclts vtgte in pant bull Control nore

Caaa~r 300 tons bot mi( asphalthour Ol)efaion 8760 tours11ear

Polontimlto EmiL Itons per ycu) 1fek umes

iF PTi TPY ci- PTe T1 91~E03 12111 lS2E-04 046 U2

I 734fOJ 96S tQ bull34E-o3 75gt 96

bullIt-liS ~Igt ~vmiddot I s91EOl 514 103poundlt1 136 011

EsUmlltlon Explln11tlons EmisSion factor (Ef) unts are lbllon of HMA ha~tde1

a Silo loadregt PtoOef Em1ssbullon Equa~ons 11ed o cateUaamp Errssbull~n F~ from 2 3104 Tale 1 tl-14

co factor 000558(-V)oo~~l(lbullltbulllmiddot~-3) PM10 factor 0000181 +00041(V)e1~-bullr-s~r oOJ bull Ccrsetlabiely OHUme tal all PM IS aso M1l bull Vcl-e daft Include condensable PM pur$ltJarl PM2Siactor 0000181+00041(middotV)emiddotl~bull--ooOJ bull Comoeflablely cssumo tho al PMmiddot~ also PM25 bull Vatbulle does nat indio-de ccrCCnsatlo PM puRUilrt o EPAs Ma-1 te 2003 final rlllerrokJng

JOCfJctor 094[00172middotV)o(rlc5middot~bull1lmiddot~31 (94ofTOCmea~uJjd as propane Plaquo AP42 Tablel11middot16)

TOC bull 00172(-V)oll 5~nlmiddotO-l AP42 Table 111middot16 V asphalt volatility 05 AP-12 default value

T HMA mix temperature bull 325 f AP-12 default value

b Truckmiddotload emissions (while In plant for approximately 8 minutes) Emission faCio from AP4Z 11125

TOC 00011 lbton CO factor (32 cfTOC measurfll as propane)

VOC factor (94 of TOC measurCd as propane per AP42 T~tble 111middot161

-Aaf l flaquoiTc~V~tmNRCNJSCOOTau-nltMS~pmeoa~

Etnlsscrrmiddotbullenloy P1neor Asphalt Inc Pera~ton Qregen

Criteria Air PolluUint Emission Inventory

Emlsslcn Urgtit 11 Asphalt Truck and Loador Traffic Oesall(er~ R~c1 ~Sl causeltllly MllllElll uu-1 cna oaltraquor arlc

Control rgtere Capaat 300 tors Fef haurlant)

Opera~on e760 rourslyoar

a Tr11dlt delhtelty of asphalt a~mcntto HMA plant mean ~~elampht lernptti 18 ICIS

mltal weight loaded) 52 tons I mean welampllt (weracel 35 toS

ICIS per uip 34 tons percent liMA that is liquid asphalt 6

numlxr of trips per year 4638

pam r~d round lllp distmlte uavded at unpaved ro~d round trip disiAnce )Iantto unload row materlal 025 miles traveled at plant 10 unload raw material OJS miles

vehicle miles traveled paved road 11595 miles vehldemllestrabulleledunpavedro~d 6957 miles

b HMA uudlt for load and dellielf of liMA produtl weight (emlty) 17 tons

mean weiampht (loaded) 495 tons Wmean etght (averacel 3325 tons

IOns per trip 325 tons number of Ulll$ per yaar 80862

paved r~d round trip distance trave~d at unpaved road round trip distant~ plant to load and delivfl procuct to pl~nt 10 load bullnd ddhrer product 10

CUSICMts 025 miles custcm~rs 01 mbullle~ vehk~ miles travdedpamiddotJed road 202155 miles bullehide miles ttavded unpav~d road 80862 miles

Polontlallo EmiL lions par year)

To~

EF PTE TY I EF igtTE TY lt PTE Tf I EF PT TPf PTETPY co I

NObullmiddot PM 024 014 570 194 G23 232 557 2253 W97

FMO 005 I OOJ 044 015 005 016 044 176 241 FM25 001 001 l15 oos 001 011 014 057 075 502 voc

Estlmlltlon Ecpbnatlons Emss~OI raco (SJ ~nit aramp bi~TbullIn Ur~poavod Roads Preclictibull1e EJrjJ3ion EQuations uselt to mlcutate Embullwcn F~n~ tram AP-42 1106 Sotc~cn 13 22 Equanort Ia

PM factor Ebullk(s12)middotatW13jDI3eSP~BS W bull 1ean ve~cto weigh ttcr=1t see ~wee cata aKt)e p 9amp aveltaglt~ rgtUmber cf da~ 01 a tJOMar fear dlnng wril at leaal 001 treh~ Gf PCCIIllallOI 11

oseved tiOAA PErodt~~Cn su 4 8 suaco maenal I cotenttr estmato lased ~n AP-42 Tbulllot 1322-1 cr a plart rood at 3 sand

ord gavel processlrg fatbulllitr for PM s~ ~mprical cenetant~middot

B 0 7 emprical cor~ar

tl= G45 empncal consta

forPMlO Kbull 1 50 ompirical COlstJnl

o9 empirical CCII~art b= G45 emlltncal constant

ForPMZS lt= 015 emiie31 eot~ta~t a= G 9 emcentrical eer~alt b= Q 45 empncal con~tan

Emiuion faeto CF ututs art ttWtrbles ~odRoads

Preectve Emisectio~ El~CtS ~ () calciAae Em$cn i~ltts fcm AP-42 111t-6 Se~on 13 21 3 Ec-a~on 1 PM factor Ebull[ICIsLY091bull1VJlbulll 02)]1middotP4bull365ll

VI= mean V4hico lltveigm (~n~) see source dalo~ abc~ P ~ 98 overage number cf d3ojs in a calender year dJnng ~11icll at least 0 Ill ncnas of peetita~on ~

cbsertec NOAA bull ~rclcon (~emsll~~ st= 06 silt loadina Wm2) based on AP-l~ Tab~ 1321middot3 ubiqutcus baseline value lor paved rcbullcls

ltJpetiencins leu than 500 trips per clay lconservbulltrwe assumption as value increuM with increnlna nwnber of daily trips

for PM OOlli~MT eml)lnml constant or PM30 Tate ll21middot1

FcrPMIO

rcrPM25 k = OOOOS4 em)inccl eer~tan~_ or F12 5 Table 13 21middot1

-~ JnoTcIV~Rt~TS~tOgtTc~S4(1UI~ PoeAmiddot1SofAmiddot20

Eruuon bullnver~tol) Fionoer Aspllall Inc Pendleton Oregon

HaZlrdous Air Pollutant Emission Inventory

Erussicn Unit tl5 Drum Dryor ~aii~Ion Hot Mot 1-sphalt Plant Cr~rt Or Illmiddot paae ncw Clrum mibull ~n PiOEet 7Sit 011m IIJltOt

Conol 65000 ACF Bag to~e 125 hp tan Fuelmiddot ll~lura Gn or Propane

CapcCJty 300 lpl hot mil a~hDII Gumcr 50 mmelllhr OperaGon 87SO hour~ear

Fuel 6832aQO QltlifciVy~r (rom apiieaton) Potentl11to Emlltons per )larl

llatur I (jiJS

lnorg311ics CF I IIY on~mony comPOurldS llllllllT LJibulliJ4 Hsonrc oompounus (rna a~u101 OEmiddot1 1 lllgtc

~IYI~um COmp~~~as ~ uuiJibullw aamum comccurds 41Gpound-li =gt~CVO

Ctnomum Comcourcs id hbulluavalenl) 550E-06 7 23E03 Cobalt Comouncs 260E08 342E-l5 Load Camounds (not elemertalloadl 620E-07 815E-C4 tknaanese Compouncs 770E-06

24CEOi 101E~ I

3t5E-1)4 tdcel CcmPOUnds l3GEmiddotl5 BZeE-02 I Phoplor~~amp Coml)()tmds 2eoe-os 368E02 I

350E07 46GEmiddot04 I 0111-Rics

Acelalaeryae Acrolein Benzene 3SGE-l4 512EOt Btomomellgtane (methylro11111Ml 13-Bulaciene

I Clloroetnano (Ch~l ehlatida) I Chlarometllane Imethyl cllioridel -r

I Cumene I COllin 12378 telf~~elllcrodib4nzo-Hlioxrnl I Ertwl Benzene I 240Emiddot04 315Emiddot01

I 31GEmiddot03 407pound+00 Furans (Ill PCOF1

920EJgtol I 21EbullOO

lrocdene (224middottrimettyentmot 400E-OS 526E-G2 M6hyl CIJonde (clllcrom~lle)

4ece-os 631E-02

900E-GS 116Emiddotl1

Pclycychc Omarnc Mansrbull lind na~rhaenol 1S7E-o4 246E-Gt

C~~none

Styrene Teuachloroethano Tctuene 1SGEmiddotl4 t97E-01 )(ylelles linc isomer~ and mixtureal 200E-C4 2 63EOl

HAP Tela 537pound03 7 07EbullOO

T NaMOIIGas Potycycllc Organic rAlttclr f PTE TPf

Acenap~lene 1 IWE-05 184E-03 Acenallltnene middotI BOOE-06 I 13E-02 ~nllllacere -~ 220E-07 2 89Emiddot04 641nz01a)anthtaelt~no I 2 10Emiddot07 2 75E-C4 Benz0lbl1umnth41e I IOOEOi 1 31E~ BenzOlk)ftucartntlle I 4 IOE-GS 5 39EmiddotlS eonzotghbulllPOIYieno I 4 ooe-oe 525E-C5 Benze(a)Ditono I 9eOE-09 129EOS Benzoltervreno I 1 IOE07 145Emiddotl4 CJriUnt 1 t ace-or 2J7Eclt~ lroxina(Tctai PCOO rra 2378 rcoo I Fluorarhfne I OIOEmiddot07 8 025middot04 FluGrene I 3 BCEmiddotOS ANE-03 Furtns (all PCCF I t~Ctrot123-eol~nrene 700E-G9 920c-t-5 2middotMetnlraDitthalcno 7 40E-05 972Emiddot02 Naphthalelle (c~o rncviduat HAP) 900E05 1 t6E01 POIYICne 8 80Eo9 1 161~5 Pnonarotrte~~e 76GE-t-5 9WEmiddot03 Preno 5-IGE-07 7 ICE-04

POM SubloiDI 187E~ 246Emiddot01

Eslimlllon Explanations Em~~ltl t=riEF) 1~ arelblton ltMA tlawrot gas emis~0lt1 facie~ Uamped es proparv rmisioll faa~ not prcviced n ~P-4 fo cum lllyors To avoicl aulctmiddoteounGrg t-AP Total OGeS not 10lrt naphthalene dioxin (t-AP) cr rur~ns sel)llratel) tecause thoy are accountoct lor in middotPOM Sve~otar Chromrum EFmiddot Chrollium EF Is Bs~med to 1rluao separately reported necavarcnl elucrrium eF in PP-42 1-~ ctller iiOtganics EF lP-42 3f~ Table 11 1middot1 far ooal Qa$ ct pepane-trred dqebullmiddotMh fablic lile

N3hhalere EF ~P-42 3104 Tatamp 111middot10 fQr natural gas oilh latfio fltet (bulls a HIJgt amp POll) MM EF AP-42 304 Tallle 11 1middot10 fer na~u~ar gas vllll fabrtc flter t~ures naphthaeM dlcAn e lura~ IIQ otMr ergo nics EFmiddot ~P-42 304 Tabo t 1 1middot10 fer na~tr31l)3S v~lll fabrre filt~r

FJt)IWJf~toiC- Paampa Amiddot16 of Amiddot20 tNtfbullTIII~ V~MWR1~JS04CO TlaquoJnOSWPt-o1 IOCIIflllrt

EJTgtss=~ bullbullllerIOY P~nee Aa~al toe Perdten Oreen

Hllzardous Air Pollutant Emission Inventory

Emission Unit 6 Asphalt Tank Heater Oes~icent0lt1 Aspai teater Hetec Moceii10HmiddotI5C model Hsp JS

C4tUolmiddot none Fuel Nallral 3as Ill FtOI)311+J

CaDOJarr 2500 MMBtuhr (rom ~pplicbull~li O~lion 8760 hoursfyr

F1-el Tnro~1Jhpot 1366530 aallon~fyearftom applicant) Potont~llo Emil [Ions per year)

ltaturnl GHo lnorgantcs

sonccomcounds lbullnc ar51nel 200E~ 1limiddotUO 14rvnum ompourcs 120[()~ I ~(CbullJI

eamum comou~ 110EO tb bull0

140E-oJ 6 49EmiddotOS 340EOS 5CTEmiddot06 sooe~ J l3E-os 380E-o4 2 JOEmiddotOS 260pound()4 15eEmiddot~

210pound03 l ZTEot

ampNorvum Ccmpouns 240EOS 145Emiddot06

210EmiddotC3 127Eo4 Bsomometl1a11i (methyl brollloe

13-B~ta~ene

Chloroetnano fettrl cllorbullcel

Cumeno Orclarobenzene I lGE-lt3 7 27Emiddot05

7SOE-C2 4 5SEmiddot03

thtlil lertmiddotBLJIil Ether ltMTEE Nal)lllhaeno laampo a ~MJ 5 OE-04 370E-~

Fllenol PoiICVdtc Orgarc Ma~tlinCI 1101Phlgtatre) 6 9aSmiddotG4 ol 23EmiddotOS PreporgtaidellVdo CoJlncno Slytone Tc113cllloroelhane TolueM 340EmiddotC3 206Emiddot04 )(ylene (tnclbullsomefll and mixMeli)

HAPTobl 114pound01

Natura Gat PolycycUc Otganlc M1111er EF PTETPY

180Emiddot06 I~E07

I ao()6 I 09EmiddotG1

I oOEmiddot06 I 09EmiddotG1

12C-Ere 727ECa

180EmiddotC6 l ~E07

CDerzeiah)anlacene I 20E-06 7 27Emiddot06

OraJ1M (Total COO ircl237 8 TCOO Fhoralllncne 3 ooeoo a2EmiddotG7 Flue roM F11rans fall PCOF) lndono123-edlPfiCI~ I S~E00 I 09E-G7

80EmiddotOO 24CEmiddotl5 14SEmiddotCil 610-04 3ilEmiddot05

Pervleoo 17GEmiddotl5 1l3EOO

Esllmllllon ExplaMtions

Etrs11on factor (EFl its are ilmmsef notcral gas co~red 10 lblmmBTJ ~~Sill egte I iatural gas con-~e$o aco beW Nanl3 ga emne~~laeOOS Wlt~lte usee~ as AP-42 ltoft ro protode proparl em~on lacG~S

Propa110 futtl conbulllnil)ft ~ctor bull 90-S mmSTU1000 gal from AP42 15 llanr~lgas conmsJon Iuter bull 1020 Btusci from APmiddot4l Tabk 1middot1 footnot~ a

bullrelta110~ EF For natur~ sabull AP-42 798 Ttbl~Umiddot4 OrgaOcs alllt POM for natur~l gas AP-42 798 Tabk14middot3

lead For 11aruralsas APSl 798 Ttblbulll-1-2

- ltltTUtVPMJo~R1~SOfC01cricIS~~

Err~ss~n fnmiddottertory F1cneer Asplall lrc PlfIIOll Ore~~n

Hnzardous Air Pollutant Emission Inventory

Emlulon Unit IJ7 Asphalt Storage Tanks CoJWrion Three ranks 4re used to stare asphalt liquids

Tank t bull SEor~ge cf ~auld csphait Tanilt 2 bull Stltrno ol ~q1d aspta~

Tanll3 bull S~rage ~ ~o-id asphai tJpe s~gtrare1t Ifrom 311l1ca~tl

Paame~er ank 1 Tank2 Tank3 UltIIIS Uqua As hall I A~alt A~~halt

onttol none rtG1Ut rone ~a)aGtl 26000 12000 mooo gallons ~racn ltl49gttilt~ 4id4~ illlt~ EP-u tul3ted gallOns ~r year tlgtroufhput

TCCEmwonbull 73974

I 36937 I 033 lbsyr TOC bull ~pp6tanl did nat p1011ide datl Values

based on EPA-caltulated emissions

Potcn~llo Emil (tons per yo) (Tank I) A~alt Tank 2 asaau rTenk3Asllall Total

I F-11 1P1 11 --gtTEiiYUlaliQICS

IJ()J2 l~c-vl 0032 o9a-QJ oo32 )ztlimiddotUJ 178E-Ol tlromGmetnano (metllt DrGITliCampI UW4I 1t1itbullVJ 0049 -vo-bullgt4 0~ 49 cl~t-il znE-OJ 3-eutacutne

Carbon CiSuliae 00111 nillo-JJ bull Hilt ~vJ 016 ZbJt-utgt 888EmiddotOl Clloroampthenn leEIgtvl 1lcnde 0004 o~eE-v3 00()4 4)E-04 Olr4 ~ zzzc-o3 Chloromvtnane tmcthll ctJGrt~l 0023 ~) ImiddotJJ 0023 ~-1J 0023 3 6E-otgt middot 1l8EmiddotU2 Cumona

OOJfl 14cbullll2 0038 lil3CbullVl llJJif lo=EOO 21lEmiddotU orma1aenve v-1 I l~)ImiddotUmiddot UOI t~middottll bi l~t--14 311It-01

-urana lOll fiCDF) rtoxanc rna nmiddotHotano I JIIIImiddotUl 01 lgttmiddotUl 01 11)4t-ll=gt ~35lt-02

uuoumiddott gtImiddotU~ UOJfJ1 I I )Cmiddot~ 0())031 gt111-lic 1~ iMelllyl Cllortao (cntoromotncne 00Cl(J27 Eltllc-0gt 000027 411~middot11gt oooo -444imiddot~ tSilEmiddot~

ollyl ill or01orm middottncnloroe nano1

unono Styrene 00054 OlilVEOJ 00lt)54 olliE-04 0~ tf03ibullUI JOOEmiddotOl Tdltchloroethlllle

CNueno 0002 I OIltSEO 01)62 bull =EOltt Olltl2 W2ltu~ M4Emiddot02 Nlene (llld bullsomers ana mrlttUfMi 21 ligtlc-11 o7 4~middotUI o7 4-tbullU L43E-ol

HAPTotl 4~~-0 ltbulloet-111 _wlaquo 6114poundmiddot01

Estimation EJplmaUons Em~on ltlllr (EF Ulilll are bull~o of cri3rc PM or POIII ano ptenCN ard fr~on (CoO or TOC f~r all ether c93rbullcs

TOC Em~crsmiddot Tanks Camputer Progam csee A-42 71 p 1151) tslyr sea coumbia Rea~tt 11lt~ Inc bull opiica~on ret comgtut-Jr srogrtm onp~ dSaos EPA adi~nted Tanks Comp1et Procram cIXot o re~ec1 EPA-eaCuaed arrr~el ~rega ~roo-gt ~ renecea n taie beov

I Awpound=1 od not romiddotneo mOCleecJ emist~ors EPA rsea meltleled em~ons C3caaea for al01let t~t mt~ asp~alt pilltll (seit CGIrmia Read( Mu

Mod~eltl Operation 2 313GGO 2313000 2313000 RIGIT501700 PTE Opora~on 22_495e80 11247840 10)00 g3lOIS ltIf 10IUIfOhM as c3C~ed by EPA ana lrOSIIIIampd ~~~

RalO d PTE OPIIIIiiGfl 10 Moltleltd 0Mrll~cnmiddot 973 486 OCl4

ibSf1r TOC ased a11 EPA caClllaed emSScooa rrom anGUrer heI~ i605 7605 ascia cia11t see Co~ltrlgta Reaa Mit lne R10NT50171Nl

iDSiyr iCC bull tasol oro EPA cacllllJiea emSona tram anelller hOI mobull PTE TOC ENssions 73974 36987 033 ascts cia~tsee CchJrrbullboa Reca Mitlrc R10NT501700

PTsect (nnHffl 1ttlhoit Tbrpbullrtrut A$phalt Is sumed to be SS wt of final HMA product and SS71bgal so gallonston of asphllt bull (SS100J(8571bpoundbull11bull(2ooo lbton) 1284 galton Maximum HMA production =(300 tph)(8760 hpy) =2628000 tpy HMA using ( 1284 BPtl(2628000 IPV) =33743520 calvr liquid asphalt Por ltlllllhcaoon TankS 1 aJgtd 2 oro o-sed to poceu tllletal ~quid asplalt thtetlilhi=UI of 337 43520 ga~oiSiyear ca~aled oD~We To a-cJd CSOUe-ccunttnll HAP Tcl4r does net agtunt naphtllale~~e aaparaley boc~uso noplllalene is aceuned fer in 1011 SUIgtlotar

Xyl~neoo EF mmiddot o- and p- isomers are indMduaRy bled as HAls but for appllcab~itt purposel arc srouped as ley en~ All othltr organits EF IJ2 31J4 Tal1e I 1-16 (TOC) oga~~ voale-oosecl spooa~on perccnai~

TOC bull VOCUl0-4 (Almiddot42 30-l Tabl~ 111-16)

-or~ Pae Amiddot18 of ~-20tr-foT~V PbullftNRCCNTS~ TU~Oe Slmiddot~1lttl ~-wrt

Errossen n1en~ory F1enee h~ait Inc ~ndlelc Or6Y-ln

H01zardous Air Pollutllnt Emission Inventory

Emissi0lt1 Urut iJ9 Asphalt Silo Filling CEscricn ~3tirg ol h~middot npt-alt rr--x iHMA nir nto s~o

Cc~ rono Ccacit ~00 ph hot m aspna1 bullrom a~i~an

Cera~cn a 750 hoursyr

Polenfulllo Emil lions per yoar) Orgnlcs I EF PTETPY

ketaloohyda I Acrnllln I eerz-re I 0032 5t2Emiddot03 Bomonelll3re lmlaquot1 ~omiool I 0004) 765E-ol

13-Btudoro I Cal)ertCisc~ i Ulll 25eEmiddotW C~rOEta~gtoreur-i ctlorieel I 0004 615-V

C~ro~~OJne rn-olaquon~t chlotioo) 0023 35ampEmiddotOO Cunert I QcJ-jorcDenzero I Ctcndn 12378 ettac~Otoebonzopdion) I ElhIISenzene I Oo8 6CampEmiddot03 FOIIIalCehVdtt I 069 110EmiddotG1 Furans (ltI PCCF) I 1-erane (ttlJ ll-Htrlllle) I 01 HI)E-02 tivdrOClloric Acid llgt(acgtgen CIgtGnl~l I s=o 122 4-uimell)erar-e) I 000031 ~-EmiddotOS ~1)1 Cllotiltlc lct~~romet-lt~~i Ol27 32EOS

Mlllli CtiiOtoGtm 1111-Ucftorcetlane) oCcgty ert-6~1yl E~rer tMT6Er i tlacrtnalene (esoaPCM) i 182 S07E-03

Pllenol I 118 3S4E-l3 Poycyclic Ofganic Mallarbull line nsphtelenel I 1141 3eH-Ol Proicltlaidellyde I Qui~ole ampyren11 I oooss e3SE-~

Ttrachtcroetnane I Tof~ene I OC62 993E-ro X(eroe ild somes ard rlibullturMl i 0257 II 2EIJ2

HAPTclll ~-3~E-C

bullpolycyclic Org~nlc Matton I EF PTElPY ~alloltheno I 047 t57E-03

AclnaDIIUI11ele I 0014 S67Emiddot05 Mt~ruene l 013 434EmiddotOol eenzclo1a~1ra~ne 0058 18iE04

Berzeolovreoe i OOJ95 317E05 Crryl(lne I 021 70o

F~~mnttere 015 5JXlEmiddotl4

Flloorre 1)1 337E-03 2~delylnapIAere 527 176-02 lla~aiero 1~ illltSIIielllal HAP) 162 507EmiddotC3 ~tyltlle OJl 1regEmiddotC4 Pl~mhrene te 6CCEmiddot03 P1reoe 0~4 147E-C3

POMSubtotll 1141 38tE-02

Esllmsllon Explan~llons ErrsSe factor (EF) ~r~o~ are ~ ot Oltgaic IM fo POll and lhaltlool urd bull4 ~ roc er au otrer obull)3rucs To a~ood reguit~-coltrllr~ HAP Tolar does nltl court ncphtllllene bull~paraeJ Declt rapll~~ae~e ~ acconed tor 011 S~lllotal PelCigtl~ eltnsamplor f~Ots frOI ~gt2 Thl tl 1-141cr StO flng

1ytlltS E m- o- o0nd p- igtOmen ore oncNidual~ lined aJ HAPs but for appllcsbilrty IUrlOSltS are arou~d u Xtlene~ POM naphthalene and pherclpound1 AP-42 lJCI Table 11 1-15middot oar-ltc parCltiaemiddotoasOltl SlltQa~on leerna~ (1100 bull PMJ

_UolherorganiaEF AP-42 3rul rcor 11 1-16 (TOC1 otgnbull~ vcabullmiddottaseo sltcir~~r llt~tages t11COx TCC1 TOC EFmiddot 00504(-VJe~~c-sbullbullbullbull~-bullbullbullrbllon HMA loaded into silo

Orgnlc PM EF 000105(-V)egt~imiddot~middot-~ IMon HMA loaded into silo V bull a1phal1 vobllllty = -l) S APmiddot42 def~uh ~alul

THillA rnlx tempmtute = 325 F AP-42 ddlull ~aluc TOCEFbull 122E-l)2 Itlet~

TOC emisso1s = 160Ebull01 tonstyear (TCC EF ~annual ca~cirn

Otganic PM EF = 2S4Emiddot~

Organic PM o~oas = 3]pound-l)l

- gte ~wTatVPolCRtCN1$~~TClC1ltMS~tlaquo~ PgtgeAmiddot19ofAmiddot20

EtnJSSIOIIlfllf01) lereer Aaphalt Inc PttncSampton Orcaon

Hazardous Air Pollutant Emission Inventory

Emi$slonUnil 110 Asphnlt Truck Loading amp Furnas CiesctPVer a LcadoC~1 cr hOmiddotmrlt asphai mix HMA mlt) lrcm silo t~ asplalt tnctlts

b F~Jmo-s from IC30ed asphat ~t~ whtt tn ciant Ccrttct nQre

caor-tr 3-o DII rot mix a$1)1alt Ibullom acentbullcart Opebulla~cm 8760 koursy_r

Patvnlill to Emil rtDns per year) TruclllcadtPil Truc~~o3d ruml$ T Tct31

Organi~ EF PTETPY EF PTE TPY T PTE TPY Acfillldclfdo bull AcroiPin Benzene 0052 2i4Eo3 0Jl52 7S2E-04 I aCA

00000 525-0 00096 I 39E-04 0001 t3middotSUUJ6ene T

Ol13 i IJE-GS )013 188E-C-S 0001 000021 11middotG5 000021 304EmiddotC-5 GCOO

Chloromethane (methyl C111Qllcbl oGIS 820EmiddotC4 0015 217E-O-l 0001

C~mene 011 60E-03 011 t 59E~3 0008

Et~yl Benzene 026 153middot02 028 40SE-D3 0019 Fcrmaaehyde 0080 481-03 ooea 1275)3 I 0006 Funlns 31liCCFl T

015 SOE-03 015 217E-CJ I 0010 I

00018 ~eo~eos GGOta 200Emiddot~ l MOO I i I

Naphhatone bull raso a PCMl 125 560E~3 125 191E02 I 0Jl24 Pilenel 118 529Emiddot03 118 171E~2 I 0022 PoYeycJio Or(llnlo Matterbull (ind naphltalene 593 2~E02 125 161E-02 I 0045 Propionaldohvde Ouin011e I Sl)lrere 000732 400E-l4 000732 t Cgt1Emiddot04 i 0001 Tetaciorootlano 0007i 421E-C4 00077 tllE-04 T OCJI

021 I ISE-02 021 304E-D3 0015 049 268E-J2 OS9 i GaE-03 c~Jt

HAPTobl 110pound()1 559EmiddotOZ 166pound01

bullPolycyclic Organic Malter EF ITETIY EF PTE TIY

026 116-03

0026 125EmiddotG4 007 31lt~E-04

0019 SSIE-05 SenzotbiftuoraEttlltlne 00075 340EmiddotG5

00022 9e5EmiddotC5 BefiZG(g hljll)IYIIIC 00019 SSIE-06 BenzG(alyreno 00023 103E~S

oc-oia 34iE-05 Cld1eno 0103 451E-C4

occ-gt37 168EmiddotC 005 224Emiddot04

Fluorene 077 345E-ltl3 OCOJ47 2 11Eoo

2 38 1GlEmiddot02 Naphthoenc (oho mt5vduat tAP) 125 560Emiddot03 125 181E02 PeryleM 0022 9B6E-G5

Pnenantnrent oat 363Emiddotl3 fyreno IllS 672E-C4

POMSubtobl 593 266E-02 12S UlE-02

Estlnutlicn Explmallons emssiotlccor rEF un~s au~ of o~middot~ PM fQt POM old llMOol and bull o TCC for 0111 olller orsani~

To a1cc doiDio-counting bullHAt Toar ~ ra Cunt na~mllaiene separaey br-iIS4 na~halene is ac-ourted or mPOM Su~olal

POM napkthalcne and phenol EF AP-42 3104 Talllo 111middot15 bull Qrganic parocutate-~eltl SPbullc3Jon perceotages All other ofiargtics EF AP-2 31)1 Tatle 11 1middot16 bull (TOC) or~ntc lointllmiddotbascll spaaaton Qerconaltes

Xyte11~ EF mbull o- and pmiddotlsomen are Individually Ulcd u IIAPt but for apjllicabllity purposes are arouped as Xvlencs a Truck iclldlng predictive amlsslon IIICors tram AP-42 Tbl111-14

TOC EF 00172(-V)eo~middot~r-~Jbulll lbllon HMA loaded out Orantc PM Ef 000141(-V)el~t~middot-llmiddot))CIbllon HMA loaded out

V =aSJ)halt volatility= -oS APS2 defuult value T ~ HMA mi~ tctmperatwe = 32S r AP42 defuult value

TCCEF= U6pound03 Men TCC ltm~ons = S46EOO tcnsry~ar (TOC EF ~ anlt~uai capacty)

C~mcPMEF= 341pound-04 iMon orsa~bullcPM emlssocngt 448E01 tonaltar Orgaric IM EF x annual C31l3cily)

b Truck-load emission factors from AP4Z 11125 bull TOC EF 1 10E03 lbton HMA raured by ttu~kli

TOlt emissions D I 4gt tonsyear (TCO Ef x annual capatllyl

Pnnoor AJfhr trlt Pbullae A-20 of Amiddot20bullfc~ V ~=bulllt RI~TS0-4raquo Tilthnlttl Soppro Claquoullllt

1 General Conditions

11 For purposes of this permit the permitted source includes a hot mix asphalt plant and aggregate handling and crushing activities

12 The permittee shall comply with all conditions of this permit and any site-specific approval conditions Any permit noncompliance constitutes a violation of the Clean Air Act

13 Compliance with all conditions in this permit and any site-specific approval conditions allows the permitted source to operate at the following location

Umatilla Indian Reservation 73569 McKay Lane Pendleton Oregon 9780 1

14 Coqtpliance with the terms of this permit does not relieve or exempt the permittee from compliance with other applicable federal tribal state or local laws or regulations

2 Emission Limits and Work Practice Requirements

21 Permitted Source Carbon Monoxide (CO) Emission Limit Source-wide CO emissions shall not exceed 80 tons per year as determined on a rolling 12-month basis by calculating the emissions (tons) for each month and adding the emissions (tons) calculated for the previous 11 months Monthly CO emissions shall be determined by multiplying appropriate emission factors (lbunit) by the actual monthly operationproduction rates (unitsmonth) and dividing by 2000 lbton

22 Permitted Source Particulate Matter (PM) Emission Limit Source-wide PM emissions shall not exceed 200 tons per year as determined on a rolling 12-month basis by calculating the emissions (tons) for each month and adding the emissions (tons) calculated for the previous 11 months Monthly PM emissions shall be determined by multiplying appropriate emission factors (lbunit) by the actual monthly operationproduction rates (unitsmonth) and dividing by 2000 lbton

23 Permitted Source Particulate Matterlt 10 micrometers (PM10) Emission Limit Source-wide PM10 emissions shall not exceed 80 tons per year as determined on a rolling 12-month basis by calculating the emissions (tons) for each month and adding the emissions (tons) calculated for the previous 11 months Monthly PM 10 emissions shall be determined by multiplying appropriate emission factors (lbunit) by the actual monthly operationproduction rates (unitsmonth) and dividing by 2000 lbton

24 Permitted Source Particulate Matter lt 25 micrometers ltPM25) Emission Limit Source-wide PM25 emissions shall not exceed 80 tons per year as determined on a rolling 12-month basis by calculating the emissions (tons) for each month and adding the emissions (tons) calculated for the previous 11 months Monthly PM25 emissions shall be determined by multiplying appropriate emission factors (lbunit) by the actual monthly operationproduction rates (unitsmonth) and dividing by 2000 lbton

25 Fuel Limitation The permittee is limited to combusting only propane or natural gas fuel in the asphalt drum dryer and asphalt tank heater

Pioneer Asphalt Inc of5 Non-Title V Operating Pennit RIONT502400




















Pioneer Asphalt Inc Page 3 of5 Non-Title V Operating Pennit R I ONT502400






























Pioneer Asphalt Inc




Table of Contents

Cover Page














21 Background




























None



None


applications




























3 Erosion 0 0 0 ltI ltI 0 0 0 0 0 0

































































5 Permit Procedures























Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400












Tot1l


lealtJ(Pbl GO











Total IS08 lO 430 1GJ 977 917 112 657

5075lt17








NO 310

01 21




CDpaclly I I

emission Factors


NO CH COo I I












Page A4 of P-20








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Pioneer Asphalt Inc of5 Non-Title V Operating Pennit R I ONT502400






























Pioneer Asphalt Inc




Table of Contents

Cover Page














21 Background




























None



None


applications




























3 Erosion 0 0 0 ltI ltI 0 0 0 0 0 0

































































5 Permit Procedures























Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400












Tot1l


lealtJ(Pbl GO











Total IS08 lO 430 1GJ 977 917 112 657

5075lt17








NO 310

01 21




CDpaclly I I

emission Factors


NO CH COo I I












Page A4 of P-20








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Pioneer Asphalt Inc




Table of Contents

Cover Page














21 Background


















Pioneer Asphalt Inc of 14 Non-Title V Opemting Pennit RIONT502400 Technical Support Document










None



None


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3 Erosion 0 0 0 ltI ltI 0 0 0 0 0 0

































































5 Permit Procedures























Appendix A

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Pioneer Asphalt Inc


R10NT502400












Tot1l


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Total IS08 lO 430 1GJ 977 917 112 657

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NO 310

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Page A4 of P-20








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Pioneer Asphah Inc of5 Non-Title V Operating Pennit R 1 ONT502400




Pioneer Asphalt Inc




Table of Contents

Cover Page














21 Background




























None



None


applications




























3 Erosion 0 0 0 ltI ltI 0 0 0 0 0 0

































































5 Permit Procedures























Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400












Tot1l


lealtJ(Pbl GO











Total IS08 lO 430 1GJ 977 917 112 657

5075lt17








NO 310

01 21




CDpaclly I I

emission Factors


NO CH COo I I












Page A4 of P-20








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Pioneer Asphalt Inc




Table of Contents

Cover Page














21 Background




























None



None


applications






















Pioneer Asphalt Inc of 14 Non-Title V Operating Permit RIONT502400 Technical Suppon Document






3 Erosion 0 0 0 ltI ltI 0 0 0 0 0 0

































































5 Permit Procedures























Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400












Tot1l


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Total IS08 lO 430 1GJ 977 917 112 657

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NO 310

01 21




CDpaclly I I

emission Factors


NO CH COo I I












Page A4 of P-20








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Table of Contents

Cover Page














21 Background




























None



None


applications




























3 Erosion 0 0 0 ltI ltI 0 0 0 0 0 0














Pioneer Asphalt Inc of 14 Non-Title V Operating Pennit RIONT502400 Technical Support Document



















































5 Permit Procedures























Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400












Tot1l


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Total IS08 lO 430 1GJ 977 917 112 657

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NO 310

01 21




CDpaclly I I

emission Factors


NO CH COo I I












Page A4 of P-20








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Pioneer Asphalt Inc of 14 Non-Title V Opemting Permit R I ONT502400 Technical Support Document









































5 Permit Procedures























Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400












Tot1l


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Total IS08 lO 430 1GJ 977 917 112 657

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NO 310

01 21




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Page A4 of P-20








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Page A4 of P-20








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5 Permit Procedures























Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400












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Page A4 of P-20








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Pioneer Asphalt Inc of 14 Non-Title V Operating Pennit RlONT502400 Technical Support Document









5 Permit Procedures























Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400












Tot1l


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Total IS08 lO 430 1GJ 977 917 112 657

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NO 310

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NO CH COo I I












Page A4 of P-20








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To~



















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llatur I (jiJS




24CEOi 101E~ I









4ece-os 631E-02



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210pound03 l ZTEot



13-B~ta~ene






HAPTobl 114pound01


180Emiddot06 I~E07



12C-Ere 727ECa

180EmiddotC6 l ~E07


















TCCEmwonbull 73974





































HAPTclll ~-3~E-C


























C~mene 011 60E-03 011 t 59E~3 0008


015 SOE-03 015 217E-CJ I 0010 I






026 116-03

0026 125EmiddotG4 007 31lt~E-04

























3 Erosion 0 0 0 ltI ltI 0 0 0 0 0 0

































































5 Permit Procedures























Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400












Tot1l


lealtJ(Pbl GO











Total IS08 lO 430 1GJ 977 917 112 657

5075lt17








NO 310

01 21




CDpaclly I I

emission Factors


NO CH COo I I












Page A4 of P-20








co LeV ICY PM 45906

PM tO 13148

PM25 13U8 S02 voc


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co G13 17C8 01 1i08 I 11oe Leaa 32E-07 000~ 6207 0001 I 0)


S02 GO~ 1~2 oms 71 I 112 VOC 0032 420 0032 42-G I 4~0





















lue weignt = tbjpl





















N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

1111 7~ 11114 204374 14 PM5 0 0 o4 a 111l4 l04374 l4 ~ 0002gt o 1 fj 000644 0U1

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To~



















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llatur I (jiJS




24CEOi 101E~ I









4ece-os 631E-02



C~~none



















210pound03 l ZTEot



13-B~ta~ene






HAPTobl 114pound01


180Emiddot06 I~E07



12C-Ere 727ECa

180EmiddotC6 l ~E07


















TCCEmwonbull 73974





































HAPTclll ~-3~E-C


























C~mene 011 60E-03 011 t 59E~3 0008


015 SOE-03 015 217E-CJ I 0010 I






026 116-03

0026 125EmiddotG4 007 31lt~E-04






































































5 Permit Procedures



















Pioneer Asphalt Inc of 14 Non-Title V Operating Permit RIONT502400 Technical Suppon Document




Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400












Tot1l


lealtJ(Pbl GO











Total IS08 lO 430 1GJ 977 917 112 657

5075lt17








NO 310

01 21




CDpaclly I I

emission Factors


NO CH COo I I












Page A4 of P-20








co LeV ICY PM 45906

PM tO 13148

PM25 13U8 S02 voc


I PTETPY EF PMlO

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TOTAlPTEIlV I 45906 13148 13148














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co G13 17C8 01 1i08 I 11oe Leaa 32E-07 000~ 6207 0001 I 0)


S02 GO~ 1~2 oms 71 I 112 VOC 0032 420 0032 42-G I 4~0





















lue weignt = tbjpl





















N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

1111 7~ 11114 204374 14 PM5 0 0 o4 a 111l4 l04374 l4 ~ 0002gt o 1 fj 000644 0U1

oso u 4 JAN 005904 l55


























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To~



















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llatur I (jiJS




24CEOi 101E~ I









4ece-os 631E-02



C~~none



















210pound03 l ZTEot



13-B~ta~ene






HAPTobl 114pound01


180Emiddot06 I~E07



12C-Ere 727ECa

180EmiddotC6 l ~E07


















TCCEmwonbull 73974





































HAPTclll ~-3~E-C


























C~mene 011 60E-03 011 t 59E~3 0008


015 SOE-03 015 217E-CJ I 0010 I






026 116-03

0026 125EmiddotG4 007 31lt~E-04




























































5 Permit Procedures






















Pioneer Asphalt Inc of 14 Non-Title V Operating Permit RIONT502400 Technical Support Document

Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400












Tot1l


lealtJ(Pbl GO











Total IS08 lO 430 1GJ 977 917 112 657

5075lt17








NO 310

01 21




CDpaclly I I

emission Factors


NO CH COo I I












Page A4 of P-20








co LeV ICY PM 45906

PM tO 13148

PM25 13U8 S02 voc


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TOTAlPTEIlV I 45906 13148 13148














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co G13 17C8 01 1i08 I 11oe Leaa 32E-07 000~ 6207 0001 I 0)


S02 GO~ 1~2 oms 71 I 112 VOC 0032 420 0032 42-G I 4~0





















lue weignt = tbjpl





















N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

1111 7~ 11114 204374 14 PM5 0 0 o4 a 111l4 l04374 l4 ~ 0002gt o 1 fj 000644 0U1

oso u 4 JAN 005904 l55


























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To~



















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llatur I (jiJS




24CEOi 101E~ I









4ece-os 631E-02



C~~none



















210pound03 l ZTEot



13-B~ta~ene






HAPTobl 114pound01


180Emiddot06 I~E07



12C-Ere 727ECa

180EmiddotC6 l ~E07


















TCCEmwonbull 73974





































HAPTclll ~-3~E-C


























C~mene 011 60E-03 011 t 59E~3 0008


015 SOE-03 015 217E-CJ I 0010 I






026 116-03

0026 125EmiddotG4 007 31lt~E-04

















































5 Permit Procedures























Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400












Tot1l


lealtJ(Pbl GO











Total IS08 lO 430 1GJ 977 917 112 657

5075lt17








NO 310

01 21




CDpaclly I I

emission Factors


NO CH COo I I












Page A4 of P-20








co LeV ICY PM 45906

PM tO 13148

PM25 13U8 S02 voc


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TOTAlPTEIlV I 45906 13148 13148














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co G13 17C8 01 1i08 I 11oe Leaa 32E-07 000~ 6207 0001 I 0)


S02 GO~ 1~2 oms 71 I 112 VOC 0032 420 0032 42-G I 4~0





















lue weignt = tbjpl





















N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

1111 7~ 11114 204374 14 PM5 0 0 o4 a 111l4 l04374 l4 ~ 0002gt o 1 fj 000644 0U1

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To~



















FcrPMIO









llatur I (jiJS




24CEOi 101E~ I









4ece-os 631E-02



C~~none



















210pound03 l ZTEot



13-B~ta~ene






HAPTobl 114pound01


180Emiddot06 I~E07



12C-Ere 727ECa

180EmiddotC6 l ~E07


















TCCEmwonbull 73974





































HAPTclll ~-3~E-C


























C~mene 011 60E-03 011 t 59E~3 0008


015 SOE-03 015 217E-CJ I 0010 I






026 116-03

0026 125EmiddotG4 007 31lt~E-04






































Appendix A

Emission Inventory

Pioneer Asphalt Inc


R10NT502400












Tot1l


lealtJ(Pbl GO











Total IS08 lO 430 1GJ 977 917 112 657

5075lt17








NO 310

01 21




CDpaclly I I

emission Factors


NO CH COo I I












Page A4 of P-20








co LeV ICY PM 45906

PM tO 13148

PM25 13U8 S02 voc


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TOTAlPTEIlV I 45906 13148 13148














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co G13 17C8 01 1i08 I 11oe Leaa 32E-07 000~ 6207 0001 I 0)


S02 GO~ 1~2 oms 71 I 112 VOC 0032 420 0032 42-G I 4~0





















lue weignt = tbjpl





















N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

1111 7~ 11114 204374 14 PM5 0 0 o4 a 111l4 l04374 l4 ~ 0002gt o 1 fj 000644 0U1

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T~a I TEiY l

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vu~ 122pound-01 1601











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To~



















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llatur I (jiJS




24CEOi 101E~ I









4ece-os 631E-02



C~~none



















210pound03 l ZTEot



13-B~ta~ene






HAPTobl 114pound01


180Emiddot06 I~E07



12C-Ere 727ECa

180EmiddotC6 l ~E07


















TCCEmwonbull 73974





































HAPTclll ~-3~E-C


























C~mene 011 60E-03 011 t 59E~3 0008


015 SOE-03 015 217E-CJ I 0010 I






026 116-03

0026 125EmiddotG4 007 31lt~E-04






























Tot1l


lealtJ(Pbl GO











Total IS08 lO 430 1GJ 977 917 112 657

5075lt17








NO 310

01 21




CDpaclly I I

emission Factors


NO CH COo I I












Page A4 of P-20








co LeV ICY PM 45906

PM tO 13148

PM25 13U8 S02 voc


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lue weignt = tbjpl





















N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

1111 7~ 11114 204374 14 PM5 0 0 o4 a 111l4 l04374 l4 ~ 0002gt o 1 fj 000644 0U1

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To~



















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llatur I (jiJS




24CEOi 101E~ I









4ece-os 631E-02



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210pound03 l ZTEot



13-B~ta~ene






HAPTobl 114pound01


180Emiddot06 I~E07



12C-Ere 727ECa

180EmiddotC6 l ~E07


















TCCEmwonbull 73974





































HAPTclll ~-3~E-C


























C~mene 011 60E-03 011 t 59E~3 0008


015 SOE-03 015 217E-CJ I 0010 I






026 116-03

0026 125EmiddotG4 007 31lt~E-04


























NO 310

01 21




CDpaclly I I

emission Factors


NO CH COo I I












Page A4 of P-20








co LeV ICY PM 45906

PM tO 13148

PM25 13U8 S02 voc


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lue weignt = tbjpl





















N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

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4ece-os 631E-02



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210pound03 l ZTEot



13-B~ta~ene






HAPTobl 114pound01


180Emiddot06 I~E07



12C-Ere 727ECa

180EmiddotC6 l ~E07


















TCCEmwonbull 73974





































HAPTclll ~-3~E-C


























C~mene 011 60E-03 011 t 59E~3 0008


015 SOE-03 015 217E-CJ I 0010 I






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co LeV ICY PM 45906

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lue weignt = tbjpl





















N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

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lue weignt = tbjpl





















N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

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180Emiddot06 I~E07



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180EmiddotC6 l ~E07


















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lue weignt = tbjpl





















N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

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24CEOi 101E~ I









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210pound03 l ZTEot



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HAPTobl 114pound01


180Emiddot06 I~E07



12C-Ere 727ECa

180EmiddotC6 l ~E07


















TCCEmwonbull 73974





































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lue weignt = tbjpl





















N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

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180Emiddot06 I~E07



12C-Ere 727ECa

180EmiddotC6 l ~E07


















TCCEmwonbull 73974





































HAPTclll ~-3~E-C


























C~mene 011 60E-03 011 t 59E~3 0008


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lue weignt = tbjpl





















N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

1111 7~ 11114 204374 14 PM5 0 0 o4 a 111l4 l04374 l4 ~ 0002gt o 1 fj 000644 0U1

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llatur I (jiJS




24CEOi 101E~ I









4ece-os 631E-02



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210pound03 l ZTEot



13-B~ta~ene






HAPTobl 114pound01


180Emiddot06 I~E07



12C-Ere 727ECa

180EmiddotC6 l ~E07


















TCCEmwonbull 73974





































HAPTclll ~-3~E-C


























C~mene 011 60E-03 011 t 59E~3 0008


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N 1300 3 2 I 100 107J53 111lt1 PI 020 0 ll04 204J74 104

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Pioneering Asphalt, Inc. Non-Title V Air Quality Operating Permit

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Transcript of Pioneering Asphalt, Inc. Non-Title V Air Quality Operating Permit