Boiler Installation Project Notice of Construction Application

SVZ-USA Washington Inc

~ bullbull

s z

Boiler Installation Project

Notice of Construction Application

Prepared By

-~ FREESTONE ~ ENVIRONM E NTAL S E RVICES

1100 Jadwin Ave Suite 250

Richland WA 99352 5099435222

March 2019

AIR QUALITY NOC APPLICATION SVZ-USA WASHINGTON INC MARCH 2019

Contents

1 Introduction 1

2 Project Description 2

21 Projected Construction Start and Completion Dates 2

22 Operating Schedule 2

23 Process Equipment and Flow Diagram 2

24 Design and Fuel Information 3

3 Emission Estimates 3

31 Criteria Pollutants 4

32 Hazardous Air Pollutants 5

33 Toxic Air Pollutants 5

34 Ambient Air Impacts Analyses 6

4 Regulatory Applicability 6

41 Air Quality Notice of Construction Permitting 6

42 Prevention of Significant Deterioration Review 6

43 Best Available Control Technology 7

44 New Source Performance Standards Subpart De 7

45 National Emission Standards for Hazardous Air Pollutants Subpart DDDDD 8

46 NESHAP Subpart JJJJJJ 8

461 Washington Toxic Air Pollutant Regulations 8

462 General Emissions Standards and Practices 8


51 BACTtBACT Evaluation for NoxCO Emissions 9

52 BACTtBACT Evaluation for Volatile Organic Compounds (VOC) 9

521 Step 1 Identify All Control Technologies 9

522 Step 2 Eliminate Technically Infeasible Options 10

523 Step 3 Rank Remaining Control Technologies by Control Effectiveness 10

524 Step 4 Evaluate Most Effective Controls and Document Results 11

525 Step 5 Select BACT 11

53 BACT tBACT Evaluation for PM 10PM25 11

References 12

ii

6

7


Appendices 13

71 Appendix A Application Form 13

72 Appendix B SEPA Checklist 19

73 Appendix C SVZ Fruit Processing Facility Process Flow and Stack Locations 32

74 Appendix D Boiler Specifications from Manufacturer and Pollution Control Equipment 33

75 Appendix E Emission Calculations 35

ASIL BACT CB co Ecology HAP HP MMBtu

NESHAP NOC NOx NSPS NSR PM ppm PSD PTE SEPA S02 SQER svz TAP tBACT voe WAC

Acronyms and Terms

acceptable source impact level best available control technology Cleaver Brooks carbon monoxide Washington State Department of Ecology hazardous air pollutants horse power one million British thermal units national emission standards for hazardous air pollutants notice of construction nitrogen oxides new source performance standards new source review particulate matter parts per million prevention of significant deterioration potential to emit Washington State Environmental Policy Act sulfur dioxide small quantity emission rate SVZ USA Washington Inc toxic air pollutants toxic air pollutants best available control technology volatile organic compounds Washington Administrative Code

iii


1 Introduction

SVZ-USA Washington Inc (SVZ) owns and operates a fruit and vegetable processing plant

(purees and juices) in Othello Washington under Washington Department of Ecology

(Ecology) First Amendment Order No 02AQER-4540 (Order) The Order includes minor permit

conditions limiting emissions from the facility below the major source thresholds for the two

boilers at the facility

The SVZ facility processing operations include washers presses blenders filters conveyors

storage tanks container filling equipment and outdoor truck unloading equipment The facility

mostly processes raw fruits and vegetables (fresh frozen and individually quick-frozen)

Presently the facility (Figure 1) has two existing natural gas-fired boilers a 1988 Cleaver Brooks

(CB) boiler rated at 25lMMBtuhr and a 2008 Miura boiler rated at 10lMMBtuhr The process

steam is used in the facilitys two main production lines along with miscellaneous support

systems SVZ will be replacing the Miura boiler with a new more efficient CB natural gas boiler

rated at 245MMBtuhr (approximately 20700 lbs of steam per hour) The new boiler will allow

the facility to expand to three main production lines within the current facility The 1988 CB

boiler will remain in-place and still be used within the parameters specified in the Order

Pursuant to Washington Administrative Code (WAC) 173-400-110 a notice of construction

(NOC) application often referred to as a minor new source review (NSR) is required This

report and its appendices serve as the required NOC application for the project The application

is developed pursuant to the NOC requirements found in WAC 173-400-110

This NOC application will include

bull Project Description (Section 2)

bull Emission Estimates (Section 3)

bull Regulatory Applicability (Section 4)

bull Best Available Control Technology Review (Section 5)

bull Ecology NOC Application (Appendix A)

bull State Environmental Policy Act (SEP A) Checklist (Appendix B)

bull Process Flow Diagram (Appendix C)

bull Boiler Manufacturer Specifications (Appendix D)

bull Supporting Calculations (Appendix E)


Figure 1 SVZ Facility Overview

2 Project Description

SVZ will install a new natural gas-fired boiler with a maximum capacity of 245 MMBtuhr to

replace the 2008 Miura boiler which will be removed from the facility SVZ plans to use only

the 1988 CB boiler during installation of the new boiler The boiler exhaust will discharge

through the existing roof-top stack that was used for the Miura boiler Once installed the new

boiler will only be used during the weekdays and will not operate at its full potential-to-emit

21 Projected Construction Start and Completion Dates

The Miura boiler will be taken offline and replaced with the new boiler With approval this

process is expected to begin May 1st 2019 Installation of the new boiler is expected to be

completed by June 15th 2019

22 Operating Schedule

The new boiler is estimated to operate 24 hours a day 266 days out of the year SVZ does not

plan on using either boiler on non-working days throughout the year (Saturdays Sundays and

holidays) To be conservative emission estimates will reflect the boiler emissions running 24

hours a day 365 days out of the year (full-time)

23 Process Equipment and Flow Diagram

Manufacturer specification sheets for the major process equipment components and for

pollution control equipment are in Appendix D of this report The emission points of the boilers

2


are shown in a process flow diagram in Figure 2 and a larger version of the diagram in

Appendix C

SVZ Processing Bui lding Layout

--=---~=-----=~~~ centmor

~ D CJ

Stripper

lc=J CJ CJCold Room CJ C

Ouemcal Stora~

[J Fruit and Vegetable Processing

0

~ I II I LJ

Fruit and Vegetable Processing

D Steam Line

T

Cosor

l ~-

Mamtenanc~ Old Office Locker Room Lodcer Room Lunch Room

degNatural~ ---c-c-c--=----c---1---~---~~-~--~~--~----------~

Figure 2 SVZ Processing Facility Process Flow and Stack Locations

24 Design and Fuel Information

The new CB boiler design information provided by Cole Industrial is as follows

bull Model CBEX700-600-150PSI

bull 600 HP 150 ASME Design

bull 245 MMBtuhr Input

bull 201 MMBtuhr Output

bull 20700 LBHR Steam Capacity

bull Natural gas firing

bull Nitrogen Oxide Emission Control using a low-NOxburner

3 Emission Estimates

This section presents the emission estimates for criteria toxic and hazardous air pollutants from the new CB boiler assuming full-time operation Emissions of nitrogen oxides (NOx) and carbon monoxide (CO) are calculated based on the proposed BACT limitations provided by the manufacturer Emissions of all other pollutants are calculated using emission factors from tables found in Section 14 of 1998 Environmental Protection Agency (EPA) Compilation ofAir Pollutant

3


Emission Factors Volume 1 Chapter 1 Natural Gas Combustion (AP-42) Detailed emission calculations may be found in Appendix E In addition an emission estimate summary of the potential-to-emit (PTE) for the boiler is presented in pounds per year and tons per year in Table 1

Table 1 Potential-to-Emit of the New Cleaver Brooks Boiler Pollutant (lbhr) (tonsyear)

Carbon Monoxide 460E-01 20lE+00

Nitrogen Oxides 260E-01 114E+00

Sulfur Dioxide l46E-02 639E-02

Volatile Organic Compounds l33E-01 584E-01

Particulate Matter (PM)lO (Filterable) 184E-01 807E-01

PMlO (Condensable) l84E-01 807E-01

PM25 (Filterable) 184E-01 807E-01

PM25 (Condensable) l84E-01 807E-01

Toluene 824E-05 361E-04

Hexane 436E-02 l91E-01

Indeno(l23-cd)pyrene 436E-08 191E-07

Benzo(b)fluoranthene 436E-08 l91E-07

Benzo(k)fluoranthene 436E-08 191E-07

Chrysene 436E-08 191E-07

Benzo(a)pyrene 291E-08 l27E-07

Dibenzo(ah)anthracene 291E-08 127E-07

3-Methylcholanthrene 436E-08 191E-07

Benz(a)anthracene 436E-08 191E-07

Naphthalene l48E-05 647E-05

Formaldehyde 182E-03 796E-03

Benzene 509E-05 223E-04

Anthracene 582E-08 2SSE-07

Pyrene 121E-07 531E-07

Benzo(ghi)perylene 291E-08 127E-07

Acenaphthylene 436E-08 191E-07

Fluoranthene 727E-08 3lSE-07

Acenaphthene 436E-08 191E-07

Phenanathrene 412E-07 1S0E-06

Fluorene 679E-08 297E-07

31 Criteria Pollutants

Emissions of NOx and CO are calculated based on the proposed BACT detailed in Section 5 of

this report The proposed NOx limit in this application is 9 parts per million (ppm) at 3

Oxygen and the proposed CO limit is 30 ppm at 3 Oxygen All other criteria pollutants such

as volatile organic compounds (VOC) particulate matter (PM25 and PM10) and sulfur dioxide

(SO2) are calculated using emission factors from the tables in Section 14 of AP-42

4


The SVZ facility has potential emissions of less than 250 tons per year of all criteria pollutants

and is therefore not a major source No fugitive toxic or hazardous air pollutant emissions are

expected to occur from this project Potential emissions of criteria pollutants are presented in

Table 2

32 Hazardous Air Pollutants

Hazardous air pollutants (HAPs) are calculated using emission factors from the tables in

Section 14 of AP-42 The HAP PTE calculations from the new boiler are presented in Table 1 in

pounds per hour and tons per year The SVZ facility is not a major source of HAP

33 Toxic Air Pollutants

Toxic air pollutants (TAPs) as specified in WAC 173-460-150 are calculated using emission

factors from the tables in Section 14 of AP-42 The TAP PTE from the new boiler are presented

in Table 2 in pounds per TAP-specific averaging period

WAC 173-460-070 requires a NOC application to demonstrate that project-related increases in

TAP emissions are sufficiently low to protect human health and the environment from potential

carcinogenic andor other toxic effects SVZ is satisfying this requirement by completing a First

Tier Review of TAP emissions in accordance with WAC 173-460-080

According to WAC 173-460-080 a NOC application must include an acceptable source impact

level (ASIL) analysis for each TAP emitted by the new or modified emission units with an

emission increase greater than the de minimis emission level The ASIL requirement can be

satisfied for any TAP by showing the emissions of a TAP is less than the corresponding small

quantity emission rate (SQER)

Emission increases associated with the replacement of the old boiler with the new boiler are

evaluated in Table 2 which compares project emissions increases to the corresponding TAP

thresholds established by WAC 173-460-150 Only two pollutants (benzene and formaldehyde)

exceeded de minimis and no pollutants exceed the SQER that would trigger dispersion

modeling

5


Table 2 Toxic Air Pollutant Compared to SQER

Pollutant CAS

Number

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De

Minimis

(lbsavg

period)

Toluene 108-88-3 198E-03 No No 24-hr 5000 657 329

Hexane 110-54-3 105E+00 No No 24-hr 700 92 46

Indeno(l23-cd)pyrene 193-39-5 382E-04 No No year 000909 174 00872

Benzo(b)fluoranthene 205-99-2 382E-04 No No year 000909 174 00872

Benzo(k)fluoranthene 207-08-9 382E-04 No No year 000909 174 00872

Chrysene 218-01-9 382E-04 No No year 00909 174 0872

Benzo( a )pyrene 50-32-8 255E-04 No No year 0000909 0174 000872

Dibenzo(ah)anthracene 53-70-3 255E-04 No No year 0000833 016 000799

3-Methylcholanthrene 56-49-5 382E-04 No No year 0000159 00305 000153

Benz( a )anthracene 56-55-3 382E-04 No No year 000909 174 00872

Naphthalene 91-20-3 129E-01 No No year 00294 564 0282

Formaldehyde 50-00-0 159E+0l Yes No year 0167 32 16

Benzene 71-43-2 446E-01 Yes No year 00345 662 0331

Carbon Monoxide 630-08-0 460E-01 No No 1-hr 23000 504 114

Nitrogen Oxides 10102-44-0 260E-01 No No 1-hr 470 103 0457

Sulfur Dioxide 7446-09-05 146E-02 No No 1-hr 660 145 0457

34 Ambient Air Impacts Analyses

This project does not cause or contribute to a violation of any ambient air quality standard or

acceptable source impact level

4 Regulatory Applicability

This section provides an explanation of all applicable new source performance standards national emission standards for hazardous air pollutants national emission standards for hazardous air pollutants for source categories and emission standards adopted under the Washington Clean Air Act Chapter 7094 RCW

41 Air Quality Notice of Construction Permitting

A new source requires a NOC application under WAC 173-400-110 This report and the attached forms satisfy the requirement to submit a NOC application to Ecology for the proposed project

42 Prevention of Significant Deterioration Review

An emission source is subject to the prevention of significant deterioration (PSD) permitting program under WAC 173-400-700 if the new installation either is a major modification to an

6


existing major source or is a new major source unto itself The new boiler is not considered a major source and that status will be unchanged by the installation of the new boiler

43 Best Available Control Technology

Any new or modified stationary emission source must evaluate compliance with the Best Available Control Technology (BACT) per WAC 173-400-030 (13) The new source must use BACT for all pollutants not previously emitted or any pollutants for which emissions will increase as a result of the new stationary emission source or modification Table 3 provides a summary of emissions that will increase with the installation of the new boiler This comparison is conservative because the newer boiler is more efficient than the existing boilers In addition the new boiler emissions estimations were calculated based on running the boiler full-time as opposed to the planned operating schedule stated in Section 22 A BACT review for the new boiler is included in Section 5 of this report

Table 3 Comparison of Cleaver Brooks Boiler Replacement Emissions

Pollutant CAS

Number New Boiler a

(tonsyear)

Remaining CB 1988

(tonsyear)c

Hexane 110-54-3 191E-01 595E-02

Formaldehyde 50-00-0 796E-03 245E-03

Carbon Monoxide (CO)6 630-08-0 20lE+00 170E+00

Nitrogen Oxides (NOx)b 10102-44-0 114E+00 319E+00

Sulfur Dioxide 7446-09-05 639E-02 200E-02

Volatile Organic Compounds

- 584E-01 220E-01

Particulate Matter (PM) 10 (Filterable)

- 807E-01 250E-01

PM25 (Condensable) - 807E-01 150E-05 a Emission factors provided in AP-42 Section 14 were used to calculate tonsyear b The emissions guarantees for NOx and CO exhaust concentrations were provided by Cole Industrial the vendor for the proposed boiler These were converted from a ppm 3 Oxygen basis to a lbMMBtu basis using this vendor guaranteed concentrations the exhaust flowrate and heat input capacity of the proposed boiler and the ideal gas law c Potential emissions listed in Ecology First Amendment Order No 02AQER-4540

44 New Source Performance Standards Subpart De

New Source Performance Standards (NSPS) Subpart De Standards of Performance for Small

Industrial-Commercial-Institutional Steam Generating Units applies to each steam generating

unit with a heat input capacity of less than or equal to 100 MMBtuhr but greater than or equal

to 10 MMBtuhr and for which construction has commenced after June 9 1989 The new boiler

has a heat input capacity of 245 MMBtuhr and is subject to NSPS Subpart De

7


There are no emission standards under NSPS Subpart De applicable to boilers firing natural gas

The only applicable requirements under Subpart De are the requirements to submit initial

notification of the startup date of the boiler per 40 CFR 607(a)(3) and to keep records of the

amount of fuel combusted in each calendar month per 40 CFR 6048c(g)(2) SVZ will submit an

initial notification of the startup date of the boiler and keep records of the amount of fuel used

each month

45 National Emission Standards for Hazardous Air Pollutants Subpart DDDDD

40 CFR 63 Subpart DDDDD National Emission Standards for Hazardous Air Pollutants (NESHAP)

for Industrial Commercial and Institutional Boilers and Process Heaters applies to industrial commercial or institutional boilers or process heaters that are located at or are part of a major source of HAP The SVZ facility is not a major source of HAP therefore subpart DDDDD does not apply

46 NESHAP Subpart JJJJJJ

40 CFR 6311195( e) Subpart JJJJJJ NESHAP for Industrial Commercial and Institutional Boilers Area

Sources applies to new and existing commercial and institutional boilers located at area sources of HAP unless exempted Gas fired boilers are exempted from subpart JJJJJJ SVZ will be using natural gas to fuel the new boiler therefore Subpart JJJJJJ does not apply

461 Washington Toxic Air Pollutant Regulations

In Washington all new sources emitting TAPs are required to show compliance with the Washington TAP program pursuant to WAC 173-460 Ecology has established a de minimis level a SQER and an ASIL for each listed TAP An acceptable source impact analysis must be conducted for each TAP with an emission increase greater than the respective de minimis level Only two pollutants benzene and formaldehyde exceeded de minimis and no emissions exceed theSQER

462 General Emissions Standards and Practices

Washington regulations contain general emission standards that are applicable to all boilers WAC 173-400-040(2) states that No person shall cause or allow the emission for more than three

minutes in any one hour ofan air contaminant from any emissions unit which at the emission point or

within a reasonable distance of the emission point exceeds twenty percent opacity as determined by

Ecology Method 9A with noted exceptions WAC 173-400-050 states that no person shall cause or allow emissions of particulate matter in excess of 023 gram per dry cubic meter at standard conditions (01 graindry gas standard cubic feet)


The new boiler bums natural gas and is a source of combustion-related emissions like PMlO PM25 NOx VOCs and CO In accordance with WAC 173-460-060 a similar BACT evaluation is required for TAP emissions that exceed the pollutant-specific de minimis thresholds established by WAC 173-460-150 This section addresses BACT and TAP BACT (tBACT) requirements for the new boiler As a requirement for new sources of TAPs under WAC 173-

8


460 a TAP screening analysis is performed in accordance with the methodology established by WAC 173-460-080 As presented in Section 2 of this application the results of the emissions analysis demonstrate that applying tBACT emissions are below the corresponding SQER

51 BACTtBACT Evaluation for NoxCO Emissions

SVZ s new boiler is subject to NSPS Subpart De however this regulation does not establish

limits for NOx emissions Therefore SVZ s proposed BACT determinations are based on the

Cole Industrial guarantees for the base case identified in this BACT evaluation The new boiler

will have a low-NOx burner design and no add-on emission controls Because the NOx

assurances are linked to CO emissions SVZ proposes fuel-specific BACT limits for both NOx

and CO emissions with natural gas combustion of nine ppm NOx at 3 oxygen and 30 ppm CO

at 3 oxygen According to Ecologys 2008 General Order ofApproval for Small Water Heaters and

Steam-Generating Boilers a 245MMBtuhr natural gas-fired boiler allows emission rates of 30

ppm NOx and 100 ppm CO According to the 2009 BACT Clearinghouse Other air pollution

control authorities located in California recommend BACT emission rates as low as nine ppm

for NOx and 30 ppm for CO (SJV APCD 2009) SVZ proposes that the boiler guarantees (9 ppm

NOx and 30 ppm CO) constitute BACT for the natural gas-fired boiler

To satisfy these limits SVZ will operate the unit in accordance with good combustion and

operating practices including following manufacturer recommendations for operating and

maintaining the boiler

52 BACTtBACT Evaluation for Volatile Organic Compounds (VOC)

Per WAC 173-460-060 sources must employ tBACT for all TAPs with emission increases greater

than de minimis rates in WAC 173-460-150 For this project only two VOC TAPs were above de

minimis rates (benzene and formaldehyde) and no emissions exceeded the SQER that would

trigger dispersion modeling requirements Typically VOC emissions from natural gas

combustion is controlled through combustion design and control After an evaluation of

available BACT for VOCs (Section 521-525) Good combustion design and control is proposed

as tBACT for the boiler for VOCs SVZ will operate the unit in accordance with good

combustion and operating practices including following manufacturer recommendations for

operating and maintaining the boiler

521 Step 1 Identify All Control Technologies

Potential control technologies for VOC emissions from a review of available information are listed in Table 4

9


Table 4 Potential Control Technologies Pollutant Control Technology

Clean Fuels

Good Design Methods voe and Operating

(Formaldehyde Practices and Benzene)

Thermal Oxidation

Catalytic Oxidation

522 Step 2 Eliminate Technically Infeasible Options

The technical feasibility of potential control options for voe emissions are summarized in Table 5 All voe control techniques seek to more fully burn out these products of incomplete combustion with excess oxygen typically present The application of thermal oxidation technology within the design of a package boiler is concluded to not be technically feasible Thermal oxidation has been shown to be ineffective below voe concentrations of 100 ppm The concentration in the boiler exhaust streams are estimated to be below 8 ppm making thermal oxidation technically infeasible SVZ contacted vendors regarding voe removal by catalytic oxidation Vendors have indicated that saturated hydrocarbon removal can only be achieved at temperatures above 800degF which will be above the normal operating range of the boiler making catalytic oxidation infeasible for voe control

Table 5 Technical Feasibility of NOx Control Technologies

Technology Technically Feasible

Good Design Methods and Operating Procedures

Yes

Clean Fuels Yes

Catalytic Oxidation No

Thermal Oxidation No

523 Step 3 Rank Remaining Control Technologies by Control Effectiveness

The technically feasible control options are ranked in Table 6 according to their control

effectiveness

10


Table 6 Control Technologies by Effectiveness

Rank Technology Emission Control Effectiveness Basis for Listed Performance

1 Good Design Methods and

Operating Procedure 00036 lbMMBtu Vendor Information

1 Clean Fuels 00036 lbMMBtu Vendor Information

524 Step 4 Evaluate Most Effective Controls and Document Results

The economic environmental and energy impacts of technically feasible control options are not required as the top feasible control option is selected

525 Step 5 Select BACT

SVZ proposes that BACTtBACT for voe from the boiler is using good design methods and operating procedures and clean fuels During unit startup or shutdown good combustion practices will be followed in order to minimize voe emissions

53 BACTtBACT Evaluation for PM 10PM25

PMlO and PM25 from natural gas boilers is low in comparison to other fuel combustion sources of similar size As such good operation and combustion practices are proposed for the BAeT determination for these pollutants from the natural gas boiler

11

6 References

Ecology 2008 General Order of Approval for Small Water Heaters and Stearn-Generating Boilers Washington State Department of Ecology General Order No 08-AQ-G003 August 8

EPA 1998 Compilation of Air Pollutant Emission Factors Volume 1 Chapter 1 Natural Gas Combustion AP-42 5th ed Office of Air Quality Planning and Standards US Environmental Protection Agency January

SJVAPCD 2009 BACT Clearinghouse San Joaquin Valley Air Pollution Control District

12

7 Appendices

71 Appendix A Application Form

A notice of construction permit is required before installing a new source of air pollution or

modifying an existing source of air pollution This application applies to facilities in Ecologys jurisdiction Submit this application for review of your project For general information about

completing the application refer to Ecology Forms ECY 070-410a-g Instructions for Ecologys


Ecology offers up to 2 hours of free pre-application help We encourage you to schedule a preshyapplication meeting with the contact person specified for the location of your proposal (see

below) For more help than the initial 2 free hours submit Part 1 of the application and the

application fee You may schedule a meeting with us at any point in the process

Completing the application enclose it with a check for the initial fee and mail to

WA Department of Ecology middot- middot- middot- middot- middot-middot-middot-middot - middot- middot-middot- middot-middot - middot-middot-middot - middot- middot- middot- middot- middot For Fiscal Office Use OnlyCashiering Unit I

I

PO Box 47611 001-NSR-216-0299-000404 I

L- -middot- middot - middot - middot- middot- middot - middot - middot-middot-middot -middot -middot - middot - middot - middot- middot -middot -middot -middot- middotOlympia WA 98504-7611

Check the box for the location of your proposal For help call the contact listed below

Ecology Permitting Office Contact

Lynnette Haller Chelan Douglas Kittitas Klickitat or Okanogan County

(509) 457-7126 CRO Ecology Central Regional Office - Air Quality Program

lvnnettehallerecvwa2ov Adams Asotin Columbia Ferry Franklin

Jolaine Johnson [2J Garfield Grant Lincoln Pend Oreille Stevens (509) 329-3452

ERO Walla Walla or Whitman County jolainejohnsoneC)I wagov

Ecology Eastern Regional Office - Air Oualitv Program

Dave AdlerSan Juan County

( 425) 649-7267 NWRO Ecology Northwest Regional Office - Air Quality Program

davidadlerec)Wagov

Kraft and Sulfite Paper Mills and Aluminum Smelters JamesDeMay Ecology Industrial Section - Waste 2 Resources Program (360) 407-6868

IND

Permit manager jamesdema)ecywagov

Phil GentUS Department of Energy Hanford Reservation

(509) 372-7983 NWP Ecology Nuclear Waste Program

12hilgentec)Wagov

To request ADA accommodation call (360) 407-6800 711 (relay service) or 877-833-6341 (TTY)

13


Check the box for the fee that applies to your application

New project or equipment

$1500 Basic project initial fee covers up to 16 hours of review

$10000 Complex project initial fee covers up to 106 hours of review

Change to an existing permit or equipment

$200 Administrative or simple change initial fee covers up to 3 hours of review

Ecology may determine your change is complex during completeness review of your application If your project is complex you must pay the additional $675 before we will continue working on your

application

$875 Complex change initial fee covers up to 10 hours of review

$350 flat fee Replace or alter control technology equipment (WAC 173-400-114)

Ecology will contact you if we determine your change belongs in another fee category You must

pay the fee associated with that category before we will continue working on your application

Read each statement then check the box next to it to acknowledge that you agree

The initial fee you submitted may not cover the cost of processing your application Ecology will ~ track the number of hours spent on your project If the number of hours Ecology spends exceeds

the hours included in your initial fee Ecology will charge you $95 per hour for the extra time

You must include all information in this application Ecology may not process your application if it~ does not include all the information requested

Submittal of this application allows Ecology staff to inspect your facility~

14


PART 1 GENERAL INFORMATION P t F irty d C ompany n orma 10nroJec ac 1 an I i f

1 Project Name SVZ-USA Washington Inc New Boiler Installation 2 Facility Name SVZ-USA Washington Inc 3 Facility Street Address 1700 N Broadway Ave Othello WA 99344 4 Facility Legal Description The section township and range are S27 T16N R29E and the latitude and longitude are 4684748 -11917352 5 Company Legal Name (ifdifferent than Facility Name)

6 Company Mailing Address (street city state zip) 1700 N Broadway Ave Othello WA 99344

II Contact Information and Certification 1 Facility Contact Name (who will be on-site) David Stewart 2 Facility Contact Mailing Address (if different than Company Mailing Address)

3 Facility Contact Phone Number 14 Facility Contact Email (509) 488-6563 David S tewart(a)svzcom 5 Billing Contact Name (who should receive billing information) Diane Upky 6 Billing Contact Mailing Address (ifdifferent than Company Mailing Address)

7 Billing Contact Phone Number 18 Billing Contact Email (509) 331-1051 Dianeupkycsvzcom

9 Consultant Name ( optional - if 3rd party hired to complete application) Rachel Teel 10 Consultant OrganizationCompany

11 Consultant Mailing Address (street city state zip)

12 Consultant Phone Number 113 Consultant Email 509-943-5222

14 Responsible Official Name and Title (person responsible for project policy or decision-making) David Stewart 15 Responsible Official Mailing Address 1 700 N Broadway Othello WA 99344 16 Responsible Official Phone 11 7 Responsible Official Email (509) 989-9939 DavidStewartsvzcom 18 Responsible Official Certification and Signature I certify that the information on this application is accurate and complete

Signature ~_(~~Date f194-

15

I


Part 2 Technical Information The Technical Information may be sent with this application to the Ecology Cashiering Unit or may be sent directly to the appropriate Ecology office along with a copy of this f application

r For all sections check the box next to each item as you complete it

III Project Description Attach the following to your application

~ Description of your proposed project

~ Projected construction start and completion dates ~ Operating schedule and production rates ~ List of all major process equipment with manufacturer and maximum rated capacity ~ Process flow diagram with all emission points identified ~ Plan view site map ~ Manufacturer specification sheets for major process equipment components ~ Manufacturer specification sheets for pollution control equipment ~ Fuel specifications including type consumption (per hour and per year) and percent sulfur

IV State Environmental Policy Act (SEPA) Compliance

Check the appropriate box below

D SEP A review is complete Include a copy of the final SEPA checklist and SEP A determination ( eg DNS MONS EIS) with your application

[gj SEP A review has not been conducted

D If SEPA review will be conducted by another agency list the agency You must provide a copy of the final SEP A checklist and SEP A determination before Ecology will issue your permit Agency Reviewing SEP A

[gj If SEP A review will be conducted by Ecology fill out a SEP A checklist and submit it with your application You can find a SEP A checklist online at httpwwwecy wa gov programsseasepaformshtm

16


V Emissions Estimations of Criteria Pollutants Does your project generate air pollutant emissions [g) Yes D Nor If yes provide the following information about your air pollutant emissions [g) Air pollutants emitted such as carbon monoxide (CO2) lead (Pb) nitrogen dioxide (N02)

ozone (03) and volatile organic compounds (VOC) particulate matter (PM2s PM10 TSP)r sulfur dioxide (S02)

[g) Potential emissions of criteria air pollutants in tons per hour tons per day and tons per year (include calculations)

D Fugitive air pollutant emissions - pollutant and quantity

VI Emissions Estimations of Toxic Air Pollutants Does your project generate toxic air pollutant emissions D Yes D No If yes provide the following information about your toxic air pollutant emissions [g) Toxic air pollutants emitted (specified in WAC 173-460-1501)

[g) Potential emissions of toxic air pollutants in pounds per hour pounds per day and pounds per year (include calculations)

D Fugitive toxic air pollutant emissions - pollutant and quantity

VII Emission Standard Compliance Does your project comply with all applicable standards identified [g) Yes D No [g) Provide a list of all applicable new source performance standards national emission

standards for hazardous air pollutants national emission standards for hazardous air pollutants for source categories and emission standards adopted under the Washington Clean Air Act Chapter 7094 RCW

VIII Best Available Control Technology [g) Provide a complete evaluation of Best Available Control Technology (BACT) for

your proposal

1 httpapps leq wa govWACdefaultaspxcite=173-460-1 50

17


IX Ambient Air Impacts Analyses Does your project cause or contribute to a violation of any ambient air quality standard or acceptable source impact level D Yes [gj No

Provide the followingD Ambient air impacts analyses for criteria air pollutants (including fugitive emissions) D Ambient air impacts analyses for toxic air pollutants (including fugitive emissions) D Discharge point data for each point included in ambient air impacts analyses (include only if

modeling is required) D Exhaust height

D Exhaust inside dimensions (diameter or length and width)

D Exhaust gas velocity or volumetric flow rate

D Exhaust gas exit temperature

D Volumetric flow rate

D Discharge description (ie vertically or horizontally) and if there are any obstructions

(eg raincap)

D Emission unit(s) discharging from the point

D Distance from the stack to the nearest property line

D Emission unit building height width and length

D Height of tallest building on-site or in the vicinity and the nearest distance of that building to the exhaust

D Facility location (urban or rural)

18

72 Appendix B SEP A Checklist

SEPA ENVIRONMENTAL CHECKLIST

Purpose of checklist

Governmental agencies use this checklist to help determine whether the environmental impacts of your proposal are significant This information is also helpful to determine ifavailable avoidance minimization or compensatory mitigation measures will address the probable significant impacts or if an environmental impact statement will be prepared to further analyze the proposal

Instructions for applicants

This environmental checklist asks you to describe some basic information about your proposal Please answer each question accurately and carefully to the best of your knowledge You may need to consult with an agency specialist or private consultant for some questions You may use not applicable or does not apply only when you can explain why it does not apply and not when the answer is unknown You may also attach or incorporate by reference additional studies reports Complete and accurate answers to these questions often avoid delays with the SEPA process as well as later in the decision-making process

The checklist questions apply to all parts of your proposal even if you plan to do them over a period of time or on different parcels of land Attach any additional information that will help describe your proposal or its environmental effects The agency to which you submit this checklist may ask you to explain your answers or provide additional information reasonably related to determining if there may be significant adverse impact

Instructions for Lead Agencies Please adjust the format of this template as needed Additional information may be necessary to evaluate the existing environment a II interrelated aspects of the proposal and an analysis of adverse impacts The checklist is considered the first but not necessarily the only source of information needed to make an adequate threshold determination Once a threshold determination is made the lead agency is responsible for the completeness and accuracy of the checklist and other supporting documents

Use of checklist for nonproject proposals

For nonproject proposals (such as ordinances regulations plans and programs) complete the applicable parts of sections A and B plus the SUPPLEM ENTAL SHE ET FO R NON PROJECT ACTIO NS (part DJ Please completely answer all questions that apply and note that the words project applicant and property or site should be read as proposal proponent and affected geographic area respectively The lead agency may exclude (for nonshyprojects) questions in Part B- Environmental Elements-that do not contribute meaningfully to the analysis of the proposal

A Background [HELP]

1 Name of proposed project if applicable SVZ-USA Washington Inc New Boiler Insta llation

2 Name of applicant SVZ-USA Washington Inc

3 Address and phone number of applicant and contact person

SEPA Envirorvnental checklist (WAC 197-11-960) March 2019 of 14

19


David Stewart 1700 N Broadway Ave Othello WA 99344 (509) 488-6563

4 Date checklist prepared March 8th 2019

S Agency requesting checklist Washington State Department of Ecology

6 Proposed timing or schedule (including phasing if applicable) Boiler installation to begin 5119 to 61519

7 Do you have any plans for future additions expansion or further activity related to or connected with this proposal If yes explain No future plans at this time

8 List any environmental information you know about that has been prepared or will be prepared

directly related to this proposal (NOC) Notice of Construction Approval by Washington State Department of Ecology Air Quality Program

9 Do you know whether applications are pending for governmental approvals of other proposals directly affecting the property covered by your proposal If yes explain No

10 List any government approvals or permits that will be needed for your proposal if known Notice of Construction Approval by Washington State Department of Ecology Air Quality Program

11 Give brief complete description of your proposal including the proposed uses and the size of the project and site There a re several questions later in this checklist that ask you to describe certain aspects of your proposal You do not need to repeat those answers on this page (Lead agencies may modify this form to include add itional specific information on project description) The SVZ facility has two existing natural gas-fired boilers a 1988 Cleaver Brooks (CB) boiler rated at and a Miura boiler SVZ will be replacing the Miura boiler with a new more efficient package CB natural gas boiler rated at 24SMMBtuhr (approximately 20700 lbs of steam per hou r) The 1988 CB 600 HP boiler will remain in place This new boi ler will include emission controls for NOx and CO

12 Location of the proposal Give sufficient information for a person to understand the precise location of your proposed project including a street address if any and section township and range if known If a proposal would occur over a range of area~provide the range or boundaries of the site(s) Provide a legal description site plan vicinity map and topographic map if reasonably available While you should submit any plans required by the agency you are not required to duplicate maps or detailed plans submitted with any permit applications related to this checklist The project is associated with SVZs operations at 1700 N Broadway Ave Othello WA 99344 The section township and range are S27 T16N R29E and the latitude and longitude are 4684748 -11917352 See the attachment vicinity map and map of the proposed boiler placement

SEPA Envirorrnental checklist (JNAC 197-11-960) March 2019 Page 2 of 14

20


Vicinity Map and Facility Overview

SZ-USA Wa91ington Inc Othello WA

21


8 Environmental Elements (HELP)

1 Earth ~

a General description of the site

(circle one) Flat rolling hilly steep slopes mountainous other ______

Flat to mil d s lopes

b What is the steepest slope on the site (approximate percent slope) 3 excepting manmade features e g ditches and embankments

c What general types of soils are found on the site (for example clay sand gravel peat muck) If you know the classification of agricultural soils specify them and note any agricultural land of long-term commercial significance and whether the proposal results in removing any of these soils

Loam si lts and sands

d Are there surface indications or history of unstable soils in the immediate vicinity lfso describe None known within the construction envelope of this project

e Describe the purpose type total area and approximate quantities and total affected area of any filling excavation and grading proposed Indicate source of fill

NA

f Could erosion occur as a result of clearing construction or use If so generally describe No

g About what percent of the site will be covered with impervious surfaces after project construction (for example asphalt or buildings)

There will be no change to impe rvious surfaces on the site

h Proposed measures to reduce or control erosion or other impacts to the earth if any No new measures will be necessary The new faci li ties wi ll have no discerna ble impact on the existing runoff or erosion contro l

2Air ~

a What types of emissions to the air would result from the proposal during construction_operation and maintenance when the project is completed If any generally describe and give approximate quantities if known

The boiler will have emissions of criteria pollutants hazardous and toxic air pollutants Emissions from the boi ler will be replacing emissions from the existing boi ler that will not be operating Additiona lly the temporary boiler has a newer design that will have lower emiss ions of NOx and CO tha n the existing boi lers Emissions of the boi ler at its maximum capacity are shown in the following table

SEPA Envirorvnental checklist (WAC 197-11-960) March 2019 Page 4 of 14

22


Potential to Emit of the New Cleaver Brooks Boiler Pollutant CASNumber (lbhr) (tonsyear)

co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01

PMlO (Filterable) - 184E-01 807E-01 PMlO (Condensable) - 184E-01 807E-01

PM25 (Filterable) - 184E-01 807E-01

PM25 (Condensable) - 184E-01 807E-01

Toluene 108-88-3 824E-05 361E-04 Hexane 110-54-3 436E-02 191E-01

lndeno(l23-cd) pyrene 193-39-5 436E-08 191E-07

Benzo(b)fluoranthene 205-99-2 436E-08 191E-07 Benzo(k)fluora nthene 207-08-9 436E-08 191E-07

Chrysene 218-01-9 436E-08 191E-07

Benzo(a )pyrene 50-32-8 291E-08 127E-07 Dibenzo(ah)anthracene 53-70-3 291E-08 127E-07

3-Methylcholanthrene 56-49-5 436E-08 191E-07

Benz(a)anthracene 56-55-3 436E-08 l91E-07 Naphthalene 91-20-3 148E-05 647E-05

Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07

Benzo(ghi)perylene 191-24-2 291E-08 l27E-07

Acena phthylene 203-96-8 436E-08 l 91E-07

Fluoranthene 206-44-0 727E-08 318E-07 Acenaphthene 83-32-9 436E-08 l91E-07

Phenanathrene 85-01-8 412E-07 l80E-06

Fluorene 86-73-7 679E-08 297E-07

b Are there any off-site sources of emissions or odor that may affect your proposal If so generally describe No

c Proposed measures to reduce or control emissions or other impacts to air if any Low-NOx burner design

3 Water ~

a Surface Water lhilill

1) Is there any surface water body on or in the immediate vicinity of the site (including year-round and seasonal streams saltwater lakes ponds wetlands) If yes describe type and provide names If appropriate state what stream or river it flows into

Potholes East Ca na l excluding the SVZ wastewater lagoons

SEPA Enviromnental checklist (WAC 197-11-960) March 2019 Page 5 of 14

23


2) Will the project require any work over in or adjacent to (within 200 feet) the described waters If yes please describe and attach available plans

No

3) Estimate the amount of fill and dredge material that would be placed in or removed from surface water or wetlands and indicate the area of the site that would be affected

NA

4) Will the proposal require surface water withdrawals or diversions Give general description purpose and approximate quantities if known

No

5) Does the proposal lie within a 100-year floodplain If so note location on the site plan No

6) Does the proposal involve any discharges of waste materia ls to surface waters If so describe the type of waste and anticipated volume of discharge

No

b Ground Water ~

1) Will groundwater be withdrawn from a well for drinking water or other purposes If so give a general description of the well proposed uses and approximate quantities withdrawn from the well Will water be discharged to groundwater Give general description purpose and approximate quantities if known

No

2) Describe waste material that will be discharged into the ground from septic tanks or other sources if any (for example Domestic sewage industrial containing the following chemicals agricultural etc) Describe the general size of the system the number of such systems the number of houses to be served (if applicable) or the number of animals or humans the system(s) are expected to serve

None

c Water runoff (including stormwater)

1) Describe the source of runoff (including storm water) and method of collection and disposal if any (include quantities if known) Where will this water flow Will this water flow into other waters If so describe

There is no planned runoff from non-stormwater sources Site stormwater will continue to be managed on-site by existing controll ed drain ages

2) Could waste materials enter ground or surface waters lfso generally describe There is no anticipated waste di scharge to the ground or surface wate rs

SEPA Environmental checklist (WAC 197-11-960) March 2019 Page 6 of 14

24


3) Does the proposal alter or otherwise affect drainage patterns in the vicinity of the site If so describe

None

d Proposed measures to reduce or control surface ground and runoff water and drainage pattern

impacts if any None The new facilities are located with the existing controlled drainages

4 Plants ~

a Check the types of vegetation found on the site

~deciduous tree alder maple aspen other

~evergreen tree fir cedar pine other __shrubs

~rass ___pasture

~crop or grain __ Orchards vineyards or other permanent crops __ wet soil plants cattail buttercup bull rush skunk cabbage other

__water plants water lily eelgrass milfoil other

__other types of vegetation

b What kind and amount of vegetation will be removed or altered None

c List threatened and endangered species known to be on or near the site None

d Proposed landscaping use of native plants or other measures to preserve or enhance vegetation on the site if any NA

e List all noxious weeds and invasive species known to be on or near the site NA

5 Animals ~

a List any birds and other animals which have been observed on or near the site or are known to be on or near the site

Examples include

birds hawk heron eagle songbirds other waterfowl mammals deerbear elk beaver other fish bass salmon trout herring shellfish other ____

SEPA Envirorvnental checklist (WAC 197-11-960) Morch 2019 Page 7 of 14

25


b List any threatened and endangered species known to be on or near the site None

c ls the site part ofa migration route lfso explain Othello is within the Pacific Flyway

d Proposed measures to preserve or enhance wildlife if any No mea sures are proposed with this project

e List any invasive animal species known to be on or near the site None

6 Energy and Natural Resources ~

a What kinds of energy (electric natural gas oil wood stove solar) will be used to meet the completed projects energy needs Describe whether it will be used for heating manufacturing etc Natural Gas Heating

b Would your project affect the potential use of solar energy by adjacent properties If so generally describe

No

c What kinds of energy conservation features are included in the plans of this proposal List other proposed measures to reduce or control energy impacts if any No

7 Environmental Health ~

a Are there any environmental health hazards including exposure to toxic chemicals risk of fire and explosion spill or hazardous waste that could occur as a result of this proposal If so describe

1) Describe any known or possible contamination at the site from present or past uses None

2) Describe existing hazardous chemicalsconditions that might affect project development and design This includes underground hazardous liquid and gas transmission pipelines located within the project area and in the vicinity

None

3) Describe any toxic or hazardous chemicals that might be stored used or produced during the projects development or construction or at any time during the operating life of the project

None

4) Describe special emergency services that might be requi red

None


26


f 5) Proposed measures to reduce or control environmental health hazards if any

None b Noise

1) What types of noise exist in the area which may affect your project (for example traffic equipment operation other)

The site is located at an existing and operating food processing and farming area and as a result noise from those operations will be experienced and will continue to persist at the same level as preshyconstruction Operation noise is expected to be less when the old boiler is replaced with a new more efficient boiler Short term construction noise may occur

2) What types and levels of noise would be created by or associated with the project on a short-term or a long-term basis (for example traffic construction operation other) Indishycate what hours noise would come from the site

During construction periods the site will likely experience traffic and construction noise The volume of construction noise may result in a slight increase in the ambient volume of noise After construction is complete ambient noise should return to the same level as pre-construction

3) Proposed measures to reduce or control noise impacts if any

The hours of construct ion will be limited to 7am - 6pm

8 land and Shoreline Use ~

a What is the current use of the site and adjacent properties Will the proposal affect current land uses on nearby or adjacent properties lfso describe

The existing site is an operating food processing plant The s ite is zoned as Industrial and is surrounded predominately by industrial and agricultural lands The proposal will not affect current land uses

b Has the project site been used as working farmlands or working forest lands If so describe How much agricultural or forest land of long-term commercial significance will be converted to other uses as a result of the proposal if any If resource lands have not been designated how many acres in farmland or forest land tax status will be converted to nonfarm or nonforest use

Yes Historically the site was used for agriculture however the site zoning was changed to Industrial land use The land use will not be changed for this project

1) Will the proposal affect or be affected by surrounding working farm or forest land normal business operations such as oversize equipment access the application of pesticides tilling and harvesting lfso how

No

c Describe any structures on the site

General office and food processing plant buildings warehouses material staging areas parking lots wastewater


27

5


treatment and storage lagoons and agricultu ral land for wastewater and application See Atta chment

d Will any structures be demolished If so what

No the old boiler will be removed

e What is the current zoning classification of the site

Industrial

f What is the current comprehensive plan designation of the site

Industrial

g If applicable what is the current shoreline master program designation of the site

N A

h Has any part of the site been classified as a critical area by the city or county lfso specify

No

i Approximately how many people would reside or work in the completed project

j Approximately how many people would the completed project displace

None

k Proposed measures to avoid or reduce displacement impacts if any

No additional measures are needed

L Proposed measures to ensure the proposal is compatible with existing and projected land

uses and plans if any

N A

m Proposed measures to reduce or control impacts to agricultural and forest lands of long-term commercial significance if any

N A

9 Housing ~

a Approximately how many units would be provided if any Indicate whether high midshydle or low-income housing

N A

b Approximately how many units if any would be eliminated Indicate whether high middle or low-income housing

N A


28


c Proposed measures to reduce or control housing impacts if any

NA

10 Aesthetics ~ a What is the tallest height of any proposed structure(s) not including antennas what is

the principal exterior building material(s) proposed

No new structures

b What views in the immediate vicinity would be altered or obstructed

None

b Proposed measures to reduce or control aesthetic impacts if any

None

11 light and Glare ~

a What type of light or glare will the proposal produce What time of day would it mainly occur

None

b Could light or glare from the finished project be a safety hazard or interfere with views

No

c What existing off-site sources of light or glare may affect your proposal

None

d Proposed measures to reduce or control light and glare impacts ifany

N A

12 Recreation ~ a What designated and informal recreational opportunities are in the immediate vicinity

None

b Would the proposed project displace any existing recreational uses lfso describe

No

c Proposed measures to reduce or control impacts on recreation including recreation opportunities to be provided by the project or applicant if any

N A

13 Historic and cultural preservation ifiltlm

a Are there any buildings structures or sites located on or near the site that are over 45 years old listed in or eligible for listing in national state or local preservation registers lfso specifically describe

There are no known places on national state or local preservation registers within the project


29


b Are there any landmarks features or other evidence of Indian or historic use or occupation This may include human burials or old cemeteries Are there any material evidence artifacts or areas of cultural importa nee on or near the site Please list any professiona I studies conducted at the site to identify such resources

There are no known landmarks or evidence of historic archaeological scientific or cultural importance on or near the project site

c Describe the methods used to assess the potential impacts to cultural and historic resources on or near the project site Examples include consultation with tribes and the department of archeology and historic preservation archaeological surveys historic maps GIS data etc

NA

d Proposed measures to avoid minimize or compensate for loss changes to and disturbance to resources Please include plans for the above and any permits that may be required

None

14 Transportation lhtlu

a Identify public streets and highways serving the site or affected geographic area and describe proposed access to the existing street system Show on site plans if any

See attachment

b Is the site or affected geographic area currently served by public transit lfso generally describe If not what is the approximate distance to the nearest transit stop

No

c How many additional parking spaces would the completed project or non-project proposal have How many would the project or proposal eliminate

None

d Will the proposal require any new or improvements to existing roads streets pedestrian bicycle or state transportation facilities not including driveways If so generally describe (indicate whether public or private)

No

e Will the project or proposal use (or occur in the immediate vicinity of) water rail or air transportation If so generally describe

No

f How many vehicular trips per day would be generated by the completed project or proposal If known indicate when peak volumes would occur and what percentage of the volume would be trucks (such as commercial and nonpassenger vehicles) What data or transportation models were used to make these estimates

None

g Will the proposal interfere with affect or be affected by the movement of agricultural and forest products on roads or streets in the area If so generally describe

No


30


h Proposed measures to reduce or control transportation impacts if any NA

15 Public Services Ihtll2l

a Would the project result in an increased need for public services (for example fire protection police protection public transit health care schools other) lfso generally describe

No

b Proposed measures to reduce or control direct impacts on public services if any No

16 Utilities Ihtll2l a Circle utilities currently available at the site

c Describe the utilities that are proposed for the project the utility providing the service and the general construction activities on the site or in the immediate vicinity which might be needed

Natural Gas and Electricity

C Signature [HELP)

The above answers are true and complete to the best of my knowledge I understand that the lead agency is relying on them to make its decision

Signature ~~ Name of signee _~l~A v_D ST=~kY l4 ~ ________ ~___ E ~~~fl t

Position and AgencyOrganization ~ jgt__ lSI IJLNr___ _ __ _____lt __ _ __ S V~ ~ JA

Date Submitted $ffJfI


31

- -

73 Appendix C SVZ Fruit Processing Facility Process Flow and Stack Locations

SVZ Processing Building Layout

(- ( sectsect oo o ooo D ~ J 000 D Fruit and Vegetable ( 0

0 0

DD O O Fruit and Ve~etable Processing

__) Process ing ()0 Stripper 0 D

000 Air (- (J ~~ 0 0

Compresso [===1 00 Q o o Room --- Cold Room [=i Q O Q

Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c

~ sect Compressor Maintenance Old Office Locker Room Locker Room Lunch Room ~ ~ Room

~ ~ co 5 ~ co QI

~ Boller S acbull QI 8011 r Staci(

-- z u O atural Ga 0 - _ - Main Power Line

N

32

------ -- - --

74 Appendix D Boiler Specifications from Manufacturer and Pollution Control Equipment

Quote SummaryCleaverBroo Proposal Number 0876139-8 I Proposal Date 0112 6118

Job Narne SVZ USA I itro~t Name New Boiler

Product Model CBEX Ehtebull700middot600bull150ST 1460J601 -middot9 ppmbullHAWKbullSTDICFG Item Qty Descript ion

CSE)( Eb ~-7~600- 150ST(~ll()l 20700 lbshr oUlput tt rom and at 212F 1 lbrnum ol 0 deltee Cornbt51100 RlQUIRE Operating lressJre l~ psg

Fuel Serles 7CO - GS Firs Gas Fuel Nalura Gas (S-recm Gra-ily--06)Gas TlSllI Type SirmelIS Gas Tran $ Presiure 10 C$g Ga3 Trui Sz~ 2-3middot

Job Site Altltu~ 700fi 5Cnp 9I0er 11Mlf

StamplOaftl 81n LWCO Le-eMsgtef-Modtm11ng i Pr~al Typ~

112 1 toduel Pring 81$i Al)t8 deg nco Bock in JSQ baampoo on 7i2L20 1S middotrociivo dais middotor l s prooua ccri~guratlOltl Prong val Id for 30 lws

3 1 Tile lnt X Elite Boller IIWIUdes an uL Label 4 1 nulle MlWI$ l4) (ltecX Elile_100bull 1CQMlllliLYlIMaslGlt 1 t lfC8780H784E BuITTir Corlrtll amp Ooerallflo rlDiHavbull~ CuUl 1 Fuel Senes rM -Oas5 ~ B -- HOl~Oer - ampJO HP

P1101 f (ll8 Gas B Emi$8i)ll l eej g - NG I)

1 t O~trementsmiddot

10 Bolelt SalI- Vae Seltinq 150 lb ST 1 l

i 1 learn NozzJe - SIZe lfr- laooed 3004 R r

j 12 l Feedw1cr Crnr~innmiddot2 5 inhilPT i13 Quiel BlrngtUOm Valve S Imill Oa~ Z NPT 20011 1 14

2 1 stw BIONOOWfI vve l ~middot Nr I naict -115 1-aCforv Blo-woOm Valve F1clnc or 2 auck I 1 Slow

jj18 1 tbull lf r Globe V3fVubull2 NPT Stcgl Volvo ~iw ~IJAi bull bull 50ST) ~ ~ 1 Ifeea11ater Cheek vafe2 N 1 tee I Valbull e m esian Presltlre - 15a5T1

18 1 $11ncfJrd iluix LWCO bull Wanitt lC2 19 I l VV Co1rol Syslem Wale-- odJla11ng Linkage COlttclled (Ode( 4446PMSE lt1 -20 mA V3111 Si~ 1 in FW Trmp 127 F

freampsure Drop 15bull ris1 Op PreS3 1J5ps1 Vae Flaw 48BAPffl C Value 32 MaJlt Close Ot 25D l)Si 1120 1 middot-bullPicbull~19middot~ooo ll 1 Steam 1-resSJJra Ttansrr lief

11122 NJler Tcn~riture Tr1nsmr1ter 1 -eAWK -aucnscreen 5andarc r COlcr screen PlJs

24 1123

1 Slllek T~ocratuoe ra=iror li2 Slandard CClllJUsllon SaleqJard Control C3--7ampJE UV scan Hooewelll 26 1 Prilcl PoitionlnQI Sv~tcm lrlt1=-atcd iuralkll Poi middot-

t 1-miarv fuel AlttuaOf ITv-oe u Jiek Dtsooonedl 28 21

1 FGR Atriiir ITbullpemiddot CIJick Olaquo oecli 2[1 HAWK Boller Panel Etnerne1 Hub 5 Port1 30 1 Nt--1 G1-2 J in -Sitlnrns GiS T oain Slalldan1I 1yen31 NalJral Gas Hlahe- RalP-d pegsire s 1tc3J n2 1 IPrenim e~_laquoor middot ~1xt I

1133 1 Eleelrlc sorutet I dfrac34 1 Control and Entranoo Panel Gaitre Panel (Nema bull1nt1 f3 1 ISlart-uc Allowaroce lnCIIJoled n boLer nagtli 01e ~ 1 ~01borlal Stltf11JDbull middoter So110rmiddot

H_WK-Parallel Pos -lefgtIIICiis~e -Quolsd 11 USC

ltJl 1 ~abor Allowance Pe- Bader 41 1350-06 - Cole OOuS1rlltlil Inc t )(TmYrQI)( See~ ~ artup t-AWK ICS Farallel lo3 LE ~ull Casset1e -Quo1ed in USO Pub RBle S150 ~IS J tyen CS Allowoo t 21 5 USD

33

----

CleaverBrooks


Quote Summary Propo5al Numbcer 08761398 Proposal Date 07125111

Job Name SIZ USA Proje~ Nimce New Boiler

System Requirements Propo5o1I Number 08761398 Proposal Date 87f2G18

Job Name SVZ USA f Projoct Name New Boi ler

- middot _ - f r-bull --bullpound~-__- - - ~ cW~- ~iiwffl~bullcbull---11 -~middotmiddot 4nn111auon H an frecltgtre Steam FutISeiills 700 G ii

8oihar C~tdlY 600HP lnool _ Desion PhiSSIJ 1Sl)j S1eini

=eralna Press11re 135 osla Safetv VaVI S~IP t 150 lb NOx EmlHlom level 9bullmm NG

Alfallab~ Sifn Volla~O 460160 Av11Uable SJIB Gas Pressure 10aJa

vo11~ Sit6 Allihxla 700ft ASL IIISQrance Reoulremenli StanLStd - No A~11looal Reltiulrements

I 14 01 1- 1----iin middot -bullHlctbull flt_ _ lhlbullt Hllla bullbull- bull bull middot hbull- _bullbull --1 111-=--bullbull

34


75 Appendix E Emission Calculations Pollutant CAS

Number

Emission

Factor ab

(lbMMscf)

lbhr) (1b24hr) lbyear) (tons

year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)

Toluene 108-88-3 00034 824E-05 l98E-03 722E-01 361E-04 l98E-03 No No 24-hr 5000 657 329

Hexane 110-54-3 18 436E-02 l05E+00 382E+02 l91E-01 l05E+00 No No 24-hr 700 92 46

Indeno(l23-cdpyrene 193-39-5 l8E-06 436E-08 l05E-06 382E-04 l91E-07 382E-04 No No year 000909 174 00872

Benzo(b)fl uora nthene 205-99-2 l8E-06 436E-08 l05E-06 382E-04 l91E-07 382E-04 No No year 000909 174 00872

Benzo(k)fl uora nthene 207-08-9 l8E-06 436E-08 l05E-06 382E-04 l91E-07 382E-04 No No year 000909 174 00872

Chrysene 218-01-9 l8E-06 436E-08 105E-06 382E-04 l91E-07 382E-04 No No year 00909 174 0872

Benzo(a )pyrene 50-32-8 l2E-06 291E-08 698E-07 255E-04 l27E-07 255E-04 No No year 0000909 0174 000872

Di benzo(ah)a nthracene 53-70-3 l2E-06 291E-08 698E-07 255E-04 l27E-07 255E-04 No No year 0000833 016 000799

3-Methyl c hol a nth rene 56-49-5 l8E-06 436E-08 l05E-06 382E-04 l91E-07 382E-04 No No year 0000159 00305 000153

Benz(a )a nthracene 56-55-3 l8E-06 436E-08 l05E-06 382E-04 l91E-07 382E-04 No No year 000909 174 00872

Naphthalene 91-20-3 000061 148E-05 355E-04 l29E-01 64 7E-05 l29E-01 No No year 00294 564 0282

Forma I dehyde 50-00-0 0075 182E-03 436E-02 l59E+0l 796E-03 l59E+0l Yes No year 0167 32 16

Benzene 71-43-2 00021 509E-05 l22E-03 446E-01 223E-04 446E-01 Yes No year 00345 662 0331

co 630-08-0 - 460E-01 ll0E+0l 403E+03 20lE+00 460E-01 No No 1-hr 23000 504 114

NOx 10102-44-0 - 260E-01 624E+00 228E+03 l14E+00 260E-01 No No 1-hr 470 103 0457

502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457

Anthracene 120-12-7 24E-06 582E-08 140E-06 5l0E-04 255E-07 - - - - - - -

Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -

Benzo(ghi) peryl ene 191-24-2 l2E-06 291E-08 698E-07 255E-04 l27E-07 - - - - - - -

Acena phthyl ene 203-96-8 l8E-06 436E-08 105E-06 382E-04 l91E-07 - - - - - - -

Fl uora nthene 206-44-0 0000003 727E-08 l74E-06 637E-04 318E-07 - - - - - - -

Acena phthene 83-32-9 l8E-06 436E-08 l05E-06 382E-04 l91E-07 - - - - - - -

Phena nathrene 85-01-8 0000017 412E-07 989E-06 361E-03 l80E-06 - - - - - - -

Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -

PMl0 (Filterable) - 76 184E-01 442E+00 l61E+03 807E-01 - - - - - - -

PMl0 (Condensable) - 76 184E-01 442E+00 l61E+03 807E-01 - - - - - - -

PM25 (Filterable) - 76 184E-01 442E+00 l61E+03 807E-01 - - - - - - -

PM25 (Condensa bl e) - 76 184E-01 442E+00 l61E+03 807E-01 - - - - - - -

bullmiddot HAP and TAP emission factors (lbMMscf) are provided in AP-42 Section 14

b The emissions guarantees for NOx and CO exhaust concentrations were provided by Cole Industrial the vendor for the proposed boi I er These were converted from a

ppmvd 3 02 basis to a I bMMBtu basis using these vendor guaranteed concentrations the exhaust flowrate and heat input capacity of the proposed boi I er and the

ideal gas law

c Potential HAP and TAP emissions (lbhr)= Boiler firing rate (MMscfhr) Emission Factor (lbMMscf)


New Boiler Parameters

Unit Boiler Heat

Input (MMBtuhr)

Natural Gas Heating Value

(MMBtu MMscf)1 2

Boiler Fuel Consumptio

nRate (MMscfhr) 3

Cleaver Brooks 600 HP (New)

24719 1020 242E-02


Boiler Model CBEX Elite Altitude (feet) Operating Pressure (psig) Furnace Volume ( cuft) Furnace Heat Release (btuhrcu ft) Heating Surface (sqft) NOxSystem

1060 12500

22850

92235

1905

9

Cleaver Brooks 600 HP (New) Exhaust Data ppm lbMMBtu lbhr tpy

Temperature Fahrenheit 371 390 408 426 Flow ACFM 2150 4230 6514 8917

SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703

lbhr 6079 11698 17625 23619 Velocity ftsec 1141 2244 3456 4731

ftmin 684 1347 2073 2838

36


Contents

1 Introduction 1

2 Project Description 2

21 Projected Construction Start and Completion Dates 2

22 Operating Schedule 2

23 Process Equipment and Flow Diagram 2

24 Design and Fuel Information 3

3 Emission Estimates 3

31 Criteria Pollutants 4

32 Hazardous Air Pollutants 5

33 Toxic Air Pollutants 5

34 Ambient Air Impacts Analyses 6

4 Regulatory Applicability 6

41 Air Quality Notice of Construction Permitting 6

42 Prevention of Significant Deterioration Review 6


44 New Source Performance Standards Subpart De 7

45 National Emission Standards for Hazardous Air Pollutants Subpart DDDDD 8

46 NESHAP Subpart JJJJJJ 8

461 Washington Toxic Air Pollutant Regulations 8

462 General Emissions Standards and Practices 8


51 BACTtBACT Evaluation for NoxCO Emissions 9

52 BACTtBACT Evaluation for Volatile Organic Compounds (VOC) 9

521 Step 1 Identify All Control Technologies 9

522 Step 2 Eliminate Technically Infeasible Options 10

523 Step 3 Rank Remaining Control Technologies by Control Effectiveness 10

524 Step 4 Evaluate Most Effective Controls and Document Results 11

525 Step 5 Select BACT 11

53 BACT tBACT Evaluation for PM 10PM25 11

References 12

ii

6

7


Appendices 13








Acronyms and Terms


iii


1 Introduction


















































2



Appendix C


--=---~=-----=~~~ centmor

~ D CJ

Stripper


Ouemcal Stora~


0

~ I II I LJ


D Steam Line

T

Cosor

l ~-


degNatural~ ---c-c-c--=----c---1---~---~~-~--~~--~----------~













3












Toluene 824E-05 361E-04












Benzene 509E-05 223E-04


Pyrene 121E-07 531E-07













4





Table 2






















modeling

5



Pollutant CAS

Number

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De

Minimis

(lbsavg

period)

Toluene 108-88-3 198E-03 No No 24-hr 5000 657 329

Hexane 110-54-3 105E+00 No No 24-hr 700 92 46
























6






Pollutant CAS

Number New Boiler a

(tonsyear)

Remaining CB 1988

(tonsyear)c

Hexane 110-54-3 191E-01 595E-02

Formaldehyde 50-00-0 796E-03 245E-03





- 584E-01 220E-01


- 807E-01 250E-01








7







each month
















8































9



Clean Fuels



Thermal Oxidation

Catalytic Oxidation






Yes

Clean Fuels Yes





effectiveness

10













11

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19













SEPA Envirorrnental checklist (JNAC 197-11-960) March 2019 of 14

20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36

7


Appendices 13








Acronyms and Terms


iii


1 Introduction


















































2



Appendix C


--=---~=-----=~~~ centmor

~ D CJ

Stripper


Ouemcal Stora~


0

~ I II I LJ


D Steam Line

T

Cosor

l ~-


degNatural~ ---c-c-c--=----c---1---~---~~-~--~~--~----------~













3












Toluene 824E-05 361E-04












Benzene 509E-05 223E-04


Pyrene 121E-07 531E-07













4





Table 2






















modeling

5



Pollutant CAS

Number

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De

Minimis

(lbsavg

period)

Toluene 108-88-3 198E-03 No No 24-hr 5000 657 329

Hexane 110-54-3 105E+00 No No 24-hr 700 92 46
























6






Pollutant CAS

Number New Boiler a

(tonsyear)

Remaining CB 1988

(tonsyear)c

Hexane 110-54-3 191E-01 595E-02

Formaldehyde 50-00-0 796E-03 245E-03





- 584E-01 220E-01


- 807E-01 250E-01








7







each month
















8































9



Clean Fuels



Thermal Oxidation

Catalytic Oxidation






Yes

Clean Fuels Yes





effectiveness

10













11

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36


1 Introduction


















































2



Appendix C


--=---~=-----=~~~ centmor

~ D CJ

Stripper


Ouemcal Stora~


0

~ I II I LJ


D Steam Line

T

Cosor

l ~-


degNatural~ ---c-c-c--=----c---1---~---~~-~--~~--~----------~













3












Toluene 824E-05 361E-04












Benzene 509E-05 223E-04


Pyrene 121E-07 531E-07













4





Table 2






















modeling

5



Pollutant CAS

Number

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De

Minimis

(lbsavg

period)

Toluene 108-88-3 198E-03 No No 24-hr 5000 657 329

Hexane 110-54-3 105E+00 No No 24-hr 700 92 46
























6






Pollutant CAS

Number New Boiler a

(tonsyear)

Remaining CB 1988

(tonsyear)c

Hexane 110-54-3 191E-01 595E-02

Formaldehyde 50-00-0 796E-03 245E-03





- 584E-01 220E-01


- 807E-01 250E-01








7







each month
















8































9



Clean Fuels



Thermal Oxidation

Catalytic Oxidation






Yes

Clean Fuels Yes





effectiveness

10













11

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36





















2



Appendix C


--=---~=-----=~~~ centmor

~ D CJ

Stripper


Ouemcal Stora~


0

~ I II I LJ


D Steam Line

T

Cosor

l ~-


degNatural~ ---c-c-c--=----c---1---~---~~-~--~~--~----------~













3












Toluene 824E-05 361E-04












Benzene 509E-05 223E-04


Pyrene 121E-07 531E-07













4





Table 2






















modeling

5



Pollutant CAS

Number

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De

Minimis

(lbsavg

period)

Toluene 108-88-3 198E-03 No No 24-hr 5000 657 329

Hexane 110-54-3 105E+00 No No 24-hr 700 92 46
























6






Pollutant CAS

Number New Boiler a

(tonsyear)

Remaining CB 1988

(tonsyear)c

Hexane 110-54-3 191E-01 595E-02

Formaldehyde 50-00-0 796E-03 245E-03





- 584E-01 220E-01


- 807E-01 250E-01








7







each month
















8































9



Clean Fuels



Thermal Oxidation

Catalytic Oxidation






Yes

Clean Fuels Yes





effectiveness

10













11

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~




SEPA Enviromnental checklist (WAC 197-11-960) March 2019 of 14

23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36



Appendix C


--=---~=-----=~~~ centmor

~ D CJ

Stripper


Ouemcal Stora~


0

~ I II I LJ


D Steam Line

T

Cosor

l ~-


degNatural~ ---c-c-c--=----c---1---~---~~-~--~~--~----------~













3












Toluene 824E-05 361E-04












Benzene 509E-05 223E-04


Pyrene 121E-07 531E-07













4





Table 2






















modeling

5



Pollutant CAS

Number

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De

Minimis

(lbsavg

period)

Toluene 108-88-3 198E-03 No No 24-hr 5000 657 329

Hexane 110-54-3 105E+00 No No 24-hr 700 92 46
























6






Pollutant CAS

Number New Boiler a

(tonsyear)

Remaining CB 1988

(tonsyear)c

Hexane 110-54-3 191E-01 595E-02

Formaldehyde 50-00-0 796E-03 245E-03





- 584E-01 220E-01


- 807E-01 250E-01








7







each month
















8































9



Clean Fuels



Thermal Oxidation

Catalytic Oxidation






Yes

Clean Fuels Yes





effectiveness

10













11

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None





SEPA Environmental checklist (WAC 197-11-960) March 2019 of 14

24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36












Toluene 824E-05 361E-04












Benzene 509E-05 223E-04


Pyrene 121E-07 531E-07













4





Table 2






















modeling

5



Pollutant CAS

Number

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De

Minimis

(lbsavg

period)

Toluene 108-88-3 198E-03 No No 24-hr 5000 657 329

Hexane 110-54-3 105E+00 No No 24-hr 700 92 46
























6






Pollutant CAS

Number New Boiler a

(tonsyear)

Remaining CB 1988

(tonsyear)c

Hexane 110-54-3 191E-01 595E-02

Formaldehyde 50-00-0 796E-03 245E-03





- 584E-01 220E-01


- 807E-01 250E-01








7







each month
















8































9



Clean Fuels



Thermal Oxidation

Catalytic Oxidation






Yes

Clean Fuels Yes





effectiveness

10













11

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include


SEPA Envirorvnental checklist (WAC 197-11-960) Morch 2019 of 14

25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36





Table 2






















modeling

5



Pollutant CAS

Number

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De

Minimis

(lbsavg

period)

Toluene 108-88-3 198E-03 No No 24-hr 5000 657 329

Hexane 110-54-3 105E+00 No No 24-hr 700 92 46
























6






Pollutant CAS

Number New Boiler a

(tonsyear)

Remaining CB 1988

(tonsyear)c

Hexane 110-54-3 191E-01 595E-02

Formaldehyde 50-00-0 796E-03 245E-03





- 584E-01 220E-01


- 807E-01 250E-01








7







each month
















8































9



Clean Fuels



Thermal Oxidation

Catalytic Oxidation






Yes

Clean Fuels Yes





effectiveness

10













11

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36



Pollutant CAS

Number

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De

Minimis

(lbsavg

period)

Toluene 108-88-3 198E-03 No No 24-hr 5000 657 329

Hexane 110-54-3 105E+00 No No 24-hr 700 92 46
























6






Pollutant CAS

Number New Boiler a

(tonsyear)

Remaining CB 1988

(tonsyear)c

Hexane 110-54-3 191E-01 595E-02

Formaldehyde 50-00-0 796E-03 245E-03





- 584E-01 220E-01


- 807E-01 250E-01








7







each month
















8































9



Clean Fuels



Thermal Oxidation

Catalytic Oxidation






Yes

Clean Fuels Yes





effectiveness

10













11

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36






Pollutant CAS

Number New Boiler a

(tonsyear)

Remaining CB 1988

(tonsyear)c

Hexane 110-54-3 191E-01 595E-02

Formaldehyde 50-00-0 796E-03 245E-03





- 584E-01 220E-01


- 807E-01 250E-01








7







each month
















8































9



Clean Fuels



Thermal Oxidation

Catalytic Oxidation






Yes

Clean Fuels Yes





effectiveness

10













11

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36







each month
















8































9



Clean Fuels



Thermal Oxidation

Catalytic Oxidation






Yes

Clean Fuels Yes





effectiveness

10













11

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36































9



Clean Fuels



Thermal Oxidation

Catalytic Oxidation






Yes

Clean Fuels Yes





effectiveness

10













11

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36



Clean Fuels



Thermal Oxidation

Catalytic Oxidation






Yes

Clean Fuels Yes





effectiveness

10













11

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36













11

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36

6 References




12

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36

7 Appendices











I

PO Box 47611 001-NSR-216-0299-000404 I












davidadlerec)Wagov


IND




12hilgentec)Wagov


13









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36









application










14













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36













15

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36

I













16












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36












your proposal


17










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36










(eg raincap)






18











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36











A Background [HELP]





19














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36














20




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36




21



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36



1 Earth ~









NA





2Air ~




22



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36



co 630-08-0 4GOE-01 20lE+OO

NOx 10102-44-0 2GOE-01 114E+OO S02 7446-09-05 146E-02 639E-02

voes - 133E-01 584E-01







Chrysene 218-01-9 436E-08 191E-07




Formaldehyde 50-00-0 182E-03 796E-03

Benzene 71-43-2 509E-05 223E-04

Anthracene 120-12-7 582E-08 255E-07

Pyrene 129-00-0 121E-07 531E-07





Fluorene 86-73-7 679E-08 297E-07



3 Water ~





23



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36



No


NA


No



No

b Ground Water ~


No


None






24



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36



None



4 Plants ~




~rass ___pasture








5 Animals ~


Examples include



25









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36









No






None


None


None


26



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36



None b Noise













No




27

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36

5






Industrial


Industrial


N A


No



None





N A


N A

9 Housing ~


N A


N A


28



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36



NA



No new structures


None


None



None


No


None


N A


None


No


N A





29





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36





NA


None



See attachment


No


None


No


No


None


No


30





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36





No





C Signature [HELP)






31

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36

- -




0 0



000 Air (- (J ~~ 0 0


Chemical 0 Storage

Steam Lin e

~ - - - - - - - -~------- Boi ler Room

- Q ~ c


~ ~ co 5 ~ co QI



N

32

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36

------ -- - --





















24 1123







33

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36

----

CleaverBrooks












34



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36



Number

Emission

Factor ab

(lbMMscf)


year)

(lbavg

period)

Exceeds

Deminimis

Exceeds

SQER

Averaging

Period

ASIL

(microgm3)

SQER

(lbsavg

period)

De Minimis

lbsavg

period)
















502 7446-09-05 06 146E-02 3S0E-01 l28E+02 639E-02 l46E-02 No No 1-hr 660 145 0457


Pyrene 129-00-0 0000005 l21E-07 291E-06 l06E-03 531E-07 - - - - - - -






Fl uorene 86-73-7 28E-06 679E-08 l63E-06 594E-04 297E-07 - - - - - - -

voes - 55 l33E-01 320E+00 117E+03 584E-01 - - - - - - -








ideal gas law




Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36



Unit Boiler Heat

Input (MMBtuhr)


(MMBtu MMscf)1 2


nRate (MMscfhr) 3


24719 1020 242E-02



1060 12500

22850

92235

1905

9



SCFM (70 Degrees

Fahrenheit)

1351 2600 3917 5249

DSCFM 1215 2329 3509 4703


ftmin 684 1347 2073 2838

36

Boiler Installation Project Notice of Construction Application

Documents

Transcript of Boiler Installation Project Notice of Construction Application