Refinery ICR Component 2 Emissions Inventory Template

7/23/2019 Refinery ICR Component 2 Emissions Inventory Template

http://slidepdf.com/reader/full/refinery-icr-component-2-emissions-inventory-template 1/88

General Instructions

Please provide emission estimates (tons/yr) for the 2010 calendar year forRenery !R !omponent 2 Reporting "ool availa#le on the !R $e#site (httshould identify $hich units are associated $ith each emissions point& (otyou may report e,uipment lea- emissions #y process unit for the ma.or pr

+cept as noted #elo$ provide emission estimates follo$ing the methodsraft)& As noted in the Emission Estimation Protocol for Petroleum Rener use the highest 3ethodology Ran- in the Emission Estimation Protocol forfor 4

5 is estimating emissions using a continuous emissions monitoring s

45 emissions from that unit& Ho$ever if you did not have a 4

5 !36 in

457 you must then consider $hether you have availa#le data to use 3eth

a stream and you do not have speciation data availa#le you are not re,uino higher ran-ing methodology can #e used you must use the methodolo

*or units and other emissions points not addressed in the Emission Estima6tate inventory or use engineering estimates and process -no$ledge for pthe methodology you used in the 8!omments9 column of the emissions te

*or $aste$ater treatment systems also please provide a copy of the Renfor Petroleum Reneries) completed for your renery&

*or this spreadsheet version of the emissions inventory data re,uest ther

nstructions% "his ta# provides general instructions (here) and eld;speci

missionsPoint s% "his ta# provides a data entry template for the emissisource #e sure to only copy the columns you need from the other source (appropriate cell (e&g& !ell A<) of the =missionsPoints= ta# right clic- aover$rite the >A formulas provided& (ote% there are a num#er of #lan- hi>A formulas you can undo #y pressing ?!trl@ and ?@ on the -ey#oard&)ro$ after pasting&

!olumns AA and AB provide >A chec-s for your type of emissions point anattempt to transfer your data into the Renery !R !omponent 2 Reportinthe !omponent 2 Reporting "ool= .ust a#ove the ta#le headers&

:hen you have nished entering data press ?!trl@ and ?D@ on the -ey#version of +cel) and type =missions= in the =Reference= eld at the #ottoinformation& !opy the data using right clic- and selecting =!opy= or #y prinstructions for pasting this data into the correct ta#le&

missions% "his ta# provides a data entry template for the pollutant specito only copy the columns you need from the other source (12 total column(e&g& !ell A<) of the =missions= ta# right clic- and select =Paste 6pecial=provided& (ote% there are a num#er of #lan- hidden columns in the sheetundo #y pressing ?!trl@ and ?@ on the -ey#oard&) f you are copying a



Field-Specifc Descriptions/Instructions

!olumns AA and AB provide >A chec-s for your !A6 num#er/pollutant codto + any errors #efore you attempt to transfer your data into the Renerdata are ready for transfer into the !omponent 2 Reporting "ool= .ust a#ov

:hen you have nished entering data press ?!trl@ and ?D@ on the -ey#version of +cel) and type =missions= in the =Reference= eld at the #ottoinformation& !opy the data using right clic- and selecting =!opy= or #y prinstructions for pasting this data into the correct ta#le&

6!!FEoo-up% "his ta# provides the source characteriGation codes (6!!) a=missionsPoint= template&

PollutantFEoo-up% "his ta# provides the chemical a#stract system (!A6) ncompleting the =missions= template&

3ethodologyFEoo-up% "his ta# provides the estimation methodologies for

*acility % Provide the facility identication num#er for the facility for $hi

missions point % Provide the identication num#er or code for the locaparticular process unit or a are you may use the Cnit as your missioshould #e 8*CD;9 plus the Cnit (e.g. if you are reporting e,uipment lea

missions point description% Provide a description of the emissions pointvent7 crude heater vent7 facility;$ide start;up and shutdo$n emissions)&

Cnit (s)% Provide the identication num#er or code for the unit(s) associ!omponent 1& *or sulfur recovery enter the 6RC & *or an emissions poiidentify the process units and/or vents routed to each are7 the responseprocess unit& :hen possi#le use the same identier from your permit or

6!!% "he !R $e#site (https%//reneryicr&rti&org) provides source classicaadditions and deletions) to the 6!! over the years and the list on the !Rthat you have used in the past no longer appears in the applica#le loo-up

"ype of Release (Point or *ugitive)% Point releases are the emissions releavents& *ugitive releases are air pollutants released to the air other than tpump seals anges or sampling connections and large open area releasroads&

Point 6ources% !omplete the columns listed #elo$ if you ans$ered 8PointRelease Height (ft)% nter the height of the stac- or vent from the gronternal ent iameter (ft)% nter the diameter of the stac- or vent at+it "emperature (J*)% nter the temperature of the e+it gas streamDas *lo$ Rate acfm % nter the o$ rate of the e+it as stream&



*ugitive 6ources% !omplete the columns listed #elo$ if you ans$ered 8*uEength (ft)% nter the dimension of the source in the east;$est (+;) dir:idth (ft)% nter the dimension of the source in the north;south (y;) diAngle% "he release angle is the orientation of the y;dimension relative(ma+imum less than K0 degrees)& PA $ill assume 0 degrees if it is n

Eongitude and Eatitude% Pay particular attention $hen entering emissionpoint provided in orth American atum (A) LM and prefers si+ digits tthe decimal point instead of si+ those coordinates are accepta#le&) "hesresidual ris- revie$ process&

A LM% Eatitude measure in decimal degrees of the angular distance onNOL&12MI<& *or point sources this represents the center of the source7corner if the fugitive angle is greater than Gero& Eongitude measure in de(;) data point for orth America& +ample% ;12M&2MI<1& *or point sourcefugitive angle is Gero or the $estern most corner if the fugitive angle is g

Pollutant name% nter the name of the pollutant for $hich you are estima

multiple ro$s to provide emissions estimates for all pollutants&

Pollutant !A6 o& or Pollutant !ode% 6ee "a#le 1;1 of the Emission Estimapollutants& "he same list is also included in the Renery !R !omponent

2010 routine emissions (tons)% All emissions reported in this column shouuse a !36/!36 to monitor emissions of a particular pollutant report in tspan of the !36/!36&

3ethodology used for routine emissions% ndicate $hether the emissions

2010 non;routine emissions (tons)% All emissions reported in this column

year including startups shutdo$ns and other events& f you use a !36$ere not $ithin the cali#rated span of the !36/!36 estimate emissionsthere $ere not non;routine operations for this source during 2010 or if noemissions point representing 8All Cnits9 to report the non;routine emiss

3a+imum hourly emissions (l#/hr)% nter the ma+imum actual emissionsProtocol for Petroleum Reneries for additional information on ho$ to det

Annual emissions allo$ed #y 6HAP for emissions points su#.ect to emisto $hich this unit is su#.ect& (ote that if the 6HAP limit is on a concentons/yr& 6imilarly if the 6HAP limit is on a percent reduction #asis youemissions&) f this unit is not su#.ect to any 6HAP for this pollutant ent

As an e+ample if you comply $ith the 1 l# per 1000 l# co-e #urn;oQ limit,uantity of co-e #urned in 2010 $hen reporting the allo$ed P3 emissionsthe 0&02K l#/hr nic-el emissions limit for an *!!C enter 8/A9 $hen repor#ased on the operating hours of the unit in 2010 $hen reporting the allo$

Hourly emissions allo$ed #y 6HAP for emissions points su#.ect to emis6HAP to $hich this unit is su#.ect& *or e+ample $hen reporting nic-elallo$ed hourly emissions rate if you comply $ith the nic-el emission rateprocess data at ma+imum capacity to convert the limit to l#/hr& 6imilarly



&As an e+ample if you comply $ith the 1 l# per 1000 l# co-e #urn;oQ limitma+imum ,uantity of co-e #urned in an hour during 2010 $hen reportingAlternatively if you comply $ith the 0&02K l#/hr nic-el emissions limit forreporting the allo$ed nic-el emissions&

Annual emissions allo$ed #y permit (tons/yr)% nter the annual emissionemissions limit under the applica#le 6HAP)& (ote that if the permit limthe limit to tons/yr&) f your permit does not have a numerical limit for em

Hourly emissions allo$ed #y permit (l#/hr)% nter the ma+imum hourly ethe emissions limit under the applica#le 6HAP)& (ote that if the permiconvert the limit to l#/hr&) f your permit does not have a numerical limit f

!omments% Provide any comments that you feel are necessary to ,ualify



individual HAP and criteria pollutants for all emission sources located at the facilityps%//reneryicr&rti&org)& 'ou may report emissions #y emissions point rather than #ye% 'ou do not have to report emissions a single $ay throughout the entire inventory&cess units and #y geographical area for other areas of your renery&)

provided in the Emission Estimation Protocol for Petroleum Reneries (ersion 2&1 es for each unit for $hich there are multiple methodologies for estimating emissioPetroleum Reneries for $hich you have availa#le 2010 data& *or e+ample if 3ethstem (!36) and you have a 4

5 !36 on that unit you must use the !36 resul

stalled on that unit during 2010 you do not have availa#le data to use 3ethodology

odology Ran- 2 for 45 from that unit& 6imilarly if a particular methodology re,uire

ed to conduct additional sampling and analysis (#ut if you do have speciation datay that calls for speciation)&

tion Protocol for Petroleum Reneries you should provide the emissions estimates aollutants not re,uired to #e reported for "R or 6tate inventory& Also provide a #rief

plate provided&

ery :aste$ater missions "ool spreadsheet (provided as part of the Emission Estim

are si+ availa#le ta#s%

c descriptions/instructions (#elo$)&

ons point specic information (type of source location etc&)& f you are entering dat1< total columns corresponding to !olumns A through P in the +cel spreadsheet) cd select =Paste 6pecial= then =alues&= f you copy more columns than you need y

dden columns in the sheet to prevent this from happening #ut if you do accidentallf you are copying and pasting from an 36 Access le you $ill need to delete the

d 6!!& Cse these columns (and the instructions in !olumn A) to + any errors #efg "ool& :hen all errors are cleared you $ill see the message ='our data are ready f

oard to access the =Do "o= #o+ (or clic- =Do "o= in the tool #ar7 location $ill vary dep

m of the #o+ that pops up& +cel should then automatically select all your emissionssing ?!trl@ and ?!@ on the -ey#oard& 'ou can then follo$ the Renery !R Repor

c emissions rates and allo$a#le emissions& f you are entering data from another ss corresponding to !olumns A through E in the +cel spreadsheet) clic- in the approthen =alues&= f you copy more columns than you need you might over$rite theto prevent this from happening #ut if you do accidentally over$rite the >A formulad pasting from an 36 Access le you $ill need to delete the Access header ro$ aft



and emissions estimation methodology& Cse these columns (and the instructions i!R !omponent 2 Reporting "ool& :hen all errors are cleared you $ill see the mes

e the ta#le headers&

oard to access the =Do "o= #o+ (or clic- =Do "o= in the tool #ar7 location $ill vary depm of the #o+ that pops up& +cel should then automatically select all your emissionssing ?!trl@ and ?!@ on the -ey#oard& 'ou can then follo$ the Renery !R Repor

d 6!! descriptions& "he 6!! num#ers in column A must #e used $hen completing

m#ers (or other pollutant code if a !A6 num#er is not availa#le) and pollutant nam

use in completing the =missions= template&

ch emissions are #eing reported&

ion at $hich emissions are released into the environment& f this is an emissions pos point & f you choose to report fugitive emissions #y process unit the mission

- emissions for a *!!C $ith a Cnit of *!!C01 the missions point is 8*CD; *!

or easy reference (e.g. *!!C regenerator vent stac-7 catalytic reforming unit depre

ated $ith this emissions point& Cse the same identication num#er that you provident that covers the entire facility enter 8All Cnits&9 (ote that for ares you are noto this ,uestion is the *lare )& *or units not included in !omponent 1 use a uni,uemissions inventory&

tion codes (6!!) e+tracted from the data#ase loo-up ta#les& "here have #een$e#site contains the current list of 6!! that PA $ould li-e you to use for this inventa#le please select the most appropriate code from those listed&

ed from a facility unit that is included in the facility inventory through one or moreose from stac-s or vents including small releases from lea-ing plant e,uipment sus such as from landlls $aste ponds co-e drum cutting co-e transport and storag

in um#er I&nd&

the release height&



itive9 in um#er I&ectionrectionto true orth measured positive for cloc-$ise starting at 0 degreest provided&

elease point stac- parameters and locations& PA re,uires latitude/longitude for eathe right of the decimal point& (f currently availa#le coordinates have ve digits todata are critical inputs to the modeling les that PA $ill use to determine the ris-

a meridian north or south of the e,uator& Positive (N) data point for orth America&or fugitive sources this is the south$est corner if the fugitive angle is Gero or the $imal degrees of the angular distance on a meridian east or $est of the prime meridis this represents the center of the source7 for fugitive sources this is the south$esteater than Gero&

ing emissions& 'ou $ill need to enter only one pollutant per ro$7 for most units it

tion Protocol for Petroleum Reneries for a list of !A6 num#ers and Pollutant !odesReporting "ool&

ld reect the A!"CAE emissions during normal operation for the reported calendar yis column the emissions measured during all periods $hen readings $ere $ithin th

re #ased on direct measurements stac- testing engineering calculations or anoth

hould reect the A!"CAE emissions during any non;routine operation for the report

!36 to monitor emissions of a particular pollutant and the readings for certain periof that pollutant from the process unit during those periods and report the value he;routine emissions are not applica#le for the source type (e.g. e,uipment lea-s)& 'ions (see descriptions for um#er 1 and um#er M)&

rom the unit during normal operation in any one hour of 2010& 6ee the Emission Esrmine hourly emissions&

sion limits (tons/yr)% nter the annual emissions during normal operation allo$ed #ration #asis you $ill need to use process data at ma+imum capacity to convert themay need to use information a#out the inlet to the control device to estimate the aller 8/A&9

for P3 for an *!!C determine and report the allo$ed annual P3 emissions #ased oand enter 8/A9 $hen reporting the allo$ed nic-el emissions& Alternatively if you cing the allo$ed P3 emissions and determine and report the allo$ed annual nic-el eed nic-el emissions&

ion limits (l#/hr)% nter the ma+imum hourly emissions during normal operation allmissions from an *!!C enter 8/A9 if you comply $ith a P3 emissions limit #ut replternative& (ote that if the 6HAP limit is on a concentration #asis you $ill need

if the 6HAP limit is on a percent reduction #asis you may need to use informatio8 9



&for P3 for an *!!C determine and report the allo$ed hourly P3 emissions #ased othe allo$ed P3 emissions and enter 8/A9 $hen reporting the allo$ed nic-el emissin *!!C enter 8/A9 $hen reporting the allo$ed P3 emissions and enter 80&02K9 (l

during normal operation allo$ed #y your operating permit (may #e more stringentit is on a concentration #asis you $ill need to use process data at ma+imum capaciissions of this pollutant from this unit enter 8/A9 (see e+ample for um#er 11)&

issions during normal operation allo$ed #y your operating permit (may #e more strlimit is on a concentration #asis you $ill need to use process data at ma+imum ca

or emissions of this pollutant from this unit enter 8/A9 (see e+ample for um#er 1

or e+plain any of your ans$ers to the previous ,uestions&



Form Approved 03/28/2011; OMBControl No. 2060-0657; Approval!p"re# 03/31/201$

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Part & missions nventory ata ; mission Point

Your data are ready for transfer into the Component 2 Reporting Tool

Facility ID Emissions point description Unit ID(s) CC

Emissions point

ID

Type of Release

(!oint or

Fugiti"e)



nformation

#$$$$$$$$$$$$$$ !oint ources $$$$$$$$$$$$$$$$$$$% #$$$$$$ Fugiti"e ources $$$$$$%

&ength (ft) 'idth (ft) ngle &ongitude

Release

eight (ft)

Internal *ent

Diameter (ft)

E+it

Temperature

(,F)

-as Flo.

Rate (acfm)



&atitude Comments / /


CC 0 $1umer of

Errors3

Release

Type 0 $1umer of

Errors3



Formulas are copied far enough

%#e t&e 'ol(mn# AA and AB to en#(re )o(r data are *ormatted 'orre'tl).A*ter )o( &ave entered data "n 'ol(mn# A t&ro(+& , 'op) and pa#te ordra+ t&e *orm(la# don at lea#t a# *ar a# )o( &ave entered data. &e'ell# "n Col(mn# AA and AB are #&aded +reen #o t&at )o( 'an ea#"l) tell&"'& one# 'onta"n t&e A *orm(la#. &e te!t "n t&e 'ell elo "ll al#o&elp )o( determ"ne "* )o(ve 'op"ed don *ar eno(+&. 4* )o( &ave not

'op"ed t&e *orm(la# don *ar eno(+& )o( "ll #ee A rror "n t&e)ello 'ell# to t&e le*t "n#tead o* t&e n(mer o* error#.



Part & missions nventory ata ; missions ata

Your data are ready for transfer into the Component 2 Reporting Tool

Facility ID

Emissions point

ID

!ollutant C 1o4

or !ollutant Code

2/5/ routine

emissions

(tons)

6ethodology used

for routine emissions

2/5/ non$

routine

emissions

(tons)







#y Pollutant

6a+imum

hourly

emissions

(l7hr)

nnualemissions

allo.ed y

1E!

(tons7yr)

ourlyemissions

allo.ed y

1E!

(l7hr)

nnualemissions

allo.ed y

permit

(tons7yr)

ourly

emissions

allo.ed y

permit (l7hr)







Comments / /


!ollutant

Code 0 $1umer of

Errors3

6ethodology0 $ 1umer

of Errors3







Formulas are copied far enough

%#e t&e 'ol(mn# AA and AB to en#(re )o(r data are *ormatted 'orre'tl).A*ter )o( &ave entered data "n 'ol(mn# A t&ro(+& 'op) and pa#te ordra+ t&e *orm(la# don at lea#t a# *ar a# )o( &ave entered data. &e'ell# "n Col(mn# AA and AB are #&aded +reen #o t&at )o( 'an ea#"l) tell&"'& one# 'onta"n t&e A *orm(la#. &e te!t "n t&e 'ell elo "ll al#o&elp )o( determ"ne "* )o(ve 'op"ed don *ar eno(+&. 4* )o( &ave not

'op"ed t&e *orm(la# don *ar eno(+& )o( "ll #ee A rror "n t&e)ello 'ell# to t&e le*t "n#tead o* t&e n(mer o* error#.







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CC CC8&5 CC8&2

10100$01 !ternal Com(#t"on Bo"ler# le'tr"' enerat"on

10100$0$ !ternal Com(#t"on Bo"ler# le'tr"' enerat"on

10100$05 !ternal Com(#t"on Bo"ler# le'tr"' enerat"on10100$06 !ternal Com(#t"on Bo"ler# le'tr"' enerat"on

10100601 !ternal Com(#t"on Bo"ler# le'tr"' enerat"on


1010060$ !ternal Com(#t"on Bo"ler# le'tr"' enerat"on




10200$01 !ternal Com(#t"on Bo"ler# 4nd(#tr"al

10200$0$ !ternal Com(#t"on Bo"ler# 4nd(#tr"al

102005 !ternal Com(#t"on Bo"ler# 4nd(#tr"al


10200505 !ternal Com(#t"on Bo"ler# 4nd(#tr"al102006 !ternal Com(#t"on Bo"ler# 4nd(#tr"al




1020060$ !ternal Com(#t"on Bo"ler# 4nd(#tr"al










10201$0$ !ternal Com(#t"on Bo"ler# 4nd(#tr"al

10300601 !ternal Com(#t"on Bo"ler# Commer'"al/4n#t"t(t"onal





10500105 !ternal Com(#t"on Bo"ler# pa'e 9eater#



20100101 4nternal Com(#t"on n+"ne# le'tr"' enerat"on



20100202 4nternal Com(#t"on n+"ne# le'tr"' enerat"on2010001 4nternal Com(#t"on n+"ne# le'tr"' enerat"on



6!!FEoo-up

202001 4nternal Com(#t"on n+"ne# 4nd(#tr"al



20200103 4nternal Com(#t"on n+"ne# 4nd(#tr"al2020010$ 4nternal Com(#t"on n+"ne# 4nd(#tr"al




2020020$ 4nternal Com(#t"on n+"ne# 4nd(#tr"al







2020002 4nternal Com(#t"on n+"ne# 4nd(#tr"al20201011 4nternal Com(#t"on n+"ne# 4nd(#tr"al



2020101$ 4nternal Com(#t"on n+"ne# 4nd(#tr"al



20300101 4nternal Com(#t"on n+"ne# Commer'"al/4n#t"t(t"onal





2030020$ 4nternal Com(#t"on n+"ne# Commer'"al/4n#t"t(t"onal


30100105 4nd(#tr"al ,ro'e##e# C&em"'al Man(*a't(r"n+





3010060$ 4nd(#tr"al ,ro'e##e# C&em"'al Man(*a't(r"n+


30101$01 4nd(#tr"al ,ro'e##e# C&em"'al Man(*a't(r"n+


301018$7 4nd(#tr"al ,ro'e##e# C&em"'al Man(*a't(r"n+301018 4nd(#tr"al ,ro'e##e# C&em"'al Man(*a't(r"n+











301125$0 4nd(#tr"al ,ro'e##e# C&em"'al Man(*a't(r"n+30112550 4nd(#tr"al ,ro'e##e# C&em"'al Man(*a't(r"n+



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3000201 4nd(#tr"al ,ro'e##e# Far"'ated Metal ,rod('t#




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6!!FEoo-up





50300501 =a#te >"#po#al ol"d =a#te >"#po#al - 4nd(#tr"al





503008$0 =a#te >"#po#al ol"d =a#te >"#po#al - 4nd(#tr"al


Ot&er Ot&er



6!!FEoo-up

CC8&9

e#"d(al O"l

e#"d(al O"l

e#"d(al O"le#"d(al O"l

Nat(ral a#

Nat(ral a#

Nat(ral a#

,ro'e## a#

,ro'e## a#

,etrole(m Co<e

e#"d(al O"l

e#"d(al O"l

>"#t"llate O"l

>"#t"llate O"l

>"#t"llate O"l Nat(ral a#

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Nat(ral a#

Nat(ral a#

Nat(ral a#

,ro'e## a#

,ro'e## a#

,ro'e## a#

":("*"ed ,etrole(m a# ?,@


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Nat(ral a#

Nat(ral a#

Nat(ral a#

,ro'e## a#

,ro'e## a#

4nd(#tr"al

4nd(#tr"al

Commer'"al/4n#t"t(t"onal

>"#t"llate O"l ?>"e#el@


Nat(ral a#

Nat(ral a#ero#ene/Nap&t&a ?et F(el@

CO Bo"ler ?not a##o'"ated "t& FCC% or FC% #ta'<#; (#e30600211-13 or 30601211-13 *or CO Bo"ler# "t& t&e#e(n"t#@






6!!FEoo-up

M"!ed F(el )pe#



>"#t"llate O"l ?>"e#el@>"#t"llate O"l ?>"e#el@

Nat(ral a#

Nat(ral a#

Nat(ral a#

Nat(ral a#

e#"d(al/Cr(de O"l

,ro'e## a#

,ro'e## a#

,ro'e## a#

,ro'e## a#

ero#ene/Nap&t&a ?et F(el@

ero#ene/Nap&t&a ?et F(el@":("*"ed ,etrole(m a# ?,@




a#ol"ne

a#ol"ne



Nat(ral a#

Nat(ral a#

Nat(ral a#

Nat(ral a#

a#ol"ne

Ad"p"' A'"d

Ammon"a ,rod('t"on

Ammon"a ,rod('t"on

Ammon"a ,rod('t"on

Ammon"a ,rod('t"on

C&ar'oal Man(*a't(r"n+

Clean"n+ C&em"'al#

,a"nt Man(*a't(re

,la#t"'# ,rod('t"on

,la#t"'# ,rod('t"on,la#t"'# ,rod('t"on

An"l"ne/t&anolam"ne#

od"(m B"'aronate

%rea ,rod('t"on

4nor+an"' C&em"'al Man(*a't(r"n+ ?eneral@

4nor+an"' C&em"'al Man(*a't(r"n+ ?eneral@

9)dro+en

A'etone/etone ,rod('t"on




C&lor"ne >er"vat"ve#C&lor"ne >er"vat"ve#



6!!FEoo-up

C&lor"ne >er"vat"ve#

Or+an"' A'"d Man(*a't(r"n+

B"#p&enol A

B(tad"eneC)'lo&e!ane

t&)l Benene

B(t)lene t&)lene ,rop)lene Ole*"n ,rod('t"on




,&enol

,rop)lene O!"de

Met&anol/Al'o&ol ,rod('t"on

Met&anol/Al'o&ol ,rod('t"onMet&anol/Al'o&ol ,rod('t"on

Met&anol/Al'o&ol ,rod('t"on

t&erene ,rod('t"on

N"tr"le# A'r)lon"tr"le Ad"pon"tr"le ,rod('t"on

Benene/ol(ene/ Aromat"'#/D)lene#








C&loroenene

p"'&loro&)dr"n

eneral ,ro'e##e#

eneral ,ro'e##e#

eneral ,ro'e##e#

eneral ,ro'e##e#

eneral ,ro'e##e#

eneral ,ro'e##e#

eneral ,ro'e##e#

eneral ,ro'e##e#

eneral ,ro'e##e#eneral ,ro'e##e#

eneral ,ro'e##e#

=a#teater reatment

=a#teater reatment

eneral ,ro'e##e#

eneral ,ro'e##e#

4nor+an"' C&em"'al tora+e ?M"! o* an< oo* )pe#@



Ammon"(m (l*ate ?%#e 3-01-210 *or Caprola't(m,rod('t"on@

Caprola't(m ?%#e 3-01-130 *or Ammon"(m (l*ate B)- prod('t ,rod('t"on@



6!!FEoo-up







4nor+an"' C&em"'al tora+e ?F"!ed oo* an<#@




4nor+an"' C&em"'al tora+e ?F"!ed oo* an<#@4nor+an"' C&em"'al tora+e ?F"!ed oo* an<#@




4nor+an"' C&em"'al tora+e ?Float"n+ oo* an<#@









4nor+an"' C&em"'al tora+e ?,re##(re an<#@











4nor+an"' C&em"'al tora+e ?,re##(re an<#@4nor+an"' C&em"'al tora+e ?,re##(re an<#@



6!!FEoo-up

F(el F"red :("pment

F(el F"red :("pment

F(el F"red :("pment

F(el F"red :("pment

F(el F"red :("pment

Ot&er Not Cla##"*"ed,etrole(m e*"ner)

,ro'e## 9eater#

,ro'e## 9eater#

,ro'e## 9eater#

,ro'e## 9eater#

,ro'e## 9eater#

,ro'e## 9eater#

,ro'e## 9eater#

Catal)t"' Cra'<"n+ %n"t#






Blodon )#tem#

Blodon )#tem#

=a#teater reatment

=a#teater reatment

=a#teater reatment

=a#teater reatment

=a#teater reatment

=a#teater reatment

=a#teater reatment

=a#teater reatment

=a#teater reatment

=a#teater reatment

=a#teater reatment

=a#teater reatment

=a#teater reatment

=a#teater reatment=a#teater reatment

Ea'((m >"#t"llate Col(mn Conden#or#

Cool"n+ oer#

Cool"n+ oer#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#F(+"t"ve m"##"on#



6!!FEoo-up

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

F(+"t"ve m"##"on#

Flare#

Flare#

Flare#

Flare#

Flare#

Flare#Flare#

l(d+e Converter

A#p&alt/B"t(men ,rod('t"on

A#p&alt/B"t(men ,rod('t"on

Fl("d Co<"n+ %n"t#

Fl("d Co<"n+ %n"t#

Fl("d Co<"n+ %n"t#

Fl("d Co<"n+ %n"t#

Fl("d Co<"n+ %n"t#

Co<e 9andl"n+ )#tem

,etrole(m Co<e Cal'"n"n+

>ela)ed Co<"n+ %n"t

Catal)t"' e*orm"n+ %n"t



Catal)t"' 9)drotreat"n+ %n"t

9)dro+en enerat"on %n"t

Mero! reat"n+ %n"t

Cr(de %n"t Atmo#p&er"' >"#t"llat"on

"+&t nd# Fra't"onat"on %n"ta#ol"ne Blend"n+ %n"t

9)dro'ra'<"n+ %n"t

Al<)lat"on %n"t

Al<)lat"on %n"t

o(r a# reat"n+ %n"t

(l*(r e'over) %n"t

(l*(r e'over) %n"t

(l*(r e'over) %n"t

(l*(r e'over) %n"t



6!!FEoo-up

(l*(r e'over) %n"t

(l*(r e'over) %n"t

(l*(r e'over) %n"t

(l*(r e'over) %n"t

(l*(r e'over) %n"t

(l*(r e'over) %n"t

(l*(r e'over) %n"t

(l*(r e'over) %n"t

(l*(r e'over) %n"t

4n'"nerator#

4n'"nerator#

4n'"nerator#

4n'"nerator#

4n'"nerator#

4n'"nerator#(e O"l e*"n"n+

%nder+ro(nd tora+e emed"at"on and Ot&er emed"at"on

%nder+ro(nd tora+e emed"at"on and Ot&er emed"at"on

e-re*"n"n+ o* (e O"l# and rea#e#

e-re*"n"n+ o* (e O"l# and rea#e#

F(+"t"ve >(#t m"##"on#

F(+"t"ve >(#t m"##"on#

F(+"t"ve >(#t m"##"on#

F(+"t"ve >(#t m"##"on#

F(+"t"ve >(#t m"##"on#

F(+"t"ve >(#t m"##"on#

F(+"t"ve >(#t m"##"on#

,etrole(m ,rod('t# - Not Cla##"*"ed

Ara#"ve Bla#t"n+ o* Metal ,art#

Ara#"ve Bla#t"n+ o* Metal ,art#

le'troplat"n+ Operat"on#

Ot&er Not Cla##"*"ed

Con#tr('t"on B("ld"n+ Contra'tor#

aorator"e#

aorator"e#

e#"d(al O"l

Nat(ral a#

,ro'e## a#

ol"d =a#te

>e+rea#"n+

>e+rea#"n+



6!!FEoo-up

>e+rea#"n+

>e+rea#"n+

Cold olvent Clean"n+/tr"pp"n+

Cold olvent Clean"n+/tr"pp"n+

F(+"t"ve m"##"on#

(r*a'e Coat"n+ Appl"'at"on - eneral







&"nn"n+ olvent# - eneral

M"#'ellaneo(# Metal ,art#





F(el F"red :("pment

M"#'ellaneo(#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#



6!!FEoo-up

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

!ternal Float"n+ oo* an<# ?="t&o(t eode#"' >ome#@










!ternal Float"n+ oo* an<# ?="t& eode#"' >ome#@






6!!FEoo-up







4nternal Float"n+ oo* an<#










, ,re##(r"ed an<#

an< Car# and r('<#

an< Car# and r('<#

an< Car# and r('<#

an< Car# and r('<#

an< Car# and r('<#

an< Car# and r('<#



6!!FEoo-up

an< Car# and r('<#

a#ol"ne eta"l Operat"on# - ta+e 4

a#ol"ne eta"l Operat"on# - ta+e 4

F"ll"n+ Ee&"'le a# an<# - ta+e 44



&"p# and O'ean Bar+e#






Non-o'ean Bar+e#

Non-o'ean Bar+e#

Non-o'ean Bar+e#

Non-o'ean Bar+e#

Non-o'ean Bar+e#

Non-o'ean Bar+e#



6!!FEoo-up

F(+"t"ve m"##"on#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#



6!!FEoo-up

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

M"! o* an< oo* )pe#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#



6!!FEoo-up

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

F"!ed oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#



6!!FEoo-up

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

Float"n+ oo* an<#

,re##(re an<#



6!!FEoo-up

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#

,re##(re an<#



6!!FEoo-up

,re##(re an<#

,re##(re an<#

,re##(re an<#

M"#'ellaneo(# Eolat"le Or+an"' Compo(nd vaporat"on

4n'"nerat"on

4n'"nerat"on

4n'"nerat"on

reatment tora+e >"#po#al/>F



eneral

Ot&er (n"t not ot&er"#e 'la##"*"ed "n t&"# l"#t



6!!FEoo-up

CC8&:

rade 6 O"l Normal F"r"n+

rade 6 O"l an+ent"al F"r"n+

rade 5 O"l Normal F"r"n+rade 5 O"l an+ent"al F"r"n+

Bo"ler# 100 M"ll"on Bt(/&r e!'ept an+ent"al

Bo"ler# G 100 M"ll"on Bt(/&r e!'ept an+ent"al

an+ent"all) F"red %n"t#

,etrole(m e*"ner) a#

Ot&er ,ro'e## a#

All Bo"ler "e#

rade 6 O"l

rade 5 O"l

eneral

rade# 1 and 2 O"l

Co+enerat"oneneral

H 100 M"ll"on Bt(/&r

10-100 M"ll"on Bt(/&r

G 10 M"ll"on Bt(/&r

Co+enerat"on

eneral ,ro'e## a#

,etrole(m e*"ner) a#

Co+enerat"on

B(tane

,ropane

=a#te O"l

Nat(ral a#

,ro'e## a#

>"#t"llate O"l

e#"d(al O"l

H 100 M"ll"on Bt(/&r

10-100 M"ll"on Bt(/&r

G 10 M"ll"on Bt(/&r

,O= >"+e#ter a#-*"red Bo"ler


>"#t"llate O"l

Nat(ral a#

>"#t"llate O"l

(r"ne

e'"pro'at"n+

(r"ne

e'"pro'at"n+(r"ne




6!!FEoo-up

(r"ne

e'"pro'at"n+

(r"ne Co+enerat"one'"pro'at"n+ Co+enerat"on

(r"ne

e'"pro'at"n+

(r"ne Co+enerat"on

e'"pro'at"n+ Co+enerat"on

e'"pro'at"n+

(r"ne

e'"pro'at"n+ n+"ne

e*"ner) a# (r"ne

e*"ner) a# e'"pro'at"n+ n+"ne

(r"ne

e'"pro'at"n+(r"ne

e'"pro'at"n+ n+"ne

(r"ne Co+enerat"on

e'"pro'at"n+ n+"ne Co+enerat"on

(r"ne

e'"pro'at"n+ n+"ne

e'"pro'at"n+

(r"ne

e'"pro'at"n+

(r"ne

(r"ne Co+enerat"on

e'"pro'at"n+ Co+enerat"on

e'"pro'at"n+

Ad"p"' A'"d e*"n"n+

Feed#to'< >e#(l*(r"at"on

,r"mar) e*ormer Nat(ral a# F"red

,r"mar) e*ormer O"l F"red

tora+e and oad"n+ an<#

Cont"n(o(# "ln

eneral

eneral M"!"n+ and 9andl"n+

,&enol"' e#"n#

po!) e#"n#Ot&er# Not pe'"*"ed

eneral

eneral

eneral

F(+"t"ve ea<#

tora+e/ran#*er

e*ormer#

A'etone eneral

Met&)l t&)l etone

Met&)l 4#o(t)l etone

etone Ot&er Not Cla##"*"ed

E"n)l C&lor"de eneralE"n)l C&lor"de F(+"t"ve m"##"on#

eneral ?(#e *or a++re+at"n+ em"##"on# *rom "nternal'om(#t"on en+"ne# o* d"**erent t)pe# and *(el#@



6!!FEoo-up


,ro'e## Eent#

eneral A'r)l"' A'"d

eneral

eneraleneral

eneral

t&)lene eneral

,rop)lene eneral

B(t)lene eneral


eneral

eneral

eneral

Met&anol eneral

t&anol v"a t&)lene4#opropanol


eneral

A'eton"tr"le

Benene eneral

Benene >"#t"llat"on %n"t

ol(ene eneral

ol(ene >"#t"llat"on %n"t

p-D)lene eneral

D)lene# eneral

Aromat"'# F(+"t"ve m"##"on#


Atmo#p&er"' >"#t"llat"on Eent#

eneral

F(+"t"ve ea<#

,"pel"ne Ealve# a# tream

,"pel"ne Ealve# "+&t ":("d/a# tream

,"pel"ne Ealve# 9eav) ":("d tream

Open-ended Ealve# All tream#

Flan+e# All tream#

,(mp eal# "+&t ":("d/a# tream

,(mp eal# 9eav) ":("d tream

Compre##or eal# a# treamCompre##or eal# 9eav) ":("d tream

A"r O!"dat"on %n"t#

=a#teater tr"pper

=a#teater reatment

tora+e/ran#*er

>"#t"llat"on %n"t#

9)dro*l(or"' A'"d

9)dro'&lor"' A'"d

M"! o* tored ":("d )pe# ?*or (#e "* t&e em"##"on po"nt"n'l(de# m(lt"ple tan<#@



6!!FEoo-up

N"tr"' A'"d

,&o#p&or"' A'"d

(l*(r"' A'"d

Ammon"(m N"trate

A:(eo(# Ammon"a

Ot&er

9)dro*l(or"' A'"d

9)dro'&lor"' A'"d

N"tr"' A'"d

,&o#p&or"' A'"d(l*(r"' A'"d

Ammon"(m N"trate

A:(eo(# Ammon"a

Ot&er

9)dro*l(or"' A'"d

9)dro'&lor"' A'"d

N"tr"' A'"d

,&o#p&or"' A'"d

(l*(r"' A'"d

Ammon"(m N"trate

A:(eo(# Ammon"a

Ot&er

Ammon"a

Caron Mono!"de

C&lor"ne

9)dro+en C)an"de

(l*(r >"o!"de

N"tro+en

Caron >"o!"de

An&)dro(# Ammon"a

9)dro+en Fl(or"de

9)dro+en C&lor"de

Fl(or"neOt&er






6!!FEoo-up

Nat(ral a# ,ro'e## 9eater#

,ro'e## a# ,ro'e## 9eater#

Nat(ral a# 4n'"nerator#

,ro'e## a# 4n'"nerator#

Nat(ral a# Flare#

eneralnt"re e*"ner)

M"!ed *(el t)pe# ?(#e *or 'o-*"red pro'e## &eater#@

O"l-*"red

a#-*"red

Nat(ral a#-*"red

,ro'e## a#-*"red

,-*"red


Fl("d Catal)t"' Cra'<"n+ %n"t ?no CO o"ler@

Catal)#t 9andl"n+ )#tem

Fl("d Catal)t"' Cra'<"n+ %n"t "t& CO Bo"ler Nat(ral a#

Fl("d Catal)t"' Cra'<"n+ %n"t "t& CO Bo"ler ,ro'e## a#

Fl("d Catal)t"' Cra'<"n+ %n"t "t& CO Bo"ler e#"d(al O"l

&ermal Catal)t"' Cra'<"n+ %n"t

Blodon )#tem "t& Eapor e'over) )#tem "t& Flar"n+

Blodon )#tem /o Control#

,ro'e## >ra"n# and =a#teater eparator#

=a#teater reatment /o eparator

O"l/=ater eparator

":("d-":("d eparator 9)dro'aron/Am"ne

o(r =ater reat"n+

(n't"on Bo!

"*t tat"on

Aerated 4mpo(ndment

Non-aerated 4mpo(ndment

=e"r

A't"vated l(d+e 4mpo(ndment

Clar"*"er

Open ren'&A(+er ,(mp#

Ea'((m >"#t"llat"on Col(mn Conden#er

Cool"n+ oer# Me'&an"'al >ra*t

Cool"n+ oer# Nat(ral >ra*t

All e:("pment 'om"ned *or one pro'e## (n"t

,"pel"ne Ealve# and Flan+e#

Ee##el el"e* Ealve#

,(mp eal# /o Control#

Compre##or eal#

M"#'ellaneo(# ampl"n+/Non-A#p&alt Blo"n+/,(r+"n+/et'.

,(mp eal# "t& Control#Bl"nd C&an+"n+

Com"ned o(r'e# ?(#e &en a++re+at"n+ em"##"on# *roma#teater treatment #o(r'e#@



6!!FEoo-up

,"pel"ne Ealve# a# tream#

,"pel"ne Ealve# "+&t ":("d/a# tream#

,"pel"ne Ealve# 9eav) ":("d tream#

,"pel"ne Ealve# 9)dro+en tream#

Open-ended Ealve# All tream#

Flan+e# All tream#,(mp eal# "+&t ":("d/a# tream#

,(mp eal# 9eav) ":("d tream#

Compre##or eal# a# tream#

Compre##or eal# 9eav) ":("d tream#

>ra"n# All tream#

Ee##el el"e* Ealve# All tream#

Com"ned F(el#/ eneral

>"#t"llate O"l

e#"d(al O"l

Nat(ral a#

,ro'e## a#

":("*"ed ,etrole(m a#Ot&er

eneral

A#p&alt Blo"n+

Ot&er

rad"t"onal Fl("d Co<"n+ %n"t ?no CO Bo"ler@

rad"t"onal Fl("d Co<"n+ %n"t "t& CO Bo"ler Nat(ral a#

rad"t"onal Fl("d Co<"n+ %n"t "t& CO Bo"ler e#"d(al O"l

rad"t"onal Fl("d Co<"n+ %n"t "t& CO Bo"ler ,ro'e## a#

Fle!"'o<"n+ %n"t

tora+e and ran#*er

Co<e Cal'"ner

eneral

Cont"n(o(# Catal)#t e+enerat"on

C)'l"' Catal)#t e+enerat"on

em"-re+enerat"ve Catal)#t e+enerat"on

eneral

eneral

eneral

eneral

eneraleneral

eneral

9)dro*l(or"' A'"d Al<)lat"on

(l*(r"' A'"d Al<)lat"on

eneral

Mod. Cla(# 2 ta+e /o Control ?2-5I emoval@

Mod. Cla(# 3 ta+e /o Control ?5-6I emoval@

Mod. Cla(# $ ta+e /o Control ?6-7I emoval@

Cla(# (l*(r emoval ,ro'e## "t& a"l a# reatment?.I emoval@



6!!FEoo-up

Cla(# (l*(r emoval ,ro'e## Ot&er

o-Cat

Ca(#t"' 'r(er

(l*(r"' A'"d ,lant C&amer ,ro'e##

(l*(r"' A'"d ,lant Conta't A#orer/J .I Conver#"on

(l*(r"' A'"d ,lant Conta't A#orer/J .0I Conver#"on

(l*(r"' A'"d ,lant Conta't A#orer/J 7.0I Conver#"on

(l*(r"' A'"d ,lant Ot&er

(l*(r tora+e

>"#t"llate O"l ?No. 2@

e#"d(al O"l

Nat(ral a#

,ro'e## a#

":("*"ed ,etrole(m a#

Ot&er F(el )peeneral

Eapor !tra't

A"r tr"pp"n+

=a#te O"l t"ll Eent

=a#te O"l tora+e an<

%npaved oad# Med"(m >(t) Ee&"'le#

,aved oad# All Ee&"'le )pe#

B(l< Mater"al Cr(#&"n+/'reen"n+/9andl"n+

B(l< Mater"al# Conve)or#

B(l< Mater"al# tora+e B"n#

B(l< Mater"al# Open to'<p"le#

B(l< Mater"al# oad"n+/%nload"n+ Operat"on

eneral

and Ara#"ve




Ben'& 'ale ea+ent# e#ear'&

Ben'& 'ale ea+ent# e#t"n+

eneral

eneral

eneral

eneral

toddard ?,etrole(m olvent@ Open-top Eapor >e+rea#"n+

toddard ?,etrole(m olvent@ eneral >e+rea#"n+ %n"t#

Ot&er ?(#e *or a ,etrole(m e*"ner) pro'e## (n"t not "n'l(ded"n t&"# l"#t@



6!!FEoo-up

Ot&er Not Cla##"*"ed eneral >e+rea#"n+ %n"t#

Ot&er Not Cla##"*"ed Open-top Eapor >e+rea#"n+

toddard ?,etrole(m olvent@


eneral

,a"nt olvent-a#e

,a"nt =ater-a#e

Earn"#&/&ella'

a':(er

namel

,r"mer

Ad&e#"ve eneral

eneral

Coat"n+ Operat"on

Clean"n+/,retreatment

,r"me Coat Appl"'at"on

op'oat Appl"'at"on


Nat(ral a# 4n'"nerator/A*ter(rner

Ot&er

Cr(de O"l

a#ol"ne

et Nap&t&a ?,-$ or et B@

ero#ene ?"n'l(d"n+ et ero#ene et A-1 et A ,-5 or ,-8@

>"#t"llate F(el ?>"e#el F(el K2 F(el O"l or K3 F(el O"l@

9eav) F(el O"l ?K$ F(el O"l@




6!!FEoo-up

e#"d(al or 9eav) a# O"l ?K5 or K6 F(el O"l@

%n*"n"#&ed or 4ntermed"ate Nap&t&a

Ot&er

Cr(de O"l

a#ol"ne







Ot&er

Cr(de O"l

a#ol"ne







Ot&er

Cr(de O"l

a#ol"ne







6!!FEoo-up






Cr(de O"l







Ot&er

!ample# ,ropane p&ere# B(tane p&ere#

Cr(de O"l

a#ol"ne




A#p&alt

Ot&er


a#ol"ne



6!!FEoo-up


Balan'ed (mer+ed F"ll"n+

%nder+ro(nd an< Breat&"n+ and mpt)"n+

Eapor o## /o Control#

":("d p"ll o## /o Control#

Not Cla##"*"ed LL

Cr(de O"l

a#ol"ne





Cr(de O"l

a#ol"ne







6!!FEoo-up

eneral

t&anol

Ot&er Al'o&ol Not "#ted

,ropane

B(tane

N-9e!ane

Ot&er Al<ane Not "#ted

Ot&er Ole*"n Not "#ted

t&anolam"ne#

Ot&er Am"ne Not "#ted

Benene

Cre#ol

C(mene

t&)l Benene

ol(ene

m-D)lene

o-D)lene

p-D)lene

D)lene#

Ot&er Aromat"' Not "#ted

Ot&er #ter Not "#ted

Met&)l-tert-B(t)l t&er

Ot&er t&er Not "#ted

Ot&er l)'ol t&er Not "#ted

Ot&er l)'ol Not "#ted




6!!FEoo-up

Ben)l C&lor"de

C&loroenene

Ot&er 9alo+enated Or+an"' Not "#ted

A'etone


Ot&er etone Not "#ted

A'r)lon"tr"le

Ot&er N"tr"le Not "#ted

,&enol

Ot&er C&em"'al Not "#ted

t&anol


,ropane

B(tane

N-9e!ane



t&anolam"ne#


Benene

Cre#ol

C(mene

t&)l Benene

ol(ene

m-D)lene

o-D)lene




6!!FEoo-up

p-D)lene

D)lene#







Ben)l C&lor"de

C&loroenene


A'etone



A'r)lon"tr"le


,&enol


t&anol


,ropane

B(tane

N-9e!ane



t&anolam"ne#




6!!FEoo-up


Benene

Cre#ol

C(mene

t&)l Benene

ol(ene

m-D)lene

o-D)lene

p-D)lene

D)lene#







Ben)l C&lor"de

C&loroenene


A'etone



A'r)lon"tr"le


,&enol





6!!FEoo-up

Met&anol


A'etalde&)de

Ot&er Alde&)de Not "#ted

t&ane

,ropane

B(tane


13-B(tad"ene

1-B(tene

t&)lene

4#o(t)lene

,rop)lene

4#oprene



Benene

p-D)lene


Met&)lene C&lor"de

,er'&loroet&)lene

r"'&loroet&)lene

Met&)l C&lor"de


A'etone

Met&)l t&)l etone

Met&)l Mer'aptan



6!!FEoo-up

Ot&er Mer'aptan Not "#ted

,&enol


4dent"*) t&e ,ro'e## and olvent "n Comment#

9aardo(# =a#te

l(d+e

Ot&er =a#te ?non-9aardo(#@

=a#te ,"le# F(+"t"ve m"##"on#

and reatment F(+"t"ve m"##"on#

and*"ll# F(+"t"ve m"##"on#

Ot&er

Ot&er (n"t not ot&er"#e 'la##"*"ed "n t&"# l"#t



PollutantFEoo-up

Page L0

C81umer !ollutant81ame

630-08-0 Caron mono!"de

7$3-2-1 ead

,M10-,4 ,art"'(late matter ?,M@ G 10 m"'rometer# ?m@,M10-F4 F"lterale ,M G10 m

,M25-,4 ,M G 2.5 m

,M25-F4 F"lterale ,M G 2.5 m

,M-CON Conden#ale ,M

10102-$$-0 N"tro+en d"o!"de

NOD N"tro+en o!"de#

7$$6-0-5 (l*(r d"o!"de

EOC Eolat"le or+an"' 'ompo(nd#

7$-85-1 t&)lene

7$-86-2 A'et)lene

7$-8-6 ,ropane

115-07-1 ,rop)lene

$63-$-0 ,ropad"ene

106-7-8 n-B(tane

75-28-5 4#o(tane

106-8- 1-B(tene

107-01-7 2-B(tene

115-11-7 4#o(tene

50-1-2 12-B(tad"ene

10-66-0 n-pentane

78-78-$ 2-Met&)l(tane

287-2-3 C)'lopentane

51-5-7 12-,entad"ene

157$-$1-0 1-'"#-3-,entad"ene

200$-70-8 1-tran#-3-,entad"ene

51-3-5 1$-,entad"ene

51-6-8 23-,entad"ene

58-25-$ 3-Met&)l-12-(tad"ene

78-7-5 2-Met&)l-13-(tad"ene

5$2-2-7 C)'lopentad"ene

110-82-7 C)'lo&e!ane

108-87-2 Met&)l')l'o&e!ane

1$2-82-5 9eptane ?and "#omer#@

111-65- O'tane ?and "#omer#@

78-3-3 Met&)l et&)l <etone

25551-13-7 r"met&)lenene?#@

75-07-0 A'etalde&)de



PollutantFEoo-up

Page L1

107-02-8 A'role"n

62-53-3 Anal"ne

71-$3-2 Benene

7$-83- Bromomet&ane

106--0 13-B(tad"ene

75-00-3 C&loroet&ane

67-66-3 C&loro*orm

7$-87-3 C&loromet&ane

8-82-8 C(mene

106-3-$ 12->"romoet&ane

106-$6-7 1$->"'&loroenene

75-3$-3 11->"'&loroet&ane

107-06-2 12->"'&loroet&ane

75-35-$ 11->"'&loroet&)lene

78-87-5 12->"'&loropropane

5$2-75-6 13->"'&loropropene111-$2-2 >"et&anolam"ne

100-$1-$ t&)lenene

50-00-0 Formalde&)de

67-72-1 9e!a'&loroet&ane

110-5$-3 n-9e!ane

67-56-1 Met&anol

108-10-1 Met&)l "#o(t)l <etone

163$-0$-$ Met&)l tert-(t)l et&er

100-$2-5 t)rene

7-3$-5 1122-etra'&loroet&ane127-18-$ etra'&loroet&)lene

108-88-3 ol(ene

7-00-5 112-r"'&loroet&ane

7-01-6 r"'&loroet&)lene

121-$$-8 r"et&)lam"ne

5$0-8$-1 22$-r"met&)lpentane

53-60-2 E"n)l rom"de

75-01-$ E"n)l '&lor"de

5-$7-6 o-D)lene

108-38-3 m-D)lene106-$2-3 p-D)lene

1330-20-7 D)lene# ?total@

83-32- A'enap&t&ene ,OM

208-6-8 A'enap&t&)lene ,OM

120-12-7 Ant&ra'ene ,OM

56-55-3 Beno?a@ant&ra'ene ,OM



PollutantFEoo-up

Page L2

50-32-8 Beno?a@p)rene ,OM

205--2 Beno?@ *l(orant&ene,OM

12-7-2 Beno?e@p)rene ,OM

11-2$-2 Beno?+&"@per)lene,OM

207-08- Beno?<@*l(orant&ene,OM

2-52-$ B"p&en)l ,OM

117-81-7 B"#?2-et&)l &e!)l@ p&t&alate

1-58-7 2-C&loronap&t&alene,OM

108-3-$ m-Cre#ol

5-$8-7 o-Cre#ol

106-$$-5 p-Cre#ol

131-77-3 Cre#ol# ?total@

218-01- C&r)#ene ,OM

53-70-3 >"en?a&@ant&ra'ene,OM

8$-7$-2 d"-n-B(t)l p&t&alate

8$-66-2 >"et&)l-p&t&alate57-7-6 712->"met&)len?a@ ant&ra'ene ,OM

206-$$-0 Fl(orant&ene ,OM

86-73-7 Fl(orene ,OM

13-3-5 4ndeno?123-'d@ p)rene,OM

56-$-5 3-Met&)l'&lorant&rene,OM

1-57-6 2-Met&)lnap&t&alene ,OM

218-01- C&r)#ene ,OM

1-20-3 Nap&t&alene ,OM

18-55-0 ,er)lene ,OM

85-01-8 ,&enant&rene ,OM108-5-2 ,&enol

12-00-0 ,)rene ,OM

17$6-01-6 >"o!"n $> 2378

$0321-76-$ >"o!"n 5> 12378

3227-28-6 >"o!"n 6> 123$78

57653-85-7 >"o!"n 6> 123678

1$08-7$-3 >"o!"n 6> 12378

35822-$6- >"o!"n 7> 123$678

3268-87- >"o!"n 8>

132-6$- >"eno*(ran#51207-31- F(ran $F 2378<

57117-$1-6 F(ran 5F 12378<

57117-31-$ F(ran 5F 23$78<

706$8-26- F(ran 6F 123$78<

57117-$$- F(ran 6F 123678<

7218-21- F(ran 6F 12378<



PollutantFEoo-up

Page LM

60851-3$-5 F(ran 6F 23$678<

67562-3-$ F(ran 7F 123$678<

55673-8-7 F(ran 7F 123$78<

3001-02-0 F(ran 8F<

1336-36-3 ,ol)'&lor"nated "p&en)l# ?total@

7$$0-36-0 Ant"mon)

7$$0-38-2 Ar#en"'

7$$0-$1-7 Ber)ll"(m

7$$0-$3- Cadm"(m

185$0-2- C&rom"(m ?&e!avalent@

7$$0-$7-3 C&rom"(m ?total@

7$$0-$8-$ Coalt

7$3-2-1 ead

7$3-6-5 Man+ane#e

7$3-7-6 Mer'(r)

7$$0-02-0 N"'<el7782-$-2 elen"(m

75-15-0 Caron d"#(l*"de

$63-58-1 Caron)l #(l*"de

7782-50-5 C&lor"ne

76$7-01-0 9)dro+en '&lor"de

7$-0-8 9)dro+en ')an"de ?P ')an"de 'ompo(nd#@

766$-3-3 9)dro+en *l(or"de

7723-1$-0 ,&o#p&or(#

766$-$1-7 Ammon"a

7$-8$-0 t&ane7783-06-$ 9)dro+en #(l*"de

7$$0-3-3 Bar"(m

7$$0-50-8 Copper

7$3-8-7 Mol)den(m

7$$0-62-2 Eanad"(m

7$$0-66-6 Q"n'



PollutantFEoo-up

Page L

!ollutant8Class

Cr"ter"a ,oll(tant

Cr"ter"a ,oll(tant/Metal 9A,

Cr"ter"a ,oll(tantCr"ter"a ,oll(tant

Cr"ter"a ,oll(tant

Cr"ter"a ,oll(tant

Cr"ter"a ,oll(tant

Cr"ter"a ,oll(tant

Cr"ter"a ,oll(tant

Cr"ter"a ,oll(tant

Cr"ter"a ,oll(tant

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

EOC

Eolat"leOr+an"'9A,




PollutantFEoo-up

Page LI

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,


Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,

Eolat"leOr+an"'9A,


Eolat"leOr+an"'9A,

em"Eolat"leAndNonEolat"leOr+an"'9A,






PollutantFEoo-up

Page L<
















em"Eolat"leAndNonEolat"leOr+an"'9A,em"Eolat"leAndNonEolat"leOr+an"'9A,









em"Eolat"leAndNonEolat"leOr+an"'9A,em"Eolat"leAndNonEolat"leOr+an"'9A,


>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#



PollutantFEoo-up

Page LO

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

>"o!"n#F(ran#,CB#

Metal9A,

Metal9A,

Metal9A,

Metal9A,

Metal9A,

Metal9A,

Metal9A,

Cr"ter"a,oll(tant/Metal9A,

Metal9A,

Metal9A,

Metal9A,Metal9A,

Ot&er4nor+an"'9A,

Ot&er4nor+an"'9A,

Ot&er4nor+an"'9A,

Ot&er4nor+an"'9A,

Ot&er4nor+an"'9A,

Ot&er4nor+an"'9A,

Ot&er4nor+an"'9A,

Ot&er

Ot&er Ot&er

Ot&er

Ot&er

Ot&er

Ot&er

Ot&er



Met&odR>e#'r"pt"on

>"re't mea#(rement#

n+"neer"n+ 'al'(lat"on#

Ot&er

ta'< te#t"n+

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