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A 0K)tddf/1ĒdPMda1;Ed=:d(d>3dM h^k h^ɛ h^' h h^ hg h^f h^Ġ h^" h^ h^ޡ h^< h h^ h^| h^ڣ h^8 h^ h^ h^R h^ hV& 8Document[8]Document Style0..8` ..` V8Document[4]Document Style.. . V 8Document[6]Document Style8..V 8Document[5]Document Style0..V/8Document[2]Document Style 2A.3  Ԁ   V& 8Document[7]Document Style0..0` ..` zU :Right Par[1]Right-Aligned Paragraph Numbers..2I.3  Ԁ..0..zh :Right Par[2]Right-Aligned Paragraph Numbers..` ..2A.3  Ԁ..0` ..` V?8Document[3]Document Style.. 21.3  Ԁ   z{ :Right Par[3]Right-Aligned Paragraph Numbers..` ..`  ..P 21.3  Ԁ` ..` 0 .. z :Right Par[4]Right-Aligned Paragraph Numbers..` ..`  .. .. 2a.3  Ԁ .. 0..z :Right Par[5]Right-Aligned Paragraph Numbers..` ..`  .. ..h..2(1)3  Ԁ..0h..hz :Right Par[6]Right-Aligned Paragraph Numbers..` ..`  .. ..h..h..2(a)3  Ԁh..h0..z :Right Par[7]Right-Aligned Paragraph Numbers..` ..`  .. ..h..h....2i)3  Ԁ..0..z :Right Par[8]Right-Aligned Paragraph Numbers..` ..`  .. ..h..h....p..2a)3  Ԁ..0p..pVX8Document[1]Document Style  @..^  2I.3  Ԁ     Ԉ l2:Technical[5]Technical Document Style.. 2(1)3  Ԁ. l2:Technical[6]Technical Document Style.. 2(a)3  Ԁ. l/%:Technical[2]Technical Document Style 2A.3  Ԁ   .. l,!:Technical[3]Technical Document Style 21.3  Ԁ   .. l(!:Technical[4]Technical Document Style 2a.3  Ԁ   .. l:0:Technical[1]Technical Document Style  2I.3  Ԁ     .. l1:Technical[7]Technical Document Style.. 2i)3  Ԁ. l1:Technical[8]Technical Document Style.. 2a)3  Ԁ. l36EPA.STY[5]EPA Style with TOC marking..2(1)3  Ԁl06EPA.STY[6]EPA Style with TOC marking..2(a)3  Ԁ.l 6EPA.STY[3]EPA Style with TOC marking  21.3  Ԁ  lD!6EPA.STY[1]EPA Style with TOC marking  @..SECTION2I.3  Ԉ@..   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A. a.(1)(a) i) a)S./0($0 ($0 0 (($0 0 0   A_ekqwDocumentDocument StyleI.1.A.a.(1)(a)i)a)jo4Tech InitInitialize Technical StyleS 3  1 .1 .1 .1 .1 .1 .1 .1 S CuyTechnicalTechnical Document Style11.11.1.11.1.1.11.1.1.1.11.1.1.1.1.11.1.1.1.1.1.11.1.1.1.1.1.1.1x?t2PleadingHeader for numbered pleading paper 5  6[(   "ebXX"XXX?D7'*dE*??D7'*dE*?HH 1HH 2HH 3HH 4HH 5HH 6HH 7HH 8HH 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28  .+('2[$ U!   &$1$"0.Normal0.Footer0.Headerp4Heading 2Underlined Heading Flush LeftV4Heading 1Centered Heading@..  b* 8Bullet ListIndented Bullet List0..0` ..` ,xA`Univers dTable_A ddTable_BTable_CTable_DTable_E     'dxd Level 1 Level 2 Level 3 Level 4 Level 5('2[$ U!   ($ (    ) PQROM << deUU ER~=~{(SUP{(1.)}~~~~~~~~~~~~~~~)times(SUP{(2.)}~~~~~~~~~~~~~~~~~~)}OVER{2000}~=~UNDERLINE{~~~~~~~~~~~~~~~~~}~TONS XX#ERXXk,XXYXXxE((@1.)XXX E)XX E'XXH E( ( 2` . )XX0E)XX J2000XXXXXTONS pER~=~(SUP{(1.)}~~~~~~~~~~~~~~~)Times(SUP{(2.)}~~~~~~~~~~~~~~~~~~)~=~UNDERLINE{~~~~~~~~~~~~~~~~~} XXJERXX\JXX,J((1D.)XX J)XX J'XX J(t ( 2 .d )XXJ)XXJXh XX#ERXXkXYXXxEELXXE'XXEAOLXXHJ2000 %ER~=~{EL~times~AOL}OVER{2000}Table_F&0 d dK Kd ER~=~{(SUP{(1.)}~~~~~~~~~~~~~~~)times(SUP{(2.)}~~~~~~~~~~~~~~~~~~)}OVER{2000}~=~UNDERLINE{~~~~~~~~~~~~~~~~~}~TONS XX#ERXXk,XXYXXxE((@1.)XXX E)XX E'XXH E( ( 2` . )XX0E)XX J2000XXXXXTONSTable_GTable_H XX#ERXXkXYXXxEELXXE'XXEAOLXXHJ2000 %ER~=~{EL~times~AOL}OVER{2000} R~=~aOVERb~={(SUP{(1.)}~~~~~~~~~~~~~~~~~~)}OVER{(SUP{(2.)}~~~~~~~~~~~~~~~~~~)}~=~UNDERLINE{~~~~~~~~~~~~~~~~~~}~MMBtu/hr XX2RXX5X"XXgaXXlbXX-X"XXg(+({1.)XX g)XXJ(+({2.)XX J)XX r!XZ XXMMBtuXX:/XXhrTable_I XX#ERXXkXYXXxEELXXE'XXEAOLXXHJ2000 %ER~=~{EL~times~AOL}OVER{2000} %ER~=~{EL~times~OF}OVER{2000}    X Table_J XX#SXXXXXt@CXX1XXXXhXXjXXiXXoXXqXXp5X-XXLECXXLJd (S~=~COVER{1~-~LEFT(COVERdRIGHT)} XX#ERXXkXYXXxEELXXE'XXEAOLXXHJ2000 %ER~=~{EL~times~AOL}OVER{2000} EL~=~0.7~LEFT(10OVERRRIGHT)SUP{0.202}~=~0.7~LEFT(10OVER{(SUP{  (3.)}~~~~~~~~~~~)}RIGHT)SUP{0.202}~=~UNDERLINE{~~~~~~~~~~~~~~}~lb/MMBtu XXELXX\XX,0XX.XX7XX*hXXjXX6iXX*oXXqXX6pXy"XXg10XXlR%0u.202XX XX0XXU .XX 7XX EhXX jXX jXX iXX`EoXX`qXX`qXX`p X* "XX g10XXI J( ( 3a . )XXJ)0..~202XXXXXlbXX/XX&MMBtu Table_K XXJERXX\JXX,JELXXtJ'XXDJAOL ER~=~{EL~times~AOL} ER~=~{(2~times~(SUP{(1.)}~~~~~~~~~~~))TIMES(SUP{(2.)}  ~~~~~~~~~~~~~~~~~~~~~~~~)}OVER{200,000}~=~UNDERLINE{~~~~~~~~~~~~~}~TONS XX#ERXXkfXYXXxE(XXE2XXE'XXE((X1.)XX E)XX E)XX E'XXx E( (@ 2 . )XXE)XX4 J200XX J,XX J000XX'XXXOTONS Table_L XX#ERXXkXYXXxEELXXE'XXEOFXX J2000 %ER~=~{EL~times~OF}OVER{2000} EL~(lb/MMBtu)~=~0.5~LEFT(10OVERRRIGHT)SUP{0.5}~=~0.5~LEFT(10OVER  {(SUP{(3.)}~~~~~~~)}RIGHT)SUP{0.5}~=~UNDERLINE{~~~~~~~~~~}~lb/MMBtu%%EL%%>(%%lb%%/%%MMBtu%%)%%%%0%%.%%t5%%2Kh%%2j%%2j%%23i%% Ko%% q%% q%% 3p<% %%M10%% eRnn: 0nn .nn 5%%h %%& 0%% .%% 5%% *h%% j%% j%% i%%*o%%q%%q%%pK%A %% M10%%]D(nn(nn3nn_.nn)%%&D)nn#0nnm.nn5%%Q%%%lb%%`/%%MMBtu XXJEXXJXXJ4XX,J.XXJ1XXtJP 0\.67XXLJ;XXJ(XXDJforXX JPXX JXX J30XX JtonsXX J/XXDJhrXX4J) 1E~=~4.1~PSUP{0.67};~~~(for~P~<=~30~tons/hr) XXJEXXJXXJ55XXJP0.411XX,JXXJ40XXJ;XXlJ(XXJforXX JPXXt J>XXD J30XX JtonsXXlJ/XXJhrXXJ) 3E~=~55~PSUP{0.11}~~40;~~~(for~P~>~30~tons/hr) XXJEXXJXXJ4XX,J.XXJ1XXtJP 0\.67 E~=~4.1~PSUP{0.67} ER~=~{(SUP{(5.)}~~~~~~~~~~~~)~TIMES~(SUP{(6.)}~~~~~~~~~~~~)~(SUP{(7.)  }~~~~~~~~~~~~)}OVER{2000}~=~UNDERLINE{~~~~~~~~~~~~~~~}~TONS%%ER%%Kqe%$%%@,(nns(nns5nnBs.nns)%%,)%%Z,'%% ,(nn s(nn s6nn s.nnd s)%%t,)%%2,(nns(nns7nn4s.nn~s)%%,)%% D2000%%h`%&%%-TONS Table_M XX#ERXXkXYXXxEELXXE'XXEOFXX J2000 %ER~=~{EL~times~OF}OVER{2000} ~ER~=~{(SUP{(1.)}~~~~~~~~~~~~)~times(SUP{(2.)}~~~~~~~~~~~~)}OVER{2000}~=~UNDERLINE{~~~~~~~~~~~~~~~}~TONS XX#ERXXkOIXYXXxE((@1.)XXPE)XX E'XX E( (` 2 . )XXpE)XX@J2000XX_X/XXTONS XXJEXXJXXJ3XX,J.XXJ59XXJP,0|.62XXlJ;XXJ(XXJforXX JPXX JXXt J30XX JtonsXXJ/XXJhrXXJ) 3E~=~3.59PSUP{0.62};~~~~~(for~P~<=~30~tons/hr) XXJEXXJXXJ17XXJ.XXJ31XXdJP0L.16XX<J;XXlJ(XXJforXX JPXXt J>XXD J30XX JtonsXXlJ/XXJhrXXJ) 2E~=~17.31~PSUP{0.16};~~~~~(for~P~>~30~tons/hr) XXJEXXJXXJ4XX,J.XXJ1XXtJP 0\.67XXLJ;XX|J(XXJforXX JPXX, JXX J30XXD JtonsXX$J/XXJhrXXJ) *E~=~4.1~P^{0.67};~~~~~(for~P<=~30~tons/hr) XXJEXXJXXJ55XXJP0.411XX,JXXJ40XXJ;XX J(XX JforXXT JPXX$ J>XX J30XX<JtonsXXJ/XXJhrXXJ) .E~=~55~P^{0.11}~-~40;~~~~~(for~P~>~30~tons/hr) ER~=~{(SUP{(1.)}~~~~~~~~~~)~times(SUP{(2.)}~~~~~~~~~~)~~times~(SUP{(3.)}~~~~~~~~~~)}OVER{2000}~=~UNDERLINE{~~~~~~~~~~~~}~TONS XX#ERXXkdhXYXXxE((@1.)XXE)XXpE'XXE(` ( 2 .P )XXE)XX8E'XXE((3 .p)XX0E)XX J2000XXLXXXgTONS Table_N XX#ERXXk`XYXXxEELXXE'XXEOLXXE'XXEOFXXJ2000 -ER~=~{EL~TIMES~OL~TIMES~OF}OVER{2000}Table_O ~ER~=~{(SUP{(2.)}~~~~~~~~~~~~)~times(SUP{(4.)}~~~~~~~~~~~~)}OVER{2000}~=~UNDERLINE{~~~~~~~~~~~~~~~}~TONS XX#ERXXkOIXYXXxE((@2.)XXPE)XX E'XX E( (` 4 . )XXpE)XX@J2000XX_X/XXTONS XX#ERXXkXYXXxEELXXE'XXEOFXX J2000 P~=~cOVERd~=~{(SUP{(2.)}~~~~~~~~~~)~tons/yr}OVER{(SUP{(3.)}~~~~~~~~~~)~hours/yr}~=~UNDERLINE{~~~~~~~~~~~~~}~tons/hr ER~=~{(39~times~(SUP{(1.)}~~~~~~~~~~))TIMES(SUP{(2.)}~~~~~~~~~~~~~~~~~~~~~~~)}OVER2000~=~UNDERLINE{~~~~~~~~~~~~~}~TONS XX#ERXXkfXYXXxE(XXE39XX8E'XXE((1 .p)XX0 E)XX E)XX E'XX E( (` 2 . )XXE)XX J2000XX'XXXoTONS XX#ERXXk`XYXXxEELXXE'XXEOLXXE'XXEOFXXJ2000 -ER~=~{EL~TIMES~OL~TIMES~OF}OVER{2000} ER~=~{(142~times~(SUP{(1.)}~~~~~~~~~~))TIMES(SUP{(2.)}~~~~~~~~~~~~~~~~~~~~~~~)}OVER{2~times~10SUP6}=~UNDERLINE{~~~~~~~~~~~~~}~TONS XX#ERXXk~30~tons/hr)Table_S$35;AGMU]c2I.A.1.a.(1)(a)i)a))* ?u{EPA.STYEPA Style with TOC markingI.A.1.a.(1)(a)i)a)  CRight ParRight-Aligned Paragraph NumbersI.A.1.a.(1)(a)i)a)3|T<6X9`(CourierXx6X@`7X@,xA`UniversXX~xP7XP,xA`UniversTxP7P,xA`UniversixP7P,xA`Univers&&txP7&P( U$   dscfm~=SUP{(1.)}UNDERLINE{~~~~~~~~~~~~}~acfm~TIMES~LEFT({460~+~68}OVER{460+SUP{(2.)}~~~~~~~}RIGHT)~TIMES~(1-SUP{(4.)}UNDERLINE{~~~~~~~~~~~~~})=,xA`&UniversScalableTable_ATable_BTable_CTable_D    ,  XXdscfmXX<F(F1F.,F)LX|XXacfmXX, 'XX EhXX jXX jXX iXXOEoXXOqXXOqXXOpX "XX g460XXlgXX<g68XX J460XXJ(2(.x)XX%'XX(XXm1XX]F(F4F.MF)'XXX)XX nER~=~{(SUP{(1.)}~~~~~~~~~~~~~~~)times(SUP{(2.)}~~~~~~~~~~~~~~~~~~)}~=~UNDERLINE{~~~~~~~~~~~~~~~~~} XXJERXX\JXX,J((1D.)XX J)XX J'XX J(t ( 2 .d )XXJ)XXJXh XXJEXXJXXJ55XXJP0.411XX,JXXJ40XXJ;XX J(XX JforXXT JPXX$ J>XX J30XX<JtonsXXJ/XXJhrXXJ) ER~=~{(SUP{(7.)}~~~~~~~~~~~~)~lb/hr~times~(SUP{(8.)~~~~~~~~~~~~~~~})~hrs}OVER{2000}~=~UNDERLINE{~~~~~~~~~~~~~~~~}~TONS Zdscfm~=~acfm~TIMES~LEFT({460+68}OVER{460+Staok~Temp.}RIGHT)~TIMES~(1-%~Moisture) XXdscfmXXXXacfmXX'XXVhXX jXXjXXjXXiXXMVoXXM qXXMqXXMqXXMp&X' XXR o460XX oXX2 o68XXFj460XXjXX& jStaokXX jTempXX j.XX#'XX(XXk1XXXX[%XX+MoistureXX)Level 1Level 2Level 3Level 4Level 5 UEDEE>%#0Level 1Level 2Level 3Level 4Level 5Level 1Level 2Level 3Level 4Level 5Level 1Level 2Level 3Level 4Level 5QO&OLE 2.0 Box <=8C HKKKK( $ Figure  1   ER~=~{(SUP{(7.)}~~~~~~~~~~~~)~lb/hr~times~(SUP{(8.)~~~~~~~~~~~~~~~})~hrs}OVER{2000}~=~UNDERLINE{~~~~~~~~~~~~~~~~}~TONS XX#ERXXk`_XYXXxE((@7.)XXPE)XX ElbXX E/XX EhrXX E'XX E( (h 8 .)XXE)XXEhrsXXJ J2000XXtXDXXTONS XX#ERXXk`_XYXXxE((@7.)XXPE)XX ElbXX E/XX EhrXX E'XX E( (h 8 .)XXE)XXEhrsXXJ J2000XXtXDXXTONS  ER~=~{(SUP{(7.)}~~~~~~~~~~~~)~lb/hr~times~(SUP{(8.)~~~~~~~~~~~~~~~})~hrs}OVER{2000}~=~UNDERLINE{~~~~~~~~~~~~~~~~}~TONS ER~=~{(SUP{(1.)}~~~~~~~~~~~~~~)times(SUP{(2.)}~~~~~~~~~~~~~~~~~)}OVER{2000}~=~UNDERLINE{~~~~~~~~~~~~~~~~~}~TONS XX#ERXXkuTXYXXxE((@1.)XX E)XXx E'XX E(h ( 2 .X )XXE)XXH J2000XXoX?XXoTONS XX#ERXXk`_XYXXxE((@7.)XXPE)XX ElbXX E/XX EhrXX E'XX E( (h 8 .)XXE)XXEhrsXXJ J2000XXtXDXXTONSTable_N 1E~=~2.1PSUP{0.6};~~~~~(for~P~<~125~tons/hr) XXJEXXJXXJ2XXJ.XXJ1XXJP0.@6XXJ;XXJ(XX8JforXXJPXX J<XX J125XXX JtonsXX8J/XXJhrXXJ) 0E~=~14~PSUP{0.2};~~~~~(for~P~>=~125~tons/hr) XXJEXXJXXJ14XXJP0. 2XXpJ;XXJ(XXJforXXJPXX JXXx J125XX8 JtonsXXJ/XXJhrXXJ) E~=~P;~~~~~(for~P<~45~tons/hr) XXJEXXJXXJPXXJ;XXHJ(XXJforXXJPXXJ<XXJ45XX JtonsXX J/XXh JhrXXX J) )E~=~10~P^{0.4};~~~~~(for~P~>=~45~tons/hr) XXJEXXJXXJ10XXJP0. 4XXpJ;XXJ(XXJforXXJPXX JXXx J45XX JtonsXX J/XXJhrXXJ)HHHHTable_CHJJJJTable_DJLLLLTable_ELZZZZZZTable_FZ````Table_G`bbbbb@@bb@b?b@Ab@b@6Ab@bAb@bAb@bOAbbd@b b @b b h@b b @b b @b b F@ Table_Hbhhhh Table_Ihnnnn Table_Jnvvvv Table_Kv||||Table_L| Table_MTable_NTable_OTable_PTable_QTable_RTable_STable_ATable_BTable_CTable_D U!   X@XXX"X@  6 METHOD3.22a   @  $annualor12monthrollingaverageemissionlimitPROCESS_____________________________POLLUTANT____________________________(ONEFORMPERPOLLUTANT)STATEORFEDERALRULEORPERMITCONDITIONS______________________________1.  Annualor12monthrollingaveragelimit____________________tons/yr `  2.  Didsourceinitiallystartuporpermanentlyshutdownduringtheyear?_______ @  If#2=nothengoto#3,If#2=yesthengoto#4.3.  Emissions=Limit   *qBC ddd Xdd Xdd X(#(#q,td ,8dd ,8dd ,tt +  3DDD"  3Emissions= ;DD*XDDD ; 2DD!hDD 2tons =DEDD*X3DD =@׷X@XEnterResulton h "SummaryofCalculations"Sheet @XX@׷1'%T   DEDD 14.  a.0 ` Numberofmonthsfollowingstartuporpriortoshutdown_____________8` (#` (# 0  (Ifsourceoperatedforpartofamonthcountitasawholemonth.i.eifinitialstartupwas6/10,thennumberofmonthsfollowingstartup=7,ifpermanentshutdownoccurred6/10,thennumberofmonthspriortoshutdown=6) (#(#   b. ` ActualEmissionsduringyear=_______________tons "   Emissions=Greaterof:   `  I.  actualemissionduringyear(4.b.) H#&    ` or   `  II.0  annual(or12monthrolling)limitproratedbynumberof 'X"* monthsfollowingstartupofpriortoshutdown. 'H#+(#(#   (4.a.)_______months12X(1.)_________tons/yr=___________tons )(%-   Emissions=greaterofI.andII. *FG ddtd 8dd 8dd tt BC(#(#,td ,8dd ,8dd ,tt +  3DDD" -(1 3Emissions= ;DD*/`*3DDD ; 2DD! .p)4DD 2tons =DEDD*/`*63DD =@׷X@XEnterResulton  .p)7 "SummaryofCalculations"Sheet @XX@׷1'%\/*9   DEDD 1 0`+9 !   !X@6 METHOD3.22b.   @0 0 'monthly/weekly/daily/(other)emissionlimitPROCESS_____________________________POLLUTANT____________________________(ONEFORMPERPOLLUTANT)STATEORFEDERALRULEORPERMITCONDITIONS______________________________Circleappropriatetimeperiodforeachofthestepsbelow.1.  Monthly/Weekly/Daily/(Other___________)limit=_________________ @    ("Other"isanytimeperiodlessthanayearandgreaterthananhour)2.  ActualMonths/Weeks/Days/(Other________)ofoperation=________  0  (Operationforanyperiodoftimeduringamonth/week/day/(other)constitutesawholemonth/week/day/(other)ofoperation.) (#(# 3.  Emissions=@-X@X `   Monthly/Weekly/Daily/(Other)limitXActualMonths/Weeks/Days/(Other)ofoperation@XX@-  Emissions=(1.)_______________X(2.)_______________=______________ X 4.  ConvertEmissionstotons  8 *HI ddtd 8dd 8dd tt FG(#(#,td ,8dd ,8dd ,tt +  3DDD"  3Emissions= ;DD*@ DDD ; 2DD!PDD 2tons =DEDD*@ !3DD =@׷X@XEnterResulton P" "SummaryofCalculations"Sheet @XX@׷1'% $   DEDD 1   #p& @6 METHOD3.22c.   @-hourly(orless)emissionlimitPROCESS_____________________________POLLUTANT____________________________(ONEFORMPERPOLLUTANT)STATEORFEDERALRULEORPERMITCONDITIONS______________________________Iflimitisotherthananhourlylimit,entertheappropriatetimeperiod.1.  Hourly(orless)emissionlimit=_______________ P  2.  Actualhours(other__________)ofoperation=_______________ 0    ("other"isanyperiodoftimelessthananhour)0  (Formethod3.22cpartialhours(orperiodsoflessthananhour)ofoperationmaybesummedwhencalculatingactualannualhoursofoperation.) (#(# 3.  Emissions= p   hourly(orless)emissionlimitXactualhours(otherperiod)ofoperation  (1.)_______________X(2.)________________=_______________ @ 4.  ConvertEmissionstotons  p  *JK ddtd 8dd 8dd tt HI(#(#,td ,8dd ,8dd ,tt +  3DDD" P 3Emissions= ;DD*xDDD ; 2DD!DD 2tons =DEDD*x 3DD =@׷X@XEnterResulton ! "SummaryofCalculations"Sheet @XX@׷1'%#   DEDD 1  X"% X@6 METHOD3.22d.   @` ` 'concentrationemissionlimit(page1of2)PROCESS_____________________________POLLUTANT___________________________(ONEFORMPERPOLLUTANT)STATEORFEDERALRULEORPERMITCONDITIONS______________________________IfthelimitisinppmuseA.Ifthelimitisingr/dscfuseB.?D7' xEx? P  A.  ConcentrationLimitinPPM O  1.  Concentrationlimit(ppm)=_____________ppm /  2.  Converttolb/dscf:    a.0 ` M(molecularweight)=_________________` (#` (#    ` (forSO2,M=64.07,forNOx,M=46.01)    b. ` lb/dscf=(1.)________ppmx[2.59x109x(2.a.)_________]= o Ѐ   ` _____________lb/dscf(continueto3.onfollowingpage)?D7' SxEx? _ B.  ConcentrationLimitingr/dscf ^ 1.  Concentrationlimit(gr/dscf)=_____________gr/dscf  >  2.  Convertgr/dscftolb/dscf ""   ((1.)____________gr/dscf)/(7000gr/lb)=____________lb/dscf $$ (continueto3.onfollowingpage)  n(#( @6 METHOD3.22d.   @` ` 'concentrationemissionlimit(page2of2)3.0  Averagegasflowrateundernormaloperation=______________dscf/minp(#(#   (toconvertacfmtodscfmusefollowingsheet)4.  Converttolb/hr: @    (2.)____________lb/dscfx(3.)___________dscf/minx60min/hr=  p     ` _____________lb/hr5.  Hoursperyearofoperation=___________hours 0  6.  Emissions=lb/hrxhours/yr.    (4.)____________lb/hrx(5.)____________hours=____________lb/yr  7.  ConvertEmissionstotons   *LM ddtd 8dd 8dd tt JK(#(#,td ,8dd ,8dd ,tt +  3DDD" ` 3Emissions= ;DD*(DDD ; 2DD!8DD 2tons =DEDD*(3DD =@׷X@XEnterResulton 8 "SummaryofCalculations"Sheet @XX@׷1'%$t   DEDD 1N  ! NX  !NX  !@6 METHOD3.22d.   @>>3conversiontodscfmPROCESS_____________________________1.  Averagegasflowrateundernormaloperationinacfm=_____________acfm P  2.  Gasstreamtemperature=____________F 0  3.  Percentmoisture=____________% `  4.  Convertpercentmoisturetovolumefraction(i.e.25%moisturewouldbe0.25) @    volumefractionmoisture=__________5.    S]MIz<gx p @Xdddddddd@Ex`uL@ (#(#    (#(#SZJFz ,xR p @Xdddddddd@E`xR/$L`@ (#(#    (#(#   ` =________________dscf/min  0 XX@6 METHOD3.22e.  X @ #Non(MassperUnitTime)emissionlimit(lb/MMBtu)PROCESS_____________________________POLLUTANT__________________________(ONEFORMPERPOLLUTANT)STATEORFEDERALRULEORPERMITCONDITIONS______________________________GeneralEquation:SYX\LHz<xd 0 @Xdddddddd@EQ xd. ?L @, (#(#    (#(#1.0  EL=EmissionLimit=_____________lb/MMBtux (#(# 2.0  @&&X@XAOL=AnnualOperatingLevelCalculatethetotalheatinputtothefuelburning X equipmentduringthecalendaryear.Multiplythetotalamountofeachtypeoffuelburnedtimesit'sheatcontent.AddtheBtuforeachfuelandentertheresultsforAOL.WhenusingthismethodforcalculatingSO2emissions,donotincludetheheatinput  naturalgas,methane,liquifiedpetroleumgas,wood,bark,orotherfuelswithasulfurcontentofequaltoorlessthan0.10%(drybasis).Whenusingthismethodforcalculatingparticulatematteremissions,donotincludetheheatinputfromdistillateoil(no.2orlighter),gaseousfuels,andliquifiedpetroleumgas.Defaultheatcontentsareshownonthepagetitled"DefaultHeatContents."ThecompanymayprovidetheirownheatcontentsprovidedthattheymeettherequirementsofAppendixA,method19ofEPD'stestingandmonitoringproceduresmanual.@XX&@&(#(# *Z[ ddtd 8dd 8dd tt LM(#(#,d",td",td",t"+  3\\]" d K3@&&X@XFuel 2\]!d \\] 2AmountBurned 2\]!d \] 2HeatContent 4\]\!d \] 4Btu HD\9!d   K  \]\ `H 0DD!!D\ 0 0DD!"DD 0 4DD\!#DD 4 HD\9!$ ` DD\ `H 0DD!s%D\ 0 0DD!s&DD 0 4DD\!s'DD 4 HD\9!s( ` DD\ `H 0DD! })D\ 0 0DD! }*DD 0 4DD\! }+DD 4 HD\9! }, ` DD\ `H 0DD!7"-D\ 0 0DD!7".DD 0 4DD\!7"/DD 4 HD\9!7"0 ` DD\ `H 0DD!#A!1D\ 0 0DD!#A!2DD 0 4DD\!#A!3DD 4 HD\9!#A!4 ` DD\ `H 0DD!$"5D\ 0 0DD!$"6DD 0 4DD\!$"7DD 4 J]\\9!$"8 ` DD\ JAOL=TotalBtu 7]D\\$&@$9]\\ 71'%&@$: 0   ]D\\ 1@XX&@&3.S]MIz<gx p @Xdddddddd@E)xzT L)@ (#(#     (#(# *`a ddd"td"td"t"Z[(#(#,td ,8dd ,8dd ,tt +  3DDD" 2.+A 3Emissions= ;DD*/R-CDDD ; 2DD!.b,DDD 2tons =DEDD*/R-F3DD =@׷X@XEnterResulton .b,G "SummaryofCalculations"Sheet @XX@׷1'%/-I   DEDD 1XX@2 DefaultHeatContents   *bc ddtd 8dd 8dd tt `a(#(#,<d ,<t +  3\\]"  K3Fuel =\]\*(x"\\] =HeatContent(grosscalorificvalue) QD\B*(x" K  \]\ qQnaturalgas 4DD\! ;D\ 41000Btu/cubicfeet HD\9! ; q DD\ qHliquifiedpetroleumgas(LPG) 4DD\!c  D\ 494,000Btu/gallon HD\9!c   q DD\ qH#1fueloil(kerosene) 4DD\! + D\ 4137,000Btu/gallon HD\9! +  q DD\ qH#2fueloil(distillate) 4DD\!S D\ 4141,000Btu/gallon HD\9!S  q DD\ qH#4fueloil(verylightresidual) 4DD\! D\ 4146,000Btu/gallon HD\9!  q DD\ qH#5fueloil(lightresidual) 4DD\!C D\ 4148,000Btu/gallon HD\9!C  q DD\ qH#6fueloil(residual) 4DD\! D\ 4150,000Btu/gallon HD\9!  q DD\ qHbituminouscoal 4DD\!3D\ 413,000Btu/lb HD\9!3 q DD\ qHwoodpineandbark(drybasis) 4DD\!D\ 49250Btu/lb HD\9! q DD\ qHwoodmixedhardwoods(drybasis) 4DD\!#sD\ 48400Btu/lb HD\9!#s q DD\ qHmunicipalwaste(drybasis) 4DD\!D\ 48600Btu/lb HD\9! q DD\ qHrefusederivedfuel(RDF) 4DD\!cD\ 48100Btu/lb FD\\5!c q DD\ Ftirederivedfuel(TDF) 4DD\\!D\\ 415,500Btu/lb1'%  0  DD\\ 1     @6METHOD3.22e.   @Non(MassperUnitTime)emissionlimit(mass/unitofproduction)PROCESS_____________________________POLLUTANT__________________________(ONEFORMPERPOLLUTANT)STATEORFEDERALRULEORPERMITCONDITIONS______________________________Sed\LHz<xs 0 @Xdddddddd@Exs. FL>@;GeneralEquation: (#(#    (#(#1.0  EL=EmissionLimit=_____________________________ (#(# 2.  AOL=UnitsofProductionDuringtheCalendarYear=______________________  ̀3.SVW\LHzx ux p @Xdddddddd@ExdpK@ (#(#   (#(#4.  ConvertEmissionstotons 0  *`hi dd<d <t bc(#(#`,td ,8dd ,8dd ,tt +  3DDD" ` 3Emissions= ;DD*DDD ; 2DD!DD 2tons =DEDD*3DD =@׷X@XEnterResulton   "SummaryofCalculations"Sheet @XX@׷1'%$"   DEDD 1  h!$  @6METHOD3.22e.   @Non(MassperUnitTime)emissionlimit(lbVOC/gallonofcoating)PROCESS_____________________________POLLUTANT: VOC  `  STATEORFEDERALRULEORPERMITCONDITIONS______________________________Skj\LHz<xs 0 @Xdddddddd@Exs. FL>@;GeneralEquation: (#(#    (#(#1.0  EL=EmissionLimit=______________________lb/gallonofcoating(minusH2O   ifapplicable) (#(# 2.  AOL=gallonsofcoating(minusH2Oifapplicable)=__________________gals.  ̀3.STURB>zx p @Xdddddddd@EPx:d LP@5 (#(#    (#(# *no ddtd 8dd 8dd tt hi(#(#,td ,8dd ,8dd ,tt +  3DDD" P 3Emissions= ;DD*xDDD ; 2DD!DD 2tons =DEDD*x 3DD =@׷X@XEnterResulton ! "SummaryofCalculations"Sheet @XX@׷1'%#   DEDD 1Note:0  Ifanynoncompliancecoatingsareused,thenanyemissionlimitsintermsof H#& "lbVOC/gallonofcoating"mustbeconvertedto"lbVOC/gallonofcoatingsolids"usingthepagetitled"Section1.8(b)(2)"andusethesheetentitled"Method3.22e.Non(MassperUnitTime)emissionlimit(lbVOC/galofcoatingsolids). (#(#   'H#+ @4 Section1.8(b)(2)   ProcedureforconvertingemissionlimitsintermsoflbVOC/gallonofcoatingtolbVOC/gallonofsolids.Thefollowingissection1.8(b)(2)asstatedintheDivision'sProceduresforTestingandMonitoringSourcesofAirPollution. `  1.8  (b) ` (2)0 Calculatetheemissionlimitationonasolidsbasisaccordingtothe @  followingequation:  (# (# SqpQA=zx 0 @Xdddddddd@Exy dL@ (#(#     (#(#   `  where:   `  S  =0 h VOCemissionlimitationintermsofkgVOC/Lof  coatingsolids(lb.VOC/gal.coatingsolids); h(#h(#    `  C  =0 h theVOCemissionlimitationintermsofkgVOC/Lof p coating(lbs./gal.),minuswaterandexemptcompounds; h(#h(#    `     h    `     h and   `  d  =0 h thedensityofVOCforconvertingemissionlimitation ` toasolidsbasis.Thedensityequals0.882kg/L(7.36lb./gal.),unlessotherwiseapprovedorspecifiedinaspecificcase. h(#h(#      @6METHOD3.22e.   @Non(MassperUnitTime)emissionlimit(lbVOC/gallonofcoatingsolids)PROCESS_____________________________POLLUTANT: VOC  `  STATEORFEDERALRULEORPERMITCONDITIONS______________________________Ssr\LHz<xs 0 @Xdddddddd@Exs. FL>@; GeneralEquation: (#(#    (#(#1.0  EL=EmissionLimit=______________________lbVOC/gallonofcoatingsolids (#(# 2.  AOL=gallonsofcoatingsolidsduringyear=______________________  ̀3.S^_R B>zx p @Xdddddddd@E`x:d L`@5  (#(#    (#(# *vw ddtd 8dd 8dd tt no(#(#,td ,8dd ,8dd ,tt +  3DDD" ` 3Emissions= ;DD*DDD ; 2DD!DD 2tons =DEDD*3DD =@׷X@XEnterResulton   "SummaryofCalculations"Sheet @XX@׷1'%$"   DEDD 1  X"%  @6METHOD3.22e.   @ $Non(MassperUnitTime)emissionlimit(general)PROCESS_____________________________POLLUTANT__________________________(ONEFORMPERPOLLUTANT)STATEORFEDERALRULEORPERMITCONDITIONS______________________________GeneralEquation:Syx\LHz<x 0 @Xdddddddd@Ex\ LE@  (#(#     (#(#1.0  EL=EmissionLimit=________________________________(#(# 2.  AOL=AnnualOperatingLevel(unitsshouldmatchEL)______________________  ̀3.SR B>zx p @Xdddddddd@EPxdpLP@:  (#(#   (#(#4.  ConvertEmissionstotons `  *|} ddtd 8dd 8dd tt vw(#(#,td ,8dd ,8dd ,tt +  3DDD" @ 3Emissions= ;DD*h DDD ; 2DD!xDD 2tons =DEDD*h !3DD =@׷X@XEnterResulton x" "SummaryofCalculations"Sheet @XX@׷1'% $   DEDD 1  H#&  @6METHOD3.22f.   @  !FormulaEmissionLimit(GeorgiaRule(e))(page1of2)PROCESS_____________________________POLLUTANT: PARTICULATEMATTER  `  GeneralEquation:S~\LHz<x 0 @Xdddddddd@E xj LU @  (#(#     (#(#1.0  Identifytheprocess.Forthepurposeofthisfeecalculationmethoda"process"  isdefinedasaunitoperationorcombinationofunitoperationsthatcannotbeoperatedindependentlyofeachotherorwhichhavebeenspecifiedbytheDivisiontobeconsideredoneprocesssubjecttotherule.Inmostinstancestherewillbesometypeofrawmaterial,intermediate,orproductstorageoraccumulationbetween"processes"inordertoallowfortheprocessestooperateindependently.UnlessotherwisespecifiedbytheDivision,thisdefinitionshallbeusedwhendeterminingtheprocessinputweightratetobeusedwithRule(e)orRule(p).AcombinationofunitoperationsthatareconsideredbyEPDtobeseparateprocessesforthepurposeofdeterminingcompliancewithRule(e)orRule(p)shallbeconsideredseparateprocessesforthepurposeoffeecalculation. (#(# 2.0  c=totalweightofmaterialinputtotheprocessduringthecalendaryear0(#(#   c=________________tons3.0  d=totalhoursofoperationofprocessduringthecalendaryear#!(#(#   d=________________hoursS_OKz|A p @Xdddddddd@Eo (A|+ '    (#(#4. (#(#  5.0  Isthisconsideredaneworoldprocessunderrule(e)?____________,`'*(#(# 0  (new=constructedormodifiedafterJuly2,1968,old=constructedormodifiedonorbeforeJuly2,1968)-@),(#(# Ї @6METHOD3.22f.   @  !FormulaEmissionLimit(GeorgiaRule(e))(page2of2)6.0  Usingtheinformationfrom4.and5.selecttheproperrule(e)equation(circle p one). (#(# S\LHz< 9T 0 @Xdddddddd@E (U0    ` Fornewequipment(asdefinedbyRule(e)): -#.#-#.#(#(# -#.#-#.#-#.#-#.# -#.#-#.#-#.#-#.# -#.#-#.#-#.#-#.# (#(#-#.#-#.#S\LHz<91 0 @Xdddddddd@Ex1X`Lx $#(#$#(#(#(# $#(#$#(#$#(#$#(# $#(#$#(#$#(#$#(# $#(#$#(#$#(#$#(# (#(#$#(#$#(#   ` Forexistingequipment(asdefinedbyRule(e)):S\LHz<9u 0 @Xdddddddd@E:uX `L= $#(#$#(#(#(# $#(#$#(#$#(#$#(# $#(#$#(#$#(#$#(# $#(#$#(#$#(#$#(# (#(#$#(#$#(#7.0  CalculateEusingtheselectedequation.@(#(# 8.0  OF=OperatingFactor="d"(no.3onpreviouspage)=____________hrs" (#(# 9.S]MIz<x p @Xdddddddd@E 'x L&@ (#(#     (#(# * ddtd 8dd 8dd tt |}(#(#,td ,8dd ,8dd ,tt +  3DDD" ,`'* 3Emissions= ;DD*-(,DDD ; 2DD!,'-DD 2tons =DEDD*-(/3DD =@׷X@XEnterResulton ,'0 "SummaryofCalculations"Sheet @XX@׷1'%-$)2   DEDD 1 @6METHOD3.22f.   @ !FormulaEmissionLimit(GeorgiaRule(p))(page1of2)PROCESS_____________________________POLLUTANT: PARTICULATEMATTER  P  GeneralEquation:S\LHz<x 0 @Xdddddddd@Exj LE@ (#(#     (#(#1.0  Identifytheprocess.Forthepurposeofthisfeecalculationmethoda"process"  isdefinedasaunitoperationorcombinationofunitoperationsthatcannotbeoperatedindependentlyofeachotherorwhichhavebeenspecifiedbytheDivisiontobeconsideredoneprocesssubjecttotherule.Inmostinstancestherewillbesometypeofrawmaterial,intermediate,orproductstorageoraccumulationbetween"processes"inordertoallowfortheprocessestooperateindependently.UnlessotherwisespecifiedbytheDivision,thisdefinitionshallbeusedwhendeterminingtheprocessinputweightratetobeusedwithRule(e)orRule(p).AcombinationofunitoperationsthatareconsideredbyEPDtobeseparateprocessesforthepurposeofdeterminingcompliancewithRule(e)orRule(p)shallbeconsideredseparateprocessesforthepurposeoffeecalculation. (#(# 2.0  c=totalweightofmaterialinputtotheprocessduringthecalendaryear0(#(#   c=________________tons3.0  d=totalhoursofoperationofprocessduringthecalendaryear#!(#(#   d=________________tonsS]MIz<A p @Xdddddddd@E(A|+O'  OO(#(#4. (#(#OO5.0  Isthisconsideredaneworoldprocessunderrule(p)?____________,`'*(#(# 0  (new=constructedormodifiedafterJanuary1,1972,old=constructedormodifiedonorbeforeJanuary1,1972)-@),(#(# ЇX @6METHOD3.22f.   @ !FormulaEmissionLimit(GeorgiaRule(p))(page2of2)6.0  Usingtheinformationfrom4.and5.selecttheproperrule(p)equation(circle p one). (#(#    ` Fornewequipment(asdefinedbyRule(p)):S\LHz<xB 0 @Xdddddddd@E/ xBL @  (#(#    (#(#SYIEz ,xu 0 @Xdddddddd@Exu`L@ (#(#    (#(#   ` Forexistingequipment(asdefinedbyRule(p))S\LHz<xB 0 @Xdddddddd@ExB0L+@  (#(#    (#(#S\LHz<wxB 0 @Xdddddddd@ExB4L@ (#(#    (#(#7.0  CalculateEusingtheselectedequation.P(#(# 8.0  OF=OperatingFactor="d"(no.3onpreviouspage)=____________hrs$"(#(#  (#(#     (#(#9.S]MIz<x p @Xdddddddd@E'x L'@  ,`'* * ddtd 8dd 8dd tt (#(#,td ,8dd ,8dd ,tt +  3DDD" -P(+ 3Emissions= ;DD*x.)-DDD ; 2DD!-(.DD 2tons =DEDD*x.)03DD =@׷X@XEnterResulton -(1 "SummaryofCalculations"Sheet @XX@׷1'%.*3   DEDD 1  x/*3  @6METHOD3.22f.   @  !FormulaEmissionLimit(GeorgiaRule(k))(page1of2)@-HotMixAsphaltConcretePlantsPROCESS_____________________________POLLUTANT: PARTICULATEMATTER  @  GeneralEquation:Sl\LHz<x 0 @Xdddddddd@Exj L5@ (#(#     (#(#1.0  c=totalweightofasphaltproducedduringthecalendaryear(#(#   c=________________tons2.0  d=totalhoursofproductionduringthecalendaryearp(#(#   d=________________tonsS]MIz<A p @Xdddddddd@EA|+Os  OO(#(#3. (#(#OO4.0  Isthisconsideredanexistingornewplantunderrule(k)?____________0(#(# 0  (equipmentisoperation,orunderconstructioncontract,onorbeforeJanuary1,1972,isconsideredexistingequipmentandallequipmentconstructedorextensivelyalteredafterthatdateisconsiderednew) (#(# 5.0  Usingtheinformationfrom3.and4.selecttheproperrule(k)equation(circle $" one). (#(#    ` Fornewequipment(asdefinedbyRule(k)):S]MIz<xB p @Xdddddddd@EO)xB@L(@  (#(#    (#(#SZJFz ,xu p @Xdddddddd@E,xu, L,@ (#(#    (#(#   / +. @6METHOD3.22f.   @  !FormulaEmissionLimit(GeorgiaRule(k))(page2of2)  HotMixAsphaltConcretePlants   ` Forexistingequipment(asdefinedbyRule(k))S\LHz<xB 0 @Xdddddddd@E_ xB<!L @ S]MIz<xB p @Xdddddddd@E_ xB L @  (#(#    (#(#S\LHz<wxB 0 @Xdddddddd@E xB<!L @S]MIz<wxB p @Xdddddddd@E xBhL @ (#(#    (#(#76.0  CalculateEusingtheselectedequation. (#(# 87.0  OF=OperatingFactor="d"(no.32onpreviouspage)=____________hrs0(#(#  (#(#9     (#(#8.pS]MIz<x p @Xdddddddd@pS] MIz<x p @Xdddddddd@Ex L5@   "  * ddtd 8dd 8dd tt (#(#,td ,8dd ,8dd ,tt +  3DDD" #! 3Emissions= ;DD*%h #DDD ; 2DD!($x$DD 2tons =DEDD*%h &3DD =@׷X@XEnterResulton ($x' "SummaryofCalculations"Sheet #@XX@׷|#1'%d% )   DEDD 1  &h!) X @6METHOD3.22f.   @ !FormulaEmissionLimit(GeorgiaRule(d))(page1of2)PROCESS_____________________________POLLUTANT: PARTICULATEMATTER  `  GeneralEquation:SQA=zx 0 @Xdddddddd@E0 x^ dL0 @ (#(#    (#(#1.0  a=totalheatinputtofuelburningequipmentduringyearCalculatethetotal @  heatinputtothefuelburningequipmentduringthecalendaryear.Multiplythetotalamountofeachtypeoffuelburnedtimesit'sheatcontent.AddtheBtuforeachfuelandentertheresultsfor"a".Donotincludetheheatinputfromdistillateoil(no.2orlighter),gaseousfuels,andliquifiedpetroleumgas.Defaultheatcontentsareshownonthepagetitled"DefaultHeatContents."ThecompanymayprovidetheirownheatcontentsprovidedthattheymeettherequirementsofAppendixA,method19ofEPD'stestingandmonitoringproceduresmanual. (#(# * ddtd 8dd 8dd tt (#(#,d",td",td",t"+  3\\]" P K3Fuel 2\]!H\\] 2AmountBurned 2\]!H\] 2HeatContent 4\]\!H\] 4Btu/yr HD\9!H K  \]\ qH 0DD! D\ 0 0DD! DD 0 4DD\! DD 4 HD\9!  q DD\ qH 0DD!3D\ 0 0DD!3 DD 0 4DD\!3!DD 4 HD\9!3" q DD\ qH 0DD!#D\ 0 0DD!$DD 0 4DD\!%DD 4 HD\9!& q DD\ qH 0DD!# s'D\ 0 0DD!# s(DD 0 4DD\!# s)DD 4 HD\9!# s* q DD\ qH 0DD!!+D\ 0 0DD!!,DD 0 4DD\!!-DD 4 HD\9!!. q DD\ qH 0DD!#c/D\ 0 0DD!#c0DD 0 4DD\!#c1DD 4 J]\\9!#c2 q DD\ Ja=TotalBtu/yr 7]D\\$$ 3]\\ 71'%$ 4 0   ]D\\ 12.0  b=totalhoursofoperationduringcalendaryear=______________________ &&"5 Donotincludehourswhentheequipmentwasburningonlydistillateoil,gaseousfuels,orLPG. (#(# 3.SfgRB>zx p @Xdddddddd@E+xpd+L+@W (#(#   f-(< 4.0  WasthisfuelburningequipmentconstructedonorbeforeJan.1,  1972?__________ (#(# 5.0  EL=Particulatematteremissionlimit(lb/MMBtu).CalculateELusingRule(d) p andthevalueofRcalculatedinno.3above.Iftheanswertono.4wasyes,useequation(d)1.Iftheanswertono.4wasno,useequation(d)2. (#(#    ` Rule(d)1(pre1972)Stu_OKz|x p @Xdddddddd@ExsR3K1@ (#(#    (#(#   ` or   ` Rule(d)2(post1972)S_OKz|=x p% @Xdddddddd@Ex8n&K@ (#(#    (#(#6.0  OL=OperatingLevel("R"fromno.3,above)=________________MMBtu/hrP(#(# 7.0  OF=OperatingFactor=hoursofoperation("b"inno.2)=________________0(#(# 8.0  UsegeneralequationtocalculateER.`(#(# S\LHz<Qf u 0 @Xdddddddd@EV uG = X(#X(#(#(#S\LHzx  p% @Xdddddddd@E "Zd,"h r XYXYX(#X(# XYXY    (#(# * ddd"td"td"t"(#(#,td ,8dd ,8dd ,tt +  3DDD" `'"% 3Emissions= ;DD*(($'DDD ; 2DD!'8#(DD 2tons =DEDD*(($*3DD =@׷X@XEnterResulton '8#+ "SummaryofCalculations"Sheet @XX@׷1'%$)t$-   DEDD 1  )(%-  @6METHOD3.22f.   @ +formulaemissionlimit(general)#1PROCESS_____________________________POLLUTANT__________________________(ONEFORMPERPOLLUTANT)STATEORFEDERALRULEORPERMITCONDITIONS______________________________GeneralEquation:S\LHz<x 0 @Xdddddddd@Ex^ qL5@  (#(#     (#(#1.0  EL=EmissionLimit=________________________________(#(# 2.  OL=averagehourlyOperatingLevel(unitsshouldmatchEL)=______________  3.0  OF=actualOperatingFactor(hr/yr)=________________p(#(# 4.S]!MIz<x p @Xdddddddd@ExdL Lh@! (#(#     (#(#     @6METHOD3.22f.   @ +formulaemissionlimit(general)#2PROCESS_____________________________POLLUTANT__________________________(ONEFORMPERPOLLUTANT)STATEORFEDERALRULEORPERMITCONDITIONS______________________________GeneralEquation:S\LHz<nx 0 @Xdddddddd@Enxj qL @" (#(#    (#(#1.0  EL=EmissionLimit=________________________________lb/hr(#(# 2.0  OF=actualOperatingFactor(hr/yr)=________________(#(# 3.S]#MIz<x p @Xdddddddd@Exd L@# (#(#     (#(# * ddtd 8dd 8dd tt (#(#,td ,8dd ,8dd ,tt +  3DDD" ` 3Emissions= ;DD*DDD ; 2DD!DD 2tons =DEDD*3DD =@׷X@XEnterResulton   "SummaryofCalculations"Sheet @XX@׷1'%$"   DEDD 1  "  @6METHOD3.22f.   @SpecialGeorgiaRule(e)/Rule(p)Provision(MaximumActual)PROCESS_____________________________POLLUTANT: PARTICULATEMATTER  `  ThismethodisavailableforanyprocesswhoseonlyparticulatematteremissionlimitiseitherGeorgiaRule(e)"ParticulateEmissionsfromManufacturingProcesses"orGeorgiaRule(p)"ParticulateEmissionsfromKaolinandFuller'sEarthProcesses."Inthispartoftheprovision,themaximumlb/hremissionratelistedinthepermitapplicationmaybeusedtocalculatetheemissions.1.0  IsGeorgiaRule(e)/Rule(p)the ONLY particulatematteremissionlimitforthis   source?____________ (#(#   (Iftheanswerto1.is"no",thenthismethodcannotbeused)2.0  Maximumlb/hremissionratelistedinairqualitypermitapplication=  _____________lb/hr (#(# 3.0  Isthereanyevidencethattheactualemissionsfromthissourceexceedsthat ` listedin2.?____________ (#(#   (Iftheanswerto2.is"yes",thenthismethodcannotbeused)4.0  Actualhoursperyearofoperation=________________`(#(#  (#(#     (#(#5.S]$MIz<x p @Xdddddddd@Exd L(@$0  #!(#(# * ddtd 8dd 8dd tt (#(#,td ,8dd ,8dd ,tt +  3DDD" $" 3Emissions= ;DD*&X!$DDD ; 2DD!%h %DD 2tons =DEDD*&X!'3DD =@׷X@XEnterResulton %h ( "SummaryofCalculations"Sheet @XX@׷1'%T&!*   DEDD 1  'X"*  @6METHOD3.22f.   @  !SpecialGeorgiaRule(e)/Rule(p)Provision(Exemption)PROCESS_____________________________POLLUTANT: PARTICULATEMATTER  `  ThismethodisavailableforanyprocesswhoseonlyparticulatematteremissionlimitiseitherGeorgiaRule(e)"ParticulateEmissionsfromManufacturingProcesses"orGeorgiaRule(p)"ParticulateEmissionsfromKaolinandFuller'sEarthProcesses."Inthispartoftheprovision,theparticulatematteremissionsfromaprocessareexemptfromthefeesystemifthatprocessmeetseitherofthetwofollowingconditions.(Thisprovisionisfoundinpage12ofthe1991feemanual.(a)0  Equipmentusedexclusivelyformaterialhandlingandstorage(i.e.bins,silos,  hoppers,feeders,conveyors)areexemptfromthepermitfeesystem. (#(# (b)0  Processeswhoseestimatedactualemissionsarelessthan2tons/yearare  exemptfromthefeesystem. (#(#   p  @6METHOD3.22g.   @ 'Sulfurinfuelemissionlimit(page1of2)PROCESS_____________________________POLLUTANT: SULFURDIOXIDE  `  STATEORFEDERALRULEORPERMITCONDITIONS______________________________UseequationforappropriateFuel.Ifmorethanonefuelisused,calculateSO2  p  emissionsfromeachfuelandtotal.Coal @  1.0  CoalSulfurLimit=__________% (#(# 2.  Tonsofcoalburnedduringyear=______________tons  3.SW%GCz ( p @Xdddddddd@E`dT L5% (#)#(#(#(#(# (#)#(#(#(#)#(#(# (#)#(#(#(#)#(#(# (#)#(#(#(#)#(#(# (#(#(#)#(#(#ResidualOil @ 1.0  ResidualOilSulfurLimit=__________% p(#(# 2.  Gallonsofresidualoilburnedduringyear=______________gallons P 3.SVFBz ( 0 @Xdddddddd@E ld<+L W& (#)#(#(#(#(#  (#)#(#(#  @6METHOD3.22g.   @ 'Sulfurinfuelemissionlimit(page2of2)DistillateOil  1.0  DistillateOilSulfurLimit=__________%P (#(# 0  Note:0` (#(#Forfeecalculationpurposes,theregulatorysulfurinfuellimitfordistillate 0  oil(no.2fueloilorlighter)maybeassumedtobe0.5%. p ` (#` (# 2.  Gallonsofdistillateoilburnedduringyear=______________gallons @  3.SW'GCz ( p @Xdddddddd@EPdt+LW' (#)#(#(#(#(# (#)#(#(#(#)#(#(# (#)#(#(#(#)#(#(# (#)#(#(#(#)#(#(# (#(#(#)#(#(#OtherFuels p 1.0  FuelSulfurLimit=__________%P(#(# 2.  Poundsoffuelburnedduringyear=______________pounds 0 3.Sz{W(GCz ( p @Xdddddddd@Epd4 L5( (#)#(#(#(#(# (#)#(#(#(#)#(#(# (#)#(#(#(#)#(#(# (#)#(#(#(#)#(#(# (#(#(#)#(#(# TOTALSO2EMISSIONS  "  AddtheSO2emissionsfromeachfueltoobtainthetotalSO2emissionsfromthe $" source.SO2=__________+__________+__________+__________=__________TONS `'"%  * ddtd 8dd 8dd tt (#(#,td ,8dd ,8dd ,tt +  3DDD" 0*%( 3Emissions= ;DD*+&*DDD ; 2DD!*&+DD 2tons =DEDD*+&-3DD =@׷X@XEnterResulton *&. "SummaryofCalculations"Sheet 1'%+D'0   DEDD 1  ,'0 @XX@׷XXX@X@??7 METHOD3.23   @EmissionsReductionRequirement(ControlEfficiencyRequirement)PROCESS_____________________________POLLUTANT____________________________(ONEFORMPERPOLLUTANT)STATEORFEDERALRULEORPERMITCONDITIONS______________________________1.0  ControlEfficiencyRequirement=__________%.P (#(# 2.0  ConvertControlEfficiencytoDecimalEquivalent=__________.0 (#(# 3.0  UncontrolledEmissions=________________tons(#(# 4.0  CaptureEfficiency=____________%(Use80%forprocessequipmentunless  demonstratedotherwiseand100%forfuelburningequipment). (#(# 5.0  ConvertCaptureEfficiencytoDecimalEquivalent=__________.p(#(# 6.0  CapturedEmissions=UncontrolledEmissionsXCaptureEfficiencyP(#(#   CapturedEmissions=(3.)___________tonsX(5.)___________=____________tons 0 7.0  UncapturedEmissions=UncontrolledEmissionsCapturedEmissions`(#(#   UncapturedEmissions=(3.)__________tons(6.)_________tons=__________tons @ 8.0  Emissions=[Capturedx(1EfficiencyRequirement)]+UncapturedEmissions (#(#   Emissions=[(6.)_______tonsx(1(2.)______)]+(7.)________tons= _________tons  "   * ddtd 8dd 8dd tt (#(#,td ,8dd ,8dd ,tt +  3DDD" % # 3Emissions= ;DD*&H"%DDD ; 2DD!&X!&DD 2tons =DEDD*&H"(3DD =#׷XX#EnterResulton &X!) "SummaryofCalculations"Sheet XX׷1'%D'"+   DEDD 1  'H#+ @??7 METHOD3.23   @ffEmissionsReductionRequirement(CaptureandControlEfficiencyRequirement)PROCESS_____________________________POLLUTANT____________________________(ONEFORMPERPOLLUTANT)STATEORFEDERALRULEORPERMITCONDITIONS______________________________1.0  CaptureandControlEfficiencyRequirement=__________%.P (#(# 2.0  ConvertControlEfficiencytoDecimalEquivalent=__________.0 (#(# 3.0  UncontrolledEmissions=________________tons(#(# 4.0  EmissionRate=UncontrolledEmissionsx(1EfficiencyRequirement)(#(#   EmissionRate=(3.)____________tonsx(1(2.)_________)= ____________tons    * ddtd 8dd 8dd tt (#(#,td ,8dd ,8dd ,tt +  3DDD" ` 3Emissions= ;DD*(DDD ; 2DD!8DD 2tons =DEDD*(3DD =#׷XX#EnterResulton 8 "SummaryofCalculations"Sheet XX׷1'%$t   DEDD 1  ( mK@??7 METHOD3.24   @PermitorRegulatoryLimitnotListedinMethods3.213.25@(Note:Ifasourceusesthismethod,theyareprobablywrong)PROCESS_____________________________POLLUTANT____________________________(ONEFORMPERPOLLUTANT)STATEORFEDERALRULEORPERMITCONDITIONS______________________________Showcalculationspertainingtothismethodbelow: * ddtd 8dd 8dd tt (#(#,td ,8dd ,8dd ,tt +  3DDD" ,`'* 3Emissions= ;DD*-(,DDD ; 2DD!,'-DD 2tons =DEDD*-(/3DD =#׷XX#EnterResulton ,'0 "SummaryofCalculations"Sheet XX׷1'%-$)2   DEDD 1@??7 METHOD3.25   @4ActualEmissionsPROCESS_____________________________POLLUTANT____________________________(ONEFORMPERPOLLUTANT)#׷XX#-׷Thismethodistobeusedforanyprocessorfuelburningequipmentthatisnotexemptundersection3.17ofthefeemanual.Iftheemissionsforsomebutnotallofthecriteriapollutantsemittedfromaaprocessofpieceoffuelburningequipmentusingcalculatedusingmethods3.21through3.24,thismethodisusedfortheremainingpollutants.Ifnoneofthecriteriapollutantsaresubjecttoapermitorrulelimit,thenthismethodisusedforallcriteriapollutantsemitted.Calculationsarenotrequiredforaparticularpollutantiftheactualemissionsofthatpollutantarelessthanorequalto1tonperyear.Themethodsusedtocalculateactualemissionsarecontainedontheformtitled"Method3.25,MethodsforCalculatingActualEmissions".Themethodsarearrangedinorderorpriority.Theapplicablemethodwithhighestpriorityshouldbeused.#׷-#XX׷MethodUsed=_______________ X Calculations:* ddtd 8dd 8dd tt (#(#,td ,8dd ,8dd ,tt +  3DDD" +&, 3Emissions= ;DD*-`(.DDD ; 2DD! ,p'/DD 2tons =DEDD*-`(13DD =#׷XX#EnterResulton  ,p'2 "SummaryofCalculations"SheetXX׷1'%\-(4   DEDD 1mKX  @@ @??7METHOD3.25   @g g (MethodsforCalculatingActualEmissionsThesemethodsarelistedinorderofpriority.Theapplicablemethodwiththehighestpriorityshouldbeused.3.25(a)0 ` materialbalanceforVOCemissionsexceptwhereover50%oftheVOC `  usediscarriedoutinaproductorbyproduct(i.e.includesprinting,coating,etc.doesnotincludepaintmixing,etc.) ` (#` (# 3.25(b)0 ` representativeemissionstestdataorcontinuousemissionsmonitordata  `  (i.e.SO2orNOxmonitoringsystems)duringthecalendaryearforwhich P  feesarebased(Ifmorethanoneemissionstestsisconductedduringtheyear,alltestsconductedshallbeused) ` (#` (# 3.25(c)0 ` representativeemissionstestdataperformedduringacalendaryearother  thanthecalendaryearforwhichfeesarebased ` (#` (# 3.25(d)0 ` representativetestdatafromsimilarprocesses` (#` (# 3.25(e)0 ` emissionfactorsspecifiedbytheDivisioninsection3.3Fofthe7/1/92FHGofGHIofthe  I"ProceduresforCalculatingAirPermitFees"orapprovedbytheDivisionpriortosubmittaloftheGeorgiaAirEmissionsFeeReportingform ` (#` (# 3.25(f)0 ` otheremissionfactorsTheowneroroperatorshallobtainemission @ factorsfromthefollowingpublications,listedinorderofpriority.Whentheemissionfactororcontrolefficiencyisgivenasarangeofvalues,theaverageoftherangeshallbeused. ` (#` (#    ` 3.25(f)1.0  U.S.EPAdocumentAP42,"CompilationofAirPollutant 0 EmissionFactors",asofdateofsubmittalofthefom (#(#    ` A3.25(f)2.0  U.S.EPAdocumentEPA450/490003'"AIRSFacility !  SubsystemSourceClassificationCodesandEmissionFactorListingforCriteriaAirPollutants",asofdateofsubmittal (#(#   A3.25(f)B3BC2C.0  emissionfactorsdevelopedbyindustryortradeassociations !  orgovernmentregulatoryagencies(maybesubjecttoapprovalbytheDivision) (#(#    ` 3.25(f)D4DE3E.0  anyotherpublishedemissionfactors(maybesubjectto %!$ approvalbytheDivision) (#(# 3.25(g) ` materialbalance P($' 3.25(h) ` designcalculations 0*p&) @,X  @3.25(i) ` bestavailableestimate#@XXXX##@׷X@X#