icrdata

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SUMMARY DATA Page 1

Plant name

AES Cayuga (NY) (formerly NYSEG Milliken) AES a!aii" #n$%

Antelo&e 'alley Station

ailly

ay ront Plant Generating

ig en*

ig ro!n

rayton Point

rayton Point

ru$e Man+fiel*

C,arle+ R% -o!man

C,ollaC,olla

Clay o+!ell

Clay o+!ell

Clay o+!ell

Cliff+i*e

Clifty Creek

Clo.er Po!er Station

Col+tri&

Colum/ia

Coman$,eCorona*o

Coyote

Craig

Craig

Dunkirk

D!ayne Collier attle Cogeneration a$ility

Ga+ton

George Neal Sout,

Gi/+on Generating Station (000)


GRDA

#ntermountain

3a$k 4at+on

Unit name oiler5N67 ty&e PM $ontrol

8 C6N'5PC5N695DRY ESP: CS A C5SNCR AG6USE

1 C6N'5PC5N695DRY AG6USE

; CYC-6NE5N6N6954ET ESP: CS

< CYC-6NE5N6N6954ET MEC

0 C6N'5TUR65N6954ET ESP: CS

1 C6N'5PC5N6N695DRY ESP: CS5AG6USE

1 C6N'5PC5N695DRY ESP: CS

C6N'5PC5N695DRY ESP: CS

1 C6N'5PC5N695DRY PARTSCRU

8 C6N'5PC5N6N695DRY ESP: S

8 C6N'5PC5N6N695DRY MEC5PARTSCRU C6N'5PC5N6N695DRY ESP: S


C6N'5PC5N695DRY PARTSCRU

= C6N'5PC5N695DRY PARTSCRU


> C6N'5PC5N6954ET ESP: S


C6N'5PC5N695DRY PARTSCRU

1 C6N'5PC5N695DRY ESP: S

8 C6N'5PC5N695DRY AG6USEU1 C6N'5PC5N6954ET ESP: S

1 CYC-6NE5N6N6954ET AG6USE

C1 C6N'5PC5N695DRY ESP: S

C C6N'5PC5N695DRY AG6USE


8 ST6?ER5N695DRY AG6USE


= C6N'5PC5N695DRY ESP: CS




8SGA C6N'5PC5N695DRY AG6USE

= C6N'5PC5N695DRY ESP: CS

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SUMMARY DATA Page 8

Plant name

3im ri*ger

?line To!n+,i& Cogen a$ility

-a Cygne

-aramie Ri.er Station


-a!ren$e

-elan* 6l*+ Station

-e!i+ @ Clark

-ime+tone

-ogan Generating Plant

Me$klen/urg Cogeneration a$ility

Merame$Monti$ello

Monti$ello

Montro+e

Na.ao

Nel+on De!ey

Ne!ton

Platte

Polk Po!er

Port 4a+,ington

Pre+Bue #+lePre+Bue #+le

Pre+Bue #+le

R% D% Morro! Sr% Generating &lant

R%M% e+kett Station

Ra!,i*e

Salem ar/or

Sam Seymour

San 3uan

S$ru/gra++ Generating Com&any -% P%

SE# : ir$,!oo* Po!er a$ility

S,a!nee o++il Plant

S,er/urne County Generating Plant

St Clair Po!er Plant


4 ;= C6N'5PC5N695DRY ESP: CS

GEN1 C5N6N69 AG6USE

1 CYC-6NE5N6954ET PARTSCRU



= C6N'5PC5N6N695DRY PARTSCRU

8 CYC-6NE5N6N6954ET ESP: CS

1 C6N'5PC5N695DRY PARTSCRU

-#M1 C6N'5PC5N6954ET ESP: CS

GEN 1 C6N'5PC5N695SCR5DRY AG6USE

GEN 1 C6N'5PC5N695DRY AG6USE

= C6N'5PC5N695DRY ESP: CS1 C6N'5PC5N6N695DRY ESP: CS5AG6USE

C6N'5PC5N6N695DRY ESP: CS


C6N'5PC5N6N695DRY ESP: S

1 CYC-6NE5N6N6954ET ESP: S


1 C6N'5PC5N6954ET ESP: S

1 C6A- GAS C6A- GAS

= C6N'5PC5N6N695DRY ESP: CS

< C6N'5PC5N6N6954ET ESP: CS> C6N'5PC5N6N6954ET ESP: CS

2 C6N'5PC5N6954ET ESP: S


8 C5N6N69 ESP: CS


C6N'5PC5N695SNCR5DRY ESP: CS

C6N'5PC5N6N695DRY ESP: CS


GEN1 C5N6N69 AG6USE

1 C6N'5PC5N695SCR5DRY AG6USE

C6N'5PC5N695DRY AG6USE

C6N'5PC5N695DRY AG6USE

= C6N'5PC5N6N695DRY ESP: CS

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SUMMARY DATA Page

Plant name

Stanton Station

Stanton Station

Sto$kton Cogen Com&any

TNP:6ne

'alley

'almont

4% % Sammi+

4a/a+, Ri.er Generating Station

4i*o!+ Creek o++il Plant

4yo*ak




GEN1 C5SNCR AG6USE

U8 C5N6N69 AG6USE


< C6N'5PC5N695DRY AG6USE

1 C6N'5PC5N6N695DRY AG6USE

1 1A C6A- GAS C6A- GAS

> C6N'5PC5N6N695DRY ESP: CS

4 21 C6N'5PC5N695DRY ESP: CS

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SUMMARY DATA Page =

Plant name

AES Cayuga (NY) (formerly NYSEG Milliken)

AES a!aii" #n$%


ailly


ig en*

ig ro!n

rayton Point

rayton Point

ru$e Man+fiel*

C,arle+ R% -o!man

C,ollaC,olla

Clay o+!ell

Clay o+!ell

Clay o+!ell

Cliff+i*e

Clifty Creek


Col+tri&

Colum/ia

Coman$,eCorona*o

Coyote

Craig

Craig

Dunkirk


Ga+ton

George Neal Sout,



GRDA

#ntermountain

3a$k 4at+on

S67 $ontrol name of fuel 1

4ETSCRU #TUM#N6US 0%1>

C SU#TUM#N6US 0%08;2

SDA -#GN#TE 0%0>

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SUMMARY DATA Page <

Plant name

3im ri*ger


-a Cygne



-a!ren$e

-elan* 6l*+ Station

-e!i+ @ Clark

-ime+tone



Merame$Monti$ello

Monti$ello

Montro+e

Na.ao

Nel+on De!ey

Ne!ton

Platte

Polk Po!er

Port 4a+,ington


Pre+Bue #+le


R%M% e+kett Station

Ra!,i*e

Salem ar/or

Sam Seymour

San 3uan



S,a!nee o++il Plant




a.erage gin fuel

(&&m!)

4ETSCRU SU#TUM#N6US 0%0

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SUMMARY DATA Page >

Plant name

Stanton Station

Stanton Station


TNP:6ne

'alley

'almont

4% % Sammi+



4yo*ak


a.erage gin fuel

(&&m!)

N6NE -#GN#TE 0%0

SDA -#GN#TE 0%0

C #TUM#N6US 0%0=0=

C -#GN#TE 0%010

N6NE #TUM#N6US5PETR6-EUM C6?E 0%0=;<

C6MP C6A- #TUM#N6US 0%0

N6NE #TUM#N6US 0%1002

C6A- GAS #TUM#N6US 0%0;>

C6MP C6A- #TUM#N6US 0%0=>

SDA SU#TUM#N6US 0%0>

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SUMMARY DATA Page ;

Plant name


AES a!aii" #n$%


ailly


ig en*

ig ro!n

rayton Point

rayton Point

ru$e Man+fiel*

C,arle+ R% -o!man

C,ollaC,olla

Clay o+!ell

Clay o+!ell

Clay o+!ell

Cliff+i*e

Clifty Creek


Col+tri&

Colum/ia

Coman$,eCorona*o

Coyote

Craig

Craig

Dunkirk


Ga+ton

George Neal Sout,



GRDA

#ntermountain

3a$k 4at+on

name of fuel 8 uel in te+t

#TUM#N6US 1;

T#RES 0%0811 SU#TUM#N6US 1;

-#GN#TE 100 #TUM#N6US 1;

PETR6-EUM C6?E 0%00; #TUM#N6US 1=

#TUM#N6US 0%10< #TUM#N6US 1 SU#TUM#N6US5#TUM#N6US

#TUM#N6US 12

SU#TUM#N6US 12

SU#TUM#N6US =0>

SU#TUM#N6US 1=< SU#TUM#N6US 1

-#GN#TE 1;8

#TUM#N6US 0%0>; SU#TUM#N6US 181

#TUM#N6US 0%0>; SU#TUM#N6US 12

#TUM#N6US 0<

#TUM#N6US 1>

#TUM#N6US >

SU#TUM#N6US 11

#TUM#N6US 0%0;;1 SU#TUM#N6US5#TUM#N6US 1

PETR6-EUM C6?E 0%011; #TUM#N6US 1

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SUMMARY DATA Page

Plant name

3im ri*ger


-a Cygne



-a!ren$e

-elan* 6l*+ Station

-e!i+ @ Clark

-ime+tone



Merame$Monti$ello

Monti$ello

Montro+e

Na.ao

Nel+on De!ey

Ne!ton

Platte

Polk Po!er

Port 4a+,ington


Pre+Bue #+le


R%M% e+kett Station

Ra!,i*e

Salem ar/or

Sam Seymour

San 3uan



S,a!nee o++il Plant




a.erage gin fuel

(&&m!)T $ontrolinlet (C)

#TUM#N6US 0%0=0 SU#TUM#N6US 1=>

4ASTE #TUM#N6US 1

#TUM#N6US 0%18=2 SU#TUM#N6US 1==

SU#TUM#N6US 1

SU#TUM#N6US 12

#TUM#N6US 0%0;2< SU#TUM#N6US 1>>

-#GN#TE 808

-#GN#TE 122

-#GN#TE 1>8

#TUM#N6US 1=;

#TUM#N6US 1=

#TUM#N6US 0%02> SU#TUM#N6US5#TUM#N6US 1;0SU#TUM#N6US 0%0;8 -#GN#TE 11

SU#TUM#N6US 0%0;8 -#GN#TE 1;>

SU#TUM#N6US 1

SU#TUM#N6US 0%0

SU#TUM#N6US 11

#TUM#N6US 1=

SU#TUM#N6US 0%10>= #TUM#N6US5SU#TUM#N6US 1

8/18/2019 icrdata

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SUMMARY DATA Page 2

Plant name

Stanton Station

Stanton Station


TNP:6ne

'alley

'almont

4% % Sammi+



4yo*ak


a.erage gin fuel

(&&m!)T $ontrolinlet (C)

-#GN#TE 1><

-#GN#TE 1;>

PETR6-EUM C6?E 0%082 #TUM#N6US5PETC6?E 1=

-#GN#TE 11

#TUM#N6US5PETC6?E 10

SU#TUM#N6US 1>0

8/18/2019 icrdata

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SUMMARY DATA Page 10

Plant name


AES a!aii" #n$%


ailly


ig en*

ig ro!n

rayton Point

rayton Point

ru$e Man+fiel*

C,arle+ R% -o!man

C,ollaC,olla

Clay o+!ell

Clay o+!ell

Clay o+!ell

Cliff+i*e

Clifty Creek


Col+tri&

Colum/ia

Coman$,eCorona*o

Coyote

Craig

Craig

Dunkirk


Ga+ton

George Neal Sout,



GRDA

#ntermountain

3a$k 4at+on

tested control

8 0%10>< SO2/WETSCRUB

=> 0%08>; 0% 8%28; PM/MECH

1;>; 0%1 SO2/WETSCRUB

1 0%80 0%;28 8 1%00= ; 0%000 1%1>88 >%>1= =%2112 PM/ESP- CS

;>; 0%028; 1%028< ;%2; 0%00 SO2/WETSCRUB

8 PM/MECH/PARTSCRUB; 0%8>2 PM/BAGHOUSE

0 1%021< => =%==2 PM/PARTSCRUB

>0 0%;8 %288 %>22> PM/PARTSCRUB

1=00 0%0>00 1%2%==; PM/ESP- HS

==1 0%000 1%00 11%>=;; 10%=0 PM/ESP- HS

= >%;0=8 >%1=2 PM/PARTSCRUB

1= 0%1000 1%>8>< 1% 10%;> %0< PM/ESP- HS

1;00 0%000 0%;== 1%2 1%;0< SO2/SDA

0%0; 0%11 %1>1> 8%11< 0%>;; PM/ESP- CS

8100 0%120 1%>0 1;%2=; 1>%=;12 PM/ESP- CS

22 0%1000 0%20> SO2/SDA

800 0%08 SO2/WETSCRUB

;>1 0%0 =%1>= PM/ESP- CS

Cl in te+t $oal(&&m)

g in te+t $oal(&&m)

g outfurna$e5 g

in $oall/ g5Ttu out

furna$e

fa$tor l/g5Ttu out

furna$e

8/18/2019 icrdata

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Plant name

3im ri*ger


-a Cygne



-a!ren$e

-elan* 6l*+ Station

-e!i+ @ Clark

-ime+tone



Merame$Monti$ello

Monti$ello

Montro+e

Na.ao

Nel+on De!ey

Ne!ton

Platte

Polk Po!er

Port 4a+,ington

Pre+Bue #+le

Pre+Bue #+le

Pre+Bue #+le


R%M% e+kett Station

Ra!,i*e

Salem ar/or

Sam Seymour

San 3uan



S,a!nee o++il PlantS,er/urne County Generating Plant


tested controlCl in te+t $oal

(&&m)g in te+t $oal

(&&m)

g outfurna$e5 g

in $oall/ g5Ttu out

furna$e

fa$tor l/g5Ttu out

furna$e

; 0% 0%8>;< 1;%101 8%01%818 SO2/SDA

8>; 0%0=;; 1%0=< =%081 =%2; PM/PARTSCRUB

21 0%0=0< 1%8;2 > PM/ESP- CS

100 0%112 1%==8 1>%1%2>0; PM/PARTSCRUB

< %80 0%0210 1%0821 >%8>8 >%>8>2 PM/ESP- CS1>; 0%;1; 0%2>;1 ==%02;8 =%2>2 PM/ESP- CS/BAGHOUSE

1 0%=1%=2< PM/ESP- CS

100 0%=0 1%22>< 1%22; PM/ESP- HS

1; 0%0;0; 1%010 %0 ;%>1== PM/ESP- CS

11 0%0200 1%;>8 18%12 10%>01 0 PM/ESP- CS

12; 0%02 1%8002 %=>> 8%>11 PM/ESP- CS

88 0%0>8 0%20=; %> ;%8== PM/ESP- CS

18; 0%0; 1%2;; 1%;010 %1>2 %8=< PM/ESP- CS

80 0%188; SO2/WETSCRUB

1>; 0%000 0%; 0%>2; =%>1> 28%2 SO2/SDA

1>; 0%08 1% %8;; %0; PM/BAGHOUSE108 0%0;>; 1%>0< %2= ;%20=8 SO2/SDA

0%0>1 0%2; =%= =%12 PM/ESP- CS

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Plant name

Stanton Station

Stanton Station


TNP:6ne

'alley

'almont

4% % Sammi+



4yo*ak

tested controlCl in te+t $oal

(&&m)g in te+t $oal

(&&m)

g outfurna$e5 g

in $oall/ g5Ttu out

furna$e

fa$tor l/g5Ttu out

furna$e

0 1%;>=0 1=%0>08 10%;=8; PM/BAGHOUSE

>00 0%0>; 0%>;=; %>2

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SUMMARY DATA Page 1

Plant name


AES a!aii" #n$%


ailly


ig en*

ig ro!n

rayton Point

rayton Point

ru$e Man+fiel*

C,arle+ R% -o!man

C,ollaC,olla

Clay o+!ell

Clay o+!ell

Clay o+!ell

Cliff+i*e

Clifty Creek


Col+tri&

Colum/ia

Coman$,e

Corona*o

Coyote

Craig

Craig

Dunkirk


Ga+ton

George Neal Sout,



GRDA#ntermountain

3a$k 4at+on

lo$ation

no /y&a++ 0%;80< 0%>>1 8%1>18 1 11F 0%001<

no /y&a++ :0%=;; :0%%2; 12;F %0>8

no /y&a++ 0%8< 0%>20> 88F %1>= 8=8 :0%>8; 1%0;> =;F 1%80>> 0 0%8> 2F 0%>> =F 0%080=

no /y&a++ 0%001; 0%0;= 0F 0%011;no /y&a++ 0%= 0%;=> 10F 0%00;

no /y&a++ 0%8==; 0%828 %0>

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SUMMARY DATA Page 1=

Plant name

3im ri*ger

?line To!n+,i& Cogen a$ility-a Cygne



-a!ren$e

-elan* 6l*+ Station

-e!i+ @ Clark

-ime+tone



Merame$Monti$ello

Monti$ello

Montro+e

Na.ao

Nel+on De!ey

Ne!ton

Platte

Polk Po!er

Port 4a+,ington

Pre+Bue #+le

Pre+Bue #+le

Pre+Bue #+le


R%M% e+kett Station

Ra!,i*e

Salem ar/or

Sam Seymour

San 3uan





lo$ationfr%remo.e$oal:+ta$k

fremo.e$ontrol

l/ g5Ttuout $ontrol

Frel%*e.iation

l/ g5Ttuout $ontrol

fa$tor l/g5Ttu

out $ontrol

*e.iation

fa$tor l/g5Ttu

out $ontrol

&arti$ulate fa$tor l/g5Ttu

out $ontrol

no /y&a++ 0%12=2 0%02> =%20 ;F =%;0=0 0%1F 0%01> 0%F 0%008<no /y&a++ 0%=8; 0%881< F >8 1%8=8= F 1%8>88 ;F 0%00;>

no /y&a++ 0% =%0=; 110F =%8 1F 0%0080

no /y&a++ 0%2;8 0%2;> 0%8=== 1 ;%12< 28F ;%

no /y&a++ 0%>=2 0%808 %108< 0F 0%0>01

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SUMMARY DATA Page 1<

Plant name

Stanton Station

Stanton StationSto$kton Cogen Com&any

TNP:6ne

'alley

'almont

4% % Sammi+



4yo*ak

lo$ationfr%remo.e$oal:+ta$k

fremo.e$ontrol

l/ g5Ttuout $ontrol

Frel%*e.iation

l/ g5Ttuout $ontrol

fa$tor l/g5Ttu

out $ontrol

*e.iation

fa$tor l/g5Ttu

out $ontrol

&arti$ulate fa$tor l/g5Ttu

out $ontrol

no /y&a++ 0%==02 :0%0%208= 1;F 0%01>

no /y&a++ :0%0;01 0%01=; %1==< 1%8 =F 0%00=8

no /y&a++ 0%;1> 0%2881 1%0102 >F 0%821 F 0%0>

no /y&a++ 0%82 8F 2< 8F 1%2> ;F 0%0>=2

no /y&a++ :1%== 0%==2 %0 >F ;%0;01 F 0%01>

8/18/2019 icrdata

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SUMMARY DATA Page 1>

Plant name


AES a!aii" #n$% Antelo&e 'alley Station

ailly


ig en*

ig ro!n

rayton Point

rayton Point

ru$e Man+fiel*

C,arle+ R% -o!man

C,ollaC,olla

Clay o+!ell

Clay o+!ell

Clay o+!ell

Cliff+i*e

Clifty Creek


Col+tri&

Colum/ia

Coman$,e

Corona*o

Coyote

Craig

Craig

Dunkirk


Ga+ton

George Neal Sout,



GRDA#ntermountain

3a$k 4at+on

0%1=>< 1%202> 1; %>>; 1 1; = 8%>= 0%00008>= 0%00008>=

1%>1 1%1>2 1= 1%; ;=%0; ;%2= 0%0000;=0; 0%0000;2=

0%1= 1%=02 12 1< 1>;% 11%1 10%82 0%000010>1 0%00001082

0%11; %0>21 1; >%; 8%

=%8;=> 8%;8 0< 82=% 2%01 ;8%11 0%0000201 0%0000;811

0%0120 0%0> = 18>%; >=% 0%0000>=

%808 =%= 11%88 1%21 0%0000>188 0%0000121

8=%2= =%112; 1 1; 10%0 0%0001;>; 0%000100

0%;>08 ;%2122 1 =%1 %8> 28%1 0%00008> 0%00002810%0=1

8%08

8/18/2019 icrdata

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SUMMARY DATA Page 1;

Plant name

3im ri*ger

?line To!n+,i& Cogen a$ility-a Cygne



-a!ren$e

-elan* 6l*+ Station

-e!i+ @ Clark

-ime+tone



Merame$Monti$ello

Monti$ello

Montro+e

Na.ao

Nel+on De!ey

Ne!ton

Platte

Polk Po!er

Port 4a+,ington

Pre+Bue #+le

Pre+Bue #+le

Pre+Bue #+le


R%M% e+kett Station

Ra!,i*e

Salem ar/or

Sam Seymour

San 3uan





o7i*ie* fa$tor l/g5Ttu

out $ontrol

elemental fa$tor l/g5Ttu

out $ontrol

inlet la+t$ontrol

tem& (C)+ta$k tem&

(C)l/ g5T4from $oal

l/ g5T4from

$on$entrationl/ g5M4from $oal

l/ g5M4from

$on$entration

0%1;0 =%=280 1=> 0%000000< 0%000000>0%0; >;% 0%0 2;%1= 11=%1 0%00002;1= 0%00011=1

1%;11 11%00 1>8 8%02 0%0000>802

0%08 8%>2 10 1%2 0%000081;8 0%000088>

1%=8;% 0% ;=%0; 0%00000 0%0000;=0;

0%22 2%;000 =1= 1

8/18/2019 icrdata

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SUMMARY DATA Page 1

Plant name

Stanton Station

Stanton StationSto$kton Cogen Com&any

TNP:6ne

'alley

'almont

4% % Sammi+



4yo*ak

o7i*ie* fa$tor l/g5Ttu

out $ontrol

elemental fa$tor l/g5Ttu

out $ontrol

inlet la+t$ontrol

tem& (C)+ta$k tem&

(C)l/ g5T4from $oal

l/ g5T4from

$on$entrationl/ g5M4from $oal

l/ g5M4from

$on$entration

0%8=2> >%>28 1>< 1>>%< =1%2= ;%1; 0%0000=12= 0%0000;1;

0%1>1 >%1118 1;> 2% >% >>%8; 0%0000> 0%0000>>8;0%0>; 0%021 1= 1=>%0 8%=< 1%2 0%000008=< 0%0000012

;%;>21 %0=28 11 1;

8/18/2019 icrdata

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You may search these terms through the use of the find or [Ctrl][f] keys.

NOTES FOR CALCULATIONS

Mer$ury $on$entration+ t,at are re&orte* a+ non:*ete$t are e+timate* a+ one ,alf t,e Buantifi$ation limit%

The monthly mercury tests by coal type are reported for all units at the facility. The unit tested at the facility may burn one or more of the types of coal types that were tested for mercury. You shouldmanually match the type of fuel during the emissions test to the types of coals measured during the year for comparison purposes.

Some GD unit+ !ere o&erate* !it, an a$ti.e /y&a++ of t,e $ontrol *e.i$e *uring t,e te+ting% or unit+ !it, a

/y&a++ aroun* t,e unit (+ome of t,e furna$e ga+ !a+ .ente* to t,e +ta$k !it,out treatment /y t,e $ontrol *e.i$e) t,emea+ure* *ata !ere u+e* to e+timate t,e $on$entration an* flo! rate+ a+ if all of t,e ga+ !ere treate* /y t,e $ontrol*e.i$e%

or unit+ !it, multi&le $ontrol *e.i$e+ in +erie+" only t,e la+t $ontrol *e.i$e !a+ te+te*% T,o+e unit+ !it, multi&le$ontrol+ in +erie+ ,a* no *ire$t mea+urement+ of t,e furna$e e7it ga+ /efore t,e fir+t $ontrol" an* those calculationsof the exiting furnace gas are reported as zero in the detail data and are lan! in the su""ar# data %

#n a fe! $a+e+ t,e fra$tion remo.e* i+ negati.e% T,e+e negati.e num/er+ are re&orte* a+ $al$ulate* on t,e +ame/a+i+ a+ t,e ot,er num/er+" !it,out +etting t,e fra$tion to ero remo.al% A remo.al t,at i+ le++ t,an ero i+ a &,y+i$alim&o++i/ility an* +,oul* /e .ie!e* a+ an artifa$t of t,e te+t &rogram%

T,e mer$ury loa*ing fa$tor+ (l/ g5Ttu) are $al$ulate* /y t!o met,o*+" (1) t,e mer$ury rate *i.i*e* /y t,e ,eatingrate of t,e $oal an* (8) t,e $on$entration of g multi&lie* /y an fa$tor an* $orre$te* for o7ygen $ontent% T,e

fa$tor met,o* i+ t,oug,t to /e more a$$urate /e$au+e of &otential &ro/lem+ in re&orting $oal fee* rate+ an* flue ga+flo! rate+%

T,e t!o met,o*+ for e.aluating t,e mer$ury loa*ing fa$tor+ (l/ g5Ttu) may &ro*u$e +ignifi$antly *ifferent re+ult+

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S&e$iation .alue+ !ere re&orte* for g *o!n+tream of t,e te+te* unit% #n +ome $a+e+" t,e +&e$iation .alue+ !eremea+ure* after t,e return an* mi7ing of ga+ t,at /y&a++e* t,e $ontrol *e.i$e% E+timation of t,e +&e$iation .alue+ /ymaterial /alan$e i+ /elie.e* to /e in error an* i+ not re&orte* in t,e *ata +et% Negati.e .alue+ for t,e &arti$ulate an*

o7i*ie* g !ere $al$ulate* an* are t,oug,t to /e in error *ue to mea+urement artifa$t+ u&+tream of t,e $ontrol*e.i$e or +&e$iation rearrangement *uring t,e /y&a++ *u$t flo!%

COAL TESTIN$ TER%S IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII

%ONT& J T,e mont, of t,e te+ting" 1 i+ 3anuary" 8 i+ e/%" et$%

nu"er "easure"ents J T,e num/er of mer$ury $on$entration+ re&orte* for t,e mont,%

nu"er nondetects J T,e num/er of mer$ury $on$entration+ re&orte* t,at !ere /elo! t,e Buantitation limit%

a'erage &g in fuel (pp")* J T,e mont,ly a.erage for t,e fuel ty&e" &art+ &er million /y !eig,t%

percent relati'e de'iation (+R,* J T,e ratio of t,e +tan*ar* *e.iation to t,e a.erage" e7&re++e* a+ a &er$entage%

standard de'iation (pp")* J T,e +tan*ar* *e.iation of t,e mont,ly mer$ury $on$entration+%

highest (pp")* J T,e greate+t .alue of t,e mer$ury $ontent re&orte* for t,e mont,%

lo)est (pp")* J T,e lea+t .alue of t,e mer$ury $ontent re&orte* for t,e mont,%

%ISCELLANEOUS TER%S IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII

Tested control J T,e name of t,e te+te* mer$ury $ontrol *e.i$e(+)%

LOCATION J T,e &o+ition of t,e e7it +am&le &ort !it, re+&e$t to t,e /y&a++ .ent !,ere one e7i+t+% After $ontrolmean+ t,at t,e $ontrol e7it !a+ +am&le* /efore t,e return of t,e /y&a++ ga+% After /y&a++ mean+ t,at t,e $ontrole7it !a+ +am&le* after t,e return of t,e /y&a++ ga+%

na"e of fuel J #n t,e $olumn ,ea*ing" t,i+ term refer+ to t,e fuel ty&e t,at !a+ te+te* on a mont,ly /a+i+%

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T,i+ num/er i+ e7&e$te* to eBual a&&ro7imately one%

T,i+ e+timate a++ume+ t,at all of t,e ga+ i+ treate* /y t,e $ontrol *e.i$e% ($orre$te* for /y&a++)

t,e mea+ure* $on$entration+ an* flo! rate+ of $oal an* ga+%

Cl in test coal (pp")) J T,e a.erage $,lorine for t,e $oal *uring t,e emi++ion+ te+t%

&g in test coal (pp")) J T,e a.erage mer$ury for t,e $oal *uring t,e emi++ion+ te+t%

&g out furnace0 &g in coal J T,e ratio of t,e mer$ury in t,e e7iting furna$e ga+ to t,e mer$ury in t,e $oal%

l &g0T1tu out furnace 2 T,e &oun*+ of mer$ury lea.ing t,e furna$e &er trillion tu in t,e $oal% E+timate* from t,emea+ure* $on$entration+ an* flo! rate+ of $oal an* ga+%

F factor l &g0T1tu out furnace 2 T,e e7it $on$entration in t,e furna$e ga+ multi&lie* /y a $on.er+ion uel a$tor() an* $orre$te* for t,e o7ygen $on$entration in t,e ga+% T,e uel a$tor !a+ 2=0 *+$f510> tu% T,e o7ygen$orre$tion !a+ 80%25(80%2:6)" !,ere 6 i+ t,e &er$ent o7ygen in t,e $om/u+tion ga+%

fr3re"o'e coal4stac! J T,e fra$tion of t,e mer$ury in t,e $oal t,at i+ remo.e* /efore e7iting t,e +ta$k%

fre"o'e control J T,e fra$tion of t,e mer$ury in t,e treate* ga+ t,at i+ remo.e* /y t,e $ontrol *e.i$e t,at !a+te+te*%

l &g0T1tu out control 2 T,e &oun*+ of mer$ury lea.ing t,e $ontrol &er trillion tu in t,e $oal% E+timate* from

F factor l &g0T1tu out control 2 T,e e7it g $on$entration from t,e $ontrol *e.i$e multi&lie* /y a $on.er+ion fuelfa$tor () an* $orre$te* for t,e o7ygen $on$entration in t,e ga+%

particulate F factor l &g0T1tu out control 2 T,e $on$entration of g +or/e* on &arti$ulate t,at i+ mea+ure*

e7iting t,e $ontrol *e.i$e multi&lie* /y a $on.er+ion fuel fa$tor () an* $orre$te* for t,e o7ygen $on$entration in t,ega+%

oxidized F factor l &g0T1tu out control 2 T,e $on$entration of o7i*ie* g t,at i+ mea+ure* e7iting from t,e$ontrol *e.i$e multi&lie* /y a $on.er+ion fuel fa$tor () an* $orre$te* for t,e o7ygen $on$entration in t,e ga+

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t,e &er$ent remo.al i+ &re+ente* a+ one num/er t,at re&re+ent+ t,e $om/ine* effe$t of t,e fuel"

in t,e atmo+&,ere%

in t,e atmo+&,ere%

&ro$e++" /ut remain a+ a+, or &arti$ulate material &otentially *i+$,arge* in t,e +ta$k ga+%

l &g0%5& fro" coal 2 T,e g emi++ion+ (l/ g) &er ele$tri$ &o!er generation rate (M4" mega !att ,our) fromt,e $oal% T,e fuel rate an* ,eat $ontent i+ u+e* for t,e energy rate from $oal $om/u+tion% A++ume+ a &o!er$on.er+ion effi$ien$y of 0%88%

l &g0%5& fro" concentration 2 T,e g emi++ion+ (l/ g) &er ele$tri$ &o!er generation rate (M4" mega !att,our) from t,e $oal% T,e o7ygen $on$entration i+ u+e* to e+timate t,e energy rate u+ing t,e fa$tor% A++ume+ anenergy effi$ien$y $on.er+ion to ele$tri$ity of 0%88%

E%ISSION %O,IFICATION FACTOR J A fra$tion !it, a range of 1%0 : 0%0 t,at re&re+ent+ t,e ratio of t,e mer$ury*i+$,arge* from a $ontrol *e.i$e to t,e mer$ury &re+ent in t,e $ontrol *e.i$e entran$e% #f a $ontrol *e.i$e ,a+ littleeffe$t on t,e mer$ury remo.al" t,e emi++ion mo*ifi$ation fa$tor !ill /ea&&ro7imately 1%0% #f t,e $ontrol *e.i$e

remo.e+ 20F of t,e mer$ury" t,e emi++ion mo*ifi$ation fa$tor !ill /e 0%1%

E%F J A//re.iation for Emi++ion Mo*ifi$ation a$tor

+ERCENT RE%O6AL J t,e &er$ent of t,e mer$ury t,at i+ remo.e* /y t,e $ontrol *e.i$e% #n general"

t,e /oiler ty&e" t,e N69 $ontrol" t,e &arti$ulate $ontrol" an* t,e S6

9 $ontrol%

FURNACE01OILER J Term+ u+e* to *e+$ri/e t,e $om/u+tion *e.i$e u+e* to $on.ert $oal into $ar/on *io7i*e an*!ater !it, t,e $,emi$al relea+e of ,eat u+e* to $reate +team for &o!er generation% T,e furna$e $om/u+t+ fuelL t,e/oiler $on.ert+ !ater to +team%

SO. J 67i*e+ of +ulfur% T,e+e in$lu*e &re$ur+or+ of +ulfuri$ a$i*" forme* /y rea$tion !it, !ater

NO. J 67i*e+ of nitrogen% T,e+e in$lu*e &re$ur+or+ of nitri$ a$i*" forme* /y rea$tion !it, !ater

+% J Parti$ulate material% Coal $ontain+ +ome mineral+ t,at are not $on+ume* in t,e $om/u+tion

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kee& t,eir ,ig,er an* lo!er +ulfur fuel+ +e&arate%

#TUM#N6US : -64 SU-UR J A++ume* to /e a /ituminou+ $oal% T,i+

e7tra nomen$lature !a+ +oug,t /y $ertain unit+ &arti$i&ating in t,e 1222 EU5#CE in or*er tokee& t,eir ,ig,er an* lo!er +ulfur fuel+ +e&arate%

SU#TUM#N6US J Su//ituminou+ $oal i+ a $om/u+ti/le ro$k $om&o+e* of organi$ an* mineral

material+ t,at ,a+ forme* o.er time /y .egetati.e *e$ay an* mineral *e&o+ition% T,e

&ro&ertie+ of $oal .ary *e&en*ing on t,e ty&e of .egetati.e matter an* t,e formation

$on*ition+ (referen$e ASTM D :8)% Su//ituminou+ $oal ,a+ a ,ig,er ,eating $ontent

(tu5l/) t,an lignite $oal%

-#GN#TE J -ignite $oal i+ a $om/u+ti/le ro$k $om&o+e* of organi$ an* mineral material+ t,at

,a+ forme* o.er time /y .egetati.e *e$ay an* mineral *e&o+ition% T,e &ro&ertie+ of $oal

.ary *e&en*ing on t,e ty&e of .egetati.e matter an* t,e formation $on*ition+ (referen$e ASTM

D :8)% -ignite $oal ,a+ t,e lo!e+t ,ig,er ,eating $ontent (tu5l/) of t,e four maor

$oal ranking+%

4ASTE #TUM#N6US J 4a+te /ituminou+ $oal re$laime* from mine !a+te &ile+%

4ASTE SU#TUM#N6US J 4a+te +u//ituminou+ $oal re$laime* from mine !a+te &ile+%

4ASTE ANTRAC#TE J 4a+te ant,ra$ite $oal re$laime* from mine !a+te &ile+%

PETR6-EUM C6?E J Petroleum $oke (al+o $alle* &et$oke) i+ a $ar/ona$eou+ /y:&ro*u$t of t,e &etroleum refining&ro$e++ an* i+ /urne* a+ a +u&&lemental fuel !it, $oal%

T#RES J Tire *eri.e* fuel (TD)" t,at refer+ to t,e u+e of +$ra& tire+ a+ a +u/+titute for a fo++il fuel% A+ !it, &etroleum

$oke it i+ /urne* a+ a +u&&lemental fuel !it, $oal%

FURNACE T-+E IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII

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ga+ or +ynga+%

CYC-6NE J Cy$lone firing u+e+ +e.eral !ater:$oole* ,oriontal /urner+ t,at &ro*u$e

,ig,:tem&erature flame+ t,at $ir$ulate in a $y$loni$ &attern% T,e /urner *e+ign an*&la$ement $au+e t,e a+, to /e$ome a molten +lag t,at i+ $olle$te* /elo! t,e furna$e%

ST6?ER J Stoker:fire* furna$e% #n +toker furna$e+" $oal i+ /urne* on a /e* at t,e /ottom of

t,e furna$e% T,e /e* of $oal /urn+ on a grate% eate* air &a++e+ u&!ar* t,roug, o&ening+

in t,e grate%

TUR6 J Tur/o:fire*% T,i+ furna$e i+ a +&e$ialie* form of a $on.entional $oal:fire* furna$e%

4ET or DRY J urna$e+ are $la++ifie* a+ eit,er *ry or !et /ottom" *e&en*ing on t,e a+,

remo.al te$,niBue% Dry /ottom furna$e+ fire $oal+ !it, ,ig, a+, fu+ion tem&erature+" an*

*ry a+, remo.al te$,niBue+ are u+e*% #n !et /ottom (+lag ta&) furna$e+" $oal !it, a lo!

a+, fu+ion tem&erature i+ u+e*" an* molten a+, i+ *raine* from t,e /ottom of t,e furna$e%

t,roug, +tage* $om/u+tion (al+o $alle* air +taging)%

+ele$ti.e $atalyti$ re*u$tion (SCR) &ro$e++ u+e+ a $ataly+t !it, ammonia ga+ (N) to re*u$e

NO. control technolog# IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII

N69 J Com/u+tion N6

9 $ontrol+% A .ariety of $om/u+tion $ontrol &ra$ti$e+ $an /e u+e*

in$lu*ing lo! N67 /urner+" o.erfire air" off:+toi$,iometri$ firing" +ele$ti.e or /ia+e*

/urner firing" re/urning" an* /urner+:out:of: +er.i$e% Control of N69 $an al+o /e a$,ie.e*

N6N69 J No $om/u+tion N69 $ontrol+ on t,e furna$e%

SCR J Sele$ti.e Catalyti$ Re*u$tion (a &o+t $om/u+tion" a**:on" N69 $ontrol *e.i$e)% T,e

t,e N6 an* N68 in t,e flue ga+ to mole$ular nitrogen an* !ater%

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SDA J Dry lime5+&ray *ryer a*+or/er follo!e* /y a /ag,ou+e% #n an SDA" flue ga+ i+

i+ a/+or/e* in t,e +lurry an* rea$t+ !it, t,e ,y*rate* lime reagent to form +oli* $al$ium

+ulfite an* $al$ium +ulfate a+ in a !et lime +$ru//er% T,e !ater i+ e.a&orate* /y t,e ,eat

of t,e flue ga+% T,e *rie* +oli*+ are entraine* in t,e flue ga+" along !it, fly a+," an*

are $olle$te* in a /ag,ou+e%

SDAESP J Dry lime5+&ray *ryer a*+or/er follo!e* /y a $ol*:+i*e ESP%

S6RENT #N3 J Dry ine$tion &ro$e++" *ry &o!*ere* lime (or anot,er +uita/le +or/ent) i+

*ire$tly ine$te* into t,e *u$t!ork u&+tream of a PM $ontrol *e.i$e%

S6RESP J A *ry ine$tion &ro$e++ (mentione* a/o.e) lo$ate* /efore a $ol*:+i*e ESP%

ESP: CS J Ele$tro+tati$ &re$i&itator ($ol*:+i*e" meaning t,i+ ESP i+ in+talle* at a

lo$ation *o!n+tream of t,e air &re,eater)% T,e ESP o&erate+ /y im&arting an ele$tri$al $,arge

to in$oming &arti$le+" t,en attra$ting t,e &arti$le+ to o&&o+itely $,arge* &late+ for

$olle$tion% T,e $olle$te* &arti$le+ are &erio*i$ally *i+lo*ge* in +,eet+ or agglomerate+ /y

ra&&ing or ot,er!i+e .i/rating t,e &late+%

AG6USE J ag,ou+e (fa/ri$ filter) t,at $olle$t+ PM /y &la$ing a fa/ri$ /arrier in t,eflue ga+ &at,% Ga+ &a++e+ freely t,roug, t,e fa/ri$" /ut &arti$le+ are tra&&e* an* retaine*

for &erio*i$ remo.al%

MEC5AG6USE J A me$,ani$al $olle$tor follo!e* /y a fa/ri$ filter

$onta$te* !it, fine +&ray *ro&let+ of ,y*rate* lime +lurry in a +&ray *ryer .e++el% T,e S68

C J #n an S68 $ontrol $onte7t" C refer+ to t,e u+e of a +or/ent +u$, a+ lime+tone in t,e

furna$e+ flui*ie* /e* for S68 $ontrol%

+articulate "atter control technolog# IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII

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!ater into +mall *ro&let+ t,at $olli*e !it, an* tra& +oli* &arti$le+ $ontaine* in t,e f lue

ga+ or /y for$ing t,e ga+e+ into intimate $onta$t !it, !ater film+% T,e &arti$le:la*en

*ro&let+ or !ater film+ $oale+$e an* are $olle$te* in a +um& at t,e /ottom of t,e +$ru//er%

PARTSCRU5ESP: CS J A $ol*:+i*e ESP follo!e* /y a &arti$ulate +$ru//er%

MEC5PARTSCRU J A me$,ani$al $olle$tor follo!e* /y a &arti$ulate +$ru//er%

MEC5AG6USE5ESP: S J A me$,ani$al $olle$tor follo!e* /y a ,ot:+i*e ESP follo!e* /y a

fa/ri$ filter%

ESP: S5ESP: CS J A ,ot:+i*e ESP follo!e* /y a $ol*:+i*e ESP%

ESP: S5AG6USE J A ,ot:+i*e ESP follo!e* /y a fa/ri$ filter%

ESP: CS5ESP: CS J T!o $ol*:+i*e ESP+ in +erie+% T,e fir+t $ol*:+i*e ESP i+ le++ effi$ient

an* reBuire+ a &arti$le &oli+,er for t,e +e$on*" more effi$ient $ol*:+i*e ESP%

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*

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Detail Data Page

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Polk Power 1oiler5N67 ty&eK C6A- GAS

Parti$ulate $ontrolK N6NE

S68 $ontrolK N6NE

Fuel number1 BITUMINOUS

%ONT& nu"er "easured nu"er nondetects

1 0 0%0

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A.erage+ 0%1000 0%>>01

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4a/a+, 1 #TUM#N6US 0%0>=0 0%;1 0 0%>0;0 %82= =%2>;0

4a/a+, #TUM#N6US 0%0;00 0%;01> %21>; ;=; %>2

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plant name run.no ontrol teste lo!aton

rayton 1 1 PM5ESP: CS no /y&a++ 0%>0< 0%1

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rayton 8 #TUM#N6US 0%0;00 1%1888 =

rayton #TUM#N6US 0%0;00 1%=%>1= =%2112


rayton 1 PM5ESP: CS no /y&a++ 0%=2%0

rayton PM5ESP: CS no /y&a++ 0%001 0%11; =%28 =%8>2 181%0

A.erage+ PM5ESP: CS no /y&a++ 0%111 0%8 %>2;2 18=%;

)bson )eneratng Staton oiler5N67 ty&eK C6N'5PC5N695DRY

Parti$ulate $ontrolK ESP: CS

S68 $ontrolK N6NE



1 1= 0 0%022 0%0=>= 0%1;0 0%0=1 0%0=0 0%1>=0 0%0800

< 8> 0 0%0;28 0%0=;< 0%1;00 0%01>0> 8 0 0%0;;8 0%0=2 0%1200 0%0880

2 8= 0 0%0>2 0%0=>> 0%1>20 0%08=0

10 8> 0 0%0;; 0%0 0%120 0%08=0

11 8= 0 0%0< 0%0< 0%1220 0%0880

18 81 0 0%0;0

&lant Gi/+on 000 te+t &erio* 5858000 5058000

fr.remo(e!oal3sta!k

fremo(e!ontrol

lb$TBtu out!ontrol

F fa!torlb$TBtu

out!ontrol

sta!ktemp

Te+t on la+t $ontrolunit

a'erage &gin fuel

(pp")*

standardde'iation(pp")*

highest(pp")*

lo)est(pp")*

Yearly tot#ls/#$er#"es

Detail Data Page =0

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plant name run.no test fuel

Gi/+on000 1 #TUM#N6US 0%11;0 8%;11 8;%2 8%11< 0%>;;


Gi/+on000 1 PM5ESP: CS no /y&a++ :1%0 :0%02> 8%;0;1 8%=;

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8>; 0 0%0;;8 0%0=;= 0%80;0 0%01>0

&lant Gi/+on1022 te+t &erio* 105151222 1051 1%88==

Gi/+on1022 8 #TUM#N6US 0%1=80 8%10 8=%>0> 8%>1=<

Gi/+on1022 #TUM#N6US 0%1=10 1%8088 1%=0 1;%2=; 1>%=;12


Gi/+on1022 1 PM5ESP: CS no /y&a++ 0%182 0%21 2%0>1 %0;2; 1;1%0

Gi/+on1022 8 PM5ESP: CS no /y&a++ :0%0281 0%

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10 11 0 0%0>= 0%082= 0%100 0%0100

11 10 0 0%020 0%01 0%1800 0%0

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1 11 1 0%0;=

8 < 0 0%02=0 0%082; 0%1=00 0%0>00

; 0 0%0;1 0%0882 0%1800 0%0>00

= 18 0 0%02;= 0%0 0%0=8;

< 1> 0 0%102 0%0=>1 0%1;8 0%01>2

> 1 0 0%02>1 0%01= 0%1 0%08;2

2 1> 0 0%00 0%0822 0%1 0%081=

10 8 0 0%0;>< 0%0; 0%1=0 0%01=

11 1 0 0%0;2 0%0=0> 0%18; 0%01;018 1< 0 0%0201 0%0=< 0%128 0%08 0%02 0%80> 0%00>=

&lant 4i*o! te+t &erio* 1051251222 1058151222


4i*o! 1 #TUM#N6US 0%0820 1%2=> %801= %11

4i*o! 8 #TUM#N6US 0%08=0 1%=;=2 8%;;;< 8%8;

4i*o! #TUM#N6US 0%0810 1%;8= 8%21= 8%;=2=

A.erage+ 0%08=; 1%


4i*o! 1 PM5ESP: CS no /y&a++ 0%8== 0%==11 1%>=8> 1%;= 1>8%0

4i*o! 8 PM5ESP: CS no /y&a++ 0%88;1 0%=200 1%= 1

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oiler5N67 ty&eK C6N'5PC5N6N6954ET


S68 $ontrolK C6MP C6A-

Fuel number1


1 0 0%0=0 0%00; 0%0=0 0%00

8 = 0 0%00 0%0;10 0%080

< 0 0%0=0 0%002; 0%0 = 0 0%018; 0%00=1 0%01>0 0%00;>

; = 0 0%08= 0%082 0%0;80 0%0021 = 0 0%088< 0%00>> 0%0820 0%018 0%0880 0%000

11 < 0 0%080 0%00

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18 = 0 0%0 0%0>0 0%0=80

1; 1%0= 1%12; 1;8%

Pre+Bue #+le < PM5ESP: CS no /y&a++ 0%>=> 0%;1== 1%128 1%1;0 1;1%;

A.erage+ PM5ESP: CS no /y&a++ 0%>88 0%>>80 1%8=8= 1%8>88 1;1%2

Pres7ue Isle 6oiler5N67 ty&eK C6N'5PC5N6N6954ET



Fuel number1


1 0 0%0=0 0%00; 0%0=0 0%00

8 = 0 0%00 0%0;10 0%080

< 0 0%0=0 0%002; 0%0

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< < 0 0%088 0%08=> 0%0;80 0%01=0

> = 0 0%018; 0%00=1 0%01>0 0%00;>

; = 0 0%08= 0%082 0%0;80 0%0021

= 0 0%088< 0%00>> 0%0820 0%018 0%0880 0%000

11 < 0 0%080 0%00

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Pre+Bue #+le > 1 PM5ESP: CS no /y&a++ 0%==2 0%1= 0%8 1%=0;> 0%

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Salem 1 #TUM#N6US 0%000 1%

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Cliff+i*e 1 #TUM#N6US 0%0;00 1%8;1 >%;0= >

Cliff+i*e 8 #TUM#N6US 0%0 10%=02 %8=;; A.erage+ 0%0>00 1%2%==;


Cliff+i*e 1 PM5ESP: S no /y&a++ :0%1

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2 0 0%0208 0%00; 0%180 0%0020

&lant Dunkirk te+t &erio* 1051851222 105151222


Dunkirk 1 #TUM#N6US 0%100 1%1=2 10%;=< %82>8

Dunkirk 8 #TUM#N6US 0%100 1%018 2%00 ;%>88

Dunkirk #TUM#N6US 0%100 1%10= 18%8;1 2%0;8<

A.erage+ 0%100 1%1>> 10%;> %0<


Dunkirk 1 PM5ESP: S no /y&a++ :0%0=8= 0%0 02 82 2%828= ;%>%00 82=%

)aston 1oiler5N67 ty&eK C6N'5PC5N695DRY

Parti$ulate $ontrolK ESP: S

S68 $ontrolK N6NE



1 0 0 0%1= 0%0;22 0%8100 0%0100

8 82 0 0%1=> 0%8800 0%0100

0 0%10 0%0>>8 0%100 0%0100

< 1> 0 0%1;< 0%002 0%8 11 0 0%1=> 0%1>= 0%100 0%0100

= 0 0%0;00 0%0>0> 0%100


Hg n test

!oal "ppm#

Hg

outlet$!oal

lb$TBtu out

furna!e

F fa!torlb$TBtu out

furna!e

fr.remo(e

!oal3sta!k

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!ontrol

lb$TBtu out

!ontrol

F fa!torlb$TBtu

out

!ontrol

sta!k

temp


a'erage &gin fuel

(pp")*


highest(pp")*

lo)est(pp")*

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Detail Data Page

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1 =1 0 0%1%;>< ;%1=; 2< >%2=; %8

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1 = 0 0%0

4a+,ington #TUM#N6US 0%0200 1%20> 18%82 0%=0> >%2; 0%8 >%00= >%;> 80>%

4a+,ington S685S6RENT #N3 no /y&a++ :0%01; 0%=1; >%%>0 80>%

A.erage+ S685S6RENT #N3 no /y&a++ 0%011 0%==2 >%%>21> 80

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oiler5N67 ty&eK C6N'5PC5N6N695DRY

Parti$ulate $ontrolK AG6USE

S68 $ontrolK N6NE



1 8; 0 0%10 0%08;2 0%1=00 0%0=00

8 0 0 0%102 0 0%10< 0%800 0%0=00

= 0 0 0%110 0%0=; 0%1;00 0%0 1= 0 0%10= 0%022 0%1;00 0%0=00

; 8; 0 0%088 0%08 0%1 11%8>;

A.erage+ 0%10>0 1%;>=0 1=%0>08 10%;=8;


Sammi+ 1 PM5AG6USE no /y&a++ 0%=18 0%211 1%0< 1%0>; 0%>

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:almont 8oiler5N67 ty&eK C6N'5PC5N695DRY





1 0 0%0=0 0%08= 0%00 0%0>0

1 0 0%00 0%0000 0%00 0%002 0 0%0;0 0%0180

&lant 'almont te+t &erio* 115851222 11551222


'almont 1 #TUM#N6US 0%0100 1%; 0%;0

'almont 8 #TUM#N6US 0%00>0 0%1= 0%11;> 1=%0

'almont 8 PM5AG6USE no /y&a++ 0%;1= 0%211 0%028 0%0; 1%0

'almont PM5AG6USE no /y&a++ 0%;0= 0%< 0%811= 0%1;

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Me!klenburg ogeneraton Fa!lt0 ),N 1oiler5N67 ty&eK C6N'5PC5N695DRY


S68 $ontrolK SDA



8 = 0 0%18 0%1200 0%0>00

18 > 1 0%02 0%0< %

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-ogan )eneratng Plant ),N 1

oiler5N67 ty&eK


S68 $ontrolK SDA



1 0 0%10 0%0100

= 0 0%1>8< 0%0=;2 0%8800 0%1100

= 8 0 0%1>00

> 0 0%8000 0%0=> 0%8800 0%1>00

; 0 0%1;00 0%0100 0%100 0%1>00

0 0%8> 0%0 0%00 0%8800

2 0 0%81>; 0%0;02 0%800 0%1=00

10 0 0%1= 0%0; 0%011< 0%100 0%1100

0 0%1;8; 0%02 0%00 0%0200

&lant -ogan te+t &erio* 51051222 51851222


-ogan 1 #TUM#N6US 0%1200 0%2>; 1%;;> 1%=>

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-ogan 8 S685SDA no /y&a++ 0%2202 0%222 0%1120 0%1818 ;%0

-ogan S685SDA no /y&a++ 0%2

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SE# 1 S685SDA no /y&a++ 0%2 0 0%02= 0%0821 0%100 0%0

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; 1 0 0%11== 0%0822 0%1;00 0%0>00

1< 0 0%118; 0%08=> 0%100

2 1; 0 0%02=1 0%08< 0%1800 0%000

11 1 0 0%188 0%0=2 0%100 0%0 0 0%100080= 0 0%10< 0%001 0%1200 0%0=00

Fuel number P,T'O-,UM O/,


11 1 0%0 0%081 0%0;00 0%0100

18 0%0100 0%0000 0%0100 0%0100

> = 0%081; 0%08=0 0%0;00 0%0100

&lant ig en* te+t &erio* 115051222 185851222


ig en* 1 #TUM#N6US 0%1;;0

ig en* 8 #TUM#N6US 0%110

ig en* #TUM#N6US 0%18;=

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1 = 0 0%=100 0%8;08 0%>00 0%0200

< 0 0%1==0 0%012< 0%1;00 0%1800

= 8 0 0%1 0%18 0%8>2< 0%2=00 0%0200

11 1; 0 0%=8= 0%1200

1=0 0 0%1> 0%81; 0%2=00 0%0100

&lant Milliken 8 te+t &erio* 5;5122> 525122>


Milliken 8 1 #TUM#N6US 0%10<


Milliken 8 1 S6854ETSCRU no /y&a++ 0%;18< 0%>;; 8%122= 8%08= =2%2

Milliken 8 8 S6854ETSCRU no /y&a++ 0%;>1 8%1>18 8%0>8

oiler5N67 ty&eK C6N'5PC5N6N695DRY


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Parti$ulate $ontrolK ESP S

S68 $ontrolK 4ETSCRU



1 0 0%1800 0%0;00 0%1200 0%0 0%1100 0%0>00

= > 0 0%021; 0%01 0%1100 0%0;00

< 8 0 0%1000 0%0000 0%1000 0%1000

> 0 0%0 0%011< 0%0200 0%0;00

; 0 0%0>>; 0%0000

0 0%0 0%00

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g y&

'. 9. Morrow Sr. )eneratng plant 2oiler5N67 ty&eK C6N'5PC5N695DRY





1 = 0 0%1010 0%00

8 < 0 0%8;> 0%10

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Morro! 1 S6854ETSCRU after /y&a++ 0%2; 8%81 8%8222 %0

A.erage+ S6854ETSCRU after /y&a++ 0%=; 0%;2 >%

Na(a=o oiler5N67 ty&eK C6N'5PC5N6N695DRY





1 < 0 0%0>00 0%01=1 0%0;00 0%0=00

8 < 0 0%000 0%0=00

< 0 0%0>=0 0%080 0%1000 0%0=00

= < 0 0%0=80 0%00=< 0%000 0%0800

> < 0 0%08>0 0%00 0 0%08 0%00=1 0%000 0%0800

2 > 0 0%08 0%00;< 0%0=00 0%0800

10 < 0 0%08>0 0%000 0%002 0%0=00 0%0800

18 < 0 0%0=0 0%008 0 0%0;= 0%01>= 0%1000 0%0800

&lant Na.ao te+t &erio* 105851222


Na.ao 1 #TUM#N6US 0%0=00 0%0000 0%0000 0%0000

fr.remo(e!oal3sta!k

fremo(e!ontrol

lb$TBtu out!ontrol

lb$TBtu

out!ontrol

sta!ktemp


a'erage &gin fuel

(pp")*


highest(pp")*

lo)est(pp")*


Hg n test

!oal "ppm#

Hg

outlet$!oal

lb$TBtu out

furna!e

F fa!torlb$TBtu out

furna!e

Detail Data Page ><

Na.ao 8 #TUM#N6US 0%08=0 0%0000 0%0000 0%0000

Na.ao #TUM#N6US 0%08;0 0%0000 0%0000 0%0000

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A.erage+ 0%00


Na.ao 1 S6854ETSCRU no /y&a++ 0%1== 0%=800 8%>>; 8%;08> =2%0

Na.ao 8 S6854ETSCRU no /y&a++ :0%=>11 0%18>< 8%;>11 8%;>>1 =2%0

Na.ao S6854ETSCRU no /y&a++ :0%018 0%01 8%;=1 8%;28 =2%0

A.erage+ S6854ETSCRU no /y&a++ :0%80=> 0%802< 8%;80 8%;

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Clo.er 1 #TUM#N6US 0%11 0%; 0%;

>; 0 0%021 0%01; 0%010 0%0020

F l b 2 P,T'O-,UM O/,


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Fuel number2 P,T'O-,UM O/,


11 0 0%011; 0%00=0 0%01>0 0%000 0 0%011; 0%00=0 0%01>0 0%000

&lant #ntermountain te+t &erio* 105151222 1051=51222


#ntermountain 1 #TUM#N6US 0%0800 0%0000 0%0000 0%0000

#ntermountain 8 #TUM#N6US 0%0800 0%0000 0%0000 0%0000

#ntermountain #TUM#N6US 0%000 0%0000 0%0000 0%0000

A.erage+ 0%08


#ntermountain 1 S6854ETSCRU no /y&a++ 0%220 0%=0 0%1

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< 0 0%0=00 0%0000 0%0=00 0%0=00

> 0 0%0= 0%080 0%0>00 0%0800

; 0 0%0=00 0%0100 0%0 0%0000

2 0 0%0 0 0%0=88 0%01 1%=;2 >%2<

Montro+e 8 SU#TUM#N6US 0%10;0 0%1 1%>2< >%%=2<


Montro+e 1 PM5ESP: CS no /y&a++ 0%8 0%1;> :0%08= >%=;>8 >%10;8 1>;%

Montro+e PM5ESP: CS no /y&a++ 0%;18 0%18;< >%1>; >

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1 0 0%0>; 0%01; 0%080 0%1100 0%0;00

> 0 0%0; 0%011< 0%000 0%0>00

; 0 0%0>; 0%011< 0%1000 0%000

= 0 0%0;%;1= %0; 2%0200

Neal SU#TUM#N6US 0%1000 0%=2;8 =%1;;<


Neal 1 PM5ESP: CS no /y&a++ 0%82= 0%1=>8 %;1 1%0

Neal 8 PM5ESP: CS no /y&a++ 0%012 0%021 >%

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1 0 0%0;1; 0%08;> 0%100 0%0

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Ne!ton 1 PM5ESP: CS no /y&a++ :0%808< :0%0010 %0;02 ;%=12> 1>2%0

Ne!ton 8 PM5ESP: CS no /y&a++ :0%02< 0%1> >%>2>1 >%12 1>%0

Ne!ton PM5ESP: CS no /y&a++ :0%8;2 0%0=> %18=< ;%88=; 1;0%0 A.erage+ PM5ESP: CS no /y&a++ :0%121> 0%08 ;%>0< >%2;; 1>;%

&olla oiler5N67 ty&eK C6N'5PC5N6N695DRY


S68 $ontrolK N6NE

Fuel number1 SUBBITUMINOUS


1 > 0 0%0= 0%010 0%0>00 0%000

8 < 0 0%000 0%02 0%100 0%0=00

> 0 0%0 = 0 0%0=00 0%008 0%0 0 0%0>00 0%0=00 0%1=00 0%0=00

2 0 0%0; 0%0= 0%1=00 0%0=00

2 0 0%0= 0%01> 0%000 0%0=00

10 > 0 0%0; 0%01> 0%000 0%0=00

11 ; 0 0%0=> 0%01=> 0%000 0%0=00

18 0 0%0 0%00>= 0%0 1 0 0%0800 0%0000 0%0800 0%0800

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; 8 0 0%0 0%1000 0%0800

&lant C,olla te+t &erio* 115851222 115 1%=11<

C,olla 8 SU#TUM#N6US 0%0=00 0%1=1 0%=;0 0% 1%;11 12 :0%881 0%>=< 0%;1;0 1 1 < 0 0%000 0%0=00

; = 0 0%0;00

< 0 0%000 0%0100 0%0=00 0%0800

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2 = 0 0%0>

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> 0 0%0=;; 0%012= 0%0;00 0%0< 0%0;20 0%0=;0

2 0 0%08 0%01< 0%0028 0%00 0%0;00

11 8 0 0%0;2< 0%00; 0%00 0%080 0%020> 11%8 10%0=;

Platte 8 SU#TUM#N6US 0%0200 1%;== 10%182 2%

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1 0 0%0=0 0%00; 0%0=0 0%00

8 = 0 0%00 0%0;10 0%080

< 0 0%0=0 0%002; 0%0 = 0 0%018; 0%00=1 0%01>0 0%00;>

; = 0 0%08= 0%082 0%0;80 0%0021

= 0 0%088< 0%00>> 0%0820 0%018 0%0880 0%000

11 < 0 0%080 0%00

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A.erage+ 0%0>8 0%20=;

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o+!ell 8 1 SU#TUM#N6US 0%0;0 0%;>; =%;8>8 =%=808

o+!ell 8 8 SU#TUM#N6US 0%0=0 1%01 %=>; %1=

o+!ell 8 SU#TUM#N6US 0%0=20 0%2


o+!ell 8 1 PM5AG6USE no /y&a++ 0%88 0%;>0> 1%1=00 1%02%0

o+!ell 8 8 PM5AG6USE no /y&a++ 0%1= 0%;=< 0%=812 0%=8=< 1>>%0

o+!ell 8 PM5AG6USE no /y&a++ 0%;; 0%=12 0%=2>2 0%%0

A.erage+ PM5AG6USE no /y&a++ 0%>0 0%8> 0%>> 1>;%;

oman!&e 2oiler5N67 ty&eK C6N'5PC5N695DRY





1 < 0 0%00

2 0 0%028; 0%00>< 0%0220 0%0>0

10 0 0%000 0%00> 0%00 0%0;>0

11 0 0%108 0%0

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Coman$,e 1 SU#TUM#N6US 0%02=0 0%281 ;%8>= ;%>>22Coman$,e 8 SU#TUM#N6US 0%02> 0%;8>> >%=22<

Coman$,e SU#TUM#N6US 0%0>8 0%21= >%>0 >%>0

A.erage+ 0%0288 0%%>081 ;%0101


Coman$,e 1 PM5AG6USE no /y&a++ 0%>200 0%>>0 8%=0;2 0% %1;>> %0;>1 1;>11 8%

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=2 0 0%0;01 0%008 0%1 0 0%0=1 0%0> 0%1800 0%0=0

= 0 0%0

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10 = 0 0%02 0%01=< 0%100 0%0;= 0%1=10 0%0180 0%000

=2 0 0%0;01 0%008 0%10

o+!ell = SU#TUM#N6US 0%0;00 0%1> %0>> %12;

A.erage+ 0%0>>0 0%;8 %288 %>22>


o+!ell = 1 PM5PARTSCRU no /y&a++ 0%1=>< :0%00 =%;%0

o+!ell = 8 PM5PARTSCRU no /y&a++ 0%01;1 :0%18< 20; >%0

o+!ell = PM5PARTSCRU no /y&a++ 0%1;= :0%===0 =%;; =%>1= >2%0

A.erage+ PM5PARTSCRU no /y&a++ 0%11=0 :0%8121 =%>= =%= 0 0%0 = 0 0%0=00 0%008 0%0

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; > 0 0%0>00 0%0=00 0%1=00 0%0=00

2 0 0%0; 0%0= 0%1=00 0%0=00

2 0 0%0= 0%01> 0%000 0%0=00

10 > 0 0%0; 0%01> 0%000 0%0=00

11 ; 0 0%0=> 0%01=> 0%000 0%0=00

18 0 0%0 0%00>= 0%0

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A.erage+ no /y&a++ 0%8=> :0%0=< 8%>20> %1>= >%;

olstrp oiler5N67 ty&eK C6N'5PC5N695DRY

Parti$ulate $ontrolK PARTSCRU




1 > 0 0%0=;; 0%082= 0%1010 0%01 0 0%0=> 0%08 0%02=0 0%0820

> 0 0%00

= 0 0%0 0%0>< 0%012> 0%0200 0%0==0

; 0 0%0>0 0%088 0%0;;0 0%0;0 0%0000 0%0>;0 0%0>;0

10 0 0%0>; 0%0022 0%0;; 0%0>0 0%0>0 1% %>;

Col+tri& SU#TUM#N6US 0%0>;0 1%8=

8/18/2019 icrdata

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Col+tri& 1 PM5PARTSCRU no /y&a++ :0%0;1 :0%8 >%8>=< >%2; 2%0Col+tri& PM5PARTSCRU no /y&a++ 0%;8= 0%;>0 1%;80 1%;8< 2%0

A.erage+ PM5PARTSCRU no /y&a++ 0%1=;8 :0%0;=

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11 0 0%0; 0%081 0%1100 0%0 0%010;

A.erage+ 0%0=;; 1%0=< =%081 =%2;


-a!ren$e 1 PM5PARTSCRU no /y&a++ :0%1=0< :0%01= :0% =%;2> >%0

-a!ren$e PM5PARTSCRU no /y&a++ :0%810 :0%1> =%>28 =%2;2 >%0

A.erage+ PM5PARTSCRU no /y&a++ :0%81; :0%1;=8 =%;

8/18/2019 icrdata

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< 0 0%000 0%08=< 0%0200 0%0=00

10 < 0 0%00 0%08; 0%011< 0%0

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Detail Data Page ;

-aramie 1 SU#TUM#N6US 0%110 0%00< ;%80>0 ;%;>0

-aramie SU#TUM#N6US 0%11=0 0%2%818

8/18/2019 icrdata

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-aramie 1 S685SDA no /y&a++ 0%;>= :% ;%2

A.erage+ S685SDA no /y&a++ 0%;0 :0%;= %01oiler5N67 ty&eK C6N'5PC5N695DRY


S68 $ontrolK SDA



1 = 0 0%08< 0%018> 0%000 0%0 0%0;00 0%000> < 0 0%0;80 0%0=>> 0%1=00 0%000

; = 0 0%0>8< 0%0000

= 0 0%0>;< 0%0888 0%0200 0%0=00

2 = 0 0%0>

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4yo*ak 8 SU#TUM#N6US 0%0=00 %1;2 1%0; 18%=0

4yo*ak SU#TUM#N6US 0%02 %01 ;%0=;> 8%0

4yo*ak S685SDA no /y&a++ :0%2> 0%=0< %11>; ;%02;= 1%0

A.erage+ S685SDA no /y&a++ :1%==00 0%==2 %0 ;%0;01 1%;

rag oiler5N67 ty&eK C6N'5PC5N695DRYParti$ulate $ontrolK AG6USE

S68 $ontrolK SDA



1 ; 0 0%01= 0%00 0%0=00 0%000

8 > 0 0%081; 0%00=1 0%000 0%0800 > 0 0%000 0%0100 0%0800

= > 0 0%08 0%00 0%0 ; 0 0%0= 0%081< 0%000 0%0800

; 0 0%08 0%0022 0%0=00 0%0800

10 0 0%080 0%002< 0%0

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8 1 0 0%000 0%0000 0%000 0%000

> 1 0 0%0

Craig 8 S685SDA no /y&a++ 0%118 0%21 0%;08< 0%;2<

Craig S685SDA no /y&a++ 0%0>21 0%82=< 0%>>>2 0%>0 0%>2; 0%;8= 1%2

'aw&e 1;1oiler5N67 ty&eK C6N'5PC5N695DRY


S68 $ontrolK SDA



(pp")* (pp")*g

(pp")* (pp")*


Hg n test!oal "ppm#

Hgoutlet$!oal

lb$TBtu outfurna!e

F fa!torlb$TBtu out

furna!e

fr.remo(e

!oal3sta!k

fremo(e

!ontrol

lb$TBtu out

!ontrol

F fa!tor

lb$TBtuout

!ontrol

sta!k

temp


a'erage &gin fuel

(pp")*


highest(pp")*

lo)est(pp")*

Detail Data Page 20

1 0 0%0>10 0%002< 0%0;10 0%0< 0%012> 0%0 8 0 0 0 0 08 0 0 80 0 0120

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> 8 0 0%000 0%080

> 0 0%02 0%022 10%

Ra!,i*e 8 S685SDA no /y&a++ :0%=8 0%80 ;%;0; ;%>0;8 10=%2Ra!,i*e S685SDA no /y&a++ :0%0 ;%8112 10%

A.erage+ S685SDA no /y&a++ :0%8= 0%1 ;%>>0 10=%0

S&erburne ount0 )eneratng Plant ?oiler5N67 ty&eK C6N'5PC5N695DRY


S68 $ontrolK SDA



Hg n test

!oal "ppm#

Hg

outlet$!oal

lb$TBtu out

furna!e

F fa!torlb$TBtu out

furna!e

fr.remo(e!oal3sta!k

fremo(e!ontrol

lb$TBtu out!ontrol

F fa!torlb$TBtu

out!ontrol

sta!ktemp


Detail Data Page 21


1 ; 0 0%0=00 0%0800 0%0>00 0%0100

8 = 0 0%0=8< 0%002> 0%000 0 000

a'erage &gin fuel

(pp")*


highest(pp")*

lo)est(pp")*

8/18/2019 icrdata

91/132

; 0 0%0== 0%002 0%0>00 0%000

= ; 0 0%080< %2= ;%20=8


S,er/urne 1 S685SDA no /y&a++ 0%0>22 0%8>; >%81< >%8;< 0%0

S,er/urne 8 S685SDA no /y&a++ :0%121 :0%111= %11 0%0

S,er/urne S685SDA no /y&a++ :0%1;12 0%00= ;%10;; ;%= 1%0

A.erage+ S685SDA no /y&a++ :0%02;0 0%0==> ;%12< ;%

8/18/2019 icrdata

92/132


1 11 0 0%0 0%0200 0%000

> 10 0 0%000 0%000

2 0 0%000 0%000

18 11 0 0%0==< 0%01

8/18/2019 icrdata

93/132

ri*ger SU#TUM#N6US 0%0>00 0%0000 0%0000 0%0000

A.erage+ 0%0;


ri*ger 1 S6854ETSCRU no /y&a++ 0%812 0%108 >

8/18/2019 icrdata

94/132


-aramie 1 1 SU#TUM#N6US 0%100

-aramie 1 8 SU#TUM#N6US 0%1110

-aramie 1 SU#TUM#N6US 0%1==0

A.erage+ 0%112


-aramie 1 1 S6854ETSCRU after /y&a++ 0%;11 0%>802 8%=%=

-aramie 1 8 S6854ETSCRU after /y&a++ 0%>;< 0%180 >%

-aramie 1 S6854ETSCRU after /y&a++ 0%;21; 0%>;;< 8% >%

A.erage+ S6854ETSCRU after /y&a++ 0%; 0%>0;= 8%>1%;

Sam Se0mour oiler5N67 ty&eK C6N'5PC5N6N695DRY





1 11 0 0%0202 0%000 0%0=00

1 0 0%000 0%081> 0%1800 0%0=00

= 10 0 0%01> 0%080= 0%1800 0%00

< 2 0 0%0211 0%08=; 0%1=00 0%0>00

> ; 0 0%0;82 0%00=2 0%000 0%0;00

; 2 0 0%0; 0%08>0 0%100 0%0=00

> 0 0%0;00 0%0;= 0%100 0%000

2 10 0 0%1180 0%0=81 0%100 0%0=00

!oal "ppm# outlet$!oal furna!e furna!e

fr.remo(e

!oal3sta!k

fremo(e

!ontrol

lb$TBtu out

!ontrol

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out

!ontrol

sta!k

temp


a'erage &g

in fuel(pp")*

standard

de'iation(pp")*

highest(pp")*

lo)est(pp")*

Detail Data Page 2<

10 ; 0 0%02= 0%0=> 0%11 0%8=00 0%000

18 < 0 0%0;0 0%0;0 0%1=00 0%0

8/18/2019 icrdata

95/132

& a Sa Sey ou e+ &e o* 5 5 22 55 22


Sam Seymour 1 SU#TUM#N6US 0%120

Sam Seymour 8 SU#TUM#N6US 0%1181 :0%1= =%=;1 %=02;

; > 0 0%0=00 0%00> 0%0

8/18/2019 icrdata

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0 0%08 0%00 0%0 ; 0 0%0= 0%081< 0%000 0%0800

; 0 0%08 0%0022 0%0=00 0%0800

10 0 0%080 0%002< 0%0

8/18/2019 icrdata

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10 2 0 0%0888 0%00== 0%000 0%0800

11 = 0 0%0800 0%0000 0%0800 0%080018 = 0 0%08

8/18/2019 icrdata

98/132

1 = 0 0%11= 0%00> 0%1810 0%1080

8 = 0 0%0=< 0%00; 0%02;0 0%0;0 < 0 0%02;0 0%08> 0%110 0%0

8/18/2019 icrdata

99/132


1 = 0 0%0;8 0%00;2 0%080 0%0>=0

8 = 0 0%0;> 0%00> 0%010 0%0;0

0 0%0;> 0%010 0%0;0

< = 0 0%0 0%00;0 0%0>;0 0%0 0 0%00

2 0 0%11

8/18/2019 icrdata

100/132



1 < 0 0%0;>0 0%080; 0%1100 0%0>00

8 = 0 0%0>00 0%008 0%0;00 0%0 0 0%0; 0%0;00 0%0800

> = 0 0%0=;< 0%08; 0%0200 0%000; > 0 0%01; 0%01 0%0; 0%0100 0%000

2 0 0%0>>; 0%080 0%0200 0%01 0%1820 0%110

11 0 0%10; 0%0080 0%1180

0 0%18=2 0%0=8> 0%880

&lant -a$ygne te+t &erio* 1051>51222 105151222


8/18/2019 icrdata

101/132


-a$ygne 1 SU#TUM#N6US 0%1100 %>1=8

-a$ygne 8 SU#TUM#N6US 0%1080 ;%

8/18/2019 icrdata

102/132

18 = 0 0%08< 0%0000 0%0 8%>82

Nel+on 8 0%0>00 0%;;> 1%;0; 1%>>>2 1%0

A.erage+ 0%0>00 0%=0 1%22>< 1%22;


Nel+on 1 PM5ESP: S no /y&a++ 0%=;10; 81=> :0%00 1%;;1; 1%

8/18/2019 icrdata

103/132

2 0 0 0> 0 00> 0 0 >0 0 0


-elan* 1 PM5ESP: CS no /y&a++ :0%828 :0%8 18%0

-elan* 8 PM5ESP: CS no /y&a++ 0%0=8= 0%8>

8/18/2019 icrdata

104/132

= 0 0%0>= 0%08>; 0%020

< = 0 0%0= 0%080; 0%0> = 0 0%00 0%0=0

; 0 0%0;; 0%0 0%11;0 0%00

=0 0 0%0=0= 0%08

8/18/2019 icrdata

105/132


Sto$kton 1 PM5AG6USE no /y&a++ 0%202 0%2=< 0%1201 0%1818 1=;%0

Sto$kton 8 PM5AG6USE no /y&a++ 0%;1= 0%2< 0%8%0

Sto$kton PM5AG6USE no /y&a++ 0%2;0 0%281> 0%8=2 0%18< 1= 1=>%0

S!rubgrass )eneratng ompan0 -. P. ),N1

oiler5N67 ty&eK C5N6N69Parti$ulate $ontrolK AG6USE

S68 $ontrolK C

Fuel number1 %+ST, BITUMINOUS


1 = 0 0%>00

> < 0 0%=0 0%121 1%000 0%

8/18/2019 icrdata

106/132

S$ru/gra++ 1 0%; 0%0=; 0%0220 0%000

10 0 0%0; 0 0%01 0%082< 0%1>

8/18/2019 icrdata

107/132

&lant e+kett te+t &erio* ;51251222 ;58051222


e+kett 1 -#GN#TE 0%020 0%2;< %2;= 2%>==<

e+kett 8 -#GN#TE 0%00 0%1

e+kett -#GN#TE 0%0;0 0%2% 0%12< >%> ;%8==


e+kett 1 PM5ESP: CS no /y&a++ 0%=1 0%

8/18/2019 icrdata

108/132

11 1 0 0%0=8; 0%008 0%0< 0%08;0 0%0100

22 2 0%010 0%081; 0%110 0%0100

&lant TNP te+t &erio* 105>51222 10551222


TNP 1 -#GN#TE 0%8880 1%02= 811 8;%021>

TNP 8 -#GN#TE 0%100 0%8 1%2 1 1=%00 0%080; 0%8100 0%1>00

8 = 0 0%1> 0%1200 0%1>00

; = 0 0%12

8/18/2019 icrdata

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> 0 0%1;>; 0%0=2 0%800 0%11002 < 0 0%1>80 0%081; 0%1200 0%100

10 < 0 0%1=0 0%0100

11 < 0 0%1;0 0%01= 0%8000 0%1>00

18 = 0 0%80;< 0%08> 0%8=00 0%1200

1;=%0

A.erage+ PM5AG6USE no /y&a++ 0%222< 0%22;< 0%08> 0%01> 1;%;

2Boiler5N67 ty&eK ST6?ER5N695DRY


S68 $ontrolK SDA


Hg n test!oal "ppm#

Hgoutlet$!oal

lb$TBtu outfurna!e

F fa!torlb$TBtu out

furna!e

4ASTE ANTRAC#TE

4ASTE ANTRAC#TE

4ASTE ANTRAC#TE

fr.remo(e

!oal3sta!k

fremo(e

!ontrol

lb$TBtu out

!ontrol

F fa!tor

lb$TBtuout

!ontrol

sta!k

temp

9wa0ne oller Battle ogeneraton Fa!lt0

Detail Data Page 110



1 < 0 0%0=0 0%01>= 0%0;00 0%000


a'erage &gin fuel

(pp")*


highest(pp")*

lo)est(pp")*

8/18/2019 icrdata

110/132

8 < 0 0%11=0 0%000

= < 0 0%00 0%002 0%0;00 0%0;> 0%8800 0%080 0%082 0%1000 0%0=00

10 0 0%0> 0%011< 0%0;00 0%000

18 ; 0 0%0 0%08= 0%0200 0%0800

; 0%0>2 0%8800 0%0800

&lant Collier te+t &erio* 1151>51222 115151222


Collier 1 #TUM#N6US 0%000 0%;1>= 1%

8/18/2019 icrdata

111/132


1 < 0 0%8>0 0%1888 0%=800 0%1100

8 = 1 0%111 0%0>1= 0%1>00 0%08< 0%800 0%0;00

= > 1 0%11=8 0%0;>; 0%8100 0%08 0 0%18 0%0 0%0= 82%0=8 1%00< 1;1%0

ig/ro!n no /y&a++ 0%108= :0%1122 8%=>== 82%1280 1>=%0

A.erage+ no /y&a++ 0%1008 :0%00 82%218 0%02 1>;%

PM5ESP:CS5AG6USE

PM5ESP:CS5AG6USE

PM5ESP:CS5AG6USE

8/18/2019 icrdata

112/132

Mont!ello 1oiler5N67 ty&eK C6N'5PC5N6N695DRY

Parti$ulate $ontrolK ESP: CS5AG6USE

S68 $ontrolK N6NE

Fuel number1 -I)NIT,


1 < 0 0%180 0%0>; 0%200 0%820

< 0 0%0>;= 0%002 0%010 0%00

2 0 0%0 0%00 0%0;20 0%0>00

18 0 0%1=; 0%0=;0 0%1; 0 0%0;8 0%02 0%1;

8/18/2019 icrdata

113/132

&lant Monti$ello 1:8 te+t &erio* 858158000 85858000


Monti$ello 1:8 1 -#GN#TE 0%10 0%01 =%0= %2>%0

Monti$ello 1:8 8 no /y&a++ :0%;820 :0%0 >;%1 1>>%0

Monti$ello 1:8 no /y&a++ :0%8%%1>01 1>=%0

A.erage+ no /y&a++ :0%80; :0%818> %0

8/18/2019 icrdata

114/132

> ; 0 0%0>8 0%0110 0%00 0%02 0%08>0 0%180 0%0=2 0%08; 0%1020 0%0802 0%08;= 0%1000 0%080 0%8

8/18/2019 icrdata

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0 0%0;> 0%010 0%0;0

< = 0 0%0 0%00;0 0%0>;0 0%0 0 0%00

2 0 0%11%02 21%1

Stanton 10 8 S685SDA no /y&a++ 0%1%8>= 2; :0%011 %82;< >%2;1 2%2

A.erage+ S685SDA no /y&a++ :0%0;01 0%01=; %1==< >%8

oiler5N67 ty&eK C6N'5PC5N695DRY

Parti$ulate $ontrolK PARTSCRU

S68 $ontrolK N6NE


%ONT& d d t t


a'erage &g

in fuel( *

standard

de'iation( * highest( * lo)est( *

8/18/2019 icrdata

116/132


1 0 0%180 0%0>< 0%1>=0 0%02=0

8 = 0 0%10= 0%008 0%11=0 0%02;0

0 0%1010 0%08=8 0%180 0%0;0

; 1 0 0%0200 0%0000 0%0200 0%0200

; 0 0%0; 0%0118 0%02 0%1180 0%0>00

10 < 0 0%10>0 0%08> 0%1=0 0%010

11 = 0 0%102 0%0= 0%1; 0%08=0 0%0>00

&lant -e!i+ te+t &erio* =51158000 =51158000


-e!i+ 1 -#GN#TE 0%10;0 1%10; 1%0;


-e!i+ 1 PM5PARTSCRU no /y&a++ 0%1>1 0%0%0

-e!i+ PM5PARTSCRU no /y&a++ 0%1;>1 0%01 10%0;1 11%;0= >0%0

A.erage+ PM5PARTSCRU no /y&a++ 0%122< 0%8;; 2%1>=1 10%1< >0%0

in fuel(pp")* de'iation(pp")* highest(pp")* lo)est(pp")*


Hg n test

!oal "ppm#

Hg

outlet$!oal

lb$TBtu out

furna!e

F fa!torlb$TBtu out

furna!e

fr.remo(e!oal3sta!k

fremo(e!ontrol

lb$TBtu out!ontrol

F fa!torlb$TBtu

out!ontrol

sta!ktemp

Detail Data Page 11;

Mont!ello oiler5N67 ty&eK C6N'5PC5N6N695DRY





a'erage &g standard

8/18/2019 icrdata

117/132


1 < 0 0%180 0%0>; 0%200 0%8

8/18/2019 icrdata

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Monti$ello -#GN#TE 0%=80 A.erage+ 0%=1 0 0%11; 0%0=2> 0%8>00 0%100

18 > 0 0%1200 0%0< 0%8800 0%1=00

=< = 0%1=>0 0%0>8> 0%=00 0%0851222 1151>51222

plant name run.no test fuel-ime+tone 1 -#GN#TE 0 1810


Hg n test

!oal "ppm#

Hg

outlet$!oal

lb$TBtu out

furna!e

F fa!torlb$TBtu out

furna!e

8/18/2019 icrdata

119/132

plant name run.no test fuel-ime+tone 1 -#GN#TE 0%1810

-ime+tone 8 -#GN#TE 0%1;10

-ime+tone -#GN#TE 0%18

8/18/2019 icrdata

120/132


= 1 0%00; 0%008< 0%0100 0%0000 8%>8=

ayfront 8 #TUM#N6US 0%0>00 8%1>11 10%8>8 8%>=28

ayfront #TUM#N6US 0%0>00 1%=00< >%>;0> 1%>>=

A.erage+ 0%0>00 8%0880 2%0> 8%28;


ayfront 1 PM5MEC no /y&a++ :0%00== 0%00= =%;112 8%>

8/18/2019 icrdata

121/132

8 1 0 0%010 0%0000 0%010 0%010

8 0 0%0880 0%001= 0%080 0%0810

= 1 0 0%01;0 0%0000 0%01;0 0%01;0

< 1 0 0%010 0%0000 0%010 0%010

> 0 0%01; 0%00 0%08

8/18/2019 icrdata

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10 0 0%0;00 0%010< 0%000 0%0>00

< 0 0%0;; 0%01>> 0%1000 0%0

8/18/2019 icrdata

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1 0 0%810 0%0>0 0%8>0 0%1=>0

8 0 0%1=10 0%08; 0%1>>0 0%1110

0 0%1; 0%0188 0%1=;0 0%180

= 0 0%18;; 0%08; 0%10 0%0;

8/18/2019 icrdata

124/132



1 1 1 0%0

8/18/2019 icrdata

125/132


AES a!aii 1 PM5AG6USE no /y&a++ 0%81 0%;0 0%=1>< 0%=== 1%;

AES a!aii 8 PM5AG6USE no /y&a++ 0%;

; 0%0

8/18/2019 icrdata

126/132

= > 0 0%0;20 0%0021 0%0210 0%0>;0

< < 0 0%021= 0%00> 0%10 > 0 0%100< 0%01=1 0%180 0%0=0

; > 0 0%02=; 0%08>; 0%1810 0%0=20

> 0 0%0=8 0%01; 0%020 0%0>>0

2 > 0 0%100 0%01 0 0%112; 0%0=0

0%00 0%110 0%080

&lant Merame$ te+t &erio* ;58;51222 ;58251222


Merame$ 1 0%0; >%288 8 >%>8>2


Merame$ 1 PM5ESP: CS no /y&a++ 0%18%0

Merame$ 8 PM5ESP: CS no /y&a++ 0%;000 0%>22; 8%>>>> 8%=0=> 1>%0

Merame$ PM5ESP: CS no /y&a++ 0%>12< 0%;12> 1%282 1%>=20 1 0%;==0 1%28>; 1%;8

8/18/2019 icrdata

127/132


1 0 0%0=>; 0%0100 0%000

8 10 0 0%0 0%8800 0%1>00

< 0 0%0;< 0%0=0> 0%8800 0%0800

&lant St Clair te+t &erio* 115851222 115=51222


St Clair 1 0 0>00 0 280= = ==8> = ;>


Hg n test!oal "ppm#

Hgoutlet$!oal

lb$TBtu outfurna!e

F fa!torlb$TBtu out

furna!e

SU#TUM#N6US5#TUM#N6US

8/18/2019 icrdata

128/132

St Clair 1 0%0>00 0%280= =%==8> =%;>

St Clair 8 0%0< %;8;= =%;1< 1=1%0

A.erage+ PM5ESP: CS no /y&a++ 0%>=2 0%808 %108< %20;> 1=0%0

lft0 reek 6oiler5N67 ty&eK C6N'5PC5N6954ET





1 > 0 0%0;0 0%0181 0%0=0 0%0 0 0%0;0; 0%01< 0%02=0 0%0 0%01< 0%0200 0%0 0 0%0>0 0%00> 0%000 0%0>80

#TUM#N6US



fr.remo(e!oal3sta!k

fremo(e!ontrol

lb$TBtu out!ontrol

F fa!torlb$TBtu

out!ontrol

sta!ktemp


a'erage &gin fuel

(pp")*


highest(pp")*

lo)est(pp")*

Detail Data Page 182

< 10 0 0%0;1 0%01;8 0%100 0%0= 11 0 0%0;>= 0%088 0%110 0%0= 0%018 0%1080 0%00

2 0 0%0;;2 0%082 0%1=0 0%0; 0%01=< 0%0210 0%0=28 0%0111 0%020 0%0=0 0%01= 0%0200 0%0;0

18 ; 0 0%0>= 0%0022 0%0

8/18/2019 icrdata

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1 10 0 0%11>; 0%0>22 0%80

8 2 0 0%1=>; 0%02 0%80 0%0;20

2 0 0%1;0

= 11 0 0%1=8< 0%11< 0%=10 0%0>20

< 2 0 0%818= 0%80;= 0%80 0%0;;0> 2 0 0%1 0%180 0%=1=0 0%0;00

; 2 0 0%1=>; 0%10; 0%20 0%0;0

2 0 0%1>2 0%028 0%810 0%0>=0

2 ; 0 0%10 0%0;0= 0%8>>0 0%0;10

10 2 0 0%1=== 0%02< 0%1 0%80 0%0>=0

&lant Clifty te+t &erio* 115851222 11551222


Clifty 1 0%000 1%;

8/18/2019 icrdata

130/132

:alle0 2oiler5N67 ty&eK C6N'5PC5N695DRY


S68 $ontrolK N6NE

Fuel number1


1 = 0 0%0>8< 0%00>> 0%0;00 0%00

8 = 0 0%08< 0%018 0%02;0 0%0>20

< 0 0%0280 0%01;; 0%1100 0%0;80

= = 0 0%0;0 0%08=2 0%00 0%0>0

< = 0 0%0==0 0%018> 0%0>10 0%010

> < 0 0%0820 0%011 0%0=00 0%01>0

; = 0 0%0=10 0%0< 0%0200 0%01>0

0 0%080 0%0810 0%0110

2 = 0 0%082< 0%00;2 0%0;0 0%080010 0 0%0820 0%01>1 0%0=;0 0%01>0

11 = 0 0%012 0%002 0%08=0 0%01>0

18 = 0 0%080 0%000

= 0 0%0=;< 0%0820 0%1100 0%0110

&lant 'alley te+t &erio* 115051222 115051222



BITUMINOUSP,T'O-,UM O/,

a'erage &gin fuel

(pp")*


highest(pp")*

lo)est(pp")*


Hg n test!oal "ppm#

Hgoutlet$!oal

lb$TBtu outfurna!e

F fa!torlb$TBtu out

furna!e

Detail Data Page 11

'alley 1 0%0028 8%11 1%2=>; 1%20

'alley 8 0%010 1%=20 1%=>;> 1%=8;<

'alley 0%01< 1%=1=1 1%12

A.erage+ 0%018= 1%>1< 1%>02< 1%

8/18/2019 icrdata

131/132


'alley 1 PM5AG6USE no /y&a++ :1%0> 0%0; 1%2 :0%8;< 1%>0 1=



1 1 0 0%1000 0%0000 0%1000 0%1000

8 8 0 0%02 1 0 0 1>80 0 0000 0 1>80 0 1>80


a'erage &gin fuel

(pp")*


highest(pp")*

lo)est(pp")*

8/18/2019 icrdata

132/132

> 1 0 0%1>80 0%0000 0%1>80 0%1>80

; = 0 0%110= 0%0=; 0%1;2 0%0;8

8 0 0%10< 0%01;; 0%11>0 0%0202

18 8 0 0%0= 0%011 0%1;2 0%0;1<

&lant S,a!nee te+t &erio* 1058;51222 1058251222


S,a!nee 1 0%0880 1%>0 %1201 %802>

S,a!nee 8 0%020 1%0=1 %81

S,a!nee 0%08=0 1%;8

A.erage+ 0%08 1% %8;; %0;


S,a!nee 1 PM5AG6USE no /y&a++ 0% 0%>0< 1%0>;0 1=2%0

S,a!nee PM5AG6USE no /y&a++ 0%=>8 0%;11> 0%2>

Date post:	07-Jul-2018
Category:	Documents
Upload:	elwathig-bakhiet
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