Plant
name
Unit
name
Boiler/
NOx
type
PM
control
SOx
control
AES
Cayuga
(
NY)
(
formerly
NYSEG
Milliken)
2
CONV/
PC/
NOX/
DRY
ESP­
CS
WETSCRUB
AES
Hawaii,
Inc.
A
FBC/
SNCR
BAGHOUSE
FBC
Antelope
Valley
Station
B1
CONV/
PC/
NOX/
DRY
BAGHOUSE
SDA
Bailly
7
CYCLONE/
NONOX/
WET
ESP­
CS
WETSCRUB
Bay
Front
Plant
Generating
5
CYCLONE/
NONOX/
WET
MECH
COMP
COAL
Big
Bend
BB03
CONV/
TURBO/
NOX/
WET
ESP­
CS
WETSCRUB
Big
Brown
1
CONV/
PC/
NONOX/
DRY
ESP­
CS/
BAGHOUSE
NONE
Brayton
Point
1
CONV/
PC/
NOX/
DRY
ESP­
CS
COMP
COAL
Brayton
Point
3
CONV/
PC/
NOX/
DRY
ESP­
CS
COMP
COAL
Bruce
Mansfield
1
CONV/
PC/
NOX/
DRY
PARTSCRUB
NONE
Charles
R.
Lowman
2
CONV/
PC/
NONOX/
DRY
ESP­
HS
WETSCRUB
Cholla
2
CONV/
PC/
NONOX/
DRY
MECH/
PARTSCRUB
WETSCRUB
Cholla
3
CONV/
PC/
NONOX/
DRY
ESP­
HS
NONE
Clay
Boswell
2
CONV/
PC/
NOX/
DRY
BAGHOUSE
COMP
COAL
Clay
Boswell
3
CONV/
PC/
NOX/
DRY
PARTSCRUB
WETSCRUB/
COMP
COAL
Clay
Boswell
4
CONV/
PC/
NOX/
DRY
PARTSCRUB
WETSCRUB
Cliffside
1
CONV/
PC/
NONOX/
DRY
ESP­
HS
NONE
Clifty
Creek
6
CONV/
PC/
NOX/
WET
ESP­
HS
COMP
COAL
Clover
Power
Station
2
CONV/
PC/
NOX/
DRY
BAGHOUSE
WETSCRUB
Colstrip
3
CONV/
PC/
NOX/
DRY
PARTSCRUB
WETSCRUB
Columbia
1
CONV/
PC/
NOX/
DRY
ESP­
HS
COMP
COAL
Comanche
2
CONV/
PC/
NOX/
DRY
BAGHOUSE
COMP
COAL
Coronado
U1B
CONV/
PC/
NOX/
WET
ESP­
HS
WETSCRUB
Coyote
1
CYCLONE/
NONOX/
WET
BAGHOUSE
SDA
Craig
C1
CONV/
PC/
NOX/
DRY
ESP­
HS
WETSCRUB
Craig
C3
CONV/
PC/
NOX/
DRY
BAGHOUSE
SDA
Dunkirk
2
CONV/
PC/
NOX/
DRY
ESP­
HS
COMP
COAL
Dwayne
Collier
Battle
Cogeneration
Facility
2B
STOKER/
NOX/
DRY
BAGHOUSE
SDA
Gaston
1
CONV/
PC/
NOX/
DRY
ESP­
HS
NONE
George
Neal
South
4
CONV/
PC/
NOX/
DRY
ESP­
CS
COMP
COAL
Gibson
Generating
Station
(
0300)
3
CONV/
PC/
NOX/
DRY
ESP­
CS
NONE
Gibson
Generating
Station
(
1099)
3
CONV/
PC/
NOX/
DRY
ESP­
CS
NONE
GRDA
2
CONV/
PC/
NOX/
DRY
ESP­
CS
SDA
Intermountain
2SGA
CONV/
PC/
NOX/
DRY
BAGHOUSE
WETSCRUB
Jack
Watson
4
CONV/
PC/
NOX/
DRY
ESP­
CS
NONE
Jim
Bridger
BW
74
CONV/
PC/
NOX/
DRY
ESP­
CS
WETSCRUB
Kline
Township
Cogen
Facility
GEN1
FBC/
NONOX
BAGHOUSE
FBC
La
Cygne
1
CYCLONE/
NOX/
WET
PARTSCRUB
WETSCRUB
Laramie
River
Station
1
CONV/
PC/
NOX/
DRY
ESP­
CS
WETSCRUB
Laramie
River
Station
3
CONV/
PC/
NOX/
DRY
ESP­
CS
SDA
Lawrence
4
CONV/
PC/
NONOX/
DRY
PARTSCRUB
WETSCRUB
Leland
Olds
Station
2
CYCLONE/
NONOX/
WET
ESP­
CS
NONE
Lewis
&
Clark
B1
CONV/
PC/
NOX/
DRY
PARTSCRUB
NONE
Limestone
LIM1
CONV/
PC/
NOX/
WET
ESP­
CS
WETSCRUB
Logan
Generating
Plant
GEN
1
CONV/
PC/
NOX/
SCR/
DRY
BAGHOUSE
SDA
Mecklenburg
Cogeneration
Facility
GEN
1
CONV/
PC/
NOX/
DRY
BAGHOUSE
SDA
Meramec
4
CONV/
PC/
NOX/
DRY
ESP­
CS
NONE
Monticello
1
CONV/
PC/
NONOX/
DRY
ESP­
CS/
BAGHOUSE
NONE
Monticello
3
CONV/
PC/
NONOX/
DRY
ESP­
CS
WETSCRUB
Montrose
1
CONV/
PC/
NOX/
DRY
ESP­
CS
COMP
COAL
Navajo
3
CONV/
PC/
NONOX/
DRY
ESP­
HS
WETSCRUB
Nelson
Dewey
1
CYCLONE/
NONOX/
WET
ESP­
HS
COMP
COAL
Newton
2
CONV/
PC/
NOX/
DRY
ESP­
CS
COMP
COAL
Platte
1
CONV/
PC/
NOX/
WET
ESP­
HS
COMP
COAL
Polk
Power
1
COAL
GAS
COAL
GAS
COAL
GAS
Port
Washington
4
CONV/
PC/
NONOX/
DRY
ESP­
CS
SORBENT
INJ
Presque
Isle
5
CONV/
PC/
NONOX/
WET
ESP­
CS
COMP
COAL
Presque
Isle
6
CONV/
PC/
NONOX/
WET
ESP­
CS
COMP
COAL
Presque
Isle
9
CONV/
PC/
NOX/
WET
ESP­
HS
COMP
COAL
R.
D.
Morrow
Sr.
Generating
plant
2
CONV/
PC/
NOX/
DRY
ESP­
HS
WETSCRUB
R.
M.
Heskett
Station
B2
FBC/
NONOX
ESP­
CS
FBC
Rawhide
101
CONV/
PC/
NOX/
DRY
BAGHOUSE
SDA
Salem
Harbor
3
CONV/
PC/
NOX/
SNCR/
DRY
ESP­
CS
COMP
COAL
Sam
Seymour
3
CONV/
PC/
NONOX/
DRY
ESP­
CS
WETSCRUB
San
Juan
2
CONV/
PC/
NONOX/
DRY
ESP­
HS
WETSCRUB
Scrubgrass
Generating
Company
L.
P.
GEN1
FBC/
NONOX
BAGHOUSE
FBC
SEI
­
Birchwood
Power
Facility
1
CONV/
PC/
NOX/
SCR/
DRY
BAGHOUSE
SDA
Shawnee
Fossil
Plant
3
CONV/
PC/
NOX/
DRY
BAGHOUSE
COMP
COAL
Sherburne
County
Generating
Plant
#
3
CONV/
PC/
NOX/
DRY
BAGHOUSE
SDA
St
Clair
Power
Plant
4
CONV/
PC/
NONOX/
DRY
ESP­
CS
COMP
COAL
Stanton
Station
1
CONV/
PC/
NOX/
DRY
ESP­
CS
NONE
Stanton
Station
10
CONV/
PC/
NOX/
DRY
BAGHOUSE
SDA
Stockton
Cogen
Company
GEN1
FBC/
SNCR
BAGHOUSE
FBC
TNP­
One
U2
FBC/
NONOX
BAGHOUSE
FBC
Valley
2
CONV/
PC/
NOX/
DRY
BAGHOUSE
NONE
Valmont
5
CONV/
PC/
NOX/
DRY
BAGHOUSE
COMP
COAL
W.
H.
Sammis
1
CONV/
PC/
NONOX/
DRY
BAGHOUSE
NONE
Wabash
River
Generating
Station
1
+
1A
COAL
GAS
COAL
GAS
COAL
GAS
Widows
Creek
Fossil
Plant
6
CONV/
PC/
NONOX/
DRY
ESP­
CS
COMP
COAL
Wyodak
BW
91
CONV/
PC/
NOX/
DRY
ESP­
CS
SDA
efficiency
factor
0.322115
10.60002158
Tbtu/
TWH
3.41442595
name
of
fuel
1
average
Hg
in
fuel
(
ppmw)
name
of
fuel
2
average
Hg
in
fuel
(
ppmw)
Fuel
in
test
BITUMINOUS
0.3186
BITUMINOUS
SUBBITUMINOUS
0.0279
TIRES
0.0211
SUBBITUMINOUS
LIGNITE
0.0658
LIGNITE
BITUMINOUS
­
LOW
SULFUR
0.0254
BITUMINOUS
­
HIGH
SULFUR
0.0600
BITUMINOUS
BITUMINOUS
0.0289
PETROLEUM
COKE
0.0087
BITUMINOUS
SUBBITUMINOUS
0.0348
BITUMINOUS
0.1035
BITUMINOUS
LIGNITE
0.1319
LIGNITE
BITUMINOUS
0.0654
BITUMINOUS
BITUMINOUS
0.0654
BITUMINOUS
PETROLEUM
COKE
0.0100
BITUMINOUS
0.1330
BITUMINOUS
BITUMINOUS
0.0900
BITUMINOUS
SUBBITUMINOUS
0.0582
BITUMINOUS
0.0429
SUBBITUMINOUS
SUBBITUMINOUS
0.0582
BITUMINOUS
0.0429
SUBBITUMINOUS
SUBBITUMINOUS
0.0701
SUBBITUMINOUS
SUBBITUMINOUS
0.0701
SUBBITUMINOUS
SUBBITUMINOUS
0.0701
SUBBITUMINOUS
BITUMINOUS
0.0523
BITUMINOUS
SUBBITUMINOUS
0.0711
BITUMINOUS
0.1463
SUBBITUMINOUS/
BITUMINOUS
BITUMINOUS
0.0978
BITUMINOUS
SUBBITUMINOUS
0.0555
SUBBITUMINOUS
SUBBITUMINOUS
0.0575
SUBBITUMINOUS
SUBBITUMINOUS
0.0767
SUBBITUMINOUS
SUBBITUMINOUS
0.0569
SUBBITUMINOUS
LIGNITE
0.1348
LIGNITE
SUBBITUMINOUS
0.0254
BITUMINOUS
0.0367
SUBBITUMINOUS
SUBBITUMINOUS
0.0254
BITUMINOUS
0.0367
SUBBITUMINOUS
BITUMINOUS
0.0902
BITUMINOUS
BITUMINOUS
0.0767
BITUMINOUS
BITUMINOUS
0.1342
BITUMINOUS
SUBBITUMINOUS
0.0800
SUBBITUMINOUS
BITUMINOUS
0.0772
BITUMINOUS
BITUMINOUS
0.0772
BITUMINOUS
SUBBITUMINOUS
0.0557
BITUMINOUS
0.0771
SUBBITUMINOUS/
BITUMINOUS
BITUMINOUS
0.0391
PETROLEUM
COKE
0.0117
BITUMINOUS
BITUMINOUS
0.0918
SUBBITUMINOUS
0.1558
BITUMINOUS
SUBBITUMINOUS
0.0501
BITUMINOUS
0.0480
SUBBITUMINOUS
WASTE
ANTHRACITE
0.1733
WASTE
BITUMINOUS
SUBBITUMINOUS
0.0523
BITUMINOUS
0.1249
SUBBITUMINOUS
SUBBITUMINOUS
0.0521
SUBBITUMINOUS
SUBBITUMINOUS
0.0521
SUBBITUMINOUS
SUBBITUMINOUS
0.0683
BITUMINOUS
0.0795
SUBBITUMINOUS
LIGNITE
0.0717
LIGNITE
LIGNITE
0.0967
LIGNITE
LIGNITE
0.1460
LIGNITE
BITUMINOUS
0.1727
BITUMINOUS
BITUMINOUS
0.0932
BITUMINOUS
SUBBITUMINOUS
0.0539
BITUMINOUS
0.0896
SUBBITUMINOUS/
BITUMINOUS
LIGNITE
0.1754
SUBBITUMINOUS
0.0732
LIGNITE
LIGNITE
0.1754
SUBBITUMINOUS
0.0732
LIGNITE
SUBBITUMINOUS
0.0422
SUBBITUMINOUS
BITUMINOUS
0.0374
BITUMINOUS
SUBBITUMINOUS
0.0805
SUBBITUMINOUS/
PETCOKE
BITUMINOUS
0.0570
SUBBITUMINOUS
0.0546
SUBBITUMINOUS
SUBBITUMINOUS
0.0608
SUBBITUMINOUS
BITUMINOUS
0.0858
SUBBITUMINOUS
0.0360
BITUMINOUS
BITUMINOUS
0.0954
BITUMINOUS
BITUMINOUS/
PETROLEUM
COKE
0.0300
SUBBITUMINOUS
0.0508
BITUMINOUS/
PETCOKE
BITUMINOUS/
PETROLEUM
COKE
0.0300
SUBBITUMINOUS
0.0508
BITUMINOUS/
PETCOKE
BITUMINOUS/
PETROLEUM
COKE
0.0300
SUBBITUMINOUS
0.0508
SUBBITUMINOUS
BITUMINOUS
0.1958
BITUMINOUS
LIGNITE
0.0881
LIGNITE
SUBBITUMINOUS
0.0469
SUBBITUMINOUS
BITUMINOUS
0.0571
BITUMINOUS
SUBBITUMINOUS
0.0852
SUBBITUMINOUS
SUBBITUMINOUS
0.0918
SUBBITUMINOUS
WASTE
BITUMINOUS
0.7029
WASTE
BITUMINOUS
BITUMINOUS
0.1470
BITUMINOUS
BITUMINOUS
0.0482
SUBBITUMINOUS
0.1064
BITUMINOUS/
SUBBITUMINOUS
SUBBITUMINOUS
0.0528
SUBBITUMINOUS
SUBBITUMINOUS
0.0344
BITUMINOUS
0.0875
SUBBITUMINOUS/
BITUMINOUS
LIGNITE
0.0883
LIGNITE
LIGNITE
0.0883
LIGNITE
BITUMINOUS
0.0404
PETROLEUM
COKE
0.0293
BITUMINOUS/
PETCOKE
LIGNITE
0.0310
LIGNITE
BITUMINOUS/
PETROLEUM
COKE
0.0475
BITUMINOUS/
PETCOKE
BITUMINOUS
0.0388
BITUMINOUS
BITUMINOUS
0.1009
BITUMINOUS
BITUMINOUS
0.0786
PETROLEUM
COKE
0.0225
BITUMINOUS
BITUMINOUS
0.0846
BITUMINOUS
SUBBITUMINOUS
0.0633
SUBBITUMINOUS
T
control
inlet
(
C)
Cl
in
test
coal
(
ppm)
Hg
in
test
coal
(
ppm)
Hg
out
furnace/
Hg
in
coal
lb
Hg/
TBtu
out
furnace
F
factor
lb
Hg/
TBtu
out
furnace
137
882
0.1065
137
46
0.0267
0.5510
1.1256
0.9854
153
107
0.0620
0.5942
3.5496
5.9733
173
646
0.0700
134
127
0.0600
2.0220
9.5606
2.3927
155
1767
0.1383
185
133
0.2880
0.7928
25.8997
27.9212
154
567
0.0633
1.3004
5.7178
4.4348
122
967
0.0800
1.1622
6.6184
4.9119
141
767
0.0927
1.0925
7.3950
8.0849
146
367
0.0803
137
50
0.0400
0.7384
2.6512
3.1632
359
50
0.0367
0.2595
0.7940
0.9056
176
50
0.0567
0.8920
4.0160
3.6689
144
50
0.0630
1.0915
5.6463
4.4349
144
50
0.0660
0.7233
3.9282
3.6996
342
1400
0.0600
1.9574
8.4317
6.4487
383
441
0.0800
1.8300
11.6477
10.4083
139
520
0.1594
139
67
0.0653
1.0864
6.7042
6.1489
406
314
0.1000
1.6265
13.3510
11.8709
145
50
0.0922
0.8542
6.6021
7.0101
138
117
0.0350
172
100
0.1107
1.4073
13.5502
12.8692
121
267
0.0227
139
117
0.0100
1.3182
1.0437
1.0972
305
872
0.1300
1.1636
10.8768
8.3305
168
1700
0.0300
0.7344
1.5869
1.7035
336
333
0.0593
1.3715
5.9456
5.2148
152
191
0.0900
0.8520
6.2152
7.4666
156
1867
0.1183
3.1616
32.3115
30.6737
161
2100
0.1390
1.5660
17.3947
16.4719
156
399
0.1000
0.9573
7.8983
8.6306
151
200
0.0233
150
761
0.0537
1.0654
4.3276
4.1634
146
50
0.0733
188
267
0.3333
0.2675
17.3101
32.0152
144
300
0.1033
7.0920
138
77
0.1193
139
74
0.1247
0.5406
5.6025
6.2128
166
267
0.0477
1.0345
4.0213
4.3987
202
91
0.0405
1.2793
5.1370
4.8266
199
100
0.1193
1.4342
16.1501
16.9607
162
50
0.1390
147
1500
0.1800
0.9117
11.9526
12.0912
148
1893
0.0967
1.2365
8.3530
9.9299
170
3620
0.0910
1.0291
6.8262
6.6269
181
167
0.3717
0.9671
44.0972
43.9689
176
133
0.4150
158
133
0.0997
0.1890
1.7922
6.4935
155
150
0.0303
257
129
0.0600
0.4330
1.9965
1.9973
161
178
0.0707
1.3010
8.3088
7.6144
414
181
0.0900
1.7623
12.1933
10.3553
171
1067
0.1000
0.6601
5.2289
5.4713
406
1215
0.0900
2.0011
12.8800
12.2227
172
190
0.0429
1.4292
4.7905
3.7660
153
197
0.0393
1.2009
3.4866
2.6811
382
223
0.0682
0.9047
5.1091
4.8944
166
833
0.0500
162
100
0.0863
0.8195
6.5466
7.3244
171
127
0.0733
1.9758
12.1599
11.6487
126
100
0.0267
1.7010
3.1869
3.2345
150
20
0.1227
143
167
0.0537
161
600
0.5267
0.6937
43.8616
92.5118
134
917
0.1100
0.9300
8.1477
8.6933
158
167
0.0283
1.5706
3.2737
3.3073
147
102
0.0767
1.3605
8.9438
7.9042
140
333
0.0613
0.9373
4.5648
4.8819
165
50
0.0823
0.5415
3.2952
6.6754
176
28
0.0835
1.1531
8.7844
6.3462
148
583
0.0270
1.4795
3.2006
1.7032
181
133
0.2547
0.9477
25.8893
25.8212
157
128
0.0124
1.8615
1.6095
1.5799
147
39
0.0079
2.1637
1.3706
0.9228
158
1233
0.1060
1.7640
14.0602
10.7427
176
600
0.0673
0.6747
3.6393
5.3343
160
333
0.0247
1.5506
2.9701
2.8976
160
25
0.0400
4.1729
13.6164
12.5126
tested
control
location
fr.
remove
coal­
stack
fremove
control
lb
Hg/
TBtu
out
control
%
rel.
deviation
lb
Hg/
TBtu
out
control
F
factor
lb
Hg/
TBtu
out
control
SO2/
WETSCRUB
no
bypass
0.7205
0.6861
2.1612
15%
2.0652
PM/
BAGHOUSE
no
bypass
0.788
0.5252
0.4452
13%
0.4606
SO2/
SDA
no
bypass
0.6574
0.3333
2.0791
169%
4.0042
SO2/
WETSCRUB
no
bypass
0.5861
0.4795
2.2305
11%
2.2306
PM/
MECH
no
bypass
­
0.4737
­
0.5707
6.9873
197%
3.5792
SO2/
WETSCRUB
no
bypass
0.8235
0.6852
1.8593
22%
1.5652
PM/
ESP­
CS/
BAGHOUSE
no
bypass
0.1002
­
0.0808
29.3912
97%
30.0889
PM/
ESP­
CS
no
bypass
0.2456
0.2748
3.3877
31%
3.2000
PM/
ESP­
CS
no
bypass
0.3111
0.2519
3.8926
93%
3.6979
PM/
PARTSCRUB
no
bypass
0.0799
0.1207
6.2589
48%
7.0985
SO2/
WETSCRUB
after
bypass
0.8397
0.7324
1.001
229%
0.9706
PM/
MECH/
PARTSCRUB
no
bypass
0.2436
­
0.0435
2.6906
22%
3.1864
PM/
ESP­
HS
no
bypass
0.642
­
0.3627
1.0763
47%
1.2066
PM/
BAGHOUSE
no
bypass
0.8603
0.8257
0.6863
39%
0.6633
PM/
PARTSCRUB
no
bypass
0.0017
0.0874
5.147
10%
4.0454
PM/
PARTSCRUB
no
bypass
0.114
­
0.2191
4.8364
24%
4.4550
PM/
ESP­
HS
no
bypass
­
0.1243
0.3041
4.9826
110%
4.3223
PM/
ESP­
HS
no
bypass
­
0.3049
0.3403
8.3071
40%
6.8745
SO2/
WETSCRUB
no
bypass
0.9671
0.7633
0.3387
20%
0.3529
PM/
PARTSCRUB
no
bypass
0.1472
­
0.0784
5.1853
306%
5.7264
PM/
ESP­
HS
no
bypass
­
0.2522
0.1195
10.2732
23%
10.3097
PM/
BAGHOUSE
no
bypass
0.6577
0.6259
2.6611
45%
2.5931
SO2/
WETSCRUB
after
control
0.3061
­
0.1524
2.1357
22%
2.4468
SO2/
SDA
no
bypass
0.1211
0.3824
7.355
628%
7.9523
SO2/
WETSCRUB
after
bypass
0.2367
0.2819
1.3834
9%
1.4456
SO2/
SDA
no
bypass
0.1281
0.336
0.6897
2%
0.7248
PM/
ESP­
HS
no
bypass
0.1019
0.1873
8.3976
195%
6.8030
SO2/
SDA
no
bypass
0.952
0.9366
0.1037
1%
0.1074
PM/
ESP­
HS
no
bypass
­
0.3998
­
0.1719
6.1698
104%
6.0738
PM/
ESP­
CS
no
bypass
0.2194
­
0.096
5.7757
66%
7.7269
PM/
ESP­
CS
no
bypass
­
2.0104
0.0495
30.7445
324%
29.0614
PM/
ESP­
CS
no
bypass
­
0.1688
0.3572
12.9877
405%
9.7452
SO2/
SDA
no
bypass
­
0.0097
­
0.0283
8.3264
114%
8.6918
SO2/
WETSCRUB
no
bypass
0.8384
0.7453
0.2849
11%
0.2466
PM/
ESP­
CS
no
bypass
0.2447
0.2923
3.0657
49%
2.9333
SO2/
WETSCRUB
no
bypass
0.1949
0.096
4.9038
37%
4.7040
PM/
BAGHOUSE
no
bypass
0.9995
0.9975
0.0326
0.1%
0.0816
PM/
PARTSCRUB
no
bypass
0.427
0.2215
5.0527
105%
5.5140
SO2/
WETSCRUB
after
bypass
0.7338
0.6074
2.6154
42%
3.0184
SO2/
SDA
no
bypass
0.7038
­
0.7848
3.0504
34%
3.3411
PM/
PARTSCRUB
no
bypass
­
0.2317
­
0.1742
4.755
10%
5.1181
PM/
ESP­
CS
no
bypass
­
0.1279
0.0487
4.0512
136%
4.0233
PM/
PARTSCRUB
no
bypass
0.1995
0.3277
9.1641
99%
10.8315
SO2/
WETSCRUB
after
control
­
0.075
0.5102
13.8843
85%
13.6612
SO2/
SDA
no
bypass
0.9784
0.9752
0.2728
27%
0.2801
SO2/
SDA
no
bypass
0.9851
0.9881
0.1029
2%
0.1062
PM/
ESP­
CS
no
bypass
0.7116
0.744
1.9267
74%
1.7255
PM/
ESP­
CS/
BAGHOUSE
no
bypass
­
0.2037
­
0.2126
56.0352
2779%
55.8686
SO2/
WETSCRUB
after
bypass
0.6513
0.4757
16.7222
249%
18.3232
PM/
ESP­
CS
no
bypass
0.3572
0.0933
6.1366
36%
5.8573
SO2/
WETSCRUB
no
bypass
­
0.2046
0.2095
2.7208
5%
2.7359
PM/
ESP­
HS
no
bypass
0.5557
­
0.0897
2.0488
34%
2.1349
PM/
ESP­
CS
no
bypass
­
0.1916
0.0823
7.6305
81%
6.9877
PM/
ESP­
HS
no
bypass
­
0.6753
­
0.0293
11.4905
305%
10.6121
no
control
no
bypass
0.3399
0
5.2289
37%
5.4713
SO2/
SORBENT
INJ
no
bypass
0.0118
0.4489
6.359
31%
6.6916
PM/
ESP­
CS
no
bypass
0.6282
0.662
1.2424
8%
1.2622
PM/
ESP­
CS
no
bypass
0.5802
0.5452
1.2333
20%
1.2217
PM/
ESP­
HS
no
bypass
0.0993
­
0.0363
5.0896
19%
5.0738
SO2/
WETSCRUB
after
bypass
0.4567
0.7575
2.0909
22%
2.1269
PM/
ESP­
CS
no
bypass
0.5614
0.4036
3.5095
52%
3.9768
SO2/
SDA
no
bypass
­
0.2564
0.3183
7.6658
52%
7.7630
PM/
ESP­
CS
no
bypass
0.8298
0.8988
0.3291
14%
0.3348
SO2/
WETSCRUB
after
control
0.5624
­
0.2032
4.4806
49%
8.6353
SO2/
WETSCRUB
after
control
0.1747
0.3683
4.0847
110%
4.2854
PM/
BAGHOUSE
no
bypass
0.9992
0.9989
0.0485
0.3%
0.0936
SO2/
SDA
no
bypass
0.972
0.9736
0.2444
15%
0.2379
PM/
BAGHOUSE
no
bypass
0.4974
0.682
1.0443
7%
1.0507
SO2/
SDA
no
bypass
­
0.097
0.0446
7.1935
92%
7.5401
PM/
ESP­
CS
no
bypass
0.3649
0.2023
3.1025
58%
3.9076
PM/
ESP­
CS
no
bypass
0.4409
­
0.0357
3.9569
27%
6.9024
SO2/
SDA
no
bypass
­
0.0701
0.0147
8.1445
15%
6.2517
PM/
BAGHOUSE
no
bypass
0.8927
0.9182
0.2308
4%
0.1316
PM/
BAGHOUSE
no
bypass
0.592
0.5698
10.8506
357%
10.8596
PM/
BAGHOUSE
no
bypass
­
1.086
­
0.0675
1.8514
21%
1.6630
PM/
BAGHOUSE
no
bypass
0.7733
0.8652
0.1481
6%
0.1268
PM/
BAGHOUSE
no
bypass
0.8716
0.9221
1.0109
6%
0.8291
out
of
generator
no
bypass
0.3253
0
3.6393
32%
5.3343
PM/
ESP­
CS
no
bypass
0.2991
0.5216
1.3695
32%
1.3986
SO2/
SDA
no
bypass
­
1.44
0.4349
8.0526
6%
7.0701
%
rel
deviation
F
factor
lb
Hg/
TBtu
out
control
particulateF
factor
lb
Hg/
TBtu
out
control
oxidized
F
factor
lb
Hg/
TBtu
out
control
elemental
F
factor
lb
Hg/
TBtu
out
control
inlet
last
control
temp
(
C)
stack
temp
(
C)
lb
Hg/
TWH
from
coal
13%
0.0091
0.1465
1.9096
137
50.1
22.91
13%
0.0012
0.0149
0.4445
137
133.5
4.72
324%
0.0128
0.3236
3.6678
153
84.0
22.04
11%
0.0015
0.2525
1.9766
173
54.2
23.64
82%
0.6062
1.6561
1.3169
134
133.7
74.07
20%
0.0000
0.1343
1.4309
155
52.0
19.71
91%
0.0413
12.6207
17.4269
185
167.3
311.55
30%
0.5478
2.4042
0.2479
154
143.0
35.91
101%
0.4019
2.1687
1.1273
122
124.7
41.26
65%
0.1271
1.3949
5.5765
141
52.3
66.34
221%
146
122.0
10.61
25%
0.0000
0.1173
3.0691
137
86.7
28.52
50%
0.0000
0.2139
0.9927
359
157.7
11.41
34%
0.0204
0.5271
0.1158
176
167.7
7.27
15%
0.0013
0.0412
4.0029
144
51.0
54.56
35%
0.1176
0.2688
4.0686
144
68.0
51.27
108%
0.1433
2.1641
2.0149
342
194.5
52.82
53%
0.1853
3.3834
3.3058
383
167.3
88.06
21%
0.0239
0.1914
0.1376
139
50.2
3.59
341%
0.0873
0.3028
5.3363
139
89.0
54.96
25%
0.0034
1.8045
8.5018
406
154.0
108.90
42%
0.0194
2.3172
0.2565
145
151.5
28.21
13%
0.0509
0.0508
2.3451
138
48.0
22.64
677%
0.0733
0.1686
7.7105
172
102.3
77.96
8%
121
62.0
14.66
3%
0.0025
0.0254
0.6969
139
81.9
7.31
145%
0.1502
4.2746
2.3782
305
294.8
89.01
1%
0.0225
0.0190
0.0659
168
85.7
1.10
75%
0.5508
3.6455
1.8775
336
126.7
65.40
75%
0.0303
3.2082
4.4883
152
141.3
61.22
205%
0.0069
24.9348
4.1197
156
155.0
325.89
164%
0.0228
6.1032
3.6192
161
171.7
137.67
60%
0.0117
0.7602
7.9199
156
84.1
88.26
10%
0.0073
0.0458
0.1935
151
48.7
3.02
24%
0.0256
2.0258
0.8819
150
152.3
32.50
35%
0.0340
0.1780
4.4920
146
53.7
51.98
0.3%
0.0025
0.0308
0.0484
188
173.7
0.35
132%
0.1217
0.3073
5.0850
144
72.7
53.56
49%
138
63.7
27.72
58%
­
0.0133
­
0.2722
3.6265
139
78.5
32.33
21%
0.1349
0.3660
4.6172
166
67.3
50.40
76%
0.0017
0.6844
3.3372
202
182.0
42.94
76%
0.0164
0.3229
10.4922
199
60.0
97.14
46%
0.1194
1.7118
11.8300
162
59.7
147.17
27%
0.0127
0.0270
0.2403
147
87.0
2.89
2%
0.0105
0.0418
0.0539
148
74.6
1.09
64%
0.0031
1.0719
0.6505
170
158.3
20.42
2770%
0.0922
47.4770
8.2994
181
165.3
593.97
511%
176
89.3
177.26
22%
0.0027
1.7884
4.0662
158
167.2
65.05
3%
0.0214
0.0256
2.6889
155
49.0
28.84
41%
0.0207
0.1603
1.9539
257
260.0
21.72
59%
0.0024
1.4250
5.5603
161
167.3
80.88
286%
0.0182
0.8939
9.7000
414
154.8
121.80
31%
0.0071
0.3951
5.0691
171
55.43
27%
0.0110
4.4920
2.1886
406
205.9
67.41
7%
0.0076
0.5384
0.7162
172
171.9
13.17
16%
0.0208
0.6178
0.5831
153
151.7
13.07
21%
0.0018
0.4267
4.6452
382
195.7
53.95
19%
166
86.3
22.16
44%
0.0552
0.4895
3.4321
162
157.7
37.20
64%
0.0724
0.5796
7.1110
171
104.0
81.26
16%
0.0589
0.0997
0.1762
126
128.7
3.49
49%
0.0498
0.1957
8.3898
150
55.7
47.49
104%
0.0447
0.2712
3.9695
143
47.9
43.30
1%
0.0020
0.0367
0.0550
161
157.0
0.51
15%
0.0092
0.1223
0.1064
134
90.0
2.59
7%
0.0625
0.4414
0.5468
158
151.3
11.07
132%
0.1276
0.1455
7.2670
147
80.3
76.25
80%
0.0601
0.9790
2.8685
140
140.0
32.89
17%
0.0136
0.2496
6.6392
165
166.5
41.94
15%
0.0044
0.1361
6.1112
176
93.3
86.33
1%
0.0558
0.0367
0.0391
148
146.0
2.45
338%
0.0414
7.7691
3.0492
181
175.3
115.02
20%
0.0375
1.3053
0.3203
157
158.4
19.62
4%
0.0042
0.1016
0.0210
147
140.0
1.57
3%
0.0368
0.3808
0.4115
158
150.7
10.72
37%
0.0477
0.5454
4.7412
176
38.58
37%
0.0649
0.8161
0.5176
160
157.0
14.52
3%
0.0136
0.1152
6.9413
160
81.7
85.36
*
the
value
of
MWH
was
esti
lb
Hg/
TWH
from
concentration
lb
Hg/
MWH
from
coal
lb
Hg/
MWH
from
concentration
21.89
0.00002291
0.00002189
4.88
0.00000472
0.00000488
42.44
0.00002204
0.00004244
23.64
0.00002364
0.00002364
37.94
0.00007407
0.00003794
16.59
0.00001971
0.00001659
318.94
0.00031155
0.00031894
33.92
0.00003591
0.00003392
39.20
0.00004126
0.00003920
75.24
0.00006634
0.00007524
10.29
0.00001061
0.00001029
33.78
0.00002852
0.00003378
12.79
0.00001141
0.00001279
7.03
0.00000727
0.00000703
42.88
0.00005456
0.00004288
47.22
0.00005127
0.00004722
45.82
0.00005282
0.00004582
72.87
0.00008806
0.00007287
3.74
0.00000359
0.00000374
60.70
0.00005496
0.00006070
109.28
0.00010890
0.00010928
27.49
0.00002821
0.00002749
25.94
0.00002264
0.00002594
84.29
0.00007796
0.00008429
15.32
0.00001466
0.00001532
7.68
0.00000731
0.00000768
72.11
0.00008901
0.00007211
1.14
0.00000110
0.00000114
64.38
0.00006540
0.00006438
81.91
0.00006122
0.00008191
308.05
0.00032589
0.00030805
103.30
0.00013767
0.00010330
92.13
0.00008826
0.00009213
2.61
0.00000302
0.00000261
31.09
0.00003250
0.00003109
49.86
0.00005198
0.00004986
0.86
0.00000035
0.00000086
58.45
0.00005356
0.00005845
32.00
0.00002772
0.00003200
35.42
0.00003233
0.00003542
54.25
0.00005040
0.00005425
42.65
0.00004294
0.00004265
114.81
0.00009714
0.00011481
144.81
0.00014717
0.00014481
2.97
0.00000289
0.00000297
1.13
0.00000109
0.00000113
18.29
0.00002042
0.00001829
592.21
0.00059397
0.00059221
194.23
0.00017726
0.00019423
62.09
0.00006505
0.00006209
29.00
0.00002884
0.00002900
22.63
0.00002172
0.00002263
74.07
0.00008088
0.00007407
112.49
0.00012180
0.00011249
58.00
0.00005543
0.00005800
70.93
0.00006741
0.00007093
13.38
0.00001317
0.00001338
12.95
0.00001307
0.00001295
53.78
0.00005395
0.00005378
22.55
0.00002216
0.00002255
42.15
0.00003720
0.00004215
82.29
0.00008126
0.00008229
3.55
0.00000349
0.00000355
91.53
0.00004749
0.00009153
45.43
0.00004330
0.00004543
0.99
0.00000051
0.00000099
2.52
0.00000259
0.00000252
11.14
0.00001107
0.00001114
79.93
0.00007625
0.00007993
41.42
0.00003289
0.00004142
73.17
0.00004194
0.00007317
66.27
0.00008633
0.00006627
1.39
0.00000245
0.00000139
115.11
0.00011502
0.00011511
17.63
0.00001962
0.00001763
1.34
0.00000157
0.00000134
8.79
0.00001072
0.00000879
56.54
0.00003858
0.00005654
14.83
0.00001452
0.00001483
74.94
0.00008536
0.00007494
stimated
with
an
efficiency
of
0.322115
for
power
conversion.
Mercury
MACT
Floor
Calculations
for
New
and
Existing
Coal­
Fired
Units
Plant
Unit
Particulate
Control
SO2
Control
Measured
Fraction
Hg
Removal
Correlation
Used?
(
Y/
N)
"
Alpha"
"
Beta"
Measured
lb/
TBtu
97.5th
Percentile,

lb/
TBtu
Existing
MACT
Floor
lb/
MWh
(
See
Note
1)
New
MACT
Floor
lb/
MWh
(
See
Note
2)

Mecklenburg
Cogeneration
Facility
GEN
1
BAGHOUSE
SDA
0.9881
Y
0.0022
0.8188
0.1062
1.8051
Dwayne
Collier
Battle
Cogeneration
Facility
2B
BAGHOUSE
SDA
0.9366
Y
0.0022
0.8188
0.1074
1.2376
Valmont
5
BAGHOUSE
NONE
0.8652
N
0.0000
0.1348
0.1268
0.6944
Stockton
1
BAGHOUSE
FBC/
SNCR
0.9182
Y
0.0069
0.3186
0.1316
0.6095
Mean
0.1180
1.0866
Standard
Deviation
0.0131
0.5539
UCL
97.5
of
the
Mean
0.1388
1.97
2.10E­
05
5.99E­
06
Plant
Unit
Particulate
Control
SO2
Control
Measured
Fraction
Hg
Removal
Correlation
Used?
(
Y/
N)
"
Alpha"
"
Beta"
Measured
lb/
TBtu
97.5th
Percentile,

lb/
TBtu
AES
Hawaii,
Inc.
A
BAGHOUSE
NONE
0.5252
N
0.0000
0.4748
0.4606
2.1349
Clay
Boswell
2
BAGHOUSE
NONE
0.8257
N
0.0000
0.1743
0.6633
1.9912
Craig
C3
BAGHOUSE
SDA
0.336
N
0.0000
0.6640
0.7248
2.6351
Cholla
3
ESP­
HS
NONE
0.642
N
0.0000
0.3580
1.2066
5.5830
Mean
0.7638
3.0861
Standard
Deviation
0.3160
1.6874
UCL
97.5
of
the
Mean
1.2666
5.77
6.16E­
05
1.96E­
05
Plant
Unit
Particulate
Control
SO2
Control
Measured
Fraction
Hg
Removal
Correlation
Used?
(
Y/
N)
"
Alpha"
"
Beta"
Measured
lb/
TBtu
97.5th
Percentile,

lb/
TBtu
R.
M.
Heskett
Station
B2
ESP­
CS
NONE
0.4036
N
0.0000
0.5964
3.977
7.798
Antelope
Valley
Station
B1
BAGHOUSE
SDA
0.3333
Y
0.0022
0.8188
4.004
7.087
Leland
Olds
Station
2
ESP­
CS
NONE
0.0487
N
0.0000
0.9513
4.023
9.532
Stanton
Station
10
BAGHOUSE
SDA
0.0147
Y
0.0022
0.8188
6.252
8.029
Stanton
Station
1
ESP­
CS
NONE
0.4409
N
0.0000
0.5591
6.902
6.306
Mean
5.032
7.750
Standard
Deviation
1.429
1.202
UCL
97.5
of
the
Mean
6.806
9.24
9.86E­
05
6.20E­
05
MACT
Analysis
for
Top
4
Bituminous
Units
­
97.5th
Percentile
Values
MACT
Analysis
for
Top
4
Subbituminous
Units
­
97.5th
Percentile
Values
MACT
Analysis
for
Top
5
Lignite
Units
­
97.5th
Percentile
Values
19
of
26
Mercury
MACT
Floor
Calculations
for
New
and
Existing
Coal­
Fired
Units
Plant
Unit
Particulate
Control
SO2
Control
Measured
Fraction
Hg
Removal
Correlation
Used?
(
Y/
N)
"
Alpha"
"
Beta"
Measured
lb/
TBtu
97.5th
Percentile
lb/
TBtu
Kline
Township
Cogen
Facility
GEN1
BAGHOUSE
NONE
0.9975
Y
0.0000
0.0025
0.0816
0.1182
Scrubgrass
Generating
Company
L.
P.
GEN1
BAGHOUSE
NONE
0.9989
Y
0.0000
0.0110
0.0936
0.1572
Mean
0.0876
0.1377
Standard
Deviation
0.0085
0.0275
UCL
97.5
of
the
Mean
0.1638
0.385
4.11E­
06
1.16E­
06
Plant
Unit
Particulate
Control
SO2
Control
Measured
Fraction
Hg
Removal
Correlation
Used?
(
Y/
N)
"
Alpha"
"
Beta"
Measured
lb/
Tbtu
97.5th
Percentile
lb/
TBtu
Wabash
River
Generating
Station
1
+
1A
COAL
GAS
COAL
GAS
0.3253
N
0
0.6747
5.334
7.335
Polk
Power
1
COAL
GAS
COAL
GAS
0.3399
N
0
0.6601
5.471
5.392
Mean
5.403
6.363
Standard
Deviation
0.097
1.374
UCL
97.5
of
the
Mean
6.273
18.7
2.00E­
04
2.00E­
05
(
See
Note
3)

Note
1:
Existing
coal­
fired
electric
utility
units
have
to
meet
a
MACT
floor
based
on
the
top
12
percent
of
the
bituminous
coal­
fired
data
(
4
units),

the
top
12
percent
of
subbituminous
coal­
fired
data
(
4units),
the
top
5
lignite­
fired
units,
the
top
2
refuse
coal­
fired
units,
and
the
top
2
IGCC
units.

The
average
is
adjusted
for
variability
and
confidence
interval
of
97.5
percent.

This
MACT
floor
limit
is
then
converted
from
input­
based
standard
(
lb/
TBtu)
to
output­
based
standard
(
lb/
MWh)
by
multiplying
by
10.7
x
10­
6.

Note
2:
Newly
constructed
coal­
fired
electric
utility
units
have
to
meet
a
MACT
floor
based
on
the
top
unit
in
all
coal
ranks
or
process
types.

This
top
unit
is
the
unit
with
the
lowest
emission
level
after
adjusting
for
variability
and
confidence
interval
of
97.5
percent.

This
MACT
floor
limit
is
then
converted
from
input­
based
standard
(
lb/
TBtu)
to
output­
based
standard
(
lb/
MWh)
by
multiplying
by
9.8
x
10­
6.

Note
3:
Newly
constructed
coal­
fired
electric
utility
IGCC
units
have
to
meet
a
beyond­
the­
floor
limit
based
on
a
90
percent
reduction
of
the
existing
IGCC
MACT
floor.

Therefore
this
limit
is
10
percent
of
the
existing
IGCC
MACT
floor.

MACT
Analysis
for
Top
IGCC
Units
­
97.5th
Percentile
MACT
Analysis
for
Top
Waste
Coal
Units
­
97.5th
Percentile
20
of
26
Note:
These
data
were
developed
by
taking
the
single
stack
emission
limit
(
lb
Ni/
TBtu)
in
the
available
oil­
fired
electric
utility
test
reports
and
creating
a
weighted
distribution
that
matches
the
outlet
nickel
concentration
levels.
Each
unit's
set
of
data
average
to
the
single
stack
emission
limit.
Stack
Emissions
(
lb
of
Ni/
TBtu)
SITE
112
356.59
SITE
112
122.67
SITE
112
429.74
SITE
117
1259.29
SITE
117
607.51
SITE
117
560.19
SITE
118
29.97
SITE
118
53.01
SITE
118
55.02
SITE
119
2178.68
SITE
119
1407.62
SITE
119
2704.24
SITE
119
2379.35
SITE
13
1629.75
SITE
13
2112.99
SITE
13
1837.26
SITE
13
1348.67
SITE
13
1459.57
SITE
13
1331.75
SITE
103
345.28
SITE
103
348.99
SITE
103
349.73
SITE
104
544.56
SITE
104
15.15
SITE
104
532.30
SITE
105
521.92
SITE
105
479.02
SITE
105
529.07
SITE
106
470.14
SITE
106
324.90
SITE
106
409.94
SITE
106
366.94
SITE
106
409.94
SITE
106
298.14
SITE
107
377.77
SITE
107
405.41
SITE
107
476.82
SITE
108
1256.63
SITE
108
1593.98
SITE
108
1349.40
SITE
109
336.62
SITE
109
102.86
SITE
109
280.52
SITE
113
675.46
SITE
113
440.24
SITE
113
491.65
SITE
127
1785.79
SITE
127
4072.68
SITE
127
4959.48
SITE
127
2997.34
SITE
128
5959.63
SITE
128
1452.39
SITE
128
1896.98
SITE
129
402.39
SITE
129
126.24
SITE
129
289.30
SITE
129
231.44
SITE
129
136.76
SITE
129
141.14
SITE
129
313.85
SITE
129
334.89
SITE
130
127.72
SITE
130
116.17
SITE
130
357.18
SITE
130
136.38
Nickel
MACT
Floor
Calculations
for
Existing
Units
EPRI
Site
Number
Stack
Emissions
(
lb
of
Ni/
TBtu)
(
See
Note
2)
Stack
Test
Emission
Rate
(
lb/
TBtu)
Standard
Deviation
SDEV/
Average
SITE
112
356.59
SITE
112
122.67
SITE
112
429.74
303.00
160.39
0.53
SITE
117
1259.29
SITE
117
607.51
SITE
117
560.19
809.00
390.68
0.48
SITE
118
29.97
SITE
118
53.01
SITE
118
55.02
46.00
13.92
0.30
SITE
119
2178.68
SITE
119
1407.62
SITE
119
2704.24
SITE
119
2379.35
2167.47
550.91
0.25
SITE
13
1629.75
SITE
13
2112.99
SITE
13
1837.26
1860.00
242.42
0.13
SITE
13
1348.67
SITE
13
1459.57
SITE
13
1331.75
1380.00
69.43
0.05
SITE
103
345.28
SITE
103
348.99
SITE
103
349.73
348.00
2.39
0.01
SITE
104
544.56
SITE
104
15.15
SITE
104
532.30
364.00
302.18
0.83
SITE
105
521.92
SITE
105
479.02
SITE
105
529.07
510.00
27.07
0.05
SITE
106
470.14
SITE
106
324.90
SITE
106
409.94
SITE
106
366.94
SITE
106
409.94
SITE
106
298.14
380.00
62.97
0.17
SITE
107
377.77
SITE
107
405.41
SITE
107
476.82
420.00
51.11
0.12
SITE
108
1256.63
SITE
108
1593.98
SITE
108
1349.40
1400.00
174.27
0.12
SITE
109
336.62
SITE
109
102.86
SITE
109
280.52
240.00
122.04
0.51
SITE
113
675.46
SITE
113
440.24
SITE
113
491.65
535.79
123.67
0.23
SITE
127
1785.79
23
of
26
Nickel
MACT
Floor
Calculations
for
Existing
Units
EPRI
Site
Number
Stack
Emissions
(
lb
of
Ni/
TBtu)
(
See
Note
2)
Stack
Test
Emission
Rate
(
lb/
TBtu)
Standard
Deviation
SDEV/
Average
SITE
127
4072.68
SITE
127
4959.48
SITE
127
2997.34
3453.82
1371.22
0.40
SITE
128
5959.63
SITE
128
1452.39
SITE
128
1896.98
3103.00
2483.88
0.80
SITE
129
402.39
SITE
129
126.24
SITE
129
289.30
SITE
129
231.44
SITE
129
136.76
SITE
129
141.14
SITE
129
313.85
SITE
129
334.89
247.00
104.41
0.42
SITE
130
127.72
SITE
130
116.17
SITE
130
357.18
SITE
130
136.38
184.36
115.51
0.63
Average
of
the
top
12%
125.06
(
lb
of
Ni/
TBtu)

T­
Factor
(
97.5%)
1.96
Average
of
SDEV/
Average
0.34
(
T­
Factor)*(
Avg
or
SDEV/
Avg)
0.66
Nickel
Emission
Limits
(
See
Note
1)
Inlet­
based
((
0.66
+
1)
*
125.06)
=
207
(
lb/
TBtu)

Outlet­
based
(
207)
*
10.7E­
6
=
0.002
(
lb/
MWh)

Note
1:
The
outlet­
based
value
is
determined
by
multiplying
the
input­
based
value
by
the
conversion
factor
for
existing
units
(
based
on
32
percent
efficiency)
or
10.7E­
6.

Note
2:
These
data
were
developed
by
taking
the
single
stack
emission
limit
(
lb
Ni/
TBtu)
in
the
available
oil­
fired
electric
utility
test
reports
and
creating
a
weighted
distribution
that
matches
the
outlet
nickel
concentration
levels.
Each
unit's
set
of
data
average
to
the
single
stack
emission
limit.

24
of
26
Nickel
MACT
Floor
Calculation
for
New
Units
EPRI
Site
Number
Stack
Emissions
(
lb/
TBtu)
(
See
Note
2)
Stack
Test
Emission
Rate
(
lb/
TBtu)
Standard
Deviation
SDEV/
Average
SITE
112
356.59
SITE
112
122.67
SITE
112
429.74
303.00
160.39
0.53
SITE
117
1259.29
SITE
117
607.51
SITE
117
560.19
809.00
390.68
0.48
SITE
118
29.97
SITE
118
53.01
SITE
118
55.02
46.00
13.92
0.30
SITE
119
2178.68
SITE
119
1407.62
SITE
119
2704.24
SITE
119
2379.35
2167.47
550.91
0.25
SITE
13
1629.75
SITE
13
2112.99
SITE
13
1837.26
1860.00
242.42
0.13
SITE
13
1348.67
SITE
13
1459.57
SITE
13
1331.75
1380.00
69.43
0.05
SITE
103
345.28
SITE
103
348.99
SITE
103
349.73
348.00
2.39
0.01
SITE
104
544.56
SITE
104
15.15
SITE
104
532.30
364.00
302.18
0.83
SITE
105
521.92
SITE
105
479.02
SITE
105
529.07
510.00
27.07
0.05
SITE
106
470.14
SITE
106
324.90
SITE
106
409.94
SITE
106
366.94
SITE
106
409.94
SITE
106
298.14
380.00
62.97
0.17
SITE
107
377.77
SITE
107
405.41
SITE
107
476.82
420.00
51.11
0.12
SITE
108
1256.63
SITE
108
1593.98
SITE
108
1349.40
1400.00
174.27
0.12
SITE
109
336.62
SITE
109
102.86
SITE
109
280.52
240.00
122.04
0.51
SITE
113
675.46
SITE
113
440.24
SITE
113
491.65
535.79
123.67
0.23
25
of
26
Nickel
MACT
Floor
Calculation
for
New
Units
EPRI
Site
Number
Stack
Emissions
(
lb/
TBtu)
(
See
Note
2)
Stack
Test
Emission
Rate
(
lb/
TBtu)
Standard
Deviation
SDEV/
Average
SITE
127
1785.79
SITE
127
4072.68
SITE
127
4959.48
SITE
127
2997.34
3453.82
1371.22
0.40
SITE
128
5959.63
SITE
128
1452.39
SITE
128
1896.98
3103.00
2483.88
0.80
SITE
129
402.39
SITE
129
126.24
SITE
129
289.30
SITE
129
231.44
SITE
129
136.76
SITE
129
141.14
SITE
129
313.85
SITE
129
334.89
247.00
104.41
0.42
SITE
130
127.72
SITE
130
116.17
SITE
130
357.18
SITE
130
136.38
184.36
115.51
0.63
Emission
rate
of
Top
performing
Unit
46.00
(
lb
of
Ni/
TBtu)

T
Factor
(
97.5%)
1.96
Average
of
SDEV/
Average
0.34
(
T­
Factor)*(
Avg
or
SDEV/
Avg)
0.66
Nickel
Emission
Limits
(
See
Note
1)

Inlet­
based
((
0.66
+
1)
*
46.00)
=
76
(
lb
of
Ni/
TBtu)

Outlet­
based
(
76)
*
9.8E­
6
=
0.0007
(
lb
of
Ni/
MWh)

Note
1:
The
outlet­
based
value
is
determined
by
multiplying
the
input­
based
value
by
the
conversion
factor
for
existing
units
(
based
on
32
percent
efficiency)
or
9.8E­
6.

Note
2:
These
data
were
developed
by
taking
the
single
stack
emission
limit
(
lb
Ni/
TBtu)
in
the
available
oil­
fired
electric
utility
test
reports
and
creating
a
weighted
distribution
that
matches
the
outlet
nickel
concentration
levels.
Each
unit's
set
of
data
average
to
the
single
stack
emission
limit.

26
of
26
