Appendix
A­
1.
List
of
Control
Devices
in
ICCR
Boiler
Inventory
and
Survey
Databases,
and
Assignments
to
Ranked
Controls
Control
Device
Description
Control
Device
Ranking
Assignment
Wellman­
Lord/
Sodium
Sulfite
Scrubber
Wet
Scrubbers
Magnesium
Oxide
Scrubbing
Wet
Scrubbers
Dual
Alkali
Scrubbing
Wet
Scrubbers
Wet
Lime
Slurry
Scrubbing
Wet
Scrubbers
Sodium
Carbonate
Scrubbing
Wet
Scrubbers
Sodium­
Alkali
Scrubbing
System
Wet
Scrubbers
Alkaline
Fly
Ash
Scrubbing
Wet
Scrubbers
Packed­
Gas
Absorption
Column
Packed
scrubbers
Tray­
Type
Gas
Absorption
Column
Wet
Scrubbers
Impingement
Plate
Scrubber
Wet
Scrubbers
Venturi
Scrubber
Wet
Scrubbers
(
venturi
if
combined
w/
cyclone/
ESP)
Wet
Scrubber
High
Efficiency
Wet
Scrubbers
Wet
Scrubber
Medium
Efficiency
Wet
Scrubbers
Wet
Scrubber
Low
Efficiency
Wet
Scrubbers
Wet
Scrubber,
General
Wet
Scrubbers
Gas
Scrubber,
General
Wet
Scrubbers
Flue
Gas
Desulfurization,
General
Flue
Gas
Desulfurization
Activated
Carbon
Adsorption
Carbon
Injection/
Adsorption
Furnace
Sorbent
Injection
(
Dry)
Furnace
Sorbent
Injection
Duct
Sorbent
Injection
Duct
Sorbent
Injection
Dry
Limestone
Injection
Duct
Sorbent
Injection
Limestone
Injection,
General
Duct
Sorbent
Injection
Wet
Limestone
Injection
Spray
Dryer
Spray
Tower
Spray
Dryer
Spray
Dryer,
General
Spray
Dryer
Dry
Scrubbing,
General
Spray
Dryer
Fluid
Bed
Dry
Scrubber
Spray
Dryer
Electrostatic
Precipitator
High
Efficiency
ESP's
Electrostatic
Precipitator
Medium
Efficiency
ESP's
Electrostatic
Precipitator
Low
Efficiency
ESP's
Dry
Electrostatic
Granular
Filter
ESP's
Esp,
General
ESP's
Fabric
Filter
High
Temperature
Fabric
Filter
Fabric
Filter
MediumTemperature
Fabric
Filter
Fabric
Filter
Low
Temperature
Fabric
Filter
Fabric
Filter,
General
Fabric
Filter
Multiple
Cyclone
w/
o
Fly
Cyclones
Multiple
Cyclone
w/
Fly
Part.
Air
Filter
Ash
Reinj.
Cyclones
Multiple
Cyclone,
General
Cyclones
Centrifuge
Collection
High
Efficiency
Cyclones
Centrifuge
Collection
Medium
Efficiency
Cyclones
Centrifuge
Collection
Low
Efficiency
Cyclones
Wet
Cyclonic
Separator3
Cyclones
Single
Cyclone
Devices
Cyclones
Gravity
Collection
High
Efficiency
Cyclones
(
mech.
collect
if
combined
w/
ESP)
Gravity
Collection
Medium
Efficiency
Cyclones
(
mech.
collect
if
combined
w/
ESP)
Gravity
Collection
Low
Efficiency
Cyclones
(
mech.
collect
if
combined
w/
ESP)
Dynamic
Separator
(
Dry)
Cyclones
(
mech.
collect
if
combined
w/
ESP)
Dynamic
Separator
(
Wet)
Cyclones
(
mech.
collect
if
combined
w/
ESP)
Collectors,
Settling
Chambers,
Sep.­
General
Cyclones
(
mech.
collect
if
combined
w/
ESP)

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3/
1/
04
Appendix
A­
1.
List
of
Control
Devices
in
ICCR
Boiler
Inventory
and
Survey
Databases,
and
Assignments
to
Ranked
Controls
Control
Device
Description
Control
Device
Ranking
Assignment
Low­
Excess
­
Air
Firing
Not
Included
Control
Of
%
O2
In
Combustion
Air
Not
Included
Air
To
Fuel
Ratio
Not
Included
Over
­
Fire
Air
(
OFA),
General
Not
Included
Mist
Eliminator
High
Velocity
Not
Included
Mist
Eliminator
Low
Velocity
Not
Included
Baffle
Not
Included
Catalytic
Afterburner
Not
Included
Catalytic
Afterburner­
Heat
Exchanger
Not
Included
Direct
Flame
Afterburner
Not
Included
Direct
Flame
Afterburner­
Heata
Exchanger
Not
Included
Flaring
Not
Included
Modified
Furnace/
Burner
Design
Not
Included
Staged
combustion
Not
Included
Flue
Gas
Recirculation
Not
Included
Reduced
Combustion­
Air
Preheat
Not
Included
Steam
Or
Water
Injection
Not
Included
Fuel
­
Low
Nitrogen
Content
Not
Included
Air
Injection
Not
Included
Ammonia
Injection
Not
Included
Sulfur
Plant
Not
Included
Process
Change
Not
Included
Vapor
Recovery
System
Not
Included
Liquid
Filtration
System
Not
Included
Process
Enclosed
Not
Included
Process
Gas
Recovery
Not
Included
Dust
Suppression­
Water
Spray
Not
Included
Dust
Suppression­
Chem
Stabilization
Not
Included
Gravel
Bed
Filter
Roof
Tank
Not
Included
Catalytic
Reduction
Tank
Not
Included
Tube
And
Shell
Condenser
Not
Included
Refrigerated
Condenser
Not
Included
Barometric
Condenser
Not
Included
Chemical
Oxidation
Not
Included
Chemical
Reduction
Not
Included
Chemical
Neutralization
Not
Included
Water
Curtain
Not
Included
Conservation
Vent
Not
Included
Bottom
Filling
Not
Included
Conversion
To
Variable
Not
Included
Moving
Bed
Dry
Scrubber
for
EFR
Tank
Not
Included
Miscellaneous
Control
Devices
Not
Included
Catalytic
Oxidizer
(
For
CO
&
VOC)
Not
Included
Evaporative
Cooler
Not
Included
Low
NOx
Burners
Not
Included
Pre­
Stratified
Charge
With
Spark
Angle
Adj.
Not
Included
Selective
Non­
Catalytic
Red.
(
NH3
Or
Urea
Inj)
Not
Included
Ingnition
Timing
Not
Included
Alkalized
Alumina
Not
Included
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04
Appendix
A­
2
­
MACT
Floor
Analysis
for
Large
Solid
Fuel
Boiler
Subcategory
Particulate
Matter/
Metals
Inorganics
Control
Ranking
Category
R
a
n
k
1
#
of
Units
%
of
Units
2
Total
%
Control
Ranking
Category
R
a
n
k
#
of
Units
%
of
Units
Total
%

Cyclone/
ESP/
FF
1
5
0.15%
0.15%
Cyclone/
ESP/
Packed
Scrubber
2
3
0.09%
0.09%

Cyclone/
FF
1
127
3.74%
3.88%
Cyclone/
Packed
Scrubber
2
12
0.35%
0.44%

Cyclone/
FF/
Wet
Scrubber
1
2
0.06%
3.94%
ESP/
Packed
Scrubber
2
1
0.03%
0.47%

Cyclone/
FF/
DSI
1
7
0.21%
4.15%
Cyclone/
SD/
ESP
3
2
0.06%
0.53%

Cyclone/
SD/
FF
1
2
0.06%
4.21%
Cyclone/
FF/
DSI
3
7
0.21%
0.74%

DSI/
FF
1
37
1.09%
5.30%
Cyclone/
SD/
FF
3
2
0.06%
0.79%

ESP/
FF
1
6
0.18%
5.47%
DSI/
FF
3
37
1.09%
1.88%

Fabric
Filter
1
245
7.21%
12.68%
SD/
ESP
3
8
0.24%
2.12%

Fabric
Filter/
FGD
1
3
0.09%
12.77%
SD/
FF
3
10
0.29%
2.41%

Fabric
Filter/
Wet
Scrubber
1
10
0.29%
13.06%
Cyclone/
ESP/
Wet
Scrubber
4
5
0.15%
2.56%

Fabric
Filter/
FSI
1
14
0.41%
13.47%
Cyclone/
FF/
Wet
Scrubber
4
2
0.06%
2.62%

SD/
FF
1
10
0.29%
13.77%
Cyclone/
Wet
Scrubber
4
184
5.41%
8.03%

Cyclone/
ESP
2
247
7.27%
21.04%
Cyclone/
FGD
4
1
0.03%
8.06%

Cyclone/
ESP/
Packed
Scrubber
2
3
0.09%
21.12%
DSI/
ESP
4
5
0.15%
8.21%

Cyclone/
ESP/
Wet
Scrubber
2
5
0.15%
21.27%
ESP/
Venturi/
FGD
4
7
0.21%
8.41%

Cyclone/
SD/
ESP
2
2
0.06%
21.33%
ESP/
Wet
Scrubber
4
11
0.32%
8.74%

DSI/
ESP
2
5
0.15%
21.48%
Fabric
Filter/
FGD
4
3
0.09%
8.83%

ESP
2
359
10.56%
32.04%
Fabric
Filter/
Wet
Scrubber
4
10
0.29%
9.12%

ESP/
Venturi/
FGD
2
7
0.21%
32.24%
Flue
Gas
Desulfurization
4
5
0.15%
9.27%

ESP/
Wet
Scrubber
2
11
0.32%
32.57%
Wet
Scrubber
4
122
3.59%
12.86%

ESP/
FSI
2
1
0.03%
32.60%
Wet
Scrubber/
FGD
4
4
0.12%
12.97%

ESP/
Packed
Scrubber
2
1
0.03%
32.63%
Cyclone/
ESP/
FF
8
5
0.15%
13.12%

Mechanical
Collector/
ESP
2
6
0.18%
32.80%
Cyclone/
FF
8
127
3.74%
16.86%

SD/
ESP
2
8
0.24%
33.04%
ESP/
FF
8
6
0.18%
17.03%

Cyclone
3
4
1054
31.01%
64.05%
Fabric
Filter
8
245
7.21%
24.24%

Cyclone/
Packed
Scrubber
4
12
0.35%
64.40%
Fabric
Filter/
FSI
8
14
0.41%
24.65%

Cyclone/
Wet
Scrubber
4
184
5.41%
69.81%
Cyclone/
ESP
8
247
7.27%
31.92%

Cyclone/
FGD
4
1
0.03%
69.84%
ESP
8
359
10.56%
42.48%

Flue
Gas
Desulfurization
5
5
0.15%
69.99%
ESP/
FSI
8
1
0.03%
42.51%

Wet
Scrubber
5
122
3.59%
73.58%
Mechanical
Collector/
ESP
8
6
0.18%
42.69%

Wet
Scrubber/
FGD
5
4
0.12%
73.70%
Cyclone
8
1054
31.01%
73.70%

No
Control
9
894
26.30%
100.00%
No
Control
9
894
26.30%
100.00%

No
Information
10
458
No
Information
10
458
Total
Number
of
Units
in
the
Solid
Boiler
Subcategory
=
3851
Total
Number
of
Units
in
the
Solid
Subcategory
with
Control
Information
=
3399
1
Rankings
are
based
on
information
in
emissions
database,
previous
EPA
projects,
and
engineering
judgement.
Controls
are
assumed
to
consistently
achieve
a
removal
efficiency.
The
rankings
are
as
follows:

1
=
>
99%
control
5
=
>
50%
control
2
=
>
98%
control
6
=
>
30%
control
3
=
>
90%
control
7
=
<
30%
control
4
=
>
75%
control
8
=
no
control
2
The
percent
of
units
with
a
control
combination
is
based
on
the
population
for
which
"
control"
or
"
no
control"
is
specified.

*
This
analysis
only
includes
boilers
in
the
Inventory
v4.0
and
Survey
v3.0
databases
that
were
determined
to
be
located
at
major
sources.

3
Cyclone
efficiency
is
specific
here
only
to
particulate
matter
control
because
cyclones
are
not
efficient
in
controlling
metals.

4/
2001
dwcgi­
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Page
3
Appendix
A­
3
­
MACT
Floor
Analysis
for
Small
Solid
Fuel
Boiler
Subcategory
Particulate
Matter/
Metals
Inorganics
Control
Ranking
Category
R
a
n
k
1
#
of
Units
%
of
Units
2
Total
%
Control
Ranking
Category
R
a
n
k
#
of
Units
%
of
Units
Total
%

Fabric
Filter
1
6
2.60%
2.60%
Wet
Scrubber
4
6
2.60%
2.60%

ESP
2
1
0.43%
3.03%
Fabric
Filter
8
6
2.60%
5.19%

Wet
Scrubber
5
6
2.60%
5.63%
ESP
8
1
0.43%
5.63%

Cyclone
3
8
104
45.02%
50.65%
Cyclone
8
104
45.02%
50.65%

No
Control
9
114
49.35%
100.00%
No
Control
9
114
49.35%
100.00%

No
Information
10
41
No
Information
10
41
Total
Number
of
Units
in
the
Solid
Boiler
Subcategory
=
272
Total
Number
of
Units
in
the
Solid
Subcategory
with
Control
Information
=
231
1
Rankings
are
based
on
information
in
emissions
database,
previous
EPA
projects,
and
engineering
judgement.
Controls
are
assumed
to
consistently
achieve
a
removal
efficiency.
The
rankings
are
as
follows:

1
=
>
99%
control
5
=
>
50%
control
2
=
>
98%
control
6
=
>
30%
control
3
=
>
90%
control
7
=
<
30%
control
4
=
>
75%
control
8
=
no
control
2
The
percent
of
units
with
a
control
combination
is
based
on
the
population
for
which
"
control"
or
"
no
control"
is
specified.

*
This
analysis
only
includes
boilers
in
the
Inventory
v4.0
and
Survey
v3.0
databases
that
were
determined
to
be
located
at
major
sources.

3
Cyclone
does
not
represent
a
MACT
floor
for
the
particulate
matter/
metals
because
cyclones
are
not
efficient
in
controlling
metals.

4/
2001
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Page
4
Appendix
A­
4
­
MACT
Floor
Analysis
for
Limited
Use
Solid
Boiler
Subcategory
Particulate
Matter/
Metals
Inorganics
Control
Ranking
Category
R
a
n
k
1
#
of
Units
%
of
Units
2
Total
%
Control
Ranking
Category
R
a
n
k
#
of
Units
%
of
Units
Total
%

Cyclone/
FF
1
1
0.83%
0.83%
DSI/
FF
3
1
0.83%
0.83%

DSI/
FF
1
1
0.83%
1.67%
Cyclone/
Wet
Scrubber
4
1
0.83%
1.67%

ESP/
FF
1
1
0.83%
2.50%
ESP/
Wet
Scrubber
4
1
0.83%
2.50%

Fabric
Filter
1
4
3.33%
5.83%
Wet
Scrubber
4
3
2.50%
5.00%

Cyclone/
ESP
2
3
2.50%
8.33%
Cyclone/
FF
8
1
0.83%
5.83%

ESP
2
12
10.00%
18.33%
ESP/
FF
8
1
0.83%
6.67%

ESP/
Wet
Scrubber
2
1
0.83%
19.17%
Fabric
Filter
8
4
3.33%
10.00%

Cyclone
3
4
58
48.33%
67.50%
Cyclone/
ESP
8
3
2.50%
12.50%

Cyclone/
Wet
Scrubber
4
1
0.83%
68.33%
ESP
8
12
10.00%
22.50%

Wet
Scrubber
5
3
2.50%
70.83%
Cyclone
8
58
48.33%
70.83%

No
Control
9
35
29.17%
100.00%
No
Control
9
35
29.17%
100.00%

No
Information
10
137
No
Information
10
137
Total
Number
of
Units
in
the
Solid
Boiler
Subcategory
=
257
Total
Number
of
Units
in
the
Solid
Subcategory
with
Control
Information
=
120
1
Rankings
are
based
on
information
in
emissions
database,
previous
EPA
projects,
and
engineering
judgement.
Controls
are
assumed
to
consistently
achieve
a
removal
efficiency.
The
rankings
are
as
follows:

1
=
>
99%
control
5
=
>
50%
control
2
=
>
98%
control
6
=
>
30%
control
3
=
>
90%
control
7
=
<
30%
control
4
=
>
75%
control
8
=
no
control
2
The
percent
of
units
with
a
control
combination
is
based
on
the
population
for
which
"
control"
or
"
no
control"
is
specified.

*
This
analysis
only
includes
boilers
in
the
Inventory
v4.0
and
Survey
v3.0
databases
that
were
determined
to
be
located
at
major
sources.

3
Cyclone
efficiency
is
specific
here
only
to
particulate
matter
control
because
cyclones
are
not
efficient
in
controlling
metals.

4/
2001
dwcgi­
7150­
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571006000.
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Page
5
Appendix
A­
5
­
MACT
Floor
Analysis
for
Large
Liquid
Fuel
Boiler
Subcategory
Control
Device
R
a
n
k
1
#
of
Units
%
of
Units2
Total
%
Control
Device
R
a
n
k
#
of
Units
%
of
Units
Total
%

Cyclone/
FF
1
2
0.07%
0.07%
Cyclone/
Venturi
2
1
0.03%
0.03%

Fabric
Filter
1
44
1.50%
1.57%
Packed
Scrubber
2
1
0.03%
0.07%

ESP/
Wet
Scrubber
2
1
0.03%
1.60%
Cyclone/
FGD
4
1
0.03%
0.10%

Cyclone/
ESP
2
2
0.07%
1.67%
Cyclone/
Wet
Scrubber
4
16
0.55%
0.65%

ESP
2
17
0.58%
2.25%
ESP/
Wet
Scrubber
4
1
0.03%
0.68%

Cyclone/
FGD
4
1
0.03%
2.28%
FGD
4
4
0.14%
0.82%

Cyclone/
Venturi
4
1
0.03%
2.32%
Wet
Scrubber
4
70
2.39%
3.20%

Cyclone/
Wet
Scrubber
4
16
0.55%
2.86%
Cyclone/
FF
8
2
0.07%
3.27%

FGD
5
4
0.14%
3.00%
Fabric
Filter
8
44
1.50%
4.77%

Packed
Scrubber
5
1
0.03%
3.03%
Cyclone/
ESP
8
2
0.07%
4.84%

Wet
Scrubber
5
70
2.39%
5.42%
ESP
8
17
0.58%
5.42%

No
Control
8
2774
94.58%
100%
No
Control
8
2774
94.58%
100.00%

No
Information
9
2366
No
Information
9
2366
Total
Number
of
Liquid
Boilers
=
5299
Total
Number
of
Liquid
Boilers
(
with
control
information)
=
2933
1
Rankings
are
based
on
information
in
emissions
database,
previous
EPA
projects,
and
engineering
judgement.
Controls
are
assumed
to
consistently
achieve
a
removal
efficiency.
The
rankings
are
as
follows:

1
=
>
99%
control
5
=
>
50%
control
2
=
>
98%
control
6
=
>
30%
control
3
=
>
90%
control
7
=
<
30%
control
4
=
>
75%
control
8
=
no
control
2
The
percent
of
units
with
a
control
combination
is
based
on
the
population
for
which
"
control"
or
"
no
control"
is
specified.

*
This
analysis
includes
only
boilers
in
the
Inventory
v4.0
and
Survey
v3.0
databases
that
were
determined
to
be
located
at
major
sources.

Particulate
Matter/
Metals
Inorganics
4/
2001
dwcgi­
7150­
1077823285­
571006000.
xls
Page
6
Appendix
A­
6
­
MACT
Floor
Analysis
for
Limited
Use
Liquid
Boiler
Subcategory
Control
Device
R
a
n
k
1
#
of
Units
%
of
Units2
Total
%
Control
Device
R
a
n
k
#
of
Units
%
of
Units
Total
%

Cyclone/
FF
1
2
0.41%
0.41%
Cyclone/
Wet
Scrubber
4
1
0.21%
0.21%

Fabric
Filter
1
7
1.44%
1.86%
Wet
Scrubber
4
7
1.44%
1.65%

ESP
2
4
0.82%
2.68%
Cyclone/
FF
8
2
0.41%
2.06%

Cyclone/
Wet
Scrubber
4
1
0.21%
2.89%
Fabric
Filter
8
7
1.44%
3.51%

Wet
Scrubber
5
7
1.44%
4.33%
ESP
8
4
0.82%
4.33%

No
Control
8
464
95.67%
100%
No
Control
8
464
95.67%
100%

No
Information
9
780
No
Information
9
780
Total
Number
of
Liquid
Boilers
=
1265
Total
Number
of
Liquid
Boilers
(
with
control
information)
=
485
1
Rankings
are
based
on
information
in
emissions
database,
previous
EPA
projects,
and
engineering
judgement.
Controls
are
assumed
to
consistently
achieve
a
removal
efficiency.
The
rankings
are
as
follows:

1
=
>
99%
control
5
=
>
50%
control
2
=
>
98%
control
6
=
>
30%
control
3
=
>
90%
control
7
=
<
30%
control
4
=
>
75%
control
8
=
no
control
2
The
percent
of
units
with
a
control
combination
is
based
on
the
population
for
which
"
control"
or
"
no
control"
is
specified.

*
This
analysis
includes
only
boilers
in
the
Inventory
v4.0
and
Survey
v3.0
databases
that
were
determined
to
be
located
at
major
sources.

Particulate
Matter/
Metals
Inorganics
4/
2001
dwcgi­
7150­
1077823285­
571006000.
xls
Page
7
Appendix
A­
7
­
MACT
Floor
Analysis
for
Small
Liquid
Fuel
Boiler
Subcategory
Control
Device
R
a
n
k
1
#
of
Units
%
of
Units2
Total
%
Control
Device
R
a
n
k
#
of
Units
%
of
Units
Total
%

Cyclone/
FF
1
6
0.73%
0.73%
Wet
Scrubber
4
3
0.37%
0.37%

Fabric
Filter
1
17
2.08%
2.81%
Cyclone/
FF
8
6
0.73%
1.10%

ESP
2
1
0.12%
2.93%
Fabric
Filter
8
17
2.08%
3.17%

Wet
Scrubber
5
3
0.37%
3.30%
ESP
8
1
0.12%
3.30%

No
Control
8
792
96.70%
100.00%
No
Control
8
792
96.70%
100.00%

No
Information
9
751
No
Information
9
751
Total
Number
of
Liquid
Boilers
=
1570
Total
Number
of
Liquid
Boilers
(
with
control
information)
=
819
1
Rankings
are
based
on
information
in
emissions
database,
previous
EPA
projects,
and
engineering
judgement.
Controls
are
assumed
to
consistently
achieve
a
removal
efficiency.
The
rankings
are
as
follows:

1
=
>
99%
control
5
=
>
50%
control
2
=
>
98%
control
6
=
>
30%
control
3
=
>
90%
control
7
=
<
30%
control
4
=
>
75%
control
8
=
no
control
2
The
percent
of
units
with
a
control
combination
is
based
on
the
population
for
which
"
control"
or
"
no
control"
is
specified.

*
This
analysis
includes
only
boilers
in
the
Inventory
v4.0
and
Survey
v3.0
databases
that
were
determined
to
be
located
at
major
sources.

Particulate
Matter/
Metals
Inorganics
4/
2001
dwcgi­
7150­
1077823285­
571006000.
xls
Page
8
Appendix
A­
8
­
MACT
Floor
Analysis
for
Large
Gaseous
Fuel
Subcategory
Particulate
Matter/
Metals
(
not
expected
to
be
present
in
gas)
Inorganics
Control
Combination
R
a
n
k
1
#
of
Units
%
of
Units
2
Total
%
Control
Combination
R
a
n
k
#
of
Units
%
of
Units
Total
%

No
Control
13575
100.00%
100.00%
No
Control
13575
100.00%
100.00%

No
Information
14651
No
Information
14651
Number
of
Gas
Boilers
=
28226
Number
of
Gas
Boilers
with
Control
Information
=
13575
1
Rankings
are
based
on
information
in
emissions
database,
previous
EPA
projects,
and
engineering
judgement.
Controls
are
assumed
to
consistently
achieve
a
removal
efficiency.
The
rankings
are
as
follows:

1
=
>
99%
control
5
=
>
50%
control
2
=
>
98%
control
6
=
>
30%
control
3
=
>
90%
control
7
=
<
30%
control
4
=
>
75%
control
8
=
no
control
2
The
percent
of
units
with
a
control
combination
is
based
on
the
population
for
which
"
control"
or
"
no
control"
is
specified.

*
This
analysis
only
includes
boilers
in
the
Inventory
v4.0
and
Survey
v2.0
databases
that
were
determined
to
be
located
at
major
sources.

4/
2001
dwcgi­
7150­
1077823285­
571006000.
xls
Page
9
Appendix
A­
9
­
MACT
Floor
Analysis
for
Small
Gaseous
Fuel
Subcategory
Particulate
Matter/
Metals
(
not
expected
to
be
present
in
gas)
Inorganics
Control
Combination
R
a
n
k
1
#
of
Units
%
of
Units
2
Total
%
Control
Combination
R
a
n
k
#
of
Units
%
of
Units
Total
%

No
Control
9652
100.00%
100.00%
No
Control
9652
100.00%
100.00%

No
Information
11715
No
Information
11715
Number
of
Gas
Boilers
=
21367
Number
of
Gas
Boilers
with
Control
Information
=
9652
1
Rankings
are
based
on
information
in
emissions
database,
previous
EPA
projects,
and
engineering
judgement.
Controls
are
assumed
to
consistently
achieve
a
removal
efficiency.
The
rankings
are
as
follows:

1
=
>
99%
control
5
=
>
50%
control
2
=
>
98%
control
6
=
>
30%
control
3
=
>
90%
control
7
=
<
30%
control
4
=
>
75%
control
8
=
no
control
2
The
percent
of
units
with
a
control
combination
is
based
on
the
population
for
which
"
control"
or
"
no
control"
is
specified.

*
This
analysis
only
includes
boilers
in
the
Inventory
v4.0
and
Survey
v2.0
databases
that
were
determined
to
be
located
at
major
sources.

4/
2001
dwcgi­
7150­
1077823285­
571006000.
xls
Page
10
Appenidx
A­
10.
MACT
Floor
Analysis
for
Limited
Use
Gaseous
Fuel
Subcategory
Particulate
Matter/
Metals
(
not
expected
to
be
present
in
gas)
Inorganics
Control
Combination
R
a
n
k
1
#
of
Units
%
of
Units
2
Total
%
Control
Combination
R
a
n
k
#
of
Units
%
of
Units
Total
%

No
Control
1246
100.00%
100.00%
No
Control
1246
100.00%
100.00%

No
Information
1693
No
Information
1693
Number
of
Gas
Boilers
=
2939
Number
of
Gas
Boilers
with
Control
Information
=
1246
1
Rankings
are
based
on
information
in
emissions
database,
previous
EPA
projects,
and
engineering
judgement.
Controls
are
assumed
to
consistently
achieve
a
removal
efficiency.
The
rankings
are
as
follows:

1
=
>
99%
control
5
=
>
50%
control
2
=
>
98%
control
6
=
>
30%
control
3
=
>
90%
control
7
=
<
30%
control
4
=
>
75%
control
8
=
no
control
2
The
percent
of
units
with
a
control
combination
is
based
on
the
population
for
which
"
control"
or
"
no
control"
is
specified.

*
This
analysis
only
includes
boilers
in
the
Inventory
v4.0
and
Survey
v2.0
databases
that
were
determined
to
be
located
at
major
sources.

4/
2001
dwcgi­
7150­
1077823285­
571006000.
xls
Page
11
Appendix
B­
1
­
State
CO
Monitoring
Requirements
and
Applicability
to
Gas
Boiler
Subcategory
(
based
on
State
Regulations
as
applied
to
Inventory
v4
and
Survey
v2
databases)

GCP
Requirement
State
#
Units
Affected
%
of
Subcategory
Affected*

Gas
fired
units
California
449
Massachusetts
13
Texas
0
Total
462
1.72%
Liquid
fired
units
California
83
Massachusetts
175
Texas
0
Total
258
2.08%
Solid
fired
units
California
35
Massachusetts
21
Texas
1
Total
57
1.36%

*
The
percent
of
boilers
affected
in
the
subcategory
is
based
on
the
population
of
boilers
in
the
subcategory
for
which
the
applicability
of
the
GCP
requirement
could
be
assessed.

1/
21/
99
GCPREV2.
XLS
Page
12
Appendix
C­
1.
Calculation
of
PM
Emission
Limits
for
Existing
Large
Solid
Fired
Units
Test
ID
Facility
Name
Fuel
Type
Control
Level
Avg
Emissio
Lowest
Highest
Variability
Factor
(
Highes/
lowest)
Comment
E604.001
J.
M.
Huber
Corporation
Wood
Fabric
Filter
0.065
6.50E­
02
6.50E­
02
a
New
Data
Michigan
State
University
­
Unit
1
Coal
Fabric
Filter
0.0211
New
Data
Michigan
State
University
­
Unit
2
Coal
Fabric
Filter
0.0191
New
Data
Michigan
State
University
­
Unit
4
Coal
Fabric
Filter
0.0054
f
E605.001
Hoechst
Celanese
Chemical
Group
Coal
Fabric
Filter
0.0433
E605.002
Hoechst
Celanese
Chemical
Group
Coal
Fabric
Filter
0.0338
0.03855
3.38E­
02
4.33E­
02
1.28E+
00
a
E642.001
Georgia
Pacific
Corporation
Wood
Fabric
Filter
0.0130
E642.002
Georgia
Pacific
Corporation
Wood
Fabric
Filter
0.1480
b
E643.001
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFFFabric
Filter
0.0073
E643.002
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFFFabric
Filter
0.0139
E645.001
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFFFabric
Filter
0.0042
E645.002
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFFFabric
Filter
0.0028
0.0083
2.82E­
03
1.30E­
02
4.61E+
00
E697.006c
James
River
Paper
Company
Wood/
Other
Biomass/
NFFFabric
Filter/
Limestone
Injection
(
DSI)
0.0156
E697.010c
James
River
Paper
Company
NFF
Liquid/
NFF
Solid
or
GFabric
Filter/
Limestone
Injection
(
DSI)
0.00607
0.010835
6.07E­
03
1.56E­
02
2.57E+
00
E738.002
Kimberly­
Clark
Corporation
Wood
Fabric
Filter
0.0274
E738.003
Kimberly­
Clark
Corporation
Wood
Fabric
Filter
0.0702
E739.001
Kimberly­
Clark
Corporation
Wood
Fabric
Filter
0.0146
E739.002
Kimberly­
Clark
Corporation
Wood
Fabric
Filter
0.0104
E739.003
Kimberly­
Clark
Corporation
Wood
Fabric
Filter
0.0283
0.0302
1.04E­
02
7.02E­
02
6.75E+
00
E795.006
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFFFabric
Filter/
Spray
Dryer
0.0032
E795.023
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFFFabric
Filter/
Spray
Dryer
0.0020
E797.011
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFFFabric
Filter/
Spray
Dryer
0.00528
E797.020
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFFFabric
Filter/
Spray
Dryer
0.0284
E798a.
011
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFFFabric
Filter/
Spray
Dryer
0.0030
E798a.
025
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood
Fabric
Filter/
Spray
Dryer
0.0011
E798b.
001
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFFFabric
Filter/
Spray
Dryer
0.0018
0.0064
1.10E­
03
5.28E­
03
4.80E+
00
E834b.
001
Yellowstone
Energy
Limited
Partnership
Coal
Fabric
Filter
0.0405
E834b.
002
Yellowstone
Energy
Limited
Partnership
Coal
Fabric
Filter
0.0152
E834b.
003
Yellowstone
Energy
Limited
Partnership
Coal
Fabric
Filter
0.0040
0.0199
4.00E­
03
4.05E­
02
1.01E+
01
E883.003
Weyerhaeuser
Paper
Company
Coal/
Wood/
NFF
Liquid/
NFFF/
Wet
Scrubber
0.0096
E883.004
Weyerhaeuser
Paper
Company
Coal/
Wood/
NFF
Liquid/
NFFF/
Wet
Scrubber
0.0164
E884.002
Weyerhaeuser
Paper
Company
Coal/
Wood/
NFF
Liquid/
NFFF/
Wet
Scrubber
0.0109
0.0123
9.63E­
03
1.64E­
02
1.70E+
00
Average
of
average
emission
levelsc
0.0148
Average
variability
factord
4.5484
Emission
Limit
with
variabilitye
0.07
a
Average
emission
level
not
included
in
top
12
percent.

b
Emission
point
is
an
outlier
and
not
used
in
analysis.

c
Calculated
by
averaging
all
the
average
emission
factors
except
ones
that
are
not
in
the
top
12
percent.

d
Calculated
by
averaging
all
the
variability
factors.

e
Calculated
by
multiplying
variability
factor
and
average
emission
level.

f
Best
controlled
source
for
new
source
analysis.
Appendix
C­
2.
Total
Selected
Metals
MACT
Floor
Emission
Level
Analysis
for
Solid
Fuel
Subcategories
ID
Material
Control
Level
Total
Selected
Metals
EF
(
lb/
MMMBtu)
­
Sorted
from
Highest
to
Lowest
Corresponding
PM
EF
(
lb/
MMBtu)

E232.001c
Coal
ESP
0.00041566**
2.320E­
02
E692.003
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
3.787E­
04
1.440E­
02
E208a.
001c
Coal
ESP
3.376E­
04
2.030E­
01
E208b.
001c
Coal
ESP
3.089E­
04
1.120E­
01
E204.005c
Coal
ESP
2.873E­
04
9.230E­
02
E740.001
Wood
ESP
2.842E­
04
6.750E­
02
E692.001
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
2.810E­
04
1.380E­
02
E692.002
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
2.579E­
04
1.080E­
02
E232.002c
Coal
ESP
2.390E­
04
1.310E­
02
E204.004c
Coal
ESP
2.321E­
04
1.940E­
08
E209b.
002c
Coal
ESP
2.220E­
04
3.860E­
02
E735.019
Coal
ESP
1.998E­
04
8.180E­
02
E209a.
002c
Coal
ESP
1.674E­
04
1.960E­
02
E202.001c1
Coal
ESP
1.545E­
04
1.080E­
01
E236.001c
Coal
ESP
1.531E­
04
1.870E­
02
E735.022
Coal
ESP
1.331E­
04
3.330E­
02
E200.001C
Coal
ESP
1.170E­
04
2.010E­
02
E735.015
Coal
ESP
9.677E­
05
1.220E­
01
E229.002c1
Coal
ESP
7.136E­
05
8.240E­
02
E740.003
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
7.102E­
05
1.130E­
01
E206.001c1
Coal
Fabric
Filter
0.000063425***
2.480E­
03
E221.001c2
Coal
ESP/
Flue
Gas
Desulfurization
6.135E­
05
3.920E­
02
E739.001
Wood
Fabric
Filter
5.598E­
05
1.460E­
02
E203.001c
Coal
Fabric
Filter
5.562E­
05
7.380E­
03
E202.001c2
Coal
ESP/
Flue
Gas
Desulfurization
5.293E­
05
1.110E­
02
E268.002
Wood
ESP
4.089E­
05
2.240E­
03
E221.001c1
Coal
ESP
3.375E­
05
8.000E­
02
E222.002cdup
Coal
ESP/
SD
3.230E­
05
1.210E­
02
E523.003
Wood
ESP
2.888E­
05
1.000E­
02
E404.001
Wood
ESP
2.888E­
05
1.440E­
03
E222.002c
Coal
ESP/
SD
2.796E­
05
7.950E­
03
E206.001c3
Coal
Fabric
Filter
2.666E­
05
2.810E­
02
E229.002c2
Coal
ESP/
Flue
Gas
Desulfurization
2.658E­
05
1.000E­
02
E738.002
Wood
Fabric
Filter
2.036E­
05
2.740E­
02
E230.001c
Coal
ESP
1.657E­
05
2.380E­
02
E224.016
Coal
Fabric
Filter
9.027E­
06
1.660E­
03
E11
Coal
ESP/
Venturi
Scrubber
3.956E­
06
1.440E­
03
E224.022
Coal
Fabric
Filter
3.586E­
06
1.200E­
03
E218.003
Coal
ESP
2.649E­
06
1.320E­
03
***
This
test
is
the
basis
for
the
new
source
floor
emission
limit
for
total
selected
metals
with
a
corresponding
PM
emission
level
of
0.00248
lb/
MMBtu.

**
This
test
is
the
basis
for
the
existing
source
floor
emission
limit
for
total
selected
metals
with
a
corresponding
PM
emission
level
of
0.0232
lb/
MMBtu.
Appendix
C­
3.
Calculation
of
HCl
Emission
Limts
for
Large
Solid
Fired
Units
Test
ID
Facility
Name
Fuel
Type
Control
Level
Avg
Emission
Factor
(
lb/
MMBtu)
Lowest
Highest
Variability
Factor
(
Highes/
lowest)
Comments
E27.003
Delano
Energy
Company,
Inc.
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Limestone
Injection
(
DSI)
0.00952
E27.010
Delano
Energy
Company,
Inc.
Wood
Fabric
Filter/
Limestone
Injection
(
DSI)
0.0102
0.00986
9.52E­
03
1.02E­
02
1.07E+
00
E607.001
Georgia
Pacific
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Cyclone/
Spray
Dryer
0.0211
E607.002
Georgia
Pacific
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Cyclone/
Spray
Dryer
0.0018
E608.003
Georgia
Pacific
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Cyclone/
Spray
Dryer
0.0258
0.016233333
1.80E­
03
2.58E­
02
1.43E+
01
E614.004
American
Ref­
Fuel
Company
Wood
ESP/
Limestone
Injection
(
DSI)
0.0476
a
E697.004c
James
River
Paper
Company
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Limestone
Injection
(
DSI)
0.00389
E697.012c
James
River
Paper
Company
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Limestone
Injection
(
DSI)
0.0156
E697.012u
James
River
Paper
Company
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
Limestone
Injection
(
DSI)
0.108
0.042496667
3.89E­
03
1.56E­
02
4.01E+
00
E794.004
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood
Fabric
Filter/
Spray
Dryer
0.00289
E795.006
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
0.000349
E795.023
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
0.000236
E797.008
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
0.00251
E797.017
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
0.00534
E798a.
008
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
0.000463
E798a.
022
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood
Fabric
Filter/
Spray
Dryer
0.000373
E798b.
001
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
0.00116
0.001665125
2.36E­
04
5.34E­
03
2.26E+
01
E735.005
Champion
International
Corp.
Coal/
Wood/
NFF
Liquid/
NFF
Solid
Venturi
Scrubber
0.00242
E784.004
Inland
Paperboard
and
Packaging,
Inc.
Gas/
Wood/
Other
Biomass/
Liquid
FF
Venturi
Scrubber
0.000434
E958.003
Champion
International
Corporation
Gas/
Wood/
Other
Biomass/
Liquid
FF
Venturi
Scrubber
0.00382
E986.001
International
Paper
Company
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Venturi
Scrubber
0.0000996
b
E986.007
International
Paper
Company
Gas/
Wood/
Other
Biomass/
Liquid
FF
Venturi
Scrubber
0.0000296
0.0000646
2.96E­
05
9.96E­
05
3.36E+
00
Average
of
average
emission
levelsc
0.0096
Average
variability
factord
9.08
Emission
Limit
with
variabilitye
0.09
a
Average
emision
level
not
included
in
top
12
percent.

b
Best
controlled
source
for
new
source
analysis.

c
Calculated
by
averaging
all
the
average
emission
factors
except
ones
that
are
not
in
the
top
12
percent.

d
Calculated
by
averaging
all
the
variability
factors.

e
Calculated
by
multiplying
variability
factor
and
average
emission
level.
Page
15
Appendix
C­
4.
Calculation
of
Mercury
Emission
Limts
for
Existing
Large
Solid
Fired
Units
Test
ID
Facility
Name
Fuel
Type
Control
Level
Avg
Emission
Factor
(
lb/
MMBtu)
Lowest
Highest
Variability
Factor
(
Highes/
Lowest)
Comment
E27.001
Delano
Energy
Company,
Inc.
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Limestone
Injection
(
DSI)
6.22E­
07
E27.008
Delano
Energy
Company,
Inc.
Wood
Fabric
Filter/
Limestone
Injection
(
DSI)
4.28E­
07
E833.005
Delano
Energy
Company,
Inc.
Wood
Fabric
Filter/
Limestone
Injection
(
DSI)
7.52E­
09
E833.006
Delano
Energy
Company,
Inc.
Wood
Fabric
Filter/
Limestone
Injection
(
DSI)
7.56E­
09
2.66E­
07
7.52E­
09
6.22E­
07
8.27E+
01
f
E15.002
GWF
Power
Systems
Co.:

Hanford
Site
Coal
Fabric
Filter/
Limestone
Injection
(
DSI)
5.26E­
07
E20.004
GWF
Power
Systems
Co.:

Hanford
Site
Coal
Fabric
Filter/
Limestone
Injection
(
DSI)
5.04E­
07
5.15E­
07
5.04E­
07
5.26E­
07
1.04E+
00
f
E697.007
James
River
Paper
Company
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Limestone
Injection
(
DSI)
6.06E­
06
E697.011
James
River
Paper
Company
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Limestone
Injection
(
DSI)
9.80E­
06
7.93E­
06
6.06E­
06
9.80E­
06
1.62E+
00
E738.002
Kimberly­
Clark
Corporation
Wood
Fabric
Filter
1.08E­
06
E739.001
Kimberly­
Clark
Corporation
Wood
Fabric
Filter
2.81E­
07
6.81E­
07
2.81E­
07
1.08E­
06
3.84E+
00
E1.006
National
Cogeneration
Plant
Coal
Fabric
Filter
5.15E­
06
E794.001
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Wood
Fabric
Filter/
Spray
Dryer
1.85E­
06
E795.005
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
1.51E­
06
E795.013
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Wood
Fabric
Filter/
Spray
Dryer
1.37E­
06
E795.021
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
1.26E­
06
E797.010
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
3.59E­
06
E797.019
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
2.73E­
06
E798a.
010
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
2.80E­
06
E798a.
024
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Wood
Fabric
Filter/
Spray
Dryer
4.37E­
06
E798b.
006
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
1.40E­
06
Revised
to
DL
2.24E­
06
1.26E­
06
4.37E­
06
3.47E+
00
New
Data
Michigan
State
University­
Unit
1
Coal
Fabric
Filter
4.97E­
06
New
Data
Michigan
State
University­
Unit
2
Coal
Fabric
Filter
5.20E­
06
New
Data
Michigan
State
University­
Unit
4
Coal
Fabric
Filter
2.30E­
07
a
E1021.001
CAPCO
Co­
generation
Plant
Coal
Fabric
Filter
1.08E­
05
b
Average
of
average
emission
levelsc
3.02E­
06
Average
variability
factord
2.98E+
00
Emission
Limit
with
variabilitye
9.00E­
06
a
Best
controlled
source
for
new
source
analysis.

b
average
emission
level
not
included
in
top
12
percent.

c
Calculated
by
averaging
all
the
average
emission
factors
except
ones
that
are
not
in
top
12
percent
d
Calculated
by
averaging
all
the
variability
factors
e
Calculated
by
multiplying
variability
factor
and
average
emission
level.

f
Variability
factor
not
included
in
average
variability
,
all
test
results
were
detection
limit.
Page
16
Appendix
C­
5.
Calculation
of
PM
Emission
Limits
for
Existing
Limited
Use
Solid
Units
Test
IDf
Facility
Name
Fuel
Type
Control
Level
Avg
Emission
Factor
(
lb/
MMBtu)
Lowest
Highest
Highes/
lowest
E735.015
Champion
International
Corp.
Coal
ESP
0.1220
E735.019
Champion
International
Corp.
Coal
ESP
0.0818
E627.007
Champion
International
Coal
ESP
0.0391
0.029
0.048
1.630
E735.022
Champion
International
Corp.
Coal
ESP
0.0333
E925.001
Southeast
Paper
Manufacturing
Company
Coal
ESP
0.0048
E683.004
Consolidated
Papers,
Inc
­
Wisconsin
River
Plant
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
0.0849
0.049
0.121
2.480
E684.001
Niagara
of
Wisconsin
Paper
Co.
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
0.0836
E722.001
Blandin
Paper
Co.
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
0.0259
0.005
0.047
9.611
E692.003
Packaging
Corporation
of
America
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
0.0096
0.004
0.014
3.710
E688.001
Temple­
Inland
Forest
Products
Corporation
Wood
ESP
0.2720
a
E930.001
Georgia
Pacific
Corporation
­
Hardboard
Plant
Wood
ESP
0.1170
a
E740.003
Grays
Harbor
Paper
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0903
0.068
0.113
1.674
a
E610.002c
Georgia
Pacific
Wood
ESP
0.0789
0.019
0.196
10.208
a
E265.003
Pacific
Oroville
Power
Company
Wood
ESP
0.0524
0.020
0.091
4.653
a
E906.001
International
Paper
­
Ticonderoga
Mill
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
ESP
0.0509
a
E536.001
Northern
State
Power
Bay
Front
Steam
Plant
Wood
ESP
0.0478
a
E724.010
Craven
County
Wood
Energy
Plant
Wood
ESP
0.0402
0.029
0.051
1.759
a
E767.006
Alaska
Pulp
Corporation
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
ESP/
Flue
Gas
Desulfurization
0.0390
a
E706.018
Georgia
Pacific
­
Brunswick
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0302
0.005
0.145
27.103
a
E935.002
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0222
0.016
0.029
1.858
a
E675.001
Boise
Cascade
Paper
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0203
0.005
0.044
8.277
a
E767.001
Alaska
Pulp
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0178
a
E628.001
Willamette
Industries
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0165
a
E614.001
American
Ref­
Fuel
Company
Wood
ESP/
Limestone
Injection
(
DSI)
0.0162
a
E1026.051
NR
­
site
2
Wood
ESP
0.0161
0.001
0.080
70.973
a
E783a.
004
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0159
0.006
0.032
4.915
a
E266.002
Pacific
Gas
&
Electric
Company
Wood
ESP
0.0126
a
E529.001
NR
Wood
ESP
0.0125
E779.017
Wheelabrator
Shasta
Energy
Company
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0107
0.001
0.025
17.431
E522.001
Viking
Energy
of
McBain
Wood
ESP
0.0101
0.005
0.018
4.049
E710.001
Koppers
Industries,
Inc.
Wood
ESP
0.0094
E734.004
LFC
Power
Systems
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0089
0.004
0.016
4.201
E679.008
Consolidated
Papers,
Inc.
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
ESP
0.0076
E527.001
BVTBC
Genesee
Power
Station
Wood
ESP
0.0044
0.000
0.021
7033.333
E613.001
American
Ref­
Fuel
Company
Wood
ESP
0.0044
E268.003
Sierra
Pacific
Wood
ESP
0.0039
0.002
0.006
2.518
E765.002
Smurfit
Newsprint
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0032
0.003
0.003
1.048
E600.012
Washington
Water
Power
Co.
Gas/
Wood/
Other
Biomass/
Liquid
FF
ESP
0.0017
0.001
0.003
2.259
E604.001
J.
M.
Huber
Corporation
Wood
Fabric
Filter
0.065
E605.002
Hoechst
Celanese
Chemical
Group
Coal
Fabric
Filter
0.039
0.034
0.043
1.281
E739.003
Kimberly­
Clark
Corporation
Wood
Fabric
Filter
0.030
0.010
0.070
6.750
E834b.
003
Yellowstone
Energy
Limited
Partnership
Coal
Fabric
Filter
0.020
0.004
0.041
10.125
E884.002
Weyerhaeuser
Paper
Company
Coal/
Wood/
NFF
Liquid/
NFF
Solid
FF/
Wet
Scrubber
0.012
0.010
0.016
1.703
E697.010c
James
River
Paper
Company
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Limestone
Injection
(
DSI)
0.011
0.006
0.016
2.570
E645.002
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter
0.008
0.003
0.013
4.610
E798b.
001
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
0.006
0.001
0.005
4.800
E1020.002
Energy
Products
of
Idaho,
Inc.
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
Fabric
Filter
0.002
0.002
0.002
1.234
Average
Emission
Limitb
0.0273
Variability
Factorc
8.11E+
00
Average
incorporating
variabilityd
0.221718
a
average
emission
level
not
included
in
top
12
percent.

b
Calculated
by
averaging
all
the
average
emission
factors
except
ones
that
are
not
in
top
12
percent
c
Calculated
by
averaging
all
the
variability
factors
d
Calculated
by
multiplying
variability
factor
and
average
emission
level.

f
Faciltiy/
test
have
more
than
one
test
ID
associated
with
it.
Only
one
test
ID
from
the
test
reports
was
included
as
an
identifier
for
the
facility.
See
Appendix
C­
6
for
detailed
emissions
information
for
each
test.
Coal­
ESP
Biomass­
ESP
Comment
Fabric
Filters
Page
17
Appendix
C­
6.
Calculation
of
PM
Emission
Limits
for
Existing
Limited
Use
Solid
Units
(
Detailed
Emissions
Information)

Test
ID
Facility
Name
Fuel
Type
Control
Level
Avg
Emission
Factor
(
lb/
MMBtu)
Lowest
Highest
Highes/
lowe
st
Comment
E767.001
Alaska
Pulp
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0178
E767.006
Alaska
Pulp
Corporation
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
ESP/
Flue
Gas
Desulfurization
0.039
E613.001
American
Ref­
Fuel
Company
Wood
ESP
0.00443
E614.001
American
Ref­
Fuel
Company
Wood
ESP/
Limestone
Injection
(
DSI)
0.0162
E721.001
Blandin
Paper
Co.
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
0.047
E722.001
Blandin
Paper
Co.
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
0.00489
0.025945
4.89E­
03
4.70E­
02
9.61E+
00
E676.004
Boise
Cascade
­
White
Paper
Division
Facility
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.016
E676.005
Boise
Cascade
­
White
Paper
Division
Facility
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0119
E674.001
Boise
Cascade
Paper
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0442
E674.002
Boise
Cascade
Paper
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.024
E675.001
Boise
Cascade
Paper
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.00534
0.020288
5.34E­
03
4.42E­
02
8.28E+
00
E617.001
BVTBC
Genesee
Power
Station
Wood
ESP
0.0211
E618.003
BVTBC
Genesee
Power
Station
Wood
ESP
0.00195
E619.001
BVTBC
Genesee
Power
Station
Wood
ESP
0.0026
E620.002
BVTBC
Genesee
Power
Station
Wood
ESP
0.003
E525.001
BVTBC
Genesee
Power
Station
Wood
ESP
0.000262
E526.001
BVTBC
Genesee
Power
Station
Wood
ESP
0.00211
E527.001
BVTBC
Genesee
Power
Station
Wood
ESP
0.000003
0.0044321
3.00E­
06
2.11E­
02
7.03E+
03
E627.001
Champion
International
Coal
ESP
4.59E­
08
a
E627.003
Champion
International
Coal
ESP
0.0402
E627.005
Champion
International
Coal
ESP
0.0478
E627.007
Champion
International
Coal
ESP
0.0293333
0.0391111
2.93E­
02
4.78E­
02
1.63E+
00
E735.015
Champion
International
Corp.
Coal
ESP
0.122
E735.019
Champion
International
Corp.
Coal
ESP
0.0818
E735.022
Champion
International
Corp.
Coal
ESP
0.0333
E683.001
Consolidated
Papers,
Inc
­
Wisconsin
River
Plant
Coal
ESP
0.0488
E683.004
Consolidated
Papers,
Inc
­
Wisconsin
River
Plant
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
0.121
0.0849
4.88E­
02
1.21E­
01
2.48E+
00
E679.008
Consolidated
Papers,
Inc.
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
ESP
0.00761
E724.001
Craven
County
Wood
Energy
Plant
Wood
ESP
0.0512
E724.010
Craven
County
Wood
Energy
Plant
Wood
ESP
0.0291
0.04015
2.91E­
02
5.12E­
02
1.76E+
00
E610.001cn
Georgia
Pacific
Wood
ESP
0.0192
E610.001cs
Georgia
Pacific
Wood
ESP
0.0216
E610.002c
Georgia
Pacific
Wood
ESP
0.196
0.0789333
1.92E­
02
1.96E­
01
1.02E+
01
E706.001
Georgia
Pacific
­
Brunswick
Wood
ESP
0.0323
E706.002
Georgia
Pacific
­
Brunswick
Wood
ESP
0.0273
E706.004
Georgia
Pacific
­
Brunswick
Wood
ESP
0.0104
E706.005
Georgia
Pacific
­
Brunswick
Wood
ESP
0.0112
E706.006
Georgia
Pacific
­
Brunswick
Wood
ESP
0.027
E706.008
Georgia
Pacific
­
Brunswick
Wood
ESP
0.0192
E706.009
Georgia
Pacific
­
Brunswick
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.00535
E706.010
Georgia
Pacific
­
Brunswick
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.00936
E706.011
Georgia
Pacific
­
Brunswick
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0329
Page
18
Appendix
C­
6.
Calculation
of
PM
Emission
Limits
for
Existing
Limited
Use
Solid
Units
(
Detailed
Emissions
Information)

Test
ID
Facility
Name
Fuel
Type
Control
Level
Avg
Emission
Factor
(
lb/
MMBtu)
Lowest
Highest
Highes/
lowe
st
Comment
E706.012
Georgia
Pacific
­
Brunswick
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.145
E706.013
Georgia
Pacific
­
Brunswick
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0157
E706.014
Georgia
Pacific
­
Brunswick
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0586
E706.015
Georgia
Pacific
­
Brunswick
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0289
E706.016
Georgia
Pacific
­
Brunswick
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0226
E706.017
Georgia
Pacific
­
Brunswick
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0116
E706.018
Georgia
Pacific
­
Brunswick
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0258
0.0302006
5.35E­
03
1.45E­
01
2.71E+
01
E935.001
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0155
E935.002
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0288
0.02215
1.55E­
02
2.88E­
02
1.86E+
00
E783a.
001
Georgia
Pacific
Corporation
Wood
ESP
0.00645
E783a.
002
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0105
E783a.
003
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0149
E783a.
004
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0317
0.0158875
6.45E­
03
3.17E­
02
4.91E+
00
E930.001
Georgia
Pacific
Corporation
­
Hardboard
Plant
Wood
ESP
0.117
E740.001
Grays
Harbor
Paper
Wood
ESP
0.0675
E740.003
Grays
Harbor
Paper
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.113
0.09025
6.75E­
02
1.13E­
01
1.67E+
00
E906.001
International
Paper
­
Ticonderoga
Mill
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
ESP
0.0509
E710.001
Koppers
Industries,
Inc.
Wood
ESP
0.00942
E734.001
LFC
Power
Systems
Corporation
Wood
ESP
0.0069
E734.002
LFC
Power
Systems
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.00947
E734.003
LFC
Power
Systems
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.00369
E734.004
LFC
Power
Systems
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0155
0.00889
3.69E­
03
1.55E­
02
4.20E+
00
E684.001
Niagara
of
Wisconsin
Paper
Co.
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
0.0836
E536.001
Northern
State
Power
Bay
Front
Steam
Plant
Wood
ESP
0.0478
E529.001
NR
Wood
ESP
0.0125
E1026.001
NR
­
site
2
Wood
ESP
0.00628
E1026.002
NR
­
site
2
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0802
E1026.003
NR
­
site
2
Wood
ESP
0.00113
E1026.005
NR
­
site
2
Wood
ESP
0.0123
E1026.006
NR
­
site
2
Wood
ESP
0.00717
E1026.011
NR
­
site
2
Wood
ESP
0.00356
E1026.021
NR
­
site
2
Wood
ESP
0.0117
E1026.031
NR
­
site
2
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0159
E1026.051
NR
­
site
2
Wood
ESP
0.00655
0.0160878
1.13E­
03
8.02E­
02
7.10E+
01
E266.002
Pacific
Gas
&
Electric
Company
Wood
ESP
0.0126
E530.001
Pacific
Oroville
Power
Wood
ESP
0.0912
E530.004
Pacific
Oroville
Power
Wood
ESP
0.0196
E265.001
Pacific
Oroville
Power
Company
Wood
ESP
0.0196
E265.003
Pacific
Oroville
Power
Company
Wood
ESP
0.0792
0.0524
1.96E­
02
9.12E­
02
4.65E+
00
E693.001
Packaging
Corporation
of
America
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
0.00372
E693.002
Packaging
Corporation
of
America
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
0.00527
Page
19
Appendix
C­
6.
Calculation
of
PM
Emission
Limits
for
Existing
Limited
Use
Solid
Units
(
Detailed
Emissions
Information)

Test
ID
Facility
Name
Fuel
Type
Control
Level
Avg
Emission
Factor
(
lb/
MMBtu)
Lowest
Highest
Highes/
lowe
st
Comment
E692.001
Packaging
Corporation
of
America
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
0.0138
E692.002
Packaging
Corporation
of
America
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
0.0108
E692.003
Packaging
Corporation
of
America
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
0.0144
0.009598
3.72E­
03
1.38E­
02
3.71E+
00
E268.002
Sierra
Pacific
Wood
ESP
0.00224
E268.003
Sierra
Pacific
Wood
ESP
0.00564
0.00394
2.24E­
03
5.64E­
03
2.52E+
00
E765.001
Smurfit
Newsprint
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.00314
E765.002
Smurfit
Newsprint
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.00329
0.003215
3.14E­
03
3.29E­
03
1.05E+
00
E925.001
Southeast
Paper
Manufacturing
Company
Coal
ESP
0.00484
E688.001
Temple­
Inland
Forest
Products
Corporation
Wood
ESP
0.272
E518.001
Viking
Energy
of
McBain
Wood
ESP
0.0118
E519.001
Viking
Energy
of
McBain
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0183
E520.001
Viking
Energy
of
McBain
Wood
ESP
0.00452
E521.001
Viking
Energy
of
McBain
Wood
ESP
0.00882
E522.001
Viking
Energy
of
McBain
Wood
ESP
0.00705
0.010098
4.52E­
03
1.83E­
02
4.05E+
00
E600.001
Washington
Water
Power
Co.
Wood
ESP
0.00143
E600.003
Washington
Water
Power
Co.
Wood
ESP
0.00253
E600.006
Washington
Water
Power
Co.
Wood
ESP
0.0024
E600.008
Washington
Water
Power
Co.
Wood
ESP
0.00112
E600.012
Washington
Water
Power
Co.
Gas/
Wood/
Other
Biomass/
Liquid
FF
ESP
0.00114
0.001724
1.12E­
03
2.53E­
03
2.26E+
00
E404.001
Wheelabrator
Shasta
energy
Company
Wood
ESP
0.00144
E404.004
Wheelabrator
Shasta
energy
Company
Wood
ESP
0.00148
E523.003
Wheelabrator
Shasta
Energy
Company
Wood
ESP
0.01
E779.006
Wheelabrator
Shasta
Energy
Company
Wood
ESP
0.0081
E779.007
Wheelabrator
Shasta
Energy
Company
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0228
E779.008
Wheelabrator
Shasta
Energy
Company
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0251
E779.013
Wheelabrator
Shasta
Energy
Company
Wood
ESP
0.00552
E779.015
Wheelabrator
Shasta
Energy
Company
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0112
E779.017
Wheelabrator
Shasta
Energy
Company
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0105
0.0106822
1.44E­
03
2.51E­
02
1.74E+
01
E628.001
Willamette
Industries
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
0.0165
Page
20
Appendix
C­
6.
Calculation
of
PM
Emission
Limits
for
Existing
Limited
Use
Solid
Units
(
Detailed
Emissions
Information)

Test
ID
Facility
Name
Fuel
Type
Control
Level
Avg
Emission
Factor
(
lb/
MMBtu)
Lowest
Highest
Highes/
lowe
st
Comment
E604.001
J.
M.
Huber
Corporation
Wood
Fabric
Filter
0.065
6.50E­
02
6.50E­
02
E1020.001
Energy
Products
of
Idaho,
Inc.
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter
0.0019
E1020.002
Energy
Products
of
Idaho,
Inc.
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
Fabric
Filter
0.00154
0.00172
1.54E­
03
1.90E­
03
1.23E+
00
E605.001
Hoechst
Celanese
Chemical
Group
Coal
Fabric
Filter
0.0433
E605.002
Hoechst
Celanese
Chemical
Group
Coal
Fabric
Filter
0.0338
0.03855
3.38E­
02
4.33E­
02
1.28E+
00
E642.001
Georgia
Pacific
Corporation
Wood
Fabric
Filter
0.0130
E642.002
Georgia
Pacific
Corporation
Wood
Fabric
Filter
0.1480
a
E643.001
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter
0.0073
E643.002
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter
0.0139
E645.001
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter
0.0042
E645.002
Georgia
Pacific
Corporation
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter
0.0028
0.0083
2.82E­
03
1.30E­
02
4.61E+
00
E697.006c
James
River
Paper
Company
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Limestone
Injection
(
DSI)
0.0156
E697.010c
James
River
Paper
Company
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Limestone
Injection
(
DSI)
0.00607
0.010835
6.07E­
03
1.56E­
02
2.57E+
00
E738.002
Kimberly­
Clark
Corporation
Wood
Fabric
Filter
0.0274
E738.003
Kimberly­
Clark
Corporation
Wood
Fabric
Filter
0.0702
E739.001
Kimberly­
Clark
Corporation
Wood
Fabric
Filter
0.0146
E739.002
Kimberly­
Clark
Corporation
Wood
Fabric
Filter
0.0104
E739.003
Kimberly­
Clark
Corporation
Wood
Fabric
Filter
0.0283
0.0302
1.04E­
02
7.02E­
02
6.75E+
00
E795.006
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
0.0032
E795.023
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
0.0020
E797.011
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
0.00528
E797.020
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
0.0284
E798a.
011
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
0.0030
E798a.
025
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood
Fabric
Filter/
Spray
Dryer
0.0011
E798b.
001
Wheelabrator
Ridge
Energy
Inc.
­
Ridge
Generating
Station
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Spray
Dryer
0.0018
0.0064
1.10E­
03
5.28E­
03
4.80E+
00
E834b.
001
Yellowstone
Energy
Limited
Partnership
Coal
Fabric
Filter
0.0405
E834b.
002
Yellowstone
Energy
Limited
Partnership
Coal
Fabric
Filter
0.0152
E834b.
003
Yellowstone
Energy
Limited
Partnership
Coal
Fabric
Filter
0.0040
0.0199
4.00E­
03
4.05E­
02
1.01E+
01
E883.003
Weyerhaeuser
Paper
Company
Coal/
Wood/
NFF
Liquid/
NFF
Solid
FF/
Wet
Scrubber
0.0096
E883.004
Weyerhaeuser
Paper
Company
Coal/
Wood/
NFF
Liquid/
NFF
Solid
FF/
Wet
Scrubber
0.0164
E884.002
Weyerhaeuser
Paper
Company
Coal/
Wood/
NFF
Liquid/
NFF
Solid
FF/
Wet
Scrubber
0.0109
0.0123
9.63E­
03
1.64E­
02
1.70E+
00
a
Point
is
an
outlier
and
not
used
in
analyses.
Page
21
Appendix
C­
7.
Mercury
and
Chlorine
Fuel
Data
From
Utility
Boilersa
Plant
name
Unit
name
Boiler/
NOx
type
PM
control
SOx
control
name
of
fuel
1
average
Hg
in
fuel
(
ppmw)
Name
of
Fuel
2
Cl
in
test
coal
(
ppm)

Bruce
Mansfield
1
CONV/
PC/
NOX/
DRY
PARTSCRUB
NONE
PETROLEUM
COKEb
0.0100
BITUMINOUS
767
Craig
C3
CONV/
PC/
NOX/
DRY
BAGHOUSE
SDA
SUBBITUMINOUS
0.0254
SUBBITUMINOUS
117
Craig
C1
CONV/
PC/
NOX/
DRY
ESP­
HS
WETSCRUB
SUBBITUMINOUS
0.0254
SUBBITUMINOUS
267
Bailly
7
CYCLONE/
NONOX/
WET
ESP­
CS
WETSCRUB
BITUMINOUS
­
LOW
SULFUR
0.0254
BITUMINOUS
646
AES
Hawaii,
Inc.
A
FBC/
SNCR
BAGHOUSE
FBC
SUBBITUMINOUS
0.0279
SUBBITUMINOUS
46
Bay
Front
Plant
Generating
5
CYCLONE/
NONOX/
WET
MECH
COMP
COAL
BITUMINOUS
0.0289
BITUMINOUS
127
Presque
Isle
6
CONV/
PC/
NONOX/
WET
ESP­
CS
COMP
COAL
BITUMINOUS/
PETROLEUM
COKE
0.0300
BITUMINOUS/
PETCOKE
197
Presque
Isle
5
CONV/
PC/
NONOX/
WET
ESP­
CS
COMP
COAL
BITUMINOUS/
PETROLEUM
COKE
0.0300
BITUMINOUS/
PETCOKE
190
Presque
Isle
9
CONV/
PC/
NOX/
WET
ESP­
HS
COMP
COAL
BITUMINOUS/
PETROLEUM
COKE
0.0300
SUBBITUMINOUS
223
TNP­
One
U2
FBC/
NONOX
BAGHOUSE
FBC
LIGNITE
0.0310
LIGNITE
133
St
Clair
Power
Plant
4
CONV/
PC/
NONOX/
DRY
ESP­
CS
COMP
COAL
SUBBITUMINOUS
0.0344
SUBBITUMINOUS/
BITUMINOUS
333
Big
Bend
BB03
CONV/
TURBO/
NOX/
WET
ESP­
CS
WETSCRUB
SUBBITUMINOUS
0.0348
BITUMINOUS
1767
Navajo
3
CONV/
PC/
NONOX/
DRY
ESP­
HS
WETSCRUB
BITUMINOUS
0.0374
BITUMINOUS
150
Valmont
5
CONV/
PC/
NOX/
DRY
BAGHOUSE
COMP
COAL
BITUMINOUS
0.0388
BITUMINOUS
39
Intermountain
2SGA
CONV/
PC/
NOX/
DRY
BAGHOUSE
WETSCRUB
BITUMINOUS
0.0391
BITUMINOUS
200
Stockton
Cogen
Company
GEN1
FBC/
SNCR
BAGHOUSE
FBC
BITUMINOUS
0.0404
BITUMINOUS/
PETCOKE
583
Montrose
1
CONV/
PC/
NOX/
DRY
ESP­
CS
COMP
COAL
SUBBITUMINOUS
0.0422
SUBBITUMINOUS
133
Rawhide
101
CONV/
PC/
NOX/
DRY
BAGHOUSE
SDA
SUBBITUMINOUS
0.0469
SUBBITUMINOUS
127
Valley
2
CONV/
PC/
NOX/
DRY
BAGHOUSE
NONE
BITUMINOUS/
PETROLEUM
COKE
0.0475
BITUMINOUS/
PETCOKE
128
Shawnee
Fossil
Plant
3
CONV/
PC/
NOX/
DRY
BAGHOUSE
COMP
COAL
BITUMINOUS
0.0482
BITUMINOUS/
SUBBITUMINOUS
167
Jim
Bridger
BW
74
CONV/
PC/
NOX/
DRY
ESP­
CS
WETSCRUB
SUBBITUMINOUS
0.0501
SUBBITUMINOUS
50
Laramie
River
Station
1
CONV/
PC/
NOX/
DRY
ESP­
CS
WETSCRUB
SUBBITUMINOUS
0.0521
SUBBITUMINOUS
77
Laramie
River
Station
3
CONV/
PC/
NOX/
DRY
ESP­
CS
SDA
SUBBITUMINOUS
0.0521
SUBBITUMINOUS
74
La
Cygne
1
CYCLONE/
NOX/
WET
PARTSCRUB
WETSCRUB
SUBBITUMINOUS
0.0523
SUBBITUMINOUS
300
Cliffside
1
CONV/
PC/
NONOX/
DRY
ESP­
HS
NONE
BITUMINOUS
0.0523
BITUMINOUS
1400
Sherburne
County
Generating
Plant
#
3
CONV/
PC/
NOX/
DRY
BAGHOUSE
SDA
SUBBITUMINOUS
0.0528
SUBBITUMINOUS
102
Meramec
4
CONV/
PC/
NOX/
DRY
ESP­
CS
NONE
SUBBITUMINOUS
0.0539
SUBBITUMINOUS/
BITUMINOUS
3620
Colstrip
3
CONV/
PC/
NOX/
DRY
PARTSCRUB
WETSCRUB
SUBBITUMINOUS
0.0555
SUBBITUMINOUS
67
GRDA
2
CONV/
PC/
NOX/
DRY
ESP­
CS
SDA
SUBBITUMINOUS
0.0557
SUBBITUMINOUS/
BITUMINOUS
399
Coronado
U1B
CONV/
PC/
NOX/
WET
ESP­
HS
WETSCRUB
SUBBITUMINOUS
0.0569
SUBBITUMINOUS
117
Newton
2
CONV/
PC/
NOX/
DRY
ESP­
CS
COMP
COAL
BITUMINOUS
0.0570
SUBBITUMINOUS
178
Salem
Harbor
3
CONV/
PC/
NOX/
SNCR/
DRY
ESP­
CS
COMP
COAL
BITUMINOUS
0.0571
BITUMINOUS
100
Columbia
1
CONV/
PC/
NOX/
DRY
ESP­
HS
COMP
COAL
SUBBITUMINOUS
0.0575
SUBBITUMINOUS
314
Cholla
3
CONV/
PC/
NONOX/
DRY
ESP­
HS
NONE
SUBBITUMINOUS
0.0582
SUBBITUMINOUS
50
Cholla
2
CONV/
PC/
NONOX/
DRY
MECH/
PARTSCRUB
WETSCRUB
SUBBITUMINOUS
0.0582
SUBBITUMINOUS
50
Platte
1
CONV/
PC/
NOX/
WET
ESP­
HS
COMP
COAL
SUBBITUMINOUS
0.0608
SUBBITUMINOUS
181
Wyodak
BW
91
CONV/
PC/
NOX/
DRY
ESP­
CS
SDA
SUBBITUMINOUS
0.0633
SUBBITUMINOUS
25
Brayton
Point
1
CONV/
PC/
NOX/
DRY
ESP­
CS
COMP
COAL
BITUMINOUS
0.0654
BITUMINOUS
567
Brayton
Point
3
CONV/
PC/
NOX/
DRY
ESP­
CS
COMP
COAL
BITUMINOUS
0.0654
BITUMINOUS
967
Antelope
Valley
Station
B1
CONV/
PC/
NOX/
DRY
BAGHOUSE
SDA
LIGNITE
0.0658
LIGNITE
107
Lawrence
4
CONV/
PC/
NONOX/
DRY
PARTSCRUB
WETSCRUB
SUBBITUMINOUS
0.0683
SUBBITUMINOUS
267
Clay
Boswell
2
CONV/
PC/
NOX/
DRY
BAGHOUSE
COMP
COAL
SUBBITUMINOUS
0.0701
SUBBITUMINOUS
50
Clay
Boswell
3
CONV/
PC/
NOX/
DRY
PARTSCRUB
WETSCRUB/
COMP
COAL
SUBBITUMINOUS
0.0701
SUBBITUMINOUS
50
Clay
Boswell
4
CONV/
PC/
NOX/
DRY
PARTSCRUB
WETSCRUB
SUBBITUMINOUS
0.0701
SUBBITUMINOUS
50
Clifty
Creek
6
CONV/
PC/
NOX/
WET
ESP­
HS
COMP
COAL
SUBBITUMINOUS
0.0711
SUBBITUMINOUS/
BITUMINOUS
441
Leland
Olds
Station
2
CYCLONE/
NONOX/
WET
ESP­
CS
NONE
LIGNITE
0.0717
LIGNITE
91
Dwayne
Collier
Battle
Cogeneration
Facility
2B
STOKER/
NOX/
DRY
BAGHOUSE
SDA
BITUMINOUS
0.0767
BITUMINOUS
1700
Comanche
2
CONV/
PC/
NOX/
DRY
BAGHOUSE
COMP
COAL
SUBBITUMINOUS
0.0767
SUBBITUMINOUS
50
Gibson
Generating
Station
(
0300)
3
CONV/
PC/
NOX/
DRY
ESP­
CS
NONE
BITUMINOUS
0.0772
BITUMINOUS
1867
Gibson
Generating
Station
(
1099)
3
CONV/
PC/
NOX/
DRY
ESP­
CS
NONE
BITUMINOUS
0.0772
BITUMINOUS
2100
Wabash
River
Generating
Station
1
+
1A
COAL
GAS
COAL
GAS
COAL
GAS
BITUMINOUS
0.0786
BITUMINOUS
600
George
Neal
South
4
CONV/
PC/
NOX/
DRY
ESP­
CS
COMP
COAL
SUBBITUMINOUS
0.0800
SUBBITUMINOUS
191
Nelson
Dewey
1
CYCLONE/
NONOX/
WET
ESP­
HS
COMP
COAL
SUBBITUMINOUS
0.0805
SUBBITUMINOUS/
PETCOKE
129
Widows
Creek
Fossil
Plant
6
CONV/
PC/
NONOX/
DRY
ESP­
CS
COMP
COAL
BITUMINOUS
0.0846
BITUMINOUS
333
Sam
Seymour
3
CONV/
PC/
NONOX/
DRY
ESP­
CS
WETSCRUB
SUBBITUMINOUS
0.0852
SUBBITUMINOUS
20
Polk
Power
1
COAL
GAS
COAL
GAS
COAL
GAS
BITUMINOUS
0.0858
BITUMINOUS
1067
R.
M.
Heskett
Station
B2
FBC/
NONOX
ESP­
CS
FBC
LIGNITE
0.0881
LIGNITE
100
Appendix
C­
7.
Mercury
and
Chlorine
Fuel
Data
From
Utility
Boilersa
Plant
name
Unit
name
Boiler/
NOx
type
PM
control
SOx
control
name
of
fuel
1
average
Hg
in
fuel
(
ppmw)
Name
of
Fuel
2
Cl
in
test
coal
(
ppm)

Stanton
Station
1
CONV/
PC/
NOX/
DRY
ESP­
CS
NONE
LIGNITE
0.0883
LIGNITE
50
Stanton
Station
10
CONV/
PC/
NOX/
DRY
BAGHOUSE
SDA
LIGNITE
0.0883
LIGNITE
28
Charles
R.
Lowman
2
CONV/
PC/
NONOX/
DRY
ESP­
HS
WETSCRUB
BITUMINOUS
0.0900
BITUMINOUS
367
Dunkirk
2
CONV/
PC/
NOX/
DRY
ESP­
HS
COMP
COAL
BITUMINOUS
0.0902
BITUMINOUS
872
Jack
Watson
4
CONV/
PC/
NOX/
DRY
ESP­
CS
NONE
BITUMINOUS
0.0918
BITUMINOUS
761
San
Juan
2
CONV/
PC/
NONOX/
DRY
ESP­
HS
WETSCRUB
SUBBITUMINOUS
0.0918
SUBBITUMINOUS
167
Mecklenburg
Cogeneration
Facility
GEN
1
CONV/
PC/
NOX/
DRY
BAGHOUSE
SDA
BITUMINOUS
0.0932
BITUMINOUS
1893
Port
Washington
4
CONV/
PC/
NONOX/
DRY
ESP­
CS
SORBENT
INJ
BITUMINOUS
0.0954
BITUMINOUS
1215
Lewis
&
Clark
B1
CONV/
PC/
NOX/
DRY
PARTSCRUB
NONE
LIGNITE
0.0967
LIGNITE
100
Clover
Power
Station
2
CONV/
PC/
NOX/
DRY
BAGHOUSE
WETSCRUB
BITUMINOUS
0.0978
BITUMINOUS
520
W.
H.
Sammis
1
CONV/
PC/
NONOX/
DRY
BAGHOUSE
NONE
BITUMINOUS
0.1009
BITUMINOUS
1233
Big
Brown
1
CONV/
PC/
NONOX/
DRY
ESP­
CS/
BAGHOUSE
NONE
LIGNITE
0.1319
LIGNITE
133
Gaston
1
CONV/
PC/
NOX/
DRY
ESP­
HS
NONE
BITUMINOUS
0.1342
BITUMINOUS
333
Coyote
1
CYCLONE/
NONOX/
WET
BAGHOUSE
SDA
LIGNITE
0.1348
LIGNITE
100
Limestone
LIM1
CONV/
PC/
NOX/
WET
ESP­
CS
WETSCRUB
LIGNITE
0.1460
LIGNITE
50
SEI
­
Birchwood
Power
Facility
1
CONV/
PC/
NOX/
SCR/
DRY
BAGHOUSE
SDA
BITUMINOUS
0.1470
BITUMINOUS
917
Logan
Generating
Plant
GEN
1
CONV/
PC/
NOX/
SCR/
DRY
BAGHOUSE
SDA
BITUMINOUS
0.1727
BITUMINOUS
1500
Kline
Township
Cogen
Facility
GEN1
FBC/
NONOX
BAGHOUSE
FBC
WASTE
ANTHRACITE
0.1733
WASTE
BITUMINOUS
267
Monticello
1
CONV/
PC/
NONOX/
DRY
ESP­
CS/
BAGHOUSE
NONE
LIGNITE
0.1754
LIGNITE
167
Monticello
3
CONV/
PC/
NONOX/
DRY
ESP­
CS
WETSCRUB
LIGNITE
0.1754
LIGNITE
133
R.
D.
Morrow
Sr.
Generating
plant
2
CONV/
PC/
NOX/
DRY
ESP­
HS
WETSCRUB
BITUMINOUS
0.1958
BITUMINOUS
833
AES
Cayuga
(
NY)
(
formerly
NYSEG
Milliken)
2
CONV/
PC/
NOX/
DRY
ESP­
CS
WETSCRUB
BITUMINOUS
0.3186
BITUMINOUS
882
Scrubgrass
Generating
Company
L.
P.
GEN1
FBC/
NONOX
BAGHOUSE
FBC
WASTE
BITUMINOUSb
0.7029
WASTE
BITUMINOUS
600
a
From
Working
Group
distribution
materials
on
EPA
website
for
the
Utility
MACT:
"
www.
epa.
gov/
ttn/
atw/
combust/
utiltox/
utoxpg.
html#
DA2".
January
2002.

b
Information
for
the
fuel
was
not
used
in
the
mercury
analyses
because
it
was
not
considered
to
be
representative
of
coal
burned
in
industrial
boilers.
Mercury
Cl
High
0.3186
3620
Low
0.0254
20
High/
Low
12.5433
181
Appendix
C­
8.
Total
Selected
Metals
MACT
Floor
Emission
Level
Analysis
for
Solid
Fuel
Subcategories
(
without
Manganese)

ID
Material
Control
Level
Total
Selected
Metals
EF
(
lb/
MMMBtu)
­
Sorted
from
Highest
to
Lowest
Corresponding
PM
EF
(
lb/
MMBtu)
E232.001c
Coal
ESP
3.965E­
04
2.320E­
02
E208a.
001c
Coal
ESP
3.124E­
04
2.030E­
01
E208b.
001c
Coal
ESP
2.898E­
04
1.120E­
01
E204.005c
Coal
ESP
2.597E­
04
9.230E­
02
E232.002c
Coal
ESP
2.250E­
04
1.310E­
02
E204.004c
Coal
ESP
2.130E­
04
1.940E­
08
E209b.
002c
Coal
ESP
2.095E­
04
3.860E­
02
E735.019
Coal
ESP
1.633E­
04
8.180E­
02
E236.001c
Coal
ESP
1.478E­
04
1.870E­
02
E202.001c1
Coal
ESP
1.284E­
04
1.080E­
01
E692.003
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
1.097E­
04
1.440E­
02
E209a.
002c
Coal
ESP
1.041E­
04
1.960E­
02
E200.001C
Coal
ESP
1.015E­
04
2.010E­
02
E692.001
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
8.898E­
05
1.380E­
02
E735.022
Coal
ESP
8.512E­
05
3.330E­
02
E735.015
Coal
ESP
7.707E­
05
1.220E­
01
E206.001c2
Coal
Fabric
Filter
7.262E­
05
NA
E692.002
Coal/
Wood/
NFF
Liquid/
NFF
Solid
ESP
7.189E­
05
1.080E­
02
E740.003
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
ESP
7.102E­
05
1.130E­
01
E206.001c1
Coal
Fabric
Filter
6.169E­
05
2.480E­
03
E229.002c1
Coal
ESP
6.168E­
05
8.240E­
02
E740.001
Wood
ESP
5.616E­
05
6.750E­
02
E203.001c
Coal
Fabric
Filter
5.562E­
05
7.380E­
03
E775
NFF
Liquid/
NFF
Solid
or
Gas/
NFF
Liquid/
NFF
Solid
Fabric
Filter
5.562E­
05
NA
E202.001c2
Coal
ESP/
Flue
Gas
Desulfurization
4.851E­
05
1.110E­
02
E239.001c
Coal
Fabric
Filter/
Spray
Dryer
3.599E­
05
NA
E222.002cdup
Coal
ESP/
SD
3.001E­
05
1.210E­
02
E229.002c2
Coal
ESP/
Flue
Gas
Desulfurization
2.502E­
05
1.000E­
02
E206.001c3
Coal
Fabric
Filter
2.459E­
05
2.810E­
02
E221.001c1
Coal
ESP
2.338E­
05
8.000E­
02
E738.002
Wood
Fabric
Filter
2.036E­
05
2.740E­
02
E1
Coal
Fabric
Filter
2.028E­
05
NA
E222.002c
Coal
ESP/
SD
1.943E­
05
7.950E­
03
E221.001c2
Coal
ESP/
Flue
Gas
Desulfurization
1.837E­
05
3.920E­
02
E27­
2
Wood
Fabric
Filter/
Limestone
Injection
(
DSI)
1.762E­
05
NA
E27
Wood/
Other
Biomass/
NFF
Liquid/
NFF
Solid
Fabric
Filter/
Limestone
Injection
(
DSI)
1.562E­
05
NA
E230.001c
Coal
ESP
1.543E­
05
2.380E­
02
E739.001
Wood
Fabric
Filter
1.538E­
05
1.460E­
02
E268.002
Wood
ESP
1.089E­
05
2.240E­
03
E231.001u
Coal
Fabric
Filter
9.038E­
06
NA
E224.016
Coal
Fabric
Filter
8.017E­
06
1.660E­
03
E231.001c
Coal
Fabric
Filter/
Flue
Gas
Desulfurization
6.559E­
06
NA
E20
Coal
Fabric
Filter/
Limestone
Injection
(
DSI)
4.222E­
06
NA
E1021
Coal
Fabric
Filter
3.757E­
06
NA
E404.001
Wood
ESP
3.084E­
06
1.440E­
03
E523.003
Wood
ESP
3.084E­
06
1.000E­
02
E15
Coal
Fabric
Filter/
Limestone
Injection
(
DSI)
2.544E­
06
NA
E224.022
Coal
Fabric
Filter
2.496E­
06
1.200E­
03
E11
Coal
ESP/
Venturi
Scrubber
2.396E­
06
1.440E­
03
E218.003
Coal
ESP
1.676E­
06
1.320E­
03
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Appendix
D­
1.
PM
Emission
Information
for
Liquid
Fuel
Fired
Boilersa
Test
ID
Pollutant
Fuel
Type
Control
Level
Avg
Emission
Factor
(
lb/
MMBtu)
Efficiency
for
ESP
Controlled
Units
(%)

B103.001
PM
Residual
Liquid
FF
Wet
Scrubber
0.0234
B104.001
PM
Residual
Liquid
FF
No
Control
0.414
B104.002
PM
Residual
Liquid
FF
No
Control
0.113
B105.001
PM
Distillate
Liquid
FF
No
Control
0.0513
B106.001
PM
Residual
Liquid
FF
No
Control
0.047
B109.001
PM
Residual
Liquid
FF
No
Control
0.174
B110.001
PM
Distillate
Liquid
FF
No
Control
0.00179
B110.002
PM
Distillate
Liquid
FF
No
Control
0.001186
B111.001
PM
Distillate
Liquid
FF
No
Control
0.0146
B113.001
PM
Residual
Liquid
FF
No
Control
0.114
B114.001
PM
Residual
Liquid
FF
No
Control
0.0825
B115.001
PM
Residual
Liquid
FF
No
Control
0.138
B116.001
PM
Residual
Liquid
FF
No
Control
0.145
B117.001
PM
Residual
Liquid
FF
No
Control
0.0983
B118.001
PM
Residual
Liquid
FF
No
Control
0.0496
E212.001c
PM
Residual
Liquid
FF
ESP
0.0678
3
E212.001u
PM
Residual
Liquid
FF
No
Control
0.07
E215.007
PM
Residual
Liquid
FF
Cyclone/
Carbon
Injection
0.0386
E242.001
PM
Residual
Liquid
FF
Flue
Gas
Recirculation
0.0384
E242.005
PM
Residual
Liquid
FF
Flue
Gas
Recirculation
0.0000486
E243.003c
PM
Residual
Liquid
FF
ESP
0.0152
77
E243.003u
PM
Residual
Liquid
FF
No
Control
0.0665
E251a.
003c
PM
Residual
Liquid
FF
No
Control
0.128
E251a.
003u
PM
Residual
Liquid
FF
No
Control
0.0811
E251b.
001u
PM
Residual
Liquid
FF
Flue
Gas
Recirculation
0.0439
E251b.
005c
PM
Residual
Liquid
FF
ESP/
Flue
Gas
Recirculation
0.00352
92
E251b.
005u
PM
Residual
Liquid
FF
Flue
Gas
Recirculation
0.044
E623.003
PM
Residual
Liquid
FF
No
Control
0.0958
a
Working
Group
distribution
materials
on
EPA
website
for
the
Utility
MACT:
"
www.
epa.
gov/
ttn/
atw/
combust/
utiltox/
utoxpg.
html#
DA2".
January
2002.
Appendix
D­
2.
Summary
of
Chlorine
Fuel
Analysis
Data
for
Residual
and
Distillate
Fuel
Oilsa
FACILITY
NAME
CITY
STATE
Material
Compound
Name
Content
Non­
Detect
Units
Long
Beach
Generating
Station
Long
Beach
CA
Distillate
Fuel
Oil
Chlorine
30
ND
mg/
L
Humbolt
Bay
Power
Plant
Humbolt
Bay
CA
Residual
Fuel
Oil
Chlorine
90
mg/
L
Morro
Bay
Power
Plant
Morro
Bay
CA
Residual
Fuel
Oil
Chlorine
130
mg/
L
EPRI
Site
103
CA
Residual
Fuel
Oil
Chlorine
130
mg/
L
El
Segundo
Generating
Station
El
Segundo
CA
Residual
Fuel
Oil
Chlorine
131
mg/
L
Alamitos
Generating
Station
Alamitos
CA
Residual
Fuel
Oil
Chlorine
150
mg/
L
Huntington
Beach
Generating
Station
Huntington
Beach
CA
Residual
Fuel
Oil
Chlorine
160
mg/
L
a
Data
are
from
fuel
analyses
database
gathered
during
the
ICCR.
Database
is
included
in
the
docket
as
item
II­
D­
2
on
CD­
ROM.

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