Document ID: EPA-HQ-OAR-2003-0074-0002
Agency: epa
Document Type: Supporting & Related Material
Title: 
Posted Date: 2004-11-03T05:00Z

Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

­
1.175
ppm
0.820
P
Average
4.118
#/
MMBTU
0.24
ppm
0.587
P
0.837
P
­
0.001
#/
MMBTU
0.699
P
0.859
P
Gas­
Fired
Package
Boiler
FACTNet
version
4.5
Average
7.88
ppm
8
220
2
Gas­
Fired
Industrial
Boiler
Subpart
Db
Average
1.5
ppm
0.9907
P
3
750
3
BP
Chemicals
Boiler
AB
8301
HAB
Average
3.07
ppm
1.296
P
0.9975
P
9
9
4
BP
Chemicals
Boiler
AB
8301
Natural
Gas
Pavilion
Technologies
Software
CEM
Average
4.749
ppm
4
Average
1.24
#/
MMBTU
19.90%
1.32
#/
MMBTU
61.60%
1.16
#/
MMBTU
90.50%
1.25
#/
MMBTU
Gas
Turbine
Texas
Average
5.58
9
RATA
Tests*

Average
of
three
loads
5
Gas
Turbine
Texas
Average
5.18
0.031
P
0.982
P
9
RATA
Tests*

Average
of
three
loads
6
Gas
Turbine
Texas
Average
3.77
0.038
P
0.963
P
9
RATA
Tests*

Average
of
three
loads
7
Gas
Turbine
Texas
Average
3.90
9
RATA
Tests*

Average
of
three
loads
8
Gas
Turbine
Texas
Average
3.97
9
RATA
Tests*

Average
of
three
loads
9
Average
10.39
6.19E­
03
P
0.996
P
1.0272
1­
Base
(
Premix)
13.80
5.98E­
03
P
2­
Lean
Lean
10.96
1.16E­
02
P
3­
Lean
Lean
Positive
6.68
1.00E­
03
P
CMC
Solutions
Smart­
75
PEMS
Gas­
Fired
Combustion
Turbine
762
Gas
Turbine
LaPorte,
TX
Gas­
Fired
Package
Boiler
Henderson,
KY
30­
day
compliance
test
32
7
Average
Gas­
Fired
Combustion
Turbine
Pavilion
Technologies
889
1
18
9
RATA
Tests*

Average
of
three
loads
10
Table
1.
NOx
PEMS
RATA
Summary
1
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

Average
9.38
#/
MMBTU
7.74E­
08
P
0.997
P
1.0645
1­
Base
(
Premix)
10.36
#/
MMBTU
7.53E­
08
P
2­
Lean
Lean
13.32
#/
MMBTU
1.46E­
07
P
3­
Lean
Lean
Positive
4.46
#/
MMBTU
1.22E­
08
P
Average
6.37
1.90E­
03
P
0.998
P
1­
Base
(
Premix)
4.20
4.10E­
03
P
2­
Lean
Lean
8.16
8.00E­
04
P
3­
Lean
Lean
Positive
6.74
8.00E­
04
P
Average
4.69
#/
MMBTU
9.49E­
07
P
0.998
P
1­
Base
(
Premix)
2.09
#/
MMBTU
2.02E­
06
P
2­
Lean
Lean
10.61
#/
MMBTU
3.48E­
07
P
3­
Lean
Lean
Positive
1.37
#/
MMBTU
4.78E­
07
P
Average
4.66
1.83E­
01
P
0.974
P
1­
72
MW
6.81
1.03E­
02
P
2­
63
MW
2.78
1.71E­
02
P
3­
42
MW
4.38
5.22E­
01
P
Average
3.55
#/
MMBTU
5.10E­
07
P
0.998
P
1­
72
MW
3.45
#/
MMBTU
3.79E­
07
P
2­
63
MW
4.21
#/
MMBTU
3.29E­
07
P
3­
42
MW
3.00
#/
MMBTU
8.21E­
07
P
Gas
Turbine
Houston,
TX
Average
2.314
9.47E­
02
P
Check
Graphs
9
RATA
Tests*

Assumed15%
O2
13
Gas
Turbine
Houston,
TX
Average
5.307
7.00E­
01
P
Check
Graphs
9
RATA
Tests*

Assumed15%
O2
14
Gas
Turbine
Houston,
TX
Average
2.107
7.44E­
02
P
Check
Graphs
9
RATA
Tests*

Assumed
15%
O2
15
Gas
Turbine
LaPorte,
TX
Gas
Turbine
LaPorte,
TX
11
Gas
Turbine
LaPorte,
TX
Gas
Turbine
Deer
Park,
TX
Gas
Turbine
Deer
Park,
TX
9
RATA
Tests*

Assumed
average
of
three
loads
12
11
12
9
RATA
Tests*

Average
of
three
loads
10
9
RATA
Tests*

Assumed
average
of
three
loads
9
RATA
Tests*

Assumed
average
of
three
loads
9
RATA
Tests*

Average
of
three
loads
2
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

Gas
Turbine
Houston,
TX
Average
See
Report
for
exception
treatment
0.885
P
0.978
P
4
753
16
Gas­
Fired
Utility
Boiler,

Opposed
Wall
Fired
Babcock
and
Wilcox
Westlake,
LA
Average
1.114
P
0.877
P
1.057
6
744
17
Natural
Gas­
Fired
Package
Boiler
????
19
Natural
Gas­
Fired
Package
Boiler
Average
10.900
#/
MMBTU
1.072
20
Gas­
Fired
Package
Boiler
Theodore,
AL
Technologies
Inc.

Using
Pavilion
Technologies
Software
CEM
Average
6.540
#/
MMBTU
0.877
P
7
30­
day
compliance
test
21
HAB
Fired
Boiler
8301
Decatur,
AL
Pavilion
Technologies
Software
CEM
83%
4.453
#/
MMBTU
22
Natural
Gas
­
Fired
Boiler
8301
Decatur,
AL
Pavilion
Technologies
Software
CEM
Average
4.749
#/
MMBTU
23
Gas­
Fired
Pressurized
Furnace
Industrial
Boiler
Pavilion
Technologies
Software
CEM
Average
0.0325*
1.04219
P
0.951
P
4
850
Gas
Turbine
Houston,
TX
Average
1.80
#/
MMBTU
0.29933
P
0.883
P
9
RATA
Tests*

Average
of
three
loads
24
Gas
Turbine
Texas
Average
6.18
#/
MMBTU
0.914
P
0.999
P
9
RATA
Tests*

Average
of
three
loads
25
Gas
Turbine
Texas
Average
9.18
#/
MMBTU
0.000
P
0.988
P
9
RATA
Tests*

Average
of
three
loads
26
Gas
Turbine
Texas
Average
12.57
#/
MMBTU
0.002
P
0.993
P
9
RATA
Tests*

Average
of
three
loads
27
Gas
Turbine
Texas
Average
2.93
#/
MMBTU
0.000
P
0.973
P
9
RATA
Tests*

Average
of
three
loads
28
Gas
Turbine
Texas
Average
9.96
#/
MMBTU
0.000
P
0.967
P
9
RATA
Tests*

Average
of
three
loads
29
Gas
Turbine
Texas
Average
11.53
#/
MMBTU
0.001
P
0.998
P
9
RATA
Tests*

Average
of
three
loads
30
3
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

Gas
Turbine
Texas
Average
12.99
#/
MMBTU
0.001
P
0.994
P
9
RATA
Tests*

Average
of
three
loads
31
668.2
MMBTU
Boiler
Pavilion
Technologies
11%
Combustion
Airflow
7.79
#/
MMBTU
0
P
0.994
P
5
9
RATA
Tests*
33
668.2
MMBTU
Boiler
Pavilion
Technologies
31%
Combustion
Airflow
5.15
#/
MMBTU
0
P
0.994
P
5
9
RATA
Tests*
33
668.2
MMBTU
Boiler
Pavilion
Technologies
88%
Combustion
Airflow
5.49
#/
MMBTU
0
P
0.994
P
5
9
RATA
Tests*
33
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
155
MMBTU
Heat
Input
2.089
#/
MMBTU
0
P
0.482
F
4
9
RATA
Tests*
34
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
175
MMBTU
Heat
Input
7.116
#/
MMBTU
0
P
0.482
F
4
9
RATA
Tests*
34
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
135
MMBTU
Heat
Input
8.05
#/
MMBTU
0
P
0.482
F
4
9
RATA
Tests*
34
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
162
MMBTU
Heat
Input
1.562
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
35
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
148
MMBTU
Heat
Input
0.837
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
36
217
MMBTU
(
Max)
Cracking
Furnace
Pavilion
Technologies
6400
lb/
hr
fuel
gas
to
burners
4.428
#/
MMBTU
0
P
0.99
P
4
9
RATA
Tests*
37
217
MMBTU
(
Max)
Cracking
Furnace
Pavilion
Technologies
5600
lb/
hr
fuel
gas
to
burners
4.519
#/
MMBTU
0
P
0.99
P
4
9
RATA
Tests*
37
217
MMBTU
(
Max)
Cracking
Furnace
Pavilion
Technologies
7000
lb/
hr
fuel
gas
to
burners
4.946
#/
MMBTU
0
P
0.99
P
4
9
RATA
Tests*
37
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
142
MMBTU
Heat
Input
5.79
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
38
Cracking
Furnace
Pavilion
Technologies
158
MMBTU
Heat
Input
4.721
#/
MMBTU
0
P
­
0.123
F
4
9
RATA
Tests*
39
Cracking
Furnace
Pavilion
Technologies
174
MMBTU
Heat
Input
10.081
#/
MMBTU
0
P
­
0.123
F
4
9
RATA
Tests*
39
Cracking
Furnace
Pavilion
Technologies
140
MMBTU
Heat
Input
4.693
#/
MMBTU
0
P
­
0.123
F
4
9
RATA
Tests*
39
217
MMBTU
(
Max)
Boiler
Pavilion
Technologies
12%
Combustion
Airflow
10.2
#/
MMBTU
0
P
0.956
P
5
9
RATA
Tests*
40
217
MMBTU
(
Max)
Boiler
Pavilion
Technologies
33%
Combustion
Airflow
16.8
#/
MMBTU
0
P
0.956
P
5
9
RATA
Tests*
40
4
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

217
MMBTU
(
Max)
Boiler
Pavilion
Technologies
83%
Combustion
Airflow
17.8
#/
MMBTU
0
P
0.956
P
5
9
RATA
Tests*
40
204.8
MMBTU
(
Max)
Furnace
Pavilion
Technologies
170
MMBTU
Heat
Input
8.626
#/
MMBTU
0
P
0.198
F
4
9
RATA
Tests*
41
204.8
MMBTU
(
Max)
Furnace
Pavilion
Technologies
120
MMBTU
Heat
Input
11.968
#/
MMBTU
0
P
0.198
F
4
9
RATA
Tests*
41
204.8
MMBTU
(
Max)
Furnace
Pavilion
Technologies
155
MMBTU
Heat
Input
13.167
#/
MMBTU
0
P
0.198
F
4
9
RATA
Tests*
41
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
198
MMBTU
Heat
Input
17.77
#/
MMBTU
0
P
­
0.3
F
4
9
RATA
Tests*
42
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
188
MMBTU
Heat
Input
15.98
#/
MMBTU
0
P
­
0.3
F
4
9
RATA
Tests*
42
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
133
MMBTU
Heat
Input
18.13
#/
MMBTU
0
P
­
0.3
F
4
9
RATA
Tests*
42
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
188
MMBTU
Heat
Input
1.847
#/
MMBTU
0
P
0.999
P
4
9
RATA
Tests*
43
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
165
MMBTU
Heat
Input
3.687
#/
MMBTU
0
P
0.999
P
4
9
RATA
Tests*
43
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
145
MMBTU
Heat
Input
5.92
#/
MMBTU
0
P
0.999
P
4
9
RATA
Tests*
43
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
183
MMBTU
Heat
Input
11.514
#/
MMBTU
0
P
­
0.646
F
4
9
RATA
Tests*
44
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
153
MMBTU
Heat
Input
9.735
#/
MMBTU
0
P
­
0.646
F
4
9
RATA
Tests*
44
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
133
MMBTU
Heat
Input
4.441
#/
MMBTU
0
P
­
0.646
F
4
9
RATA
Tests*
44
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
170
MMBTU
Heat
Input
6.033
#/
MMBTU
0
P
0.952
P
4
9
RATA
Tests*
45
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
200
MMBTU
Heat
Input
3.236
#/
MMBTU
0
P
0.952
P
4
9
RATA
Tests*
45
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
150
MMBTU
Heat
Input
3.22
#/
MMBTU
0
P
0.952
P
4
9
RATA
Tests*
45
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
183
MMBTU
Heat
Input
1.526
#/
MMBTU
0
P
0.69
F
4
9
RATA
Tests*
46
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
165
MMBTU
Heat
Input
4.327
#/
MMBTU
0
P
0.69
F
4
9
RATA
Tests*
46
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
134
MMBTU
Heat
Input
3.474
#/
MMBTU
0
P
0.69
F
4
9
RATA
Tests*
46
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
207
MMBTU
Heat
Input
1.595
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
47
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
200
MMBTU
Heat
Input
6.503
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
48
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
188
MMBTU
Heat
Input
17.04
#/
MMBTU
0
P
0.984
P
3
9
RATA
Tests*
49
5
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
163
MMBTU
Heat
Input
14.97
#/
MMBTU
0
P
0.984
P
3
9
RATA
Tests*
49
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
20
MMBTU
Heat
Input
10.9
#/
MMBTU
0
P
0.984
P
3
9
RATA
Tests*
49
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
150
MMBTU
Fuel
Gas
to
Burners
6.544
#/
MMBTU
0
P
0.989
P
4
9
RATA
Tests*
50
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
185
MMBTU
Fuel
Gas
to
Burners
9.307
#/
MMBTU
0
P
0.989
P
4
9
RATA
Tests*
50
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
165
MMBTU
Fuel
Gas
to
Burners
5.298
#/
MMBTU
0
P
0.989
P
4
9
RATA
Tests*
50
668.2
MMBTU
Boiler
Pavilion
Technologies
290
MMBTU
Heat
Input
6.008
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
51
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
198
MMBTU
Heat
Input
16.77
#/
MMBTU
0
P
0.858
P
4
9
RATA
Tests*
52
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
160
MMBTU
Heat
Input
7.001
#/
MMBTU
0
P
0.858
P
4
9
RATA
Tests*
52
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
123
MMBTU
Heat
Input
13.97
#/
MMBTU
0
P
0.858
P
4
9
RATA
Tests*
52
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
202
MMBTU
Heat
Input
1.425
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
53
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
185
MMBTU
Fuel
Gas
to
Burners
1.219
#/
MMBTU
0
P
0.841
P
4
9
RATA
Tests*
54
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
160
MMBTU
Fuel
Gas
to
Burners
2.687
#/
MMBTU
0
P
0.841
P
4
9
RATA
Tests*
54
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
145
MMBTU
Fuel
Gas
to
Burners
1.164
#/
MMBTU
0
P
0.841
P
4
9
RATA
Tests*
54
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
213
MMBTU
Heat
Input
4.342
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
55
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
190
Fuel
MMBTU/
hr
3.01
#/
MMBTU
0
P
0.993
P
5
9
RATA
Tests*
56
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
170
Fuel
MMBTU/
hr
4.63
#/
MMBTU
0
P
0.993
P
5
9
RATA
Tests*
56
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
150
Fuel
MMBTU/
hr
6.27
#/
MMBTU
0
P
0.993
P
5
9
RATA
Tests*
56
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
180
MMBTU
Heat
Input
2.467
#/
MMBTU
9
RATA
Tests*
57
Furnace
Pavilion
Technologies
228.7
MMBTU
fuel
gas
2.911
#/
MMBTU
0
P
0.989
P
9
RATA
Tests*
58
Furnace
Pavilion
Technologies
183.2
MMBTU
fuel
gas
0.592
#/
MMBTU
0
P
0.989
P
9
RATA
Tests*
58
6
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

Furnace
Pavilion
Technologies
125.1
MMBTU
fuel
gas
6.612
#/
MMBTU
0
P
0.989
P
9
RATA
Tests*
58
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
198
MMBTU
Heat
Release
3.681
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
59
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
215
MMBTU
Heat
Release
1.856
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
60
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
220
MMBTU
Heat
Release
1.902
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
61
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
219
MMBTU
Heat
Release
4.086
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
61
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
198
MMBTU
Heat
Release
3.032
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
62
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
200
MMBTU
Heat
Release
3.601
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
63
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
206
MMBTU
Heat
Release
1.632
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
64
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
206
MMBTU
Heat
Release
0.742
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
64
225
MMBTU
(
Max)
Furnace
Pavilion
Technologies
220
MMBTU
Heat
Release
0.605
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
64
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
132
MMBTU
Heat
Release
1.401
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
65
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
200
MMBTU
Heat
Release
2.307
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
66
225
MMBTU
(
Max)
Furnace
Pavilion
Technologies
220
MMBTU
Heat
Release
1.673
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
67
225
MMBTU
(
Max)
Furnace
Pavilion
Technologies
223
MMBTU
Heat
Release
2.592
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
68
200
MMBTU
(
Max)
Furnace
Pavilion
Technologies
190
MMBTU
Heat
Release
1.727
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
67
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
207
MMBTU
Heat
Release
4.79
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
67
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
208
MMBTU
Heat
Release
2.625
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
67
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
213
MMBTU
Heat
Release
5.521
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
67
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
198
MMBTU
Heat
Release
5.872
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
59
220
MMBTU
(
Max)
Furnace
Pavilion
Technologies
198
MMBTU
Heat
Release
5.431
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
59
1,510
MMBTU
(
Max)
Process
Heater
Pavilion
Technologies
1000
MMBTU/
hr
Fuel
3.187
#/
MMBTU
0.045
P
0.761
F
9
RATA
Tests*
69
1,510
MMBTU
(
Max)
Process
Heater
Pavilion
Technologies
1250
MMBTU/
hr
Fuel
8.591
#/
MMBTU
0.481
P
0.761
F
9
RATA
Tests*
69
7
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

1,510
MMBTU
(
Max)
Process
Heater
Pavilion
Technologies
1500
MMBTU/
hr
Fuel
7.55
#/
MMBTU
0.62
P
0.761
F
9
RATA
Tests*
69
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
240.9
MMBTU
Heat
Release
6.326
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
70
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
168.7
MMBTU
Heat
Release
5.702
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
71
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
228.6
MMBTU
Heat
Release
3.158
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
72
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
229.0
MMBTU
Heat
Release
8.623
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
73
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
228.1
MMBTU
Heat
Release
1.754
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
74
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
218.1
MMBTU
Heat
Release
1.029
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
75
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
210.9
MMBTU
Heat
Release
3.732
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
76
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
221.8
MMBTU
Heat
Release
3.777
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
75
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
202.8
MMBTU
Heat
Release
4.153
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
76
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
211.8
MMBTU
Heat
Release
5.697
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
77
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
205.7
MMBTU
Heat
Release
2.37
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
78
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
210.1
MMBTU
Heat
Release
8.141
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
79
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
156.3
MMBTU
Heat
Release
1.441
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
80
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
203.2
MMBTU
Heat
Release
6.514
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
80
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
224.1
MMBTU
Heat
Release
6.011
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
80
8
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
215.5
MMBTU
Heat
Release
4.38
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
81
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
220.5
MMBTU
Heat
Release
2.752
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
82
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
156.3
MMBTU
Heat
Release
1.514
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
83
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
177.3
MMBTU
Heat
Release
4.456
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
84
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
196.1
MMBTU
Heat
Release
9.676
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
85
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
156.6
MMBTU
Heat
Release
1.174
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
83
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
216.1
MMBTU
Heat
Release
4.357
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
86
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
212.6
MMBTU
Heat
Release
0.864
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
87
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
156.2
MMBTU
Heat
Release
3.475
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
88
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
151.9
MMBTU
Heat
Release
3.79
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
89
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
229.4
MMBTU
Heat
Release
4.264
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
72
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
201.3
MMBTU
Heat
Release
0.441
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
90
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
211.1
MMBTU
Heat
Release
3.755
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
91
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
204.8
MMBTU
Heat
Release
4.029
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
92
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
212.4
MMBTU
Heat
Release
8.096
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
93
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
157.2
MMBTU
Heat
Release
1.706
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
94
9
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

1,510
MMBTU
(
Max)
Process
Heater
Pavilion
Technologies
1393.7
MMBTU/
hr
Fuel
0.948
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
95
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
194
MMBTU
Heat
Release
2.372
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
96
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
221.2
MMBTU
Heat
Release
1.478
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
97
360
MMBTU
(
Max)
Steam
Superheater
Pavilion
Technologies
188
MMBTU
Heat
Release
6.642
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
98
500
MPPH
Steam
(
Max)

Boiler
Pavilion
Technologies
301.6
MPPH
Steam
prod
rate
1.449
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
78
500
MPPH
Steam
(
Max)

Boiler
Pavilion
Technologies
301.6
MPPH
Steam
prod
rate
7.287
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
78
120
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
88.0
MW
3.108
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
99
360
MMBTU
(
Max)
Steam
Superheater
Pavilion
Technologies
197.2
MMBTU
Heat
Release
2.603
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
100
750
MMBTU
(
Max)
Gas­
Fired
Boiler
Pavilion
Technologies
300K
lbs
steam
per
hr
4.47
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
101
750
MMBTU
(
Max)
Gas­
Fired
Boiler
Pavilion
Technologies
300K
lbs
steam
per
hr
4.849
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
101
250
MMBTU
(
Max)
Furnace
Pavilion
Technologies
235.8
MMBTU
Heat
Release
0.875
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
102
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
150
MMBTU
Heat
Release
3.808
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
103
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
148
MMBTU
Heat
Release
1.529
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
104
668.2
MMBTU
Boiler
Pavilion
Technologies
Low
Load
10.235
#/
MMBTU
0
P
0.942
P
9
RATA
Tests*
105
668.2
MMBTU
Boiler
Pavilion
Technologies
Mid
Load
18.828
#/
MMBTU
0
P
0.942
P
9
RATA
Tests*
105
668.2
MMBTU
Boiler
Pavilion
Technologies
High
Load
17.782
#/
MMBTU
0
P
0.942
P
9
RATA
Tests*
105
668.2
MMBTU
Boiler
Pavilion
Technologies
217.8
MMBTU/
hr
Fuel
3.275
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
106
668.2
MMBTU
Boiler
Pavilion
Technologies
335
MMBTU/
hr
Fuel
2.133
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
107
10
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

668.2
MMBTU
Boiler
Pavilion
Technologies
293
MMBTU/
hr
Fuel
5.624
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
108
Furnace
Pavilion
Technologies
Low
Load
6.285
#/
MMBTU
0.002
P
0.467
F
9
RATA
Tests*
109
Furnace
Pavilion
Technologies
Mid
Load
4.124
#/
MMBTU
0.003
P
0.467
F
9
RATA
Tests*
109
Furnace
Pavilion
Technologies
High
Load
13.605
#/
MMBTU
0.002
P
0.467
F
9
RATA
Tests*
109
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
194
MMBTU/
hr
Fuel
3.051
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
110
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
151
MMBTU/
hr
Fuel
1.673
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
111
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
189
MMBTU/
hr
Fuel
3.498
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
112
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
198
MMBTU/
hr
Fuel
0.642
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
113
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
191
MMBTU/
hr
Fuel
0.737
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
114
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
190
MMBTU/
hr
Fuel
1.126
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
115
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
158
MMBTU/
hr
Fuel
2.744
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
116
Furnace
Pavilion
Technologies
Low
Load
10.387
#/
MMBTU
0.024
P
0.856
P
9
RATA
Tests*
117
Furnace
Pavilion
Technologies
Mid
Load
10.387
#/
MMBTU
0.059
P
0.856
P
9
RATA
Tests*
117
Furnace
Pavilion
Technologies
High
Load
10.387
#/
MMBTU
0.058
P
0.856
P
9
RATA
Tests*
117
Furnace
Pavilion
Technologies
Low
Load
5.379
ppm
0.065
P
0.839
P
9
RATA
Tests*
118
Furnace
Pavilion
Technologies
Mid
Load
11.377
ppm
0.009
P
0.839
P
9
RATA
Tests*
118
Furnace
Pavilion
Technologies
High
Load
13.514
ppm
0.001
P
0.839
P
9
RATA
Tests*
118
Furnace
Pavilion
Technologies
165
gpm
14.96
ppm
0.016
P
­
0.358
F
9
RATA
Tests*
105
Furnace
Pavilion
Technologies
105
gpm
14.36
ppm
0.011
P
­
0.358
F
9
RATA
Tests*
105
Furnace
Pavilion
Technologies
192
gpm
11.25
ppm
0.136
P
­
0.358
F
9
RATA
Tests*
105
750
MMBTU
(
Max)
Gas­
Fired
Boiler
Pavilion
Technologies
240K
lbs
steam
per
hr
8.613
#/
MMBTU
0.033
P
0.716
F
9
RATA
Tests*
119
750
MMBTU
(
Max)
Gas­
Fired
Boiler
Pavilion
Technologies
190K
lbs
steam
per
hr
22.144
#/
MMBTU
0.049
P
0.716
F
9
RATA
Tests*
119
11
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

750
MMBTU
(
Max)
Gas­
Fired
Boiler
Pavilion
Technologies
150K
lbs
steam
per
hr
9.223
#/
MMBTU
0.007
P
0.716
F
9
RATA
Tests*
119
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
214
MMBTU/
hr
Fuel
1.589
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
120
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
207
MMBTU/
hr
Fuel
3.284
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
121
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
156
MMBTU/
hr
Fuel
0.484
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
122
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
180
MMBTU/
hr
Fuel
9.937
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
123
Boiler
Pavilion
Technologies
Low
Load
7.523
#/
MMBTU
0
P
0.953
P
9
RATA
Tests*
124
Boiler
Pavilion
Technologies
Mid
Load
3.985
#/
MMBTU
0
P
0.953
P
9
RATA
Tests*
124
Boiler
Pavilion
Technologies
High
Load
14.306
#/
MMBTU
0
P
0.953
P
9
RATA
Tests*
124
120
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
95
MW
5.061
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
125
Furnace
Pavilion
Technologies
Low
Load
4.139
#/
MMBTU
0.124
P
0.995
P
9
RATA
Tests*
126
Furnace
Pavilion
Technologies
Mid
Load
1.943
#/
MMBTU
0.004
P
0.995
P
9
RATA
Tests*
126
Furnace
Pavilion
Technologies
High
Load
0.841
#/
MMBTU
0.001
P
0.995
P
9
RATA
Tests*
126
Furnace
Pavilion
Technologies
Low
Load
4.953
#/
MMBTU
0
P
0.998
P
9
RATA
Tests*
117
Furnace
Pavilion
Technologies
Mid
Load
1.296
#/
MMBTU
0
P
0.998
P
9
RATA
Tests*
117
Furnace
Pavilion
Technologies
High
Load
1.29
#/
MMBTU
0
P
0.998
P
9
RATA
Tests*
117
Furnace
Pavilion
Technologies
Low
Load
2.988
ppm
0.356
P
0.987
P
9
RATA
Tests*
117
Furnace
Pavilion
Technologies
Mid
Load
5.267
ppm
0.061
P
0.987
P
9
RATA
Tests*
117
Furnace
Pavilion
Technologies
High
Load
0.503
ppm
0.008
P
0.987
P
9
RATA
Tests*
117
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
198
MMBTU/
hr
Fuel
9.553
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
127
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
207
MMBTU/
hr
Fuel
1.799
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
128
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
203
MMBTU/
hr
Fuel
2.116
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
129
12
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
187
MMBTU/
hr
Fuel
0.595
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
130
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
146
MMBTU/
hr
Fuel
0.628
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
131
Furnace
Pavilion
Technologies
Low
Load
17.043
#/
MMBTU
0
P
0.986
P
9
RATA
Tests*
126
Furnace
Pavilion
Technologies
Mid
Load
14.975
#/
MMBTU
0
P
0.986
P
9
RATA
Tests*
126
Furnace
Pavilion
Technologies
High
Load
10.909
#/
MMBTU
0
P
0.986
P
9
RATA
Tests*
126
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
146
MMBTU/
hr
Fuel
6.134
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
132
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
145
MMBTU/
hr
Fuel
2.795
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
133
217
MMBTU
(
Max)
Furnace
Pavilion
Technologies
137
MMBTU/
hr
Fuel
2.884
#/
MMBTU
9
RATA
Tests*

Ongoing
RATA
Tests
Only
111
Furnace
Pavilion
Technologies
Low
Load
11.514
#/
MMBTU
0
P
0
F
9
RATA
Tests*
117
Furnace
Pavilion
Technologies
Mid
Load
9.735
#/
MMBTU
0
P
0
F
9
RATA
Tests*
117
Furnace
Pavilion
Technologies
High
Load
4.44
#/
MMBTU
0
P
0
F
9
RATA
Tests*
117
Furnace
Pavilion
Technologies
187.7
MMBTU/
hr
Fuel
1.416
#/
MMBTU
0
0.722
F
9
RATA
Tests*
134
Furnace
Pavilion
Technologies
155
MMBTU/
hr
Fuel
10.065
#/
MMBTU
0
P
0.722
F
9
RATA
Tests*
134
Furnace
Pavilion
Technologies
129.5
MMBTU/
hr
Fuel
16.033
#/
MMBTU
0
P
0.722
F
9
RATA
Tests*
134
Boiler
Pavilion
Technologies
Low
Load
9.468
ppm
0.392
P
0.995
P
9
RATA
Tests*
109
Boiler
Pavilion
Technologies
Mid
Load
7.517
ppm
0.23
P
0.995
P
9
RATA
Tests*
109
Boiler
Pavilion
Technologies
High
Load
2.388
ppm
0.191
P
0.995
P
9
RATA
Tests*
109
442.9
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
204.5
MMBTU
Heat
Release
3.812
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
135
442.9
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
204.5
MMBTU
Heat
Release
4.002
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
135
13
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

442.9
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
172.4
MMBTU
Heat
Release
0.879
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
136
430
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
85
MMBTU
Heat
Release
1.756
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
137
Process
Steam
Boiler
Pavilion
Technologies
Mid
Load
(
150
kpph)
3.025
#/
MMBTU
0.954
P
0.97365
P
9
RATA
Tests*
138
Process
Steam
Boiler
Pavilion
Technologies
Low
Load
(
60
kpph)
0.519
#/
MMBTU
1.0348
P
0.97365
P
9
RATA
Tests*
138
Process
Steam
Boiler
Pavilion
Technologies
High
Load
(
250
kpph)
2.828
#/
MMBTU
0.9629
P
0.97365
P
9
RATA
Tests*
138
442.9
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
164.7
MMBTU
Heat
Release
0.988
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
139
442.9
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
148.3
MMBTU
Heat
Release
3.054
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
140
430
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
215
MMBTU
Heat
Release
0.468
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
137
Process
Steam
Boiler
Pavilion
Technologies
Low
Load
(
70
MPPH)
4.807
#/
MMBTU
0.8765
P
0.95845
P
9
RATA
Tests*
141
Process
Steam
Boiler
Pavilion
Technologies
Mid
Load
(
140
MPPH)
1.177
#/
MMBTU
0.856
P
0.95845
P
9
RATA
Tests*
141
Process
Steam
Boiler
Pavilion
Technologies
High
Load
(
250
MPPH)
0.706
#/
MMBTU
0.8703
P
0.95845
P
9
RATA
Tests*
141
430
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
Low
Load
(
56
MPPH)
1.168
#/
MMBTU
0.4221
P
0.99192
P
9
RATA
Tests*
142
430
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
Mid
Load
(
140
MPPH)
1.449
#/
MMBTU
0.0071
P
0.99192
P
9
RATA
Tests*
142
430
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
High
Load
(
275
MPPH)
3.454
#/
MMBTU
0.0011
P
0.99192
P
9
RATA
Tests*
142
430
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
Low
Load
(
56
MPPH)
2.008
#/
MMBTU
0.0224
P
0.99043
P
9
RATA
Tests*
143
430
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
Mid
Load
(
138
MPPH)
5.216
#/
MMBTU
0.0011
P
0.99043
P
9
RATA
Tests*
143
430
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
High
Load
(
278
MPPH)
1.664
#/
MMBTU
0.0104
P
0.99043
P
9
RATA
Tests*
143
430
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
Low
Load
(
51
MPPH)
1.706
#/
MMBTU
0.029
P
0.99495
P
9
RATA
Tests*
144
430
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
High
Load
(
280
MPPH)
1.45
#/
MMBTU
0.0254
P
0.99495
P
9
RATA
Tests*
144
430
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
Mid
Load
(
121
MPPH)
1.337
#/
MMBTU
0.0196
P
0.99495
P
9
RATA
Tests*
144
442.9
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
175.2
MMBTU
Heat
Release
1.744
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
139
442.9
MMBTU
(
Max)
Process
Steam
Boiler
Pavilion
Technologies
83.76
MMBTU
Heat
Release
1.732
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
145
14
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

Process
Steam
Boiler
Pavilion
Technologies
Low
Load
(
58
K)
1.718
#/
MMBTU
1.0182
P
0.98662
P
9
RATA
Tests*
146
Process
Steam
Boiler
Pavilion
Technologies
Mid
Load
(
140
K)
1.526
#/
MMBTU
1.0368
P
0.98662
P
9
RATA
Tests*
146
Process
Steam
Boiler
Pavilion
Technologies
High
Load
(
275
K)
0.881
#/
MMBTU
0.9879
P
0.98662
P
9
RATA
Tests*
146
80
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
High
Load
(
73
MW)
1.938
ppm
0.1399
P
0.98747
P
9
RATA
Tests*
147
80
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
Low
Load
(
58
MW)
4.2
ppm
0.1648
P
0.98747
P
9
RATA
Tests*
147
80
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
Mid
Load
(
65
MW)
4.058
ppm
0.1635
P
0.98747
P
9
RATA
Tests*
147
80
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
71.1
MW
0.759
ppm
12
RATA
Tests*

Ongoing
RATA
Tests
Only
148
85
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
77
MW
5.042
ppm
12
RATA
Tests*

Ongoing
RATA
Tests
Only
149
Gas
Turbine
Pavilion
Technologies
High
Load
(
77
MW)
0.675
ppm
1.0249
P
0.99827
P
9
RATA
Tests*
150
Gas
Turbine
Pavilion
Technologies
Low
Load
(
50
MW)
2.495
ppm
0.9955
P
0.99827
P
9
RATA
Tests*
150
Gas
Turbine
Pavilion
Technologies
Mid
Load
(
67
MW)
0.137
ppm
1.0356
P
0.99827
P
9
RATA
Tests*
150
85
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
Low
Load
(
53
MW)
2.614
ppm
0.0106
P
0.97786
P
9
RATA
Tests*
151
85
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
High
Load
(
72
MW)
1.104
ppm
0.0161
P
0.97786
P
9
RATA
Tests*
151
85
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
Mid
Load
(
64
MW)
2.039
ppm
0.0473
P
0.97786
P
9
RATA
Tests*
151
85
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
Low
Load
(
50
MW)
5.889
ppm
0.0199
P
0.96452
P
9
RATA
Tests*
152
85
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
High
Load
(
70
MW)
1.829
ppm
0.0258
P
0.96452
P
9
RATA
Tests*
152
85
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
Mid
Load
(
57
MW)
3.613
ppm
0.0684
P
0.96452
P
9
RATA
Tests*
152
85
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
High
Load
(
75
MW)
7.752
ppm
0.0829
P
0.98183
P
9
RATA
Tests*
153
85
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
Mid
Load
(
58
MW)
5.522
ppm
0.0041
P
0.98183
P
9
RATA
Tests*
153
85
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
Low
Load
(
50
MW)
2.279
ppm
0.0049
P
0.98183
P
9
RATA
Tests*
153
80
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
High
Load
(
71
MW)
2.554
ppm
0.1214
P
0.96617
P
9
RATA
Tests*
154
80
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
Mid
Load
(
61
MW)
3.212
ppm
0.2009
P
0.96617
P
9
RATA
Tests*
154
80
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
Low
Load
(
58
MW)
3.66
ppm
0.015
P
0.96617
P
9
RATA
Tests*
154
80
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
67.8
MW
0.97
ppm
12
RATA
Tests*

Ongoing
RATA
Tests
Only
148
15
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

Gas
Turbine
Pavilion
Technologies
Low
Load
(
50
MW)
5.363
ppm
0.002
P
­
0.186
F
9
RATA
Tests*
155
Gas
Turbine
Pavilion
Technologies
Mid
Load
(
60
MW)
16.214
ppm
0.0028
P
­
0.186
F
9
RATA
Tests*
155
Gas
Turbine
Pavilion
Technologies
High
Load
(
80
MW)
14.221
ppm
0.0014
P
­
0.186
F
9
RATA
Tests*
155
80
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
60.6
MW
3.145
ppm
12
RATA
Tests*

Ongoing
RATA
Tests
Only
156
85
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
77
MW
5.576
ppm
12
RATA
Tests*

Ongoing
RATA
Tests
Only
149
Gas
Turbine
Pavilion
Technologies
High
Load
(
82
MW)
3.777
ppm
1.0659
P
0.99702
P
9
RATA
Tests*
157
Gas
Turbine
Pavilion
Technologies
Mid
Load
(
65
MW)
1.708
ppm
0.9661
P
0.99702
P
9
RATA
Tests*
157
Gas
Turbine
Pavilion
Technologies
Low
Load
(
50
MW)
1.62
ppm
0.9894
P
0.99702
P
9
RATA
Tests*
157
80
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
High
Load
(
66
MW)
2.393
ppm
0.0851
P
0.99467
P
9
RATA
Tests*
158
80
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
Low
Load
(
57
MW)
2.781
ppm
0.0887
P
0.99467
P
9
RATA
Tests*
158
80
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
Mid
Load
(
62
MW)
4.843
ppm
0.0813
P
0.99467
P
9
RATA
Tests*
158
80
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
70.3
MW
0.534
ppm
12
RATA
Tests*

Ongoing
RATA
Tests
Only
159
85
MW
(
Max)
Gas
Turbine
Pavilion
Technologies
77
MW
3.777
ppm
12
RATA
Tests*

Ongoing
RATA
Tests
Only
160
Gas
Turbine
Pavilion
Technologies
High
Load
(
77
MW)
2.54
ppm
0.0941
P
0.97234
P
9
RATA
Tests*
161
Gas
Turbine
Pavilion
Technologies
Mid
Load
(
67
MW)
1.495
ppm
0.0057
P
0.97234
P
9
RATA
Tests*
161
Gas
Turbine
Pavilion
Technologies
Low
Load
(
50
MW)
3.694
ppm
0.0063
P
0.97234
P
9
RATA
Tests*
161
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
218
MMBTU
Heat
Release
1.042
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
162
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
229.7
MMBTU
Heat
Release
0.516
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
163
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
241.9
MMBTU
Heat
Release
2.152
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
164
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
230.1
MMBTU
Heat
Release
5.441
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
165
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
230
MMBTU
Heat
Release
1.088
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
166
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
230.6
MMBTU
Heat
Release
3.329
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
165
16
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
225
MMBTU
Heat
Release
9.242
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
60
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
230
MMBTU
Heat
Release
4.298
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
166
400
Kpph
Steam
(
Max)

Process
Boiler
Pavilion
Technologies
210
Kpph
steam
prod
2.285
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
167
400
Kpph
Steam
(
Max)

Process
Boiler
Pavilion
Technologies
197
Kpph
steam
prod
1.494
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
168
400
Kpph
Steam
(
Max)

Process
Boiler
Pavilion
Technologies
161
Kpph
steam
prod
0.605
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
169
400
Kpph
Steam
(
Max)

Process
Boiler
Pavilion
Technologies
160
Kpph
steam
prod
1.773
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
170
400
Kpph
Steam
(
Max)

Process
Boiler
Pavilion
Technologies
176
Kpph
steam
prod
0.618
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
168
400
Kpph
Steam
(
Max)

Process
Boiler
Pavilion
Technologies
131
Kpph
steam
prod
2.586
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
169
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
201.6
MMBTU
Heat
Release
4.19
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
171
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
187.7
MMBTU
Heat
Release
1.374
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
120
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
217
MMBTU
Heat
Release
2.498
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
172
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
216.6
MMBTU
Heat
Release
3.906
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
165
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
240
MMBTU
Heat
Release
0.665
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
166
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
224.2
MMBTU
Heat
Release
5.467
#/
MMBTU
12
RATA
Tests*
Ongoing
RATA
Tests
Only
165
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
212
MMBTU
Heat
Release
0.843
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
166
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
217
MMBTU
Heat
Release
12.522
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
173
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
233
MMBTU
Heat
Release
0.387
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
173
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
226.6
MMBTU
Heat
Release
1.268
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
174
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
227.7
MMBTU
Heat
Release
1.054
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
175
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
High
Load
(
69
KPPH)
0.898
#/
MMBTU
0.0683
P
0.9995
P
9
RATA
Tests*
176
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
Mid
Load
(
50
KPPH)
1.967
#/
MMBTU
0.0018
P
0.9995
P
9
RATA
Tests*
176
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
Low
Load
(
28
KPPH)
3.13
#/
MMBTU
0.0011
P
0.9995
P
9
RATA
Tests*
176
17
of
23
Source
Type
PEMS
System/
Model
Manufacturer
Condition
or
Capacity
NOx
RATA
Results
%
Units
NOx
F­
Test
F
l
a
g
R2
Corr.
F
l
a
g
Bias
Adj.
Factor
PEMS
Input
Factors
Number
of
Tests/
Number
of
Continuous
Operating
Hours
Ref.

245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
228
MMBTU
Heat
Release
2.066
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
173
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
233.4
MMBTU
Heat
Release
2.636
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
175
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
219
MMBTU
Heat
Release
2.27
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
177
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
231.8
MMBTU
Heat
Release
4.056
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
163
245
MMBTU
(
Max)
Furnace
Pavilion
Technologies
236.4
MMBTU
Heat
Release
3.988
#/
MMBTU
12
RATA
Tests*

Ongoing
RATA
Tests
Only
178
P
=
Pass
F
=
Fail
*
Each
RATA
test
consists
of
21
consecutive
one­
minute
runs.
18
of
23
1
EPA
Acid
Rain
Files
Napolitano,
2003
Acid
Rain
Division
Data
­
PEMS
Petition
Acceptance
for
Mead
Coated
Board
January
28,
2003
2
Open
Literature
Euhus,
1999,
www.
pacsim.
com/
Articles/
NOx_
PEMS/
NOx_
PEMS.
doc
3
Open
Literature
Macak
1996
The
Pros
and
Cons
of
Predictive,
Parametric,
and
Alternative
Emissions
Monitirng
Systems
for
Regulatory
Compliance,

PNWIS/
A&
WMA
40th
Annual
Conference
November
8­
10,
2000
Victoria,
British
Columbia
4
EPA
Acid
Rain
Files
Shakenback
2003
PEMS
RATA
Spread
Sheets
5
EPA
Acid
Rain
Files
Golden
Specialty
Consulting
Letter
to
Air
Liquide
May
30,
2001
6
EPA
Acid
Rain
Files
Golden
Specialty
Consulting
Letter
to
Air
Liquide
March
21,
2001
7
EPA
Acid
Rain
Files
Golden
Specialty
Consulting
Letter
to
Air
Liquide
June
23,
2001
8
EPA
Acid
Rain
Files
Golden
Specialty
Consulting
Letter
to
Air
Liquide
May
30,
2001
9
EPA
Acid
Rain
Files
Golden
Specialty
Consulting
Letter
to
Air
Liquide
June
13,
2001
10
EPA
Acid
Rain
Files
White
Star
RATA
Sept
26,
1999
GT#
1
11
EPA
Acid
Rain
Files
White
Star
RATA
Oct
2­
3,
1999
GT#
2
12
EPA
Acid
Rain
Files
White
Star
RATA
Sept
28,
1999
GT#
1
13
EPA
Acid
Rain
Files
TASC
Environmental
Services
November
22,2000
THW­
33
14
EPA
Acid
Rain
Files
TASC
Environmental
Services
November
21,
2000
THW­
34
15
EPA
Acid
Rain
Files
TASC
Environmental
Services
November
21,
2000
THW­
43
16
EPA
Acid
Rain
Files
RMB
Consulting
&
Research
Inc
Oct
30,
1997
THW­
31
17
EPA
Acid
Rain
Files
Radian
International
LLC
Nov.
11,
1977
18
EPA
Acid
Rain
Files
Griffin
Letters(
2)
to
Haight,
TASC
Environmental
Services
Acid
Rain
Files
19
EPA
Acid
Rain
Files
Douglas
Neeley
to
Angie
Eastman
­
WestPoint
Stevens
Clemson
Report
from
Air
Techniques
Inc.
Boiler
#
1
20
EPA
Acid
Rain
Files
Douglas
Neeley
to
Angie
Eastman
­
WestPoint
Stevens
Clemson
Report
from
Air
Techniques
Inc.
Boiler
#
2
21
EPA
Acid
Rain
Files
Smith
letter
to
Mobley­
Degussa
8/
30/
2000
Boiler
#
3
22
EPA
Acid
Rain
Files
Moore
(
BP)
letter
to
Region
IV
March
6,
2001+
Shakenback
2003
spreadsheet
23
EPA
Acid
Rain
Files
Moore
(
BP)
letter
to
Region
IV
March
6,
2001+
Shakenback
2003
24
EPA
Acid
Rain
Files
TASC
Env
Services
Oct
21,
1999
GT­
30
25
EPA
Acid
Rain
Files
TASC
Env
Services
Oct
28,
1999
GT­
32
26
EPA
Acid
Rain
Files
TASC
Env
Services
Oct
22,
1999
GT­
33
27
EPA
Acid
Rain
Files
TASC
Env
Services
Oct
28,
1999
GT­
45
28
EPA
Acid
Rain
Files
TASC
Env
Services
Sept
28,
1999
GT­
62
29
EPA
Acid
Rain
Files
TASC
Env
Services
Oct
8,
1999
GT­
63
30
EPA
Acid
Rain
Files
TASC
Env
Services
Oct
21,
1999
GT­
66
31
EPA
Acid
Rain
Files
TASC
Env
Services
Oct
15,
1999
GT­
67
32
EPA
Acid
Rain
Files
Napolitano,
August
2003
Acid
Rain
Division
Data
­
PEMS
Petition
Acceptance
33
Pavilion
Files:
TASC
Environmental
Services
November
19­
21,
2000
34
Pavilion
Files:
TASC
Environmental
Services
July
28­
29,
1999
35
Pavilion
Files:
TASC
Environmental
Services
April
24,
2001
36
Pavilion
Files:
TASC
Environmental
Services
April
26,
2001
37
Pavilion
Files:
TASC
Environmental
Services
July
14­
16,
1999
38
Pavilion
Files:
TASC
Environmental
Services
May
2,
2001
39
Pavilion
Files:
TASC
Environmental
Services
August
18­
20,
1999
40
Pavilion
Files:
TASC
Environmental
Services
December
16­
18,
1998
41
Pavilion
Files:
TASC
Environmental
Services
July
22­
24,
1999
NOx
References
42
Pavilion
Files:
TASC
Environmental
Services
March
23,
24,
&
29,
1999
43
Pavilion
Files:
TASC
Environmental
Services
September
1­
3,
1999
&
October
21,
1999
44
Pavilion
Files:
TASC
Environmental
Services
March
8­
10,
1999
45
Pavilion
Files:
TASC
Environmental
Services
September
16,
17,
&
20,
1999
46
Pavilion
Files:
TASC
Environmental
Services
September
8,
9,
&
13,
1999
47
Pavilion
Files:
TASC
Environmental
Services
February
21,
2001
48
Pavilion
Files:
TASC
Environmental
Services
February
16,
2001
49
Pavilion
Files:
TASC
Environmental
Services
January
20­
22,
1999
50
Pavilion
Files:
TASC
Environmental
Services
September
23,
24,
&
27,
1999
51
Pavilion
Files:
TASC
Environmental
Services
February
9,
2001
52
Pavilion
Files:
TASC
Environmental
Services
March
3­
5,
1999
53
Pavilion
Files:
TASC
Environmental
Services
March
6,
2000
54
Pavilion
Files:
TASC
Environmental
Services
August
11­
14,
1999
55
Pavilion
Files:
TASC
Environmental
Services
February
27,
2001
56
Pavilion
Files:
TASC
Environmental
Services
November
8­
10,
1999
57
Pavilion
Files:
TASC
Environmental
Services
March
16,
2000
58
Pavilion
Files:
TASC
Environmental
Services
April
7­
9,
1999
59
Pavilion
Files:
Golden
Specialty
Consulting
February
13,
2001
60
Pavilion
Files:
Golden
Specialty
Consulting
February
17,
2001
61
Pavilion
Files:
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March
3,
2001
62
Pavilion
Files:
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February
9,
2001
63
Pavilion
Files:
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February
8,
2001
64
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March
26,
2001
65
Pavilion
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March
30,
2001
66
Pavilion
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April
7,
2001
67
Pavilion
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March
8,
2001
68
Pavilion
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March
4,
2001
69
Pavilion
Files:
TASC
Environmental
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January
25­
26,
2000
(
Revised
August
3,
2000)

70
Pavilion
Files:
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Specialty
Consulting
April
3,
2003
71
Pavilion
Files:
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Specialty
Consulting
April
7,
2003
72
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April
1,
2003
73
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May
1,
2003
74
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April
29,
2003
75
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April
30,
2003
76
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May
2,
2003
77
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July
1,
2003
78
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June
19,
2003
79
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June
13,
2003
80
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June
24,
2003
81
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June
20,
2003
82
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July
30,
2003
83
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January
20,
2003
84
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January
16,
2003
85
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January
14,
2003
86
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February
12,
2003
87
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February
11,
2003
88
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February
6,
2003
89
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February
10,
2003
90
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April
18,
2003
91
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March
31,
2003
92
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March
27,
2003
93
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Files:
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Specialty
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March
25,
2003
94
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Files:
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March
24,
2003
95
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Files:
Golden
Specialty
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February
26,
2003
96
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Files:
Golden
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February
28,
2003
97
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Files:
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February
14,
2003
98
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May
7,
2003
99
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May
5,
2003
100
Pavilion
Files:
Golden
Specialty
Consulting
May
9,
2003
101
Pavilion
Files:
TASC
Environmental
Services
April
11,
2002
102
Pavilion
Files:
Golden
Specialty
Consulting
November
27,
2003
103
Pavilion
Files:
Golden
Specialty
Consulting
April
15,
2003
104
Pavilion
Files:
TASC
Environmental
Services
April
25,
2002
105
Pavilion
Files:
TASC
Environmental
Services
December
1998
106
Pavilion
Files:
TASC
Environmental
Services
February
1,
2000
107
Pavilion
Files:
TASC
Environmental
Services
February
14,
2000
108
Pavilion
Files:
TASC
Environmental
Services
February
7,
2000
109
Pavilion
Files:
TASC
Environmental
Services
November
1998
110
Pavilion
Files:
TASC
Environmental
Services
April
11,
2002
111
Pavilion
Files:
TASC
Environmental
Services
March
8,
2002
112
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Files:
TASC
Environmental
Services
April
19,
2002
113
Pavilion
Files:
TASC
Environmental
Services
February
17,
2000
114
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Files:
TASC
Environmental
Services
April
12,
2000
115
Pavilion
Files:
TASC
Environmental
Services
April
27,
2000
116
Pavilion
Files:
TASC
Environmental
Services
April
18,
2000
117
Pavilion
Files:
TASC
Environmental
Services
March
1999
118
Pavilion
Files:
TASC
Environmental
Services
October
1998
119
Pavilion
Files:
TASC
Environmental
Services
March
22­
26,
2002
120
Pavilion
Files:
TASC
Environmental
Services
April
22,
2002
121
Pavilion
Files:
TASC
Environmental
Services
April
24,
2002
122
Pavilion
Files:
TASC
Environmental
Services
February
15,
2000
123
Pavilion
Files:
TASC
Environmental
Services
February
23,
2000
124
Pavilion
Files:
TASC
Environmental
Services
February
28
&
29
­
March
1,
2000
125
Pavilion
Files:
TASC
Environmental
Services
April
3,
2002
126
Pavilion
Files:
TASC
Environmental
Services
January
1999
127
Pavilion
Files:
Golden
Specialty
Consulting
March
28,
2002
128
Pavilion
Files:
Golden
Specialty
Consulting
March
29,
2002
129
Pavilion
Files:
Golden
Specialty
Consulting
April
4,
2002
130
Pavilion
Files:
Golden
Specialty
Consulting
April
8,
2002
131
Pavilion
Files:
Golden
Specialty
Consulting
April
10,
2002
132
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Files:
TASC
Environmental
Services
March
2,
2000
133
Pavilion
Files:
TASC
Environmental
Services
March
3,
2000
134
Pavilion
Files:
TASC
Environmental
Services
February
9,
11,
&
13,
2000
135
Pavilion
Files:
Golden
Specialty
Consulting
February
20,
2003
136
Pavilion
Files:
Golden
Specialty
Consulting
March
15,
2002
137
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Files:
Golden
Specialty
Consulting
March
28,
2001
138
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Golden
Specialty
Consulting
July
22,
2000
139
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Files:
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Consulting
February
24,
2003
140
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March
20,
2002
141
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Files:
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Specialty
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August
10,
2002
142
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March
11,
2001
143
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June
30,
2001
144
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October
2,
2001
145
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March
11,
2002
146
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August
25,
2000
147
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March
26,
2003
148
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May
10,
2002
149
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May
30,
2001
150
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November
10,
2000
151
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October
1,
2001
152
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June
23,
2001
153
Pavilion
Files:
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March
21,
2001
(
Revised
April
7,
2001)

154
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February
18,
2003
155
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Files:
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April
10,
2000
156
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May
7,
2002
157
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December
3,
2000
158
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May
28,
2003
159
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May
13,
2002
160
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June
13,
2001
161
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October
22,
2000
162
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February
19,
2001
163
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February
8,
2002
164
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March
4,
2003
165
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August
15,
2002
166
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August
17,
2001
167
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April
10,
2003
168
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April
23,
2002
169
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April
20,
2001
170
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April
16,
2003
171
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April
9,
2003
172
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April
11,
2001
173
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February
18,
2001
174
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February
12,
2002
175
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March
7,
2003
176
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March
27,
2002
177
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February
28,
2001
178
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March
5,
2003