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: Golden Specialty Consulting March 3, 2001 62 Pavilion Files: Golden Specialty Consulting February 9, 2001 63 Pavilion Files: Golden Specialty Consulting February 8, 2001 64 Pavilion Files: Golden Specialty Consulting March 26, 2001 65 Pavilion Files: Golden Specialty Consulting March 30, 2001 66 Pavilion Files: Golden Specialty Consulting April 7, 2001 67 Pavilion Files: Golden Specialty Consulting March 8, 2001 68 Pavilion Files: Golden Specialty Consulting March 4, 2001 69 Pavilion Files: TASC Environmental Services January 25 26, 2000 ( Revised August 3, 2000)

70 Pavilion Files: Golden Specialty Consulting April 3, 2003 71 Pavilion Files: Golden Specialty Consulting April 7, 2003 72 Pavilion Files: Golden Specialty Consulting April 1, 2003 73 Pavilion Files: Golden Specialty Consulting May 1, 2003 74 Pavilion Files: Golden Specialty Consulting April 29, 2003 75 Pavilion Files: Golden Specialty Consulting April 30, 2003 76 Pavilion Files: Golden Specialty Consulting May 2, 2003 77 Pavilion Files: Golden Specialty Consulting July 1, 2003 78 Pavilion Files: Golden Specialty Consulting June 19, 2003 79 Pavilion Files: Golden Specialty Consulting June 13, 2003 80 Pavilion Files: Golden Specialty Consulting June 24, 2003 81 Pavilion Files: Golden Specialty Consulting June 20, 2003 82 Pavilion Files: Golden Specialty Consulting July 30, 2003 83 Pavilion Files: Golden Specialty Consulting January 20, 2003 84 Pavilion Files: Golden Specialty Consulting January 16, 2003 85 Pavilion Files: Golden Specialty Consulting January 14, 2003 86 Pavilion Files: Golden Specialty Consulting February 12, 2003 87 Pavilion Files: Golden Specialty Consulting February 11, 2003 88 Pavilion Files: Golden Specialty Consulting February 6, 2003 89 Pavilion Files: Golden Specialty Consulting February 10, 2003 90 Pavilion Files: Golden Specialty Consulting April 18, 2003 91 Pavilion Files: Golden Specialty Consulting March 31, 2003 92 Pavilion Files: Golden Specialty Consulting March 27, 2003 93 Pavilion Files: Golden Specialty Consulting March 25, 2003 94 Pavilion Files: Golden Specialty Consulting March 24, 2003 95 Pavilion Files: Golden Specialty Consulting February 26, 2003 96 Pavilion Files: Golden Specialty Consulting February 28, 2003 97 Pavilion Files: Golden Specialty Consulting February 14, 2003 98 Pavilion Files: Golden Specialty Consulting May 7, 2003 99 Pavilion Files: Golden Specialty Consulting 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 Pavilion Files: TASC Environmental Services April 19, 2002 113 Pavilion Files: TASC Environmental Services February 17, 2000 114 Pavilion 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 Pavilion 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 Pavilion Files: Golden Specialty Consulting March 28, 2001 138 Pavilion Files: Golden Specialty Consulting July 22, 2000 139 Pavilion Files: Golden Specialty Consulting February 24, 2003 140 Pavilion Files: Golden Specialty Consulting March 20, 2002 141 Pavilion Files: Golden Specialty Consulting August 10, 2002 142 Pavilion Files: Golden Specialty Consulting March 11, 2001 143 Pavilion Files: Golden Specialty Consulting June 30, 2001 144 Pavilion Files: Golden Specialty Consulting October 2, 2001 145 Pavilion Files: Golden Specialty Consulting March 11, 2002 146 Pavilion Files: Golden Specialty Consulting August 25, 2000 147 Pavilion Files: Golden Specialty Consulting March 26, 2003 148 Pavilion Files: Golden Specialty Consulting May 10, 2002 149 Pavilion Files: Golden Specialty Consulting May 30, 2001 150 Pavilion Files: Golden Specialty Consulting November 10, 2000 151 Pavilion Files: Golden Specialty Consulting October 1, 2001 152 Pavilion Files: Golden Specialty Consulting June 23, 2001 153 Pavilion Files: Golden Specialty Consulting March 21, 2001 ( Revised April 7, 2001)

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


[Federal Register Volume 86, Number 228 (Wednesday, December 1, 2021)]
[Notices]
[Pages 68246-68247]
[FR Doc No: 2021-26133]

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DEPARTMENT OF ENERGY

Federal Energy Regulatory Commission

Combined Notice of Filings #1

    Take notice that the Commission received the following electric
corporate filings:

    Docket Numbers: EC22-22-000.
    Applicants: Hattiesburg Farm, LLC, Lancaster Solar LLC, SR
Arlington II, LLC, SR Arlington II MT, LLC, SR Georgia Portfolio I MT,
LLC, SR Baxley, LLC, SR Georgia Portfolio II Lessee, LLC, SR Lumpkin,
LLC, SR Snipesville II, LLC, SR Hazlehurst III, LLC, SR Meridian III,
LLC, SR Millington, LLC, SR Perry, LLC, SR Snipesville, LLC, SR South
Loving LLC, SR Terrell, LLC.
    Description: Joint Application for Authorization Under Section 203
of the Federal Power Act of Hattiesburg Farm, LLC, et al.
    Filed Date: 11/24/21.
    Accession Number: 20211124-5109.
    Comment Date: 5 p.m. ET 12/15/21.

    Take notice that the Commission received the following electric
rate filings:

    Docket Numbers: ER17-580-001.
    Applicants: Axium Modesto Solar, LLC.
    Description: Supplement to January 13, 2020. Notice of Change in of
Facts Axium Modesto Solar, LLC.
    Filed Date: 11/24/21.
    Accession Number: 20211124-5017.
    Comment Date: 5 p.m. ET 12/15/21.

    Docket Numbers: ER20-676-007.
    Applicants: Tri-State Generation and Transmission Association, Inc.
    Description: Compliance filing: Amendment to Compliance Filing to
be effective N/A.
    Filed Date: 11/24/21.
    Accession Number: 20211124-5150.
    Comment Date: 5 p.m. ET 12/15/21.

    Docket Numbers: ER21-1293-001.
    Applicants: ISO New England Inc., NSTAR Electric Company.
    Description: Compliance filing: ISO New England Inc. submits tariff
filing per 35: NSTAR Electric Company, Docket No. ER21-1293; Amended
Supp. Order 864 Compliance to be effective 1/1/2020.
    Filed Date: 11/24/21.
    Accession Number: 20211124-5125.
    Comment Date: 5 p.m. ET 12/15/21.

    Docket Numbers: ER22-474-000.
    Applicants: Talen Energy Marketing, LLC.
    Description: Sec.  205(d) Rate Filing: Filing of Letter Agreement
and Requests for Waivers to be effective 1/25/2022.
    Filed Date: 11/24/21.
    Accession Number: 20211124-5002.
    Comment Date: 5 p.m. ET 12/15/21.

    Docket Numbers: ER22-475-000.
    Applicants: PJM Interconnection, L.L.C.
    Description: Sec.  205(d) Rate Filing: Rev. to OA, Sch. 12 & RAA,
Sch. 17 RE termination of Switch Energy, LL to be effective 1/24/2022.
    Filed Date: 11/24/21.
    Accession Number: 20211124-5030.
    Comment Date: 5 p.m. ET 12/15/21.

    Docket Numbers: ER22-476-000.
    Applicants: Alabama Power Company.
    Description: Sec.  205(d) Rate Filing: Revisions to Southeast EEM
Agreement to be effective 11/25/2021.
    Filed Date: 11/24/21.
    Accession Number: 20211124-5041.
    Comment Date: 5 p.m. ET 12/15/21.

    Docket Numbers: ER22-477-000.
    Applicants: Midcontinent Independent System Operator, Inc.
    Description: Sec.  205(d) Rate Filing: 2021-11-24_Attachment GGG
MHVDC Self-Funding Filing to be effective 2/2/2022.
    Filed Date: 11/24/21.
    Accession Number: 20211124-5081.
    Comment Date: 5 p.m. ET 12/15/21.

    Docket Numbers: ER22-478-000.
    Applicants: Pacific Gas and Electric Company.
    Description: Notice of Cancellation of Service Agreement No. 32
with King City Energy Center, LLC of Pacific Gas and Electric Company.

    Filed Date: 11/23/21.
    Accession Number: 20211123-5230.
    Comment Date: 5 p.m. ET 12/14/21.

    Docket Numbers: ER22-479-000.
    Applicants: Northern Wind Energy Redevelopment, LLC.
    Description: Baseline eTariff Filing: Application for Market-Based
Rate Authorization to be effective 1/24/2022.
    Filed Date: 11/24/21.
    Accession Number: 20211124-5143.
    Comment Date: 5 p.m. ET 12/15/21.

    Docket Numbers: ER22-480-000.
    Applicants: Rock Aetna Power Partners, LLC.
    Description: Baseline eTariff Filing: Application for Market-Based
Rate Authorization to be effective 1/24/2022.
    Filed Date: 11/24/21.
    Accession Number: 20211124-5145.
    Comment Date: 5 p.m. ET 12/15/21.

    Docket Numbers: ER22-481-000.
    Applicants: Red Barn Energy, LLC.
    Description: Baseline eTariff Filing: Application for Market-Based
Rate Authorization to be effective 1/24/2022.
    Filed Date: 11/24/21.
    Accession Number: 20211124-5149.
    Comment Date: 5 p.m. ET 12/15/21.

    Docket Numbers: ER22-482-000.
    Applicants: PJM Interconnection, L.L.C.
    Description: Sec.  205(d) Rate Filing: Original ISA, SA #6016;
Queue No. B02; Original ISA, SA #6017; Queue No. F08 to be effective 4/
6/2001.
    Filed Date: 11/24/21.
    Accession Number: 20211124-5152.
    Comment Date: 5 p.m. ET 12/15/21.

    The filings are accessible in the Commission's eLibrary system
(https://elibrary.ferc.gov/idmws/search/fercgensearch.asp) by querying
the docket number.
    Any person desiring to intervene or protest in any of the above
proceedings must file in accordance with Rules 211 and 214 of the
Commission's Regulations (18 CFR 385.211 and 385.214) on or before 5:00
p.m. Eastern time on the specified comment date. Protests may be
considered, but intervention is necessary to become a party to the
proceeding.
    eFiling is encouraged. More detailed information relating to filing
requirements, interventions, protests, service, and qualifying
facilities filings can be found at: http://www.ferc.gov/docs-filing/efiling/filing-req.pdf. For other information, call<PHONE_NUMBER>
(toll free). For TTY, call<PHONE_NUMBER>.

    Dated: November 24, 2021.
Debbie-Anne A. Reese,
Deputy Secretary.
 [FR Doc. 2021-26133 Filed 11-30-21; 8:45 am]
 BILLING CODE 6717-01-P


[Federal Register: February 17, 2009 (Volume 74, Number 30)]
[Notices]
[Page 7505]
[DOCID:fr17fe09-165]

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SECURITIES AND EXCHANGE COMMISSION

[Release No. 34-59376; File No. SR-NYSEArca-2008-139]

Self-Regulatory Organizations; NYSE Arca, Inc.; Order Approving
Proposed Rule Change Amending the Minor Rule Plan To Increase Certain
Sanctions

February 10, 2009.
    On December 17, 2008, NYSE Arca, Inc. (``NYSE Arca'' or
``Exchange'') filed with the Securities and Exchange Commission
(``Commission''), pursuant to Section 19(b)(1) of the Securities
Exchange Act of 1934 (``Act'') \1\ and Rule 19b-4 thereunder,\2\ a
proposed rule change amending NYSE Arca Rule 10.12 (Minor Rule Plan)
(``MRP'') to increase the sanctions for certain market maker quoting
and trading rule violations and to make other minor changes. The
proposed rule change was published for comment in the Federal Register
on January 7, 2009.\3\ The Commission received no comments regarding
the proposal. This order approves the proposed rule change.
---------------------------------------------------------------------------

    \1\ 15 U.S.C. 78s(b)(1).
    \2\ 17 CFR 240.19b-4.
    \3\ See Securities Exchange Act Release No. 59191 (December 31,
2008), 74 FR 757.
---------------------------------------------------------------------------

    The Exchange has proposed to increase the fine levels for certain
market maker quoting and trading rules violations.\4\ The fine levels
for such violations are currently $500 (1st offense), $1,000 (2nd
offense), and $1,500-$2,500 (3rd offense). The proposed rule change
would increase the fine levels to $1,000 (1st offense), $2,500 (2nd
offense), and $3,500 (3rd offense). The Exchange believes that the
current fine levels for such violations are too low, given the serious
nature of such offenses, and that the proposed increases are necessary
to be an effective deterrent against future violations and a just
penalty for such violations. The Exchange also proposed a few other
minor changes to correct an erroneous rule reference and to include an
inadvertent omission \5\ in its MRP.
---------------------------------------------------------------------------

    \4\ The proposed increased fines would apply to violations of
the following requirements: (i) At least 75% of the trading activity
of a market maker be in classes within the market maker's
appointment (Rules 6.35, Commentary .03 and 6.37(h)(5)); (ii) at
least 60% of a market maker's transactions be executed by the market
maker in person or through an approved facility of the Exchange
(Rule 6.37(d)); (iii) market makers on NYSE Arca apply for an
appointment in one or more classes of options contracts (Rule 6.35);
(iv) market makers, including lead market makers, must comply with
certain quoting obligations (Rule 6.37B); and (v) market makers
provide accurate quotations and quote markets within the prescribed
maximum quote spread differentials (Rules 6.37(b)(1), 6.82(c)(1),
and 6.37A(b)).
    \5\ The Exchange has proposed to add violations of Rule 6.37A(b)
to the MRP, stating that the reference to this rule was
inadvertently left off the MRP.
---------------------------------------------------------------------------

    The Commission finds that the proposal is consistent with the
requirements of the Act and the rules and regulations thereunder
applicable to a national securities exchange.\6\ In particular, the
Commission believes that the proposal is consistent with Section
6(b)(5) of the Act,\7\ which requires that the rules of an exchange be
designed to, among other things, protect investors and the public
interest. The Commission also believes that the proposal is consistent
with Sections 6(b)(1) and 6(b)(6) of the Act,\8\ which require that the
rules of an exchange enforce compliance with, and provide appropriate
discipline for, violations of Commission and Exchange rules.
Furthermore, the Commission believes that the proposed changes to the
MRP should strengthen the Exchange's ability to carry out its oversight
and enforcement responsibilities as a self-regulatory organization in
cases where full disciplinary proceedings are unsuitable in view of the
minor nature of the particular violation. Therefore, the Commission
finds that the proposal is consistent with the public interest, the
protection of investors, or otherwise in furtherance of the purposes of
the Act, as required by Rule 19d-1(c)(2) under the Act,\9\ which
governs minor rule violation plans.
---------------------------------------------------------------------------

    \6\ In approving this proposed rule change, the Commission notes
that it has considered the proposed rule's impact on efficiency,
competition, and capital formation. See 15 U.S.C. 78c(f).
    \7\ 15 U.S.C. 78f(b)(5).
    \8\ 15 U.S.C. 78f(b)(1) and 78f(b)(6).
    \9\ 17 CFR 240.19d-1(c)(2).
---------------------------------------------------------------------------

    In approving this proposed rule change, the Commission in no way
minimizes the importance of compliance with NYSE Arca rules and all
other rules subject to the imposition of fines under the MRP. The
Commission believes that the violation of any self-regulatory
organization's rules, as well as Commission rules, is a serious matter.
However, the MRP provides a reasonable means of addressing rule
violations that do not rise to the level of requiring formal
disciplinary proceedings, while providing greater flexibility in
handling certain violations. The Commission expects that NYSE Arca will
continue to conduct surveillance with due diligence and make a
determination based on its findings, on a case-by-case basis, whether a
fine of more or less than the recommended amount is appropriate for a
violation under the MRP or whether a violation requires formal
disciplinary action under NYSE Arca Rules 10.4-10.11.
    It is therefore ordered, pursuant to Section 19(b)(2) of the Act
\10\ and Rule 19d-1(c)(2) under the Act,\11\ that the proposed rule
change (SR-NYSEArca-2008-139), as amended, be, and hereby is, approved
and declared effective.
---------------------------------------------------------------------------

    \10\ 15 U.S.C. 78s(b)(2).
    \11\ 17 CFR 240.19d-1(c)(2).
    \12\ 17 CFR 200.30-3(a)(12); 17 CFR 200.30-3(a)(44).

    For the Commission, by the Division of Trading and Markets,
pursuant to delegated authority.\12\
Florence E. Harmon,
Deputy Secretary.
[FR Doc. E9-3230 Filed 2-13-09; 8:45 am]

BILLING CODE 8011-01-P


UNITED STATES OF AMERICA

DEPARTMENT OF TRANSPORTATION

OFFICE OF THE SECRETARY

WASHINGTON, DC

Issued by the Department of Transportation on October 29, 2003

   NOTICE OF ACTION TAKEN -- DOCKET OST-2003-16287

________________________________________________________________________
_________________________________

This serves as notice to the public of the action described below, taken
by the Department official indicated (no additional confirming order
will be issued in this matter).

Joint Application of   Delta Air Lines, Inc. and Alia – The Royal
Jordanian Airline (Royal Jordanian)  filed  10/6/03 and 10/9/03  for:

XX  Statement of authorization for Royal Jordanian under 14 CFR Part 212
to:

Permit Royal Jordanian to carry mail under the “DL” code of Delta on
flights operated by Royal Jordanian for the carriage of mail between (1)
any point or points in the United States and points in Jordan, directly
and via intermediate points; (2) within Jordan; and (3) between points
in the United States or Jordan and points in third countries.

XX  Exemption from the provisions of Order 95-2-34 (which limits the
ability of U.S. carriers to code share in areas where the FAA has issued
a flight prohibition) to the extent necessary to enable Delta to code
share on flights operated by Royal Jordanian between Amman and Baghdad,
for the limited purpose of transporting U.S. mail.

Applicant reps: Robert E. Cohn<PHONE_NUMBER> (DL)  DOT Analyst:
Sylvia Moore<PHONE_NUMBER>

                         Evelyn D. Sahr<PHONE_NUMBER> (Royal
Jordanian)

D I S P O S I T I O N

XX  Granted  - Exemption to both Delta and Royal Jordanian, to the
extent necessary, from Order

         95-2-34  (see Remarks below)

XX  Granted – Statement of Authorization (subject to conditions, see
below)

The above action with respect to the exemption authority for Delta and
Royal Jordanian was effective when taken:  October 29, 2003, through
October 29, 2005.

The statement of authorization granted was effective when taken:
October 29, 2003, and will remain in effect indefinitely, subject to the
conditions listed below.

Action taken by:   Michael W. Reynolds

		    Acting Assistant Secretary for

		       Policy and International Affairs

(See Reverse Side)

2

Except to the extent exempted or waived, this authority is subject to
the terms, conditions, and limitations indicated:  XX  Royal
Jordanian’s foreign air carrier permit

Remarks:  In light of the fact that the Delta and Royal Jordanian
request involves only the carriage of mail, we have determined that the
limited exemption relief requested by the applicants from the provisions
of Order 95-2-34 is warranted.

The statement of authorization granted is subject to the following
conditions:

	(a)	The statement of authorization will remain in effect only as long
as (i) Delta Air Lines, Inc. and Alia – The Royal Jordanian Airline
continue to hold the necessary underlying authority to operate the
code-share services at issue, and (ii) the code-share agreement
providing for the code-share operations remains in effect.

	(b)	Delta and/or Royal Jordanian must promptly notify the Department
(Office of International Aviation) if the code-share agreement providing
for the code-share operations is no longer effective or if the carriers
decide to cease operating all or a portion of the approved code-share
services.  Such notices should be filed in Docket OST-2003-16287.

	(c)	Delta and/or Royal Jordanian must notify the Department no later
than 30 days before they begin any new code-share service under the
code-share services authorized here.  Such notice shall identify the
market(s) to be served, which carrier will be operating the aircraft in
the code-share market added, and the date on which the service will
begin.  (Such notices should be filed in Docket OST-2003-16287.)

	(d)	Notwithstanding any provision in the contract between the carriers,
our approval here is expressly conditioned upon the requirements that
the subject foreign air transportation be sold in the name of the
carrier holding out such service in the computer reservation systems and
elsewhere and that the carrier selling such transportation (i.e., the
carrier shown on the waybill) accept responsibility for the entirety of
the code-share journey for all obligations established in its contract
of carriage with the shipper.

	(e)	The authority granted here is specifically conditioned so that
neither Delta nor Royal Jordanian shall give any force or effect to any
contractual provision between themselves that is contrary to these
conditions.

	(f)	We remind all carriers seeking to exercise Iraq authority (whether
underlying route authority or code-share authority) that the authority
granted here cannot alone result in new service to Iraq.  (See Order
2003-6-20.)  This authority is subject to compliance with all applicable
Coalition Provisional Authority, Department of Transportation, Federal
Aviation Administration, Transportation Security Administration,
Department of Defense, and other U.S. Government requirements.
Further, to assure compliance with all applicable U.S. Government
requirements concerning security, before commencing any new service
(including charter flights) to or from a foreign airport, carriers are
reminded to contact their Principal Security Inspector (PSI) to advise
the PSI of their plans and to find out whether the Transportation
Security Administration has determined that security is adequate to
allow such airport(s) to be served.

	(g)	We may amend, modify, or revoke the authority granted at any time
without hearing at our discretion.

3

On the basis of data officially noticeable under Rule 24(g) of the
Department's regulations, we found that (1) Delta and Royal Jordanian
were qualified to provide the exemption services authorized; (2) grant
of the authority was consistent with the public interest; and (3) grant
of the authority would not constitute a major regulatory action under
the Energy, Policy and Conservation Act of 1975.  To the extent not
granted, we denied all requests in the referenced Docket.  We may amend,
modify, or revoke the authority granted in this Notice at any time
without hearing at our discretion.

An electronic version of this document is available on the World Wide
Web at:

  HYPERLINK "http://dms.dot.gov//reports/reports_aviation.asp"
http://dms.dot.gov//reports/reports_aviation.asp

 Royal Jordanian will display Delta’s “DL” code on flights
operated by Royal Jordanian.  The carriers initially propose to serve
the New York-Amman-Baghdad market.

 We expect this notification to be received within ten days of such
non-effectiveness or of such decision.


[Federal Register Volume 83, Number 82 (Friday, April 27, 2018)]
[Notices]
[Page 18551]
[FR Doc No: 2018-08836]

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DEPARTMENT OF ENERGY

Federal Energy Regulatory Commission

[Docket No. RM15-11-003]

Notice of Filing: Reliability Standard for Transmission System
Planned Performance for Geomagnetic Disturbance Events

    Take notice that on April 19, 2018, the North American Electric
Reliability Corporation submitted a revised work plan to conduct
research on topics related to geomagnetic disturbances and their
impacts on the reliability of the Bulk-Power System, pursuant to Order
No. 830.\1\
---------------------------------------------------------------------------

    \1\ Order No. 830, Reliability Standard for Transmission System
Planned Performance for Geomagnetic Disturbance Events, 156 FERC
61,215 (2016), reh'g denied, Order No. 830-A, 158 FERC 61,041 (2017)
(Order No. 830).
---------------------------------------------------------------------------

    Any person desiring to intervene or to protest this filing must
file in accordance with Rules 211 and 214 of the Commission's Rules of
Practice and Procedure (18 CFR 385.211, 385.214). Protests will be
considered by the Commission in determining the appropriate action to
be taken, but will not serve to make protestants parties to the
proceeding. Any person wishing to become a party must file a notice of
intervention or motion to intervene, as appropriate. Such notices,
motions, or protests must be filed on or before the comment date.
Anyone filing a motion to intervene or protest must serve a copy of
that document on the Applicant and all the parties in this proceeding.
    The Commission encourages electronic submission of protests and
interventions in lieu of paper using the eFiling link at http://www.ferc.gov. Persons unable to file electronically should submit an
original and 5 copies of the protest or intervention to the Federal
Energy Regulatory Commission, 888 First Street NE, Washington, DC
20426.
    This filing is accessible on-line at http://www.ferc.gov, using the
eLibrary link and is available for electronic review in the
Commission's Public Reference Room in Washington, DC. There is an
eSubscription link on the website that enables subscribers to receive
email notification when a document is added to a subscribed docket(s).
For assistance with any FERC Online service, please email
[email protected], or call<PHONE_NUMBER> (toll free). For
TTY, call<PHONE_NUMBER>.
    Comment Date: 5:00 p.m. Eastern Time on May 21, 2018.

    Dated: April 20, 2018.
Nathaniel J. Davis, Sr.,
Deputy Secretary.
[FR Doc. 2018-08836 Filed 4-26-18; 8:45 am]
 BILLING CODE 6717-01-P