Facility _Information facility _id utility

_code legal_owner_nam e

legl_operator_name

legal_address_ty pe

legal_address

legal_city legal_state legal_zip 603 15274 Potom ac Power Resourses LLC NAES Inc legal owner 1300 N 17th Street Arlington VA 22209 Page 1Facility _Information plant_nam e

physical_address

phyical_city

physical_state

physical_zip

ma iling_address

ma iling_city

ma iling_state

ma iling_zip Benning 3400 Benning Road NE Wa shington

DC 20019 3400 Benning Road NE Wa shington

DC 20019 Page 2Facility _Information RFA_small_entity

ff_fired_coal

ff_fired_oil ff_fired_ngas ff_fired_petcoke

ff_fired_other

ff_permitted_coal

ff_permitted_oil

ff_permitted_ngas No FALSE TRUE FALSE FALSE FALSE FALSE TRUE FALSE Page 3Facility _Information ff_permitted_petcoke

ff_permitted_other

deviation_reporting

continuous_emissions

cem_provided

facility _note FALSE FALSE No *******************Part I Boiler Inform ation: Boiler ID 15; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from CE Boiler Contract No. 21465, Expected Performance Data*******************Part I Boiler Information: Boiler ID 16; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from B&W Boiler Contract No. RB-471, Expected Performance Data*******************Part I Boiler Information: Average annual capacity factor ***********************Average annual capacity factor(AACF) = (ACF2007+ACF2008+ACF2009) / 3W here:  Annual Capacity Factor (ACFy

yyy)= Gross MW yyyy / [Gross capacity (Summery

yyy)* 8760 (Days/Year)]*******************Part I: Facility Unit Configuration: Stacks: Stack gas velocity ************** Page 4Facility _Information *******************Part I Boiler Inform ation: Boiler ID 15; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from CE Boiler Contract No. 21465, Expected Performance Data*******************Part I Boiler Information: Boiler ID 16; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from B&W Boiler Contract No. RB-471, Expected Performance Data*******************Part I Boiler Information: Average annual capacity factor ***********************Average annual capacity factor(AACF) = (ACF2007+ACF2008+ACF2009) / 3W here:  Annual Capacity Factor (ACFy

yyy)= Gross MW yyyy / [Gross capacity (Summery

yyy)* 8760 (Days/Year)]*******************Part I: Facility Unit Configuration: Stacks: Stack gas velocity ************** Page 5Facility _Information *******************Part I Boiler Inform ation: Boiler ID 15; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from CE Boiler Contract No. 21465, Expected Performance Data*******************Part I Boiler Information: Boiler ID 16; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from B&W Boiler Contract No. RB-471, Expected Performance Data*******************Part I Boiler Information: Average annual capacity factor ***********************Average annual capacity factor(AACF) = (ACF2007+ACF2008+ACF2009) / 3W here:  Annual Capacity Factor (ACFy

yyy)= Gross MW yyyy / [Gross capacity (Summery

yyy)* 8760 (Days/Year)]*******************Part I: Facility Unit Configuration: Stacks: Stack gas velocity ************** Page 6Facility _Information *******************Part I Boiler Inform ation: Boiler ID 15; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from CE Boiler Contract No. 21465, Expected Performance Data*******************Part I Boiler Information: Boiler ID 16; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from B&W Boiler Contract No. RB-471, Expected Performance Data*******************Part I Boiler Information: Average annual capacity factor ***********************Average annual capacity factor(AACF) = (ACF2007+ACF2008+ACF2009) / 3W here:  Annual Capacity Factor (ACFy

yyy)= Gross MW yyyy / [Gross capacity (Summery

yyy)* 8760 (Days/Year)]*******************Part I: Facility Unit Configuration: Stacks: Stack gas velocity ************** Page 7Facility _Information *******************Part I Boiler Inform ation: Boiler ID 15; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from CE Boiler Contract No. 21465, Expected Performance Data*******************Part I Boiler Information: Boiler ID 16; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from B&W Boiler Contract No. RB-471, Expected Performance Data*******************Part I Boiler Information: Average annual capacity factor ***********************Average annual capacity factor(AACF) = (ACF2007+ACF2008+ACF2009) / 3W here:  Annual Capacity Factor (ACFy

yyy)= Gross MW yyyy / [Gross capacity (Summery

yyy)* 8760 (Days/Year)]*******************Part I: Facility Unit Configuration: Stacks: Stack gas velocity ************** Page 8Facility _Information *******************Part I Boiler Inform ation: Boiler ID 15; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from CE Boiler Contract No. 21465, Expected Performance Data*******************Part I Boiler Information: Boiler ID 16; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from B&W Boiler Contract No. RB-471, Expected Performance Data*******************Part I Boiler Information: Average annual capacity factor ***********************Average annual capacity factor(AACF) = (ACF2007+ACF2008+ACF2009) / 3W here:  Annual Capacity Factor (ACFy

yyy)= Gross MW yyyy / [Gross capacity (Summery

yyy)* 8760 (Days/Year)]*******************Part I: Facility Unit Configuration: Stacks: Stack gas velocity ************** Page 9Facility _Information *******************Part I Boiler Inform ation: Boiler ID 15; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from CE Boiler Contract No. 21465, Expected Performance Data*******************Part I Boiler Information: Boiler ID 16; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from B&W Boiler Contract No. RB-471, Expected Performance Data*******************Part I Boiler Information: Average annual capacity factor ***********************Average annual capacity factor(AACF) = (ACF2007+ACF2008+ACF2009) / 3W here:  Annual Capacity Factor (ACFy

yyy)= Gross MW yyyy / [Gross capacity (Summery

yyy)* 8760 (Days/Year)]*******************Part I: Facility Unit Configuration: Stacks: Stack gas velocity ************** Page 10Facility _Information *******************Part I Boiler Inform ation: Boiler ID 15; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from CE Boiler Contract No. 21465, Expected Performance Data*******************Part I Boiler Information: Boiler ID 16; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from B&W Boiler Contract No. RB-471, Expected Performance Data*******************Part I Boiler Information: Average annual capacity factor ***********************Average annual capacity factor(AACF) = (ACF2007+ACF2008+ACF2009) / 3W here:  Annual Capacity Factor (ACFy

yyy)= Gross MW yyyy / [Gross capacity (Summery

yyy)* 8760 (Days/Year)]*******************Part I: Facility Unit Configuration: Stacks: Stack gas velocity ************** Page 11Facility _Information *******************Part I Boiler Inform ation: Boiler ID 15; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from CE Boiler Contract No. 21465, Expected Performance Data*******************Part I Boiler Information: Boiler ID 16; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from B&W Boiler Contract No. RB-471, Expected Performance Data*******************Part I Boiler Information: Average annual capacity factor ***********************Average annual capacity factor(AACF) = (ACF2007+ACF2008+ACF2009) / 3W here:  Annual Capacity Factor (ACFy

yyy)= Gross MW yyyy / [Gross capacity (Summery

yyy)* 8760 (Days/Year)]*******************Part I: Facility Unit Configuration: Stacks: Stack gas velocity ************** Page 12Facility _Information *******************Part I Boiler Inform ation: Boiler ID 15; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from CE Boiler Contract No. 21465, Expected Performance Data*******************Part I Boiler Information: Boiler ID 16; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from B&W Boiler Contract No. RB-471, Expected Performance Data*******************Part I Boiler Information: Average annual capacity factor ***********************Average annual capacity factor(AACF) = (ACF2007+ACF2008+ACF2009) / 3W here:  Annual Capacity Factor (ACFy

yyy)= Gross MW yyyy / [Gross capacity (Summery

yyy)* 8760 (Days/Year)]*******************Part I: Facility Unit Configuration: Stacks: Stack gas velocity ************** Page 13Facility _Information *******************Part I Boiler Inform ation: Boiler ID 15; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from CE Boiler Contract No. 21465, Expected Performance Data*******************Part I Boiler Information: Boiler ID 16; Design Parameters***********************Design heat input; Original design gross efficiency ; Design steam pressure; Design steam temperature; Design reheat steam temperature, taken from B&W Boiler Contract No. RB-471, Expected Performance Data*******************Part I Boiler Information: Average annual capacity factor ***********************Average annual capacity factor(AACF) = (ACF2007+ACF2008+ACF2009) / 3W here:  Annual Capacity Factor (ACFy

yyy)= Gross MW yyyy / [Gross capacity (Summery

yyy)* 8760 (Days/Year)]*******************Part I: Facility Unit Configuration: Stacks: Stack gas velocity ************** Page 14facility _contacts facility _id contact_id contact_title contact_name

contact_phone1

contact_phone2

contact_email

contact_primary 603 2 Power Plant Asset Manager Shirley Harmon 7032531787 sharmon@pepcoenergy .com TRUE 603 5 Sr. Env. Consultant Richard Foltz

7033462462 rick.foltz@embarQmail.com FALSE Page 15facility _coal_utilized facility _id coal_ty pe percentage_mass percentage_btu

sy nfuel_ty pe

coal_note Page 16facility _oil_utilized facility _id oil_ty pe percentage_volume percentage_btu

other_type 603 No.2 Fuel Oil (distillate) 5.5 5.6 603 other (specify) 94.5 94.4 No. 4 Oil Page 17facility _other_materials facility _id other_material

permitted_burn

actually _burn other_quantity

other_quantity

_units other_note rcra_utilize rcra_explain Page 18facility _other_materials rcra_explain Page 19boiler_information

facility _id boiler_id boiler_ty pe boiler_other bottom_design

design_fuel heat_input ma x_heat_input MW e_capacity 603 15 Tangential firing Dry Bottom fuel oil 3020 3020 289 603 16 Wa ll firing - opposed firing Dry Bottom fuel oil 2951 2951 289 Page 20boiler_information

MW e_net_capacity

design_gross_efficiency

operating_gross_efficiency

design_pressure

operating_pressure

design_temp

operating_temp

design_reheat_multiple

design_reheat_temp1 275 84.51 84.51 1965 1965 950 950 FALSE 950 275 86.56 86.56 1965 1965 950 950 FALSE 950 Page 21boiler_information

design_reheat_temp2

operating_reheat_multiple

operating_reheat_temp1

operating_reheat_temp2

hours_operated

vg_capacity

_factor applicable_NSPS

retirement_year

retirement_year_CBI FALSE 950 144.53 0.7 N 2012 FALSE FALSE 950 273.8 1.5 N 2012 FALSE Page 22boiler_information

NOx_control

SO2_control

combustion_additives No Yes No No Yes No Page 23boiler_fuels

facility _id boiler_id fuel_type fuel_year percentage_massvol percentage_btu

other_type 603 15 oil - distillate 2007 3.2 4.2 603 15 oil - distillate 2008 1.7 1.8 603 15 oil - distillate 2009 9.4 9.5 603 15 oil - other 2007 96.8 95.8 No. 4 OilNo. 4 OilNo. 4 Oil 603 15 oil - other 2008 98.3 98.2 No. 4 Oil 603 15 oil - other 2009 90.6 90.5 No. 4 Oil 603 16 oil - distillate 2007 1.2 1.2 603 16 oil - distillate 2008 0.5 0.6 603 16 oil - distillate 2009 1.6 1.6 603 16 oil - other 2007 98.8 98.8 No. 4 Oil 603 16 oil - other 2008 99.5 99.4 No. 4 Oil 603 16 oil - other 2009 98.4 98.4 No.4 Oil Page 24boiler_fuels No. 4 OilNo. 4 OilNo. 4 Oil Page 25boiler_control_NOx

facility _id boiler_id NOx_ty pe NOx_other NOx_online Page 26boiler_control_SO2

facility _id boiler_id SO2_type SO2_other SO2_online 603 15 Low Sulfur Fuel Oil 1/1/1978 603 16 Low Sulfur Fuel Oil 1/1/1978 Page 27boiler_additives

facility _id boiler_id boiler_additive additive_other

additive_online Page 28facility _units facility _id unit_id 603 15 603 16 Page 29unit_boilers

facility _id unit_id boiler_id 603 15 15 603 16 16 Page 30facility _controls facility _id control_id control_group control_ty pe

control_other

legacy _control cntrol_online

control_offline

NOx_reagent Page 31facility _controls reagent_other

NOx_ammonia

SO2_sorbent

oher_sorbent

SO2_scrubber_additive Page 32facility _sampling_ports facility _id sampling_port_id 603 SP15 603 SP16 Page 33facility _stacks facility _id stack_id stack_height stack_diameter

sack_gas_velocity 603 STACK15 241 13.38 189 603 STACK16 241 12.5 221 Page 34configurations

facility _id configuration_id 603 15 603 16 Page 35configuration_components

facility _id configuration_id

component_id

order component_ty pe port_near 603 15 15 1 Unit 603 15 SP15 2 Sam pling Port next 603 15 STACK15 3 Stack 603 16 16 1 Unit 603 16 SP16 2 Sam pling Port next 603 16 STACK16 3 Stack Page 36configuration_pollutants1

facility _id configuration_id

pollutant_nam e

permit_ty pe_1

em lim it_1 em lim it_units_1 avg_period_1

em lim it_2 em lim it_units_2 603 15 Sulfur % by weight State - State Operating Permit

1 percent by

weight Continuous 603 15 Nitrogen Oxide (NOx) State - State Operating Permit

0.3 pound per million British Thermal Unit (lb/MMBtu)

2 hours 0.25 pound per million British Thermal Unit (lb/MMBtu) 603 15 PM (Filterable) State - State Operating Permit

0.03 pound per million British Thermal Unit (lb/MMBtu)

Continuous 603 15 Opacity State - State Operating Permit 10 % 1 min 15 % 603 16 PM (Filterable) State - State Operating Permit

0.03 pound per million British Thermal Unit (lb/MMBtu)

Continuous 603 16 Nitrogen Oxide (NOx) State - State Operating Permit

0.3 pound per million British Thermal Unit (lb/MMBtu)

2 hours 0.28 pound per million British Thermal Unit (lb/MMBtu) 603 16 Sulfur % by weight State - State Operating Permit

0.75 % Continuous 603 16 Opacity State - State Operating Permit 10 % 1 min 15 % Page 37configuration_pollutants1

avg_period_2

em lim it_3 em lim it_units_3 avg_period_3

em lim it_4 em lim it_units_4 avg_period_4

em lim it_details

test_method 24 hours 1, 2, 3A, 4, and 5 1 min Allowed 30, 1-m in > 10% (startup)Allowed 2, 1-min > 10 (operation)Allowed 12, 1-min > 10% in 24 hrs of operationAllowed 9, 1-min > 15% (shutdown)None > 40% during startup and operationNone > 30% during shutdownNo more than 30% during shutd 1, 2, 3A, 4, and 5 24 hours 1 min 30, 1-min > 10% (startup)2, 1-min > 10 (operation)12, 1-min > 10% in 24 hrs of operation9, 1-min > 15% (shutdown)None > 40% during startup and operationNone > 30% during shutdownNo more than 30% during shutd Page 38configuration_pollutants1

em rate em rate_units guarantee_level

_explain

req_monitoring

eq_recordkeeping

req_reporting No guarantee

Sam ple fuel burned at least once each quarter when fuel is burned

Grade; API @ 60; BTU/Gal; Sample timestamp; Lab Info; Test methods

Records kept on site for inspection by DDOE No guarantee

NOx - ppm and CO2 % monitoring in accordance with Part 75; calculations of NOx Rate

In accordance with 40CFR75

2Hr and 24Hr excees emissions of NOx Rate reported quarterly to DDOE; NOx Rate reported to EPA 1, 2, 3A, 4, and 5 No quarantee As directed by

DDOE Test results kept on site for five years from date of report

Reports to be submitted 30 days after test to DDOE Allowed 30, 1-m in > 10% (startup)Allowed 2, 1-min > 10 (operation)Allowed 12, 1-min > 10% in 24 hrs of operationAllowed 9, 1-min > 15% (shutdown)None > 40% during startup and operationNone > 30% during shutdownNo more than 30% during shutd No guarantee

40CFR60 1-minute opacity during operation; monitor downtime Verbal and written report to DDOE within 10 days for excess emissions > 10% Opacity during operation; monthly report of allowed and non-allowed 1-minute periods of Opacity during operation; quarterly report of allowed and non-allowed 1-minute opacity readings during operation. 1, 2, 3A, 4, and 5 As directed by DDOE Test results kept on site for five years from date of report

Reports to be submitted 30 days after test to DDOE NOx - ppm and CO2 % monitoring in accordance with Part 75; calculations of NOx Rate

In accordance with 40CFR75

2Hr and 24Hr excees emissions of NOx Rate reported quarterly to DDOE; NOx Rate reported to EPA Sam ple fuel burned at least once each quarter when fuel is burned

Grade; API 60; BTU/Gal; Sample timestamp; Lab Info; Test methods

Records kept on site for inspection by DDOE 30, 1-min > 10% (startup)2, 1-min > 10 (operation)12, 1-min > 10% in 24 hrs of operation9, 1-min > 15% (shutdown)None > 40% during startup and operationNone > 30% during shutdownNo more than 30% during shutd 40CFR60 1-minute opacity during operation; monitor downtime Verbal and written report to DDOE within 10 days for excess emissions > 10% Opacity during operation; monthly report of allowed and non-allowed 1-minute periods of Opacity during operation; quarterly report of allowed and non-allowed 1-minute opacity readings during operation. Page 39configuration_pollutants1 Records kept on site for inspection by DDOE 2Hr and 24Hr excees emissions of NOx Rate reported quarterly to DDOE; NOx Rate reported to EPA Reports to be submitted 30 days after test to DDOE Verbal and written report to DDOE within 10 days for excess emissions > 10% Opacity during operation; monthly report of allowed and non-allowed 1-minute periods of Opacity during operation; quarterly report of allowed and non-allowed 1-minute opacity readings during operation. Reports to be submitted 30 days after test to DDOE 2Hr and 24Hr excees emissions of NOx Rate reported quarterly to DDOE; NOx Rate reported to EPA Records kept on site for inspection by DDOE Verbal and written report to DDOE within 10 days for excess emissions > 10% Opacity during operation; monthly report of allowed and non-allowed 1-minute periods of Opacity during operation; quarterly report of allowed and non-allowed 1-minute opacity readings during operation. Page 40configuration_pollutants1 Verbal and written report to DDOE within 10 days for excess emissions > 10% Opacity during operation; monthly report of allowed and non-allowed 1-minute periods of Opacity during operation; quarterly report of allowed and non-allowed 1-minute opacity readings during operation. Verbal and written report to DDOE within 10 days for excess emissions > 10% Opacity during operation; monthly report of allowed and non-allowed 1-minute periods of Opacity during operation; quarterly report of allowed and non-allowed 1-minute opacity readings during operation. Page 41configuration_pollutants1 Verbal and written report to DDOE within 10 days for excess emissions > 10% Opacity during operation; monthly report of allowed and non-allowed 1-minute periods of Opacity during operation; quarterly report of allowed and non-allowed 1-minute opacity readings during operation. Verbal and written report to DDOE within 10 days for excess emissions > 10% Opacity during operation; monthly report of allowed and non-allowed 1-minute periods of Opacity during operation; quarterly report of allowed and non-allowed 1-minute opacity readings during operation. Page 42control_technologies

facility _id configuration_id

component_id

control_id project_title project_ty pe vendor_name

vndor_contact

vendor_phone Page 43control_technologies

vendor_address

vndor_city

vendor_state

vendor_zip actual_start_date projected_start_date

end_date sorbent chemical_additive Page 44control_technologies

injection_point

HAP_em ission_reduction

HAP_em ission_rate

HAP_em ission_rate_units

HAP_achieved_reduction

HAP_achieved_rate

HAP_achieved_rate_units

feed_rate feed_rate_units Page 45control_technologies feed_rate_units Page 46control_coal_ranks

facility _id configuration_id

component_id

control_id coal_ty pe

Page 47control_pollutants1

facility _id configuration_id

component_id

control_id pollutant_nam e

Page 48control_costs

facility _id configuration_id

component_id

control_id boiler_retrofit boiler_new_install

total_capital_investm ent

total_operating_costs

base_year Page 49control_costs

CBI Page 50mi sc_controls

facility _id mi sc_control_id

control_description Page 51mi sc_control_configurations

facility _id mi sc_control_id

configuration_id Page 52fuel_shipments

facility _id shipment_id

shipment_date

am ount_received

am ount_units

fuel_type state_country other_country

county 603 0109_2 1/1/2009 535 barrels oil 603 0209_2 2/1/2009 728 barrels oil 603 0609_2 6/1/2009 737 barrels oil 603 0709_2 7/1/2009 417 barrels oil 603 0709_4 7/1/2009 6185 barrels oil 603 0809_2 8/1/2009 687 barrels oil 603 0809_4 8/1/2009 12357 barrels oil 603 1209_2 12/1/2009 793 barrels oil Page 53fuel_shipments

coal_seam shipment_method

Trucks Trucks Trucks Trucks Trucks Trucks Trucks Trucks Page 54fuel_shipment_configurations

facility _id shipment_id

configuration_id 603 0109_2 15 603 0109_2 16 603 0209_2 15 603 0209_2 16 603 0609_2 15 603 0609_2 16 603 0709_2 15 603 0709_2 16 603 0709_4 15 603 0709_4 16 603 0809_2 15 603 0809_2 16 603 0809_4 15 603 0809_4 16 603 1209_2 15 603 1209_2 16 Page 55fuel_shipment_samples

facility _id shipment_id

sample_id am ount_fuel am ount_fuel_units

total_sulfur ash_content heating_value

hating_units Page 56fuel_shipment_samples

chlorine chlorine_units fluorine fluorine_units data_provided

data_other_specified

supplier_ty pe

supplier_name

supplier_address Page 57fuel_shipment_samples

supplier_city

supplier_state

supplier_zip

lab_nam e lab_address lab_city lab_state lab_zip analysis_copies Page 58fuel_shipment_samples analysis_copies Page 59fuel_sample_pollutants

facility _id shipment_id

sample_id fuel_pollutant pollutant_conc

pollutant_conc_units

pollutant_conc_ND

pollutant_conc_MDL Page 60test_reports

facility _id report_id report_type other_type report_description report_begin_date

report_end_date

before_control

during_deviation Page 61test_reports

deviation_reports Page 62test_report_configurations

facility _id report_id configuration_id Page 63test_report_fuels

facility _id report_id fuel_id Page 64test_report_fuel_ty pes

facility _id report_id fuel_id fuel_type percentage_massvol percentage_btu

other_type Page 65cem_data

facility _id tim e_period

cem_period_description 603 2009 Page 66cem_data_pollutants1

facility _id tim e_period

pollutant_nam e 603 2009 Nitrogen Oxide (NOx) Page 67test_report_sampling

facility _id report_id sampling_port_id point_differ point_description befre_SO2_device

point_orientation

normal_by pass_percent

testing_by pass_percent Page 68test_report_sampling

fg_fraction Page 69sampling_runs

facility _id report_id sampling_port_id run_id start_datetime end_datetim e

unit_load net_generation fg_moisture_content Page 70sampling_runs

fg_flow_rate

fg_flow_rate_units

standard_temperature

standard_pressure

normal_temperature

normal_pressure

fg_oxygen_content

fg_CO2_content

fg_temperature Page 71sampling_runs

fg_pressure

Hg_loi test_method run_comments

fuel_id fuel_unit_load fuel_flow_rate

fuel_ash fuel_heating_value Page 72sampling_runs

fuel_sulfur Page 73sampling_run_pollutants1

facility _id report_id sampling_port_id run_id pollutant_nam e conc conc_units conc_ND conc_MDL Page 74sampling_run_pollutants1

em ission_rate

em ission_rate_units

em ission_rate_ND

em ission_rate_MDL

em ission_factor

em ission_factor_units

em ission_factor_ND

em ission_factor_MDL

run_pollutant_comment Page 75sampling_run_pollutants1 run_pollutant_comment Page 76sampling_run_fuel

facility _id report_id sampling_port_id run_id fuel_pollutant fuel_conc fuel_conc_units fuel_conc_ND

fuel_conc_MDL Page 77sampling_run_fuel fuel_conc_MDL Page 78