Facility_Information facility_id utility_code 4050 20856

Page 1Facility_Information legal_owner_name Unit 3:Wisconsin Power and Light (100%)Unit 4:Wisconsin Power and Light (68.2%)Wisconsin Publ

Page 2Facility_Information legal_operator_name legal_address_type legal_address legal_city legal_state legal_zip Wisconsin Power and Light operator 4902 N Biltmore Ln Madison WI 53718-2148

Page 3Facility_Information plant_name physical_address physical_city physical_state physical_zip mailing_address Edgewater 3739 Lakeshore Dr. Sheboygan WI 53802 3739 Lakeshore Dr.

Page 4Facility_Information mailing_city mailing_state mailing_zip RFA_small_entity ff_fired_coal ff_fired_oil ff_fired_ngas Sheboygan WI 53802 No TRUE TRUE FALSE

Page 5Facility_Information ff_fired_petcoke ff_fired_other ff_permitted_coal ff_permitted_oil ff_permitted_ngas FALSE TRUE TRUE TRUE FALSE

Page 6Facility_Information ff_permitted_petcoke ff_permitted_other TRUE TRUE

Page 7Facility_Information deviation_reporting "Next Day ReportingQuarterly Excess Emissions ReportingSemi-annual compliance monitoring"

Page 8Facility_Information continuous_emissions cem_provided Yes

Page 9Facility_Information facility_note Facility: EdgewaterThrough this electronic submittal, Wisconsin Power and Light Company (“WPL”) respo n

Page 10Facility_Information

n ds to the U.S. Environmental Protection Agency’s (“U.S. EPA”) mercury and hazardous air pollutant info

Page 11Facility_Information

o rmation collection request (“ICR”), which was issued pursuant to section 114 of the Clean Air Act (“CAA

Page 12Facility_Information

A”). WPL is also providing certain confidential business information under a separate cover letter.  

Page 13Facility_Information

 WPL conducted a diligent review of records and a diligent interviewing process of employees who may

Page 14Facility_Information have knowledge of the information requested in the subject ICR. WPL is responding to the specific data

Page 15Facility_Information

arequests within the subject ICR to the best of its ability, and based upon its reasonable interpretation a n

Page 16Facility_Information

n d understanding of the specific data requests. Additionally, WPL has reviewed and, where appropriate

Page 17Facility_Information , used EPA’s answers to Frequently Asked Questions (FAQs), available at “Electrical Utilities MACT Inf o

Page 18Facility_Information

o rmation Collection Request” Web site in the FAQ section, to guide its responses to ICR. The

Page 19facility_contacts facility_id contact_id contact_title contact_name contact_phone1 4050 1 Manager Envirnmental Services Bradley G. Pincombe 6084584928 4050 2 Environmental Specialist Orvella Shipman 6417913203

Page 20facility_contacts contact_phone2 contact_email contact_primary bradleypincombe@alliantenergy.com TRUE orvellashipman@alliantenergy.com FALSE

Page 21facility_coal_utilized facility_id coal_type percentage_mass percentage_btu synfuel_type coal_note 4050 subbituminous 100 100

Page 22facility_oil_utilized facility_id oil_type percentag e percentag e other_type 4050 No.2 Fuel O 100 100

Page 23facility_other_materials facility_id other_material permitted_burn actually_burn other_quantity 4050 Boiler Clean Waste TRUE FALSE 4050 Petroleum Contaminated Soild TRUE FALSE 4050 Rubber Waste Derived Fuel TRUE FALSE 4050 tire-derived fuel (TDF) TRUE TRUE 4553.32 4050 Used Absorbents TRUE FALSE 4050 Waste Oil TRUE FALSE 4050 wood (bark,sawdust,wood chips, scrap lumber) TRUE FALSE

Page 24facility_other_materials other_quantity_units
tons/year

Page 25facility_other_materials other_note Permit Limit - The chemical cleaning waste liquids fired in the boiler shall only contain the cleaning solution and u p Permit Limit - burn up to 20 cubic yards per day Permit Limit - burn up to 1,752 tons in EDG 3 and EDG 4 combined per calendar month as determined by an ave 4553.32 represents the actual TDF burned in 2009. This varies every year.Permitted to burn up to 10% of No Limitation Permit Limit - burn up to 620,500 gallons in EDG 3 and EDG 4 combined per month averaged over each 12 cons e Permit Limit - burn up to not greater than the percentage, in heat input, supplied by wood fuel during the most rece

Page 26facility_other_materials rcra_utilize rcra_explain No CAA Section 129 requirements are cost-prohibitive No CAA Section 129 requirements are cost-prohibitive No CAA Section 129 requirements are cost-prohibitive No CAA Section 129 requirements are cost-prohibitive No CAA Section 129 requirements are cost-prohibitive No CAA Section 129 requirements are cost-prohibitive No CAA Section 129 requirements are cost-prohibitive

Page 27boiler_information facility_id boiler_id boiler_typ e boiler_oth e bottom_de s design_fu e heat_input max_heat

_ MWe_cap a 4050 3 Cyclone firing Wet Botto m coal 719 812 76.5 4050 4 Cyclone firing Wet Botto m coal 3245 3083 309.1 4050 5 Wall firing - opposed fi Dry Botto m coal 3754 4189 427.75

Page 28boiler_information MWe_net_ design_gro operating_g design_pre operating_p design_te moperating_t design_re h design_re h 71 89.6 84.8 1250 1251 1.04 1.05 FALSE 1.06 291.1 88.6 85.9 2000 2003 1.08 1.09 FALSE 1.1 406.5 84.9 83.6 2400 2399.6 1.12 1.13 FALSE 1.14

Page 29boiler_information design_re h operating_roperating_roperating_r hours_ope ravg_capac applicable

_ retirement

_ retirement

_ FALSE 1.07 7503 65.15 N FALSE FALSE 1.11 8037 69.08 N FALSE FALSE 1.15 8200 73.67 Subpart Da(1) FALSE

Page 30boiler_information NOx_contro SO2_contro combustion_additives Yes Yes Yes Yes Yes Yes Yes Yes Yes

Page 31boiler_fuels facility_id boiler_id fuel_type fuel_year percentag e percentag e other_type 4050 3 coal - sub b 2007 94.86 4050 3 coal - sub b 2008 94.015 4050 3 coal - sub b 2009 93.03 4050 3 oil - distilla t 2007 3.22 4050 3 oil - distilla t 2008 4.753 4050 3 oil - distilla t 2009 3.15 4050 3 other non-f 2007 1.92 Tire Derived Fuel 4050 3 other non-f 2008 1.232 Tire Derived Fuel 4050 3 other non-f 2009 3.82 Tire Derived Fuel 4050 4 coal - sub b 2007 99.055 4050 4 coal - sub b 2008 99.646 4050 4 coal - sub b 2009 99.51 4050 4 oil - distilla t 2007 0.421 4050 4 oil - distilla t 2008 0.237 4050 4 oil - distilla t 2009 0.17 4050 4 other non-f 2007 0.524 Tire Derived Fuel 4050 4 other non-f 2008 0.117 Tire Derived Fuel 4050 4 other non-f 2009 0.32 Tire Derived Fuel 4050 5 coal - sub b 2007 99.85 4050 5 coal - sub b 2008 99.83 4050 5 coal - sub b 2009 99.87 4050 5 oil - distilla t 2007 0.15 4050 5 oil - distilla t 2008 0.17 4050 5 oil - distilla t 2009 0.13

Page 32boiler_control_NOx facility_id boiler_id NOx_type NOx_other NOx_online 4050 3 Overfire Air 11/1/2001 4050 4 Overfire Air 6/1/2001 4050 5 Low NOx Burner 11/1/2006 4050 5 Other (spe c Neural Netw 11/1/2007 4050 5 Overfire Air 11/1/2006

Page 33boiler_control_SO2 facility_id boiler_id SO2_type SO2_other SO2_online 4050 3 Low Sulfur Coal 12/1/1993 4050 4 Low Sulfur Coal 12/1/1993 4050 5 Low Sulfur Coal 12/1/1985

Page 34boiler_additives facility_id boiler_id boiler_addi additive_ot additive_online 4050 3 Flue gas conditioning t 1/1/1991 4050 4 Additive use for mercu 12/1/2009 4050 4 Flue gas conditioning t 1/1/1990 4050 5 Additive use for mercu 12/1/2009

Page 35facility_units facility_id unit_id 4050 3 4050 4 4050 5

Page 36unit_boilers facility_id unit_id boiler_id 4050 3 3 4050 4 4 4050 5 5

Page 37facility_controls facility_id control_id control_gro control_ty p control_ot h legacy_co n control_onl control_offl NOx_reag e 4050 ACI-5 Other cont r Activated carbon inject FALSE 12/1/2009 4050 ESP-3 PM control Electrostatic precipitato FALSE 11/1/1972 4050 ESP-4 PM control Electrostatic precipitato FALSE 12/1/1969 4050 ESP-5 PM control Electrostatic precipitato FALSE 3/1/1985 4050 RRI-3 NOx contro Other (spe c Rich Reag e FALSE 1/1/2009 Urea 4050 RRI-4 NOx contro Other (spe c Rich Reag e FALSE 1/1/2009 Urea 4050 SNCR -3 NOx contro Selective Noncatalytic FALSE 1/1/2009 Urea 4050 SNCR-4 NOx contro Selective Noncatalytic FALSE 1/1/2009 Urea

Page 38facility_controls reagent_ot h NOx_amm o SO2_sorb e other_sorb e SO2_scrubber_additive

Page 39facility_sampling_ports facility_id sampling_port_id 4050 ESP Outlet 3 4050 ESP Outlet 4 4050 Unit 5 Stack

Page 40facility_stacks facility_id stack_id stack_heig h stack_dia m stack_gas_velocity 4050 Common S 550 17 4050 Stack - 5 549 18

Page 41configurations facility_id configuration_id 4050 Unit 3 4050 Unit 4 4050 Unit 5

Page 42configuration_components facility_id configurati o componen t order componen t port_near 4050 Unit 3 3 1 Unit 4050 Unit 3 Common S 6 Stack 4050 Unit 3 ESP Outle t 5 Sampling P previous 4050 Unit 3 ESP-3 4 PM control 4050 Unit 3 RRI-3 2 NOx control 4050 Unit 3 SNCR -3 3 NOx control 4050 Unit 4 4 1 Unit 4050 Unit 4 Common S 6 Stack 4050 Unit 4 ESP Outle t 5 Sampling P previous 4050 Unit 4 ESP-4 4 PM control 4050 Unit 4 RRI-4 2 NOx control 4050 Unit 4 SNCR-4 3 NOx control 4050 Unit 5 5 1 Unit 4050 Unit 5 ACI-5 2 Other control 4050 Unit 5 ESP-5 3 PM control 4050 Unit 5 Stack - 5 5 Stack 4050 Unit 5 Unit 5 Sta c 4 Sampling P next

Page 43configuration_pollutants1 facility_id configurati opollutant_n permit_typ e emlimit_1 emlimit_un avg_perio d emlimit_2 emlimit_un 4050 Unit 3 PM (Cond e Federal - T 0.6 pound per m 1 hour 4050 Unit 3 PM (Filtera Federal - P 0.13 pound per m 1 hour 4050 Unit 3 Sulfur Diox Federal - T 4.07 pound per m 30 days 4.07 pound per m 4050 Unit 3 Nitrogen Ox Federal - T 0.2 pound per m 30 days 4050 Unit 4 PM (Cond e Federal - T 0.6 pound per m 1 hour 4050 Unit 4 PM (Filtera Federal - P 0.13 pound per m 1 hour 4050 Unit 4 Sulfur Diox Federal - T 4.07 pound per m 30 days 4.07 pound per m 4050 Unit 4 Nitrogen Ox Federal - T 0.15 pound per m 30 days 4050 Unit 5 PM (Cond e Federal - P 0.1 pound per m 1 hour 4050 Unit 5 Sulfur Diox Federal - P 1.2 pound per m 1 hour 4050 Unit 5 Nitrogen Ox Federal - P 0.7 pound per m 1 hour 0.15 pound per m 4050 Unit 5 Carbon M o Federal - P 0.3 pound per million Briti s 14688 pound per h

Page 44configuration_pollutants1 avg_perio d emlimit_de test_meth o emrate emrate_un i guarantee

_ level_expl a req_monito req_record Note that this limit is for TOTAL PM No 1. Primary 1. Must re c No 1. Primary 1. Must re c 24 hours No Continuou s CEM data Compliance achieved by averaging NOx emi s No WPL and v Continuou s CEM data Note that this is for TOTAL PM No 1. Primary 1. Must re c No 1. Primary 1. Must re c 24 hours No Continuou s CEM Data Compliance is achieved by averaging NOx e m No Continuou s CEM Data Note that t h Method 5 and 202 No 1. Primary 1. Must re c No Continuou s CEM data 30 days Compliance with 0.15 lb/MMBtu limit is achiev Yes WPL has s Continuou s CEM data 1 hour Averaging period for 0.3 lb/MMBtu limit is 12 m No Continuou s CEM data

Page 45configuration_pollutants1 req_reporting Provide upon request Provide upon request Quarterly Quarterly Provide upon request Provide upon request Quartly Quarterly Provide upon request Quarterly Quarterly Quarterly

Page 46control_technologies facility_id configurati o componen t control_id project_titl e project_ty p vendor_na m vendor_co n vendor_ph o 4050 Unit 5 ACI-5 1 Edgewater Non-Demo ADA-ES Travis Star 30333988 5

Page 47control_technologies vendor_ad d vendor_city vendor_sta vendor_zi p actual_sta r projected_s end_date sorbent chemical_a 8100 Sout h Littleton CO 80120 12/2/2009 Non-Brominated Powd

Page 48control_technologies injection_p o HAP_emis s HAP_emis s HAP_emis s HAP_achi e HAP_achi e HAP_achi e feed_rate feed_rate_u Prior to Air 1.19 1.16 1.18

Page 49control_technologies

u nits

Page 50control_coal_ranks facility_id configurati o componen t control_id coal_type 4050 Unit 5 ACI-5 1 subbituminous

Page 51control_pollutants1 facility_id configurati o componen t control_id pollutant_name 4050 Unit 5 ACI-5 1 Total Mercury (Hgt)

Page 52control_costs facility_id configurati o componen t control_id boiler_retro boiler_new

_ total_capitatotal_opera base_year 4050 Unit 5 ACI-5 1 Yes No

Page 53control_costs CBI TRUE

Page 54misc_controls facility_id misc_contr control_description

Page 55misc_control_configurations facility_id misc_contr configuration_id

Page 56fuel_shipments facility_id shipment_i shipment_damount_re c amount_u n fuel_type state_coun other_cou n county 4050 200901-C o 1/1/2009 64682.54 short tons ( coal WY 4050 200901-C o 1/1/2009 81214.39 short tons ( coal WY WY - Cam p 4050 200901-Oil 1/1/2009 4756 barrels oil 4050 200902-C o 2/1/2009 65835.89 short tons ( coal WY 4050 200902-C o 2/1/2009 94211.31 short tons ( coal WY WY - Cam p 4050 200903-C o 3/1/2009 87209.56 short tons ( coal WY 4050 200903-C o 3/1/2009 63939.02 short tons ( coal WY WY - Cam p 4050 200903-Oil 3/1/2009 5925.5 barrels oil 4050 200904-C o 4/1/2009 44292.58 short tons ( coal WY 4050 200904-C o 4/1/2009 64283.74 short tons ( coal WY WY - Cam p 4050 200904-Oil 4/1/2009 2903.3 barrels oil 4050 200905-C o 5/1/2009 44790.89 short tons ( coal WY 4050 200905-C o 5/1/2009 53874.52 short tons ( coal WY WY - Cam p 4050 200905-Oil 5/1/2009 3106.6 barrels oil 4050 200906-C o 6/1/2009 44369.87 short tons ( coal WY 4050 200906-C o 6/1/2009 41953.92 short tons ( coal WY WY - Cam p 4050 200906-Oil 6/1/2009 2903.9 barrels oil 4050 200907-C o 7/1/2009 66537.51 short tons ( coal WY 4050 200907-C o 7/1/2009 62905.83 short tons ( coal WY WY - Cam p 4050 200907-Oil 7/1/2009 2903.5 barrels oil 4050 200908-C o 8/1/2009 77455.8 short tons ( coal WY 4050 200908-C o 8/1/2009 105722.5 short tons ( coal WY WY - Cam p 4050 200908-Oil 8/1/2009 2899 barrels oil 4050 200909-C o 9/1/2009 43857.8 short tons ( coal WY 4050 200909-C o 9/1/2009 85265.75 short tons ( coal WY WY - Cam p 4050 200910-C o 10/1/2009 44039 short tons ( coal WY 4050 200910-C o 10/1/2009 95591.98 short tons ( coal WY WY - Cam p 4050 200910-Oil 10/1/2009 2884.1 barrels oil 4050 200911-C o 11/1/2009 89302.28 short tons ( coal WY 4050 200911-C o 11/1/2009 96451.24 short tons ( coal WY WY - Cam p 4050 200912-C o 12/1/2009 76454.47 short tons ( coal WY 4050 200912-C o 12/1/2009 97126.02 short tons ( coal WY WY - Cam p

Page 57fuel_shipments coal_seam shipment_method Unit Train p bell Unit Train Trucks Unit Train p bell Unit Train Unit Train p bell Unit Train Trucks Unit Train p bell Unit Train Trucks Unit Train p bell Unit Train Trucks Unit Train p bell Unit Train Trucks Unit Train p bell Unit Train Trucks Unit Train p bell Unit Train Trucks Unit Train p bell Unit Train Unit Train p bell Unit Train Trucks Unit Train p bell Unit Train Unit Train p bell Unit Train

Page 58fuel_shipment_configurations facility_id shipment_i configuration_id 4050 200901-C o Unit 3 4050 200901-C o Unit 4 4050 200901-C o Unit 5 4050 200901-Oil Unit 3 4050 200901-Oil Unit 4 4050 200901-Oil Unit 5 4050 200902-C o Unit 3 4050 200902-C o Unit 4 4050 200902-C o Unit 5 4050 200903-C o Unit 3 4050 200903-C o Unit 4 4050 200903-C o Unit 5 4050 200903-Oil Unit 3 4050 200903-Oil Unit 4 4050 200903-Oil Unit 5 4050 200904-C o Unit 3 4050 200904-C o Unit 4 4050 200904-C o Unit 5 4050 200904-Oil Unit 3 4050 200904-Oil Unit 4 4050 200904-Oil Unit 5 4050 200905-C o Unit 3 4050 200905-C o Unit 4 4050 200905-C o Unit 5 4050 200905-Oil Unit 3 4050 200905-Oil Unit 4 4050 200905-Oil Unit 5 4050 200906-C o Unit 3 4050 200906-C o Unit 4 4050 200906-C o Unit 5 4050 200906-Oil Unit 3 4050 200906-Oil Unit 4 4050 200906-Oil Unit 5 4050 200907-C o Unit 3 4050 200907-C o Unit 4 4050 200907-C o Unit 5 4050 200907-Oil Unit 3 4050 200907-Oil Unit 4 4050 200907-Oil Unit 5 4050 200908-C o Unit 3 4050 200908-C o Unit 4 4050 200908-C o Unit 5 4050 200908-Oil Unit 3 4050 200908-Oil Unit 4 4050 200908-Oil Unit 5 4050 200909-C o Unit 3 4050 200909-C o Unit 4 4050 200909-C o Unit 5 4050 200910-C o Unit 3 4050 200910-C o Unit 4 Page 59fuel_shipment_configurations 4050 200910-C o Unit 5 4050 200910-Oil Unit 3 4050 200910-Oil Unit 4 4050 200910-Oil Unit 5 4050 200911-C o Unit 3 4050 200911-C o Unit 4 4050 200911-C o Unit 5 4050 200912-C o Unit 3 4050 200912-C o Unit 4 4050 200912-C o Unit 5

Page 60fuel_shipment_samples facility_id shipment_i sample_id amount_fu e amount_fu e total_sulfu r ash_conte nheating_va heating_u n

Page 61fuel_shipment_samples chlorine chlorine_u n fluorine fluorine_u n data_provi d data_other

_ supplier_ty supplier_n a supplier_a d

Page 62fuel_shipment_samples supplier_ci t supplier_st supplier_zi p lab_name lab_addre s lab_city lab_state lab_zip analysis_co

Page 63fuel_shipment_samples

o pies

Page 64fuel_sample_pollutants facility_id shipment_i sample_id fuel_polluta pollutant_c pollutant_c pollutant_c pollutant_conc_MDL

Page 65test_reports facility_id report_id report_typ e other_type report_des c report_beg report_end

_ before_co n during_dev 4050 EDG3-HG - other Diagnostic Hg diagno s 10/3/2007 10/3/2007 No No 4050 EDG3-PM - compliance Particulate 6/13/2006 6/13/2006 No No 4050 EDG4-Hg- 2 other Diagnostic Mercury te s ######## 11/1/2007 No No 4050 EDG4-Hg- 2 other Diagnotic Hg (OHM) 7/30/2008 7/30/2008 No No 4050 EDG4-Hg- 2 other Diagnostic Diagnostic 7/31/2008 7/31/2008 No No 4050 EDG4-PM - compliance Particulate 6/14/2006 6/14/2006 No No 4050 EDG5-H2 S other Diagnostic Diagnostic 6/16/2009 6/16/2009 No No 4050 EDG5-Hg- 2 other Diagnostic Diagnostic 9/7/2006 9/7/2006 No No 4050 EDG5-Hg P other Diagnostic Diagnostic 2/26/2008 2/26/2008 No No 4050 EDG5-Hg P other Diagnostic Diagnostic 3/6/2008 3/6/2008 No No 4050 EDG5-Meta other Diagnostic Diagnostic metal testing at Unit 5 S No No 4050 EDG5-PM - compliance Partiliculate 6/15/2006 6/15/2006 No No

Page 66test_reports deviation_reports No No No No No No No No No No No No

Page 67test_report_configurations facility_id report_id configuration_id 4050 EDG3-HG - Unit 3 4050 EDG3-PM - Unit 3 4050 EDG4-Hg- 2 Unit 4 4050 EDG4-Hg- 2 Unit 4 4050 EDG4-Hg- 2 Unit 4 4050 EDG4-PM - Unit 4 4050 EDG5-H2 S Unit 5 4050 EDG5-Hg- 2 Unit 5 4050 EDG5-Hg P Unit 5 4050 EDG5-Hg P Unit 5 4050 EDG5-Meta Unit 5 4050 EDG5-PM - Unit 5

Page 68test_report_fuels facility_id report_id fuel_id 4050 EDG3-HG - Subbituminous Coal 4050 EDG3-PM - Subbituminous Coal 4050 EDG4-Hg- 2 Subbituminous 4050 EDG4-Hg- 2 Subbituminous 4050 EDG4-Hg- 2 Subbituminous 4050 EDG4-PM - Subbituminous Coal 4050 EDG5-H2 S Subbituminous 4050 EDG5-Hg- 2 Subbituminous 4050 EDG5-Hg P Subbituminous 4050 EDG5-Hg P Subbituminous 4050 EDG5-Meta Subbituminous 4050 EDG5-PM - Subbituminous

Page 69test_report_fuel_types facility_id report_id fuel_id fuel_type percentag e percentag e other_type 4050 EDG3-HG - Subbitumi n coal - sub b 100 100 4050 EDG3-PM - Subbitumi n coal - sub b 100 100 4050 EDG4-Hg- 2 Subbitumi n coal - sub b 100 100 4050 EDG4-Hg- 2 Subbitumi n coal - sub b 100 100 4050 EDG4-Hg- 2 Subbitumi n coal - sub b 100 100 4050 EDG4-PM - Subbitumi n coal - sub b 100 100 4050 EDG5-H2 S Subbitumi n coal - sub b 100 100 4050 EDG5-Hg- 2 Subbitumi n coal - sub b 100 100 4050 EDG5-Hg P Subbitumi n coal - sub b 100 100 4050 EDG5-Hg P Subbitumi n coal - sub b 100 100 4050 EDG5-Meta Subbitumi n coal - sub b 100 100 4050 EDG5-PM - Subbitumi n coal - sub b 100 100

Page 70cem_data facility_id time_perio d cem_period_description 4050 01/01/200 9 Start date of time period for which Hg CEMs data is available reflects post-install

Page 71cem_data ation and QA/QC of the Tekran continuous mercury emission monitor systems for Edgewater Unit 3, Un

Page 72cem_data it 4 and Unit 5. See NOTES page for additional information.

Page 73cem_data_pollutants1 facility_id time_perio dpollutant_name 4050 01/01/200 9 Total Mercury (Hgt)

Page 74test_report_sampling facility_id report_id sampling_p point_diffe r point_desc before_SO point_orie n normal_by p testing_by p 4050 EDG3-HG - ESP Outlet No No 4050 EDG3-PM - ESP Outlet No No 4050 EDG4-Hg- 2 ESP Outlet No No 4050 EDG4-Hg- 2 ESP Outlet No No 4050 EDG4-Hg- 2 ESP Outlet No No 4050 EDG4-PM - ESP Outlet No No 4050 EDG5-H2 S Unit 5 Sta c No No 4050 EDG5-Hg- 2 Unit 5 Sta c No No 4050 EDG5-Hg P Unit 5 Sta c No No 4050 EDG5-Hg P Unit 5 Sta c No No 4050 EDG5-Meta Unit 5 Sta c No No 4050 EDG5-PM - Unit 5 Sta c No No

Page 75test_report_sampling fg_fraction

Page 76sampling_runs facility_id report_id sampling_p run_id start_datet i end_dateti m unit_load net_genera fg_moisture 4050 EDG3-HG - ESP Outlet average 10/3/2007 10/3/2007 65 10.3 4050 EDG3-PM - ESP Outlet average 6/13/2006 6/13/2006 78 73 10.6 4050 EDG4-Hg- 2 ESP Outlet average ######## 11/1/2007 305 10.7 4050 EDG4-Hg- 2 ESP Outlet average 7/30/2008 7/30/2008 288 271 11.9 4050 EDG4-Hg- 2 ESP Outlet average 7/31/2008 7/31/2008 286 270 12.3 4050 EDG4-PM - ESP Outlet average 6/14/2006 6/14/2006 317 298 12.2 4050 EDG5-H2 S Unit 5 Sta c average 6/16/2009 6/16/2009 424 11.7 4050 EDG5-Hg- 2 Unit 5 Sta c average 9/7/2006 9/7/2006 383 12.2 4050 EDG5-Hg P Unit 5 Sta c average 2/26/2008 2/26/2008 384 8.9 4050 EDG5-Hg P Unit 5 Sta c average 3/6/2008 3/6/2008 382 10.5 4050 EDG5-Meta Unit 5 Sta c average 6/15/2006 6/15/2006 398 382 11.2 4050 EDG5-PM - Unit 5 Sta c average 6/15/2006 6/15/2006 398 382 11.2

Page 77sampling_runs fg_flow_ra t fg_flow_ra t standard_te standard_p normal_te m normal_pre fg_oxygen

_ fg_CO2_co fg_tempera 173672 dscfm 68 1 5.8 13.5 1.02 193379 dscfm 68 1 6 14 1.01 619566 dscfm 68 1 5 14.6 268 595115 dscfm 68 1 5 14.5 274 596627 dscfm 68 1 5 14.5 271 660484 dscfm 68 1 6 14 281 980785 dscfm 68 1 7.5 12 281 932210 dscfm 68 1 2.7 11.5 293 905930 dscfm 68 1 7.5 12 283 895925 dscfm 68 1 7.2 12 280 912479 dscfm 68 1 7.5 13.5 283 912479 dscfm 68 1 7.5 13.5 283

Page 78sampling_runs fg_pressure Hg_loi test_meth o run_comm e fuel_id fuel_unit_l ofuel_flow_r fuel_ash fuel_heatin 0.97 ASTM D6784-02 Subbitumi n 65 6.54 11958 0.98 5/202 Subbitumi n 78 92440 7.61 11845 0.97 ASTM D6784-02 0.98 ASTM D6784-02 Subbitumi n 288 326280 0.98 ASTM D6784-02 Subbitumi n 286 306750 0.99 5/202 Subbitumi n 317 340624 7.64 11895 0.98 8A (See note 1.03) Subbitumi n 424 6.93 11991 0.96 ASTM D6784-02 Subbitumi n 383 426717 7.11 12348 0.97 Particulate Tests used Subbitumi n 384 452070 7.74 11902 0.97 Particulate Tests used Subbitumi n 382 443700 6.63 12044 0.97 29 Subbitumi n 398 433610 6.73 11994 0.97 201A/202 Subbitumi n 398 433610 6.73 11994

Page 79sampling_runs fuel_sulfur 0.37

0.4

0.41 0.43 0.65 0.42 0.45

0.4 0.4

Page 80sampling_run_pollutants1 facility_id report_id sampling_p run_id pollutant_n conc conc_units conc_ND conc_MDL 4050 EDG3-PM - ESP Outlet average PM (Filtera 0.0177 FALSE 4050 EDG3-PM - ESP Outlet average PM (Cond e 0.0073 FALSE 4050 EDG3-HG - ESP Outlet average Total Merc u 3.405 microgram FALSE 4050 EDG3-HG - ESP Outlet average Elemental M 0.66 microgram FALSE 4050 EDG3-HG - ESP Outlet average Oxidized M 2.74 microgram FALSE 4050 EDG3-HG - ESP Outlet average Particulate - 0.00207 microgram FALSE 4050 EDG4-PM - ESP Outlet average PM (Filtera 0.0277 FALSE 4050 EDG4-PM - ESP Outlet average PM (Cond e 0.0109 FALSE 4050 EDG4-Hg- 2 ESP Outlet average Total Merc u 4.595 microgram FALSE 4050 EDG4-Hg- 2 ESP Outlet average Elemental M 1.93 microgram FALSE 4050 EDG4-Hg- 2 ESP Outlet average Oxidized M 2.585 microgram FALSE 4050 EDG4-Hg- 2 ESP Outlet average Particulate - 0.08 microgram FALSE 4050 EDG4-Hg- 2 ESP Outlet average Total Merc u 1.61 microgram FALSE 4050 EDG4-Hg- 2 ESP Outlet average Elemental M 0.33 microgram FALSE 4050 EDG4-Hg- 2 ESP Outlet average Oxidized M 1.18 microgram FALSE 4050 EDG4-Hg- 2 ESP Outlet average Particulate - 0.1 microgram FALSE 4050 EDG4-Hg- 2 ESP Outlet average Total Merc u 1.05 microgram FALSE 4050 EDG4-Hg- 2 ESP Outlet average Elemental M 0.16 microgram FALSE 4050 EDG4-Hg- 2 ESP Outlet average Oxidized M 0.73 microgram FALSE 4050 EDG4-Hg- 2 ESP Outlet average Particulate - 0.17 microgram FALSE 4050 EDG5-PM - Unit 5 Sta c average PM (Filtera 0.007 FALSE 4050 EDG5-PM - Unit 5 Sta c average PM (Cond e 0.0078 FALSE 4050 EDG5-PM - Unit 5 Sta c average PM10 (Filte 0.007 FALSE 4050 EDG5-Meta Unit 5 Sta c average A rsenic (As 0.533 microgram FALSE 4050 EDG5-Meta Unit 5 Sta c average Beryllium ( B 0.125 microgram FALSE 4050 EDG5-Meta Unit 5 Sta c average Cadmium ( 0.394 microgram FALSE 4050 EDG5-Meta Unit 5 Sta c average Chromium 2.382 microgram FALSE 4050 EDG5-Meta Unit 5 Sta c average Lead (Pb) 1.766 microgram FALSE 4050 EDG5-Meta Unit 5 Sta c average Manganes e 1.628 microgram FALSE 4050 EDG5-Meta Unit 5 Sta c average Total Merc u 6.907 microgram FALSE 4050 EDG5-Meta Unit 5 Sta c average Nickel (Ni) 3.489 microgram FALSE 4050 EDG5-Meta Unit 5 Sta c average Selenium ( S 3.308 microgram FALSE 4050 EDG5-Hg- 2 Unit 5 Sta c average Total Merc u 6.65 microgram FALSE 4050 EDG5-Hg- 2 Unit 5 Sta c average Elemental M 3.93 microgram FALSE 4050 EDG5-Hg- 2 Unit 5 Sta c average Oxidized M 2.72 microgram FALSE 4050 EDG5-Hg- 2 Unit 5 Sta c average Particulate - 0.00126 microgram FALSE 4050 EDG5-Hg P Unit 5 Sta c average PM (Filtera 0.0024 FALSE 4050 EDG5-Hg P Unit 5 Sta c average PM (Cond e 0.0086 FALSE 4050 EDG5-Hg P Unit 5 Sta c average PM10 (Filte 0.0021 FALSE 4050 EDG5-Hg P Unit 5 Sta c average Total Merc u 7 microgram FALSE 4050 EDG5-Hg P Unit 5 Sta c average Total Merc u 1.73 microgram FALSE 4050 EDG5-Hg P Unit 5 Sta c average PM (Filtera 0.0025 FALSE 4050 EDG5-Hg P Unit 5 Sta c average PM (Cond e 0.001 FALSE 4050 EDG5-Hg P Unit 5 Sta c average PM10 (Filte 0.0018 FALSE 4050 EDG3-PM - ESP Outlet average PM10 (Filte 0.0077 FALSE

Page 81sampling_run_pollutants1 emission_r emission_r emission_r emission_r emission_fa emission_fa emission_fa emission_fa run_polluta 29.312 pound per h FALSE 0.035 pound per m FALSE Typical me a 12.077 pound per h FALSE 0.0144 pound per G FALSE Typical me a 0.0022 pound per h FALSE 0.003 pound per m FALSE 0.0004 pound per h FALSE 0.00058 pound per m FALSE 0.0018 pound per h FALSE 0.00242 pound per m FALSE 1.3E-06 pound per h FALSE 1.75E-06 pound per m FALSE 156.408 pound per h FALSE 0.0546 pound per m FALSE Typical me a

61.302 pound per h FALSE 0.0214 pound per m FALSE Typical me a 0.0106 pound per h FALSE 0.003648 pound per m FALSE 0.0045 pound per h FALSE 0.001532 pound per m FALSE

0.006 pound per h FALSE 0.002051 pound per m FALSE 0.000186 pound per h FALSE 0.000064 pound per m FALSE 0.0036 pound per h FALSE 0.001291 pound per m FALSE 0.0007 pound per h FALSE 0.000266 pound per m FALSE 0.0026 pound per h FALSE 0.000949 pound per m FALSE 0.0002 pound per h FALSE 7.64E-05 pound per m FALSE 0.0023 pound per h FALSE 0.000838 pound per m FALSE 0.0004 pound per h FALSE 0.000123 pound per m FALSE 0.0016 pound per h FALSE 0.000581 pound per m FALSE 0.0004 pound per h FALSE 0.000134 pound per m FALSE

5.331 pound per h FALSE 0.0015 pound per m FALSE Typical me a 60.98 pound per h FALSE 0.0171 pound per m FALSE Typical me a 5.331 pound per h FALSE 0.0015 pound per m FALSE Typical me a 0.00182 pound per h FALSE 5.11E-07 pound per m FALSE 0.000429 pound per h FALSE 1.2E-07 pound per m FALSE

0.00134 pound per h FALSE 3.78E-07 pound per m FALSE 0.00813 pound per h FALSE 2.29E-06 pound per m FALSE 0.00603 pound per h FALSE 1.7E-06 pound per m FALSE 0.00556 pound per h FALSE 1.56E-06 pound per m FALSE 0.236 pound per h FALSE 6.63E-06 pound per m FALSE 0.119 pound per h FALSE 3.35E-06 pound per m FALSE 0.113 pound per h FALSE 3.17E-06 pound per m FALSE 0.02319 pound per h FALSE 0.000005 pound per m FALSE

0.0137 pound per h FALSE 0.000003 pound per m FALSE 0.00949 pound per h FALSE 0.000002 pound per m FALSE 4.37E-06 pound per h FALSE 8.62E-10 pound per m FALSE 19.162 pound per h FALSE 0.0054 pound per m FALSE Typical me a 67.023 pound per h FALSE 0.0188 pound per m FALSE Typical me a 16.565 pound per h FALSE 0.0047 pound per m FALSE Typical me a FALSE FALSE FALSE FALSE 19.412 pound per h FALSE 0.0053 pound per m FALSE Typical me a

7.537 pound per h FALSE 0.0022 pound per m FALSE Typical me a 13.802 pound per h FALSE 0.0038 pound per m FALSE Typical me a

6.981 pound per h FALSE 0.0168 pound per m FALSE Typical me a

Page 82sampling_run_pollutants1 nt_comment a surement units for this PM concentration is in grains per dry standard cubic feet (0.0177 grains/dscf) a surement units for this PM concentration is in grains per dry standard cubic feet (0.0073 grains/dscf)

a surement units for this PM concentration is expressed in grain per dry standard cubic feet (0.0277 grai n a surement units for this PM concentration is expressed in grain per dry standard cubic feet (0.0109 grai n

a surement units for this PM concentration is expressed in grain per dry standard cubic feet (0.007 grain s a surement units for this PM concentration is expressed in grain per dry standard cubic feet (0.0078 grai n a surement units for this PM concentration is expressed in grain per dry standard cubic feet (0.007 grain s

a surement units for this PM concentration is expressed in grain per dry standart cubic feet (0.0024 grain a surement units for this PM concentration is expressed in grain per dry standart cubic feet (0.0086 grain a surement units for this PM concentration is expressed in grain per dry standart cubic feet (0.0021 grain

a surement units for this PM concentration is expressed in grain per dry standard cubic feet (0.0025 grai n a surement units for this PM concentration is expressed in grain per dry standard cubic feet (0.0010 grai n a surement units for this PM concentration is expressed in grain per dry standard cubic feet (0.0018 grai n a surement units for this PM concentration is in grains per dry standard cubic feet (0.0077 grains/dscf)

Page 83sampling_run_pollutants1

n s/dscf) n s/dscf)

s/dscf) n s/dscf) s/dscf)

s/dscf) s/dscf) s/dscf)

n s/dscf) n s/dscf) n s/dscf)

Page 84sampling_run_fuel facility_id report_id sampling_p run_id fuel_pollutafuel_conc fuel_conc_ fuel_conc_ fuel_conc_ M 4050 EDG3-HG - ESP Outlet average Mercury ( H 0.08 microgram FALSE 4050 EDG3-PM - ESP Outlet average Mercury ( H 0.07 microgram FALSE 4050 EDG4-PM - ESP Outlet average Mercury ( H 0.08 microgram FALSE 4050 EDG5-Hg- 2 Unit 5 Sta c average Mercury ( H 0.08 microgram FALSE 4050 EDG5-Hg P Unit 5 Sta c average Mercury ( H 0.07 microgram FALSE 4050 EDG5-Hg P Unit 5 Sta c average Mercury ( H 0.09 microgram FALSE 4050 EDG5-Meta Unit 5 Sta c average Mercury ( H 0.1 microgram FALSE 4050 EDG5-PM - Unit 5 Sta c average Mercury ( H 0.1 microgram FALSE

Page 85sampling_run_fuel M DL

Page 86