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 6170 6170 Wi sconsin Electric Power Company Wi sconsin Electric Power Company

legal owner231 W est Michigan Avenue Milwaukee WI 53203

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 Pleasant Prairie

8000 95th Street

Plasant Prairie

WI 53158 8000 95th Street Plasant Prairie

WI 53158

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 TRUE TRUE TRUE FALSE TRUE TRUE TRUE TRUE

Page 3Facility _Information

ff_permitted_petcoke

ff_permitted_other

deviation_reporting

continuous_emissions

cem_provided

facility _note FALSE TRUE 1. Quarterly Excess Emission Reports must - (b) Contain the following information: (i) The date and starting and ending times or duration of each period of excess emissions; (ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes; (iii) The cause of anymalfunction and the measurestaken to reduce excess emission; (iv) The date and starting and ending times of any period during which the m onitoring system was inoperative and reason or causes of inoperation,including monitor malfunction or calibration, except zero and span checks. The report shall identify therepairs or adjustments made to the system; (v) The date and starting and ending time of an periodduring which the process being monitored was inoperative;2. Monitoring Reports must contain - (4) All deviations from, and violations of, applicablerequirements shall be clearly identified in the submittal. Yes EPA- Region V; Clean Air Markets Division ~~~~~~~~~~ BOILER INFORMATION ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Tem p & Reheat Temp > 300 -- all at 9552) The “ hours/year operated” = the average of the actual number of hours the unit operated in 1 year based on the last 3 years of operation.3) Furnace is a Riley Stoker configuration called a Turbo Furnace, designed to reduce NOx from conventional wall fired boiler. This boiler was designed to meet NSPS.4) PPPP began using low sulfur coal at commercial operation. Unit 1 = 1980; Unit 2 = 1985~~~~~~~~~~ FACILITY UNIT CONFIGURATION~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Original installation of ESP had Sulfur Tioxide Flue Gas Conditioning; however, with the installation of the SCR, SO3 is no longer needed as the SCR cataly st produces SO3.~~~~~~~~~~~~ UNIT INFORMATION ~~~~~~~~~~~~~~~~~~~~~1) The PM perm it lim it is a Total PM limit. There is also a federally enforceable PM filterable emission rate (0.030 lb/mmBtu on a 3-hr rolling average basis, excluding startup and shutdown) pursua

Page 4Facility _Information

~~~~~~~~~~ BOILER INFORMATION ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Tem p & Reheat Temp > 300 -- all at 9552) The “ hours/year operated” = the average of the actual number of hours the unit operated in 1 year based on the last 3 years of operation.3) Furnace is a Riley Stoker configuration called a Turbo Furnace, designed to reduce NOx from conventional wall fired boiler. This boiler was designed to meet NSPS.4) PPPP began using low sulfur coal at commercial operation. Unit 1 = 1980; Unit 2 = 1985~~~~~~~~~~ FACILITY UNIT CONFIGURATION~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Original installation of ESP had Sulfur Tioxide Flue Gas Conditioning; however, with the installation of the SCR, SO3 is no longer needed as the SCR cataly st produces SO3.~~~~~~~~~~~~ UNIT INFORMATION ~~~~~~~~~~~~~~~~~~~~~1) The PM perm it lim it is a Total PM limit. There is also a federally enforceable PM filterable emission rate (0.030 lb/mmBtu on a 3-hr rolling average basis, excluding startup and shutdown) pursua

Page 5Facility _Information

~~~~~~~~~~ BOILER INFORMATION ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Tem p & Reheat Temp > 300 -- all at 9552) The “ hours/year operated” = the average of the actual number of hours the unit operated in 1 year based on the last 3 years of operation.3) Furnace is a Riley Stoker configuration called a Turbo Furnace, designed to reduce NOx from conventional wall fired boiler. This boiler was designed to meet NSPS.4) PPPP began using low sulfur coal at commercial operation. Unit 1 = 1980; Unit 2 = 1985~~~~~~~~~~ FACILITY UNIT CONFIGURATION~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Original installation of ESP had Sulfur Tioxide Flue Gas Conditioning; however, with the installation of the SCR, SO3 is no longer needed as the SCR cataly st produces SO3.~~~~~~~~~~~~ UNIT INFORMATION ~~~~~~~~~~~~~~~~~~~~~1) The PM perm it lim it is a Total PM limit. There is also a federally enforceable PM filterable emission rate (0.030 lb/mmBtu on a 3-hr rolling average basis, excluding startup and shutdown) pursua

Page 6Facility _Information

~~~~~~~~~~ BOILER INFORMATION ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Tem p & Reheat Temp > 300 -- all at 9552) The “ hours/year operated” = the average of the actual number of hours the unit operated in 1 year based on the last 3 years of operation.3) Furnace is a Riley Stoker configuration called a Turbo Furnace, designed to reduce NOx from conventional wall fired boiler. This boiler was designed to meet NSPS.4) PPPP began using low sulfur coal at commercial operation. Unit 1 = 1980; Unit 2 = 1985~~~~~~~~~~ FACILITY UNIT CONFIGURATION~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Original installation of ESP had Sulfur Tioxide Flue Gas Conditioning; however, with the installation of the SCR, SO3 is no longer needed as the SCR cataly st produces SO3.~~~~~~~~~~~~ UNIT INFORMATION ~~~~~~~~~~~~~~~~~~~~~1) The PM perm it lim it is a Total PM limit. There is also a federally enforceable PM filterable emission rate (0.030 lb/mmBtu on a 3-hr rolling average basis, excluding startup and shutdown) pursua

Page 7Facility _Information

~~~~~~~~~~ BOILER INFORMATION ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Tem p & Reheat Temp > 300 -- all at 9552) The “ hours/year operated” = the average of the actual number of hours the unit operated in 1 year based on the last 3 years of operation.3) Furnace is a Riley Stoker configuration called a Turbo Furnace, designed to reduce NOx from conventional wall fired boiler. This boiler was designed to meet NSPS.4) PPPP began using low sulfur coal at commercial operation. Unit 1 = 1980; Unit 2 = 1985~~~~~~~~~~ FACILITY UNIT CONFIGURATION~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Original installation of ESP had Sulfur Tioxide Flue Gas Conditioning; however, with the installation of the SCR, SO3 is no longer needed as the SCR cataly st produces SO3.~~~~~~~~~~~~ UNIT INFORMATION ~~~~~~~~~~~~~~~~~~~~~1) The PM perm it lim it is a Total PM limit. There is also a federally enforceable PM filterable emission rate (0.030 lb/mmBtu on a 3-hr rolling average basis, excluding startup and shutdown) pursua

Page 8Facility _Information

~~~~~~~~~~ BOILER INFORMATION ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Tem p & Reheat Temp > 300 -- all at 9552) The “ hours/year operated” = the average of the actual number of hours the unit operated in 1 year based on the last 3 years of operation.3) Furnace is a Riley Stoker configuration called a Turbo Furnace, designed to reduce NOx from conventional wall fired boiler. This boiler was designed to meet NSPS.4) PPPP began using low sulfur coal at commercial operation. Unit 1 = 1980; Unit 2 = 1985~~~~~~~~~~ FACILITY UNIT CONFIGURATION~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Original installation of ESP had Sulfur Tioxide Flue Gas Conditioning; however, with the installation of the SCR, SO3 is no longer needed as the SCR cataly st produces SO3.~~~~~~~~~~~~ UNIT INFORMATION ~~~~~~~~~~~~~~~~~~~~~1) The PM perm it lim it is a Total PM limit. There is also a federally enforceable PM filterable emission rate (0.030 lb/mmBtu on a 3-hr rolling average basis, excluding startup and shutdown) pursua

Page 9Facility _Information

~~~~~~~~~~ BOILER INFORMATION ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Tem p & Reheat Temp > 300 -- all at 9552) The “ hours/year operated” = the average of the actual number of hours the unit operated in 1 year based on the last 3 years of operation.3) Furnace is a Riley Stoker configuration called a Turbo Furnace, designed to reduce NOx from conventional wall fired boiler. This boiler was designed to meet NSPS.4) PPPP began using low sulfur coal at commercial operation. Unit 1 = 1980; Unit 2 = 1985~~~~~~~~~~ FACILITY UNIT CONFIGURATION~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Original installation of ESP had Sulfur Tioxide Flue Gas Conditioning; however, with the installation of the SCR, SO3 is no longer needed as the SCR cataly st produces SO3.~~~~~~~~~~~~ UNIT INFORMATION ~~~~~~~~~~~~~~~~~~~~~1) The PM perm it lim it is a Total PM limit. There is also a federally enforceable PM filterable emission rate (0.030 lb/mmBtu on a 3-hr rolling average basis, excluding startup and shutdown) pursua

Page 10Facility _Information

~~~~~~~~~~ BOILER INFORMATION ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Tem p & Reheat Temp > 300 -- all at 9552) The “ hours/year operated” = the average of the actual number of hours the unit operated in 1 year based on the last 3 years of operation.3) Furnace is a Riley Stoker configuration called a Turbo Furnace, designed to reduce NOx from conventional wall fired boiler. This boiler was designed to meet NSPS.4) PPPP began using low sulfur coal at commercial operation. Unit 1 = 1980; Unit 2 = 1985~~~~~~~~~~ FACILITY UNIT CONFIGURATION~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Original installation of ESP had Sulfur Tioxide Flue Gas Conditioning; however, with the installation of the SCR, SO3 is no longer needed as the SCR cataly st produces SO3.~~~~~~~~~~~~ UNIT INFORMATION ~~~~~~~~~~~~~~~~~~~~~1) The PM perm it lim it is a Total PM limit. There is also a federally enforceable PM filterable emission rate (0.030 lb/mmBtu on a 3-hr rolling average basis, excluding startup and shutdown) pursua

Page 11Facility _Information

~~~~~~~~~~ BOILER INFORMATION ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Tem p & Reheat Temp > 300 -- all at 9552) The “ hours/year operated” = the average of the actual number of hours the unit operated in 1 year based on the last 3 years of operation.3) Furnace is a Riley Stoker configuration called a Turbo Furnace, designed to reduce NOx from conventional wall fired boiler. This boiler was designed to meet NSPS.4) PPPP began using low sulfur coal at commercial operation. Unit 1 = 1980; Unit 2 = 1985~~~~~~~~~~ FACILITY UNIT CONFIGURATION~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Original installation of ESP had Sulfur Tioxide Flue Gas Conditioning; however, with the installation of the SCR, SO3 is no longer needed as the SCR cataly st produces SO3.~~~~~~~~~~~~ UNIT INFORMATION ~~~~~~~~~~~~~~~~~~~~~1) The PM perm it lim it is a Total PM limit. There is also a federally enforceable PM filterable emission rate (0.030 lb/mmBtu on a 3-hr rolling average basis, excluding startup and shutdown) pursua

Page 12Facility _Information

~~~~~~~~~~ BOILER INFORMATION ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Tem p & Reheat Temp > 300 -- all at 9552) The “ hours/year operated” = the average of the actual number of hours the unit operated in 1 year based on the last 3 years of operation.3) Furnace is a Riley Stoker configuration called a Turbo Furnace, designed to reduce NOx from conventional wall fired boiler. This boiler was designed to meet NSPS.4) PPPP began using low sulfur coal at commercial operation. Unit 1 = 1980; Unit 2 = 1985~~~~~~~~~~ FACILITY UNIT CONFIGURATION~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Original installation of ESP had Sulfur Tioxide Flue Gas Conditioning; however, with the installation of the SCR, SO3 is no longer needed as the SCR cataly st produces SO3.~~~~~~~~~~~~ UNIT INFORMATION ~~~~~~~~~~~~~~~~~~~~~1) The PM perm it lim it is a Total PM limit. There is also a federally enforceable PM filterable emission rate (0.030 lb/mmBtu on a 3-hr rolling average basis, excluding startup and shutdown) pursua

Page 13Facility _Information

~~~~~~~~~~ BOILER INFORMATION ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Tem p & Reheat Temp > 300 -- all at 9552) The “ hours/year operated” = the average of the actual number of hours the unit operated in 1 year based on the last 3 years of operation.3) Furnace is a Riley Stoker configuration called a Turbo Furnace, designed to reduce NOx from conventional wall fired boiler. This boiler was designed to meet NSPS.4) PPPP began using low sulfur coal at commercial operation. Unit 1 = 1980; Unit 2 = 1985~~~~~~~~~~ FACILITY UNIT CONFIGURATION~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Original installation of ESP had Sulfur Tioxide Flue Gas Conditioning; however, with the installation of the SCR, SO3 is no longer needed as the SCR cataly st produces SO3.~~~~~~~~~~~~ UNIT INFORMATION ~~~~~~~~~~~~~~~~~~~~~1) The PM perm it lim it is a Total PM limit. There is also a federally enforceable PM filterable emission rate (0.030 lb/mmBtu on a 3-hr rolling average basis, excluding startup and shutdown) pursua

Page 14Facility _Information

~~~~~~~~~~ BOILER INFORMATION ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Tem p & Reheat Temp > 300 -- all at 9552) The “ hours/year operated” = the average of the actual number of hours the unit operated in 1 year based on the last 3 years of operation.3) Furnace is a Riley Stoker configuration called a Turbo Furnace, designed to reduce NOx from conventional wall fired boiler. This boiler was designed to meet NSPS.4) PPPP began using low sulfur coal at commercial operation. Unit 1 = 1980; Unit 2 = 1985~~~~~~~~~~ FACILITY UNIT CONFIGURATION~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1) Original installation of ESP had Sulfur Tioxide Flue Gas Conditioning; however, with the installation of the SCR, SO3 is no longer needed as the SCR cataly st produces SO3.~~~~~~~~~~~~ UNIT INFORMATION ~~~~~~~~~~~~~~~~~~~~~1) The PM perm it lim it is a Total PM limit. There is also a federally enforceable PM filterable emission rate (0.030 lb/mmBtu on a 3-hr rolling average basis, excluding startup and shutdown) pursua

Page 15facility _contacts

facility _id contact_id contact_title contact_name

contact_phone1

contact_phone2

contact_email

contact_primary 6170 4 Air Quality Manager Terry Coughlin 4142212293 terry .coughlin@we-energies.com TRUE 6170 5 Sr. Environmental Engineer Steve Stretchberry

4142212174 steve.stretchberry@we-energies.com FALSE

Page 16facility _coal_utilized

facility _id coal_ty pe percentage_mass percentage_btu

sy nfuel_ty pe

coal_note 6170 subbituminous 100

Page 17facility _oil_utilized

facility _id oil_ty pe percentage_volume percentage_btu

other_ty pe 6170 No.2 Fuel Oil (distillate) 100

Page 18facility _other_materials

facility _id other_material

permitted_burn

actually _burn other_quantity

other_quantity

_units other_note rcra_utilize rcra_explain 6170 Alternative Fuel - Ash reburn

TRUE TRUE 87230 tons/year Averaged over 5 years: 2005- 94577 tons/year2006- 92797 tons/year2007- 88102 tons/year2008- 91169 tons/year2009- 69507 tons/year No CAA Section 129 requirements are cost-prohibitive 6170 Non-Hazardous Boiler Chemical Cleaning Fluids

TRUE TRUE 169771 num ber/year 99,951 gallons of non-hazardous boiler chemical cleaning fluids were burned in March 200669,820 gallons of non-hazardous boiler chemical cleaning fluids were burned in April 2006Zero gallons burned since April 2006

No See Note 8 for additional details on non-hazardous boiler chemical cleaning fluids

Page 19facility _other_materials

rcra_explain CAA Section 129 requirements are cost-prohibitive See Note 8 for additional details on non-hazardous boiler chemical cleaning fluids

Page 20boiler_information

facility _id boiler_id boiler_ty pe boiler_other bottom_design

design_fuel heat_input ma x_heat_input MW e_capacity 6170 1 Wa ll firing - opposed firing Dry Bottom coal 6153 6449 655 6170 2 Wa ll firing - opposed firing Dry Bottom coal 6153 6449 643

Page 21boiler_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 617 84.84 86.12 1990 1860 1 1 FALSE 1 605 84.84 86.8 1990 1850 1 1 FALSE 1

Page 22boiler_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 1 7643 73.19 Subpart D FALSE FALSE 1 6938 66.49 Subpart D FALSE

Page 23boiler_information

NOx_control

SO2_control

combustion_additives Yes Yes Yes Yes Yes Yes

Page 24boiler_fuels

facility _id boiler_id fuel_ty pe fuel_year percentage_massvol percentage_btu

other_ty pe 6170 1 coal - subbituminous 2007 99.61 6170 1 coal - subbituminous 2008 99.69 6170 1 coal - subbituminous 2009 99.45 6170 1 natural gas 2007 0.386 6170 1 natural gas 2008 0.315 6170 1 natural gas 2009 0.549 6170 1 oil - distillate 2007 0 6170 1 oil - distillate 2008 0 6170 1 oil - distillate 2009 0 6170 2 coal - subbituminous 2007 99.73 6170 2 coal - subbituminous 2008 99.66 6170 2 coal - subbituminous 2009 99.62 6170 2 natural gas 2007 0.269 6170 2 natural gas 2008 0.337 6170 2 natural gas 2009 0.383 6170 2 oil - distillate 2007 0 6170 2 oil - distillate 2008 0 6170 2 oil - distillate 2009 0

Page 25boiler_control_NOx

facility _id boiler_id NOx_ty pe NOx_other NOx_online 6170 1 Other (specify) Riley Stoker Turbo Furnace similar to a "Low NOx Burner" 6/1/1980 6170 2 Other (specify) Riley Stoker Turbo Furnace similar to a "Low NOx Burner" 5/1/1985

Page 26boiler_control_SO2

facility _id boiler_id SO2_ty pe SO2_other SO2_online 6170 1 Low Sulfur Coal 6/1/1980 6170 2 Low Sulfur Coal 5/1/1985

Page 27boiler_additives

facility _id boiler_id boiler_additive additive_other

additive_online 6170 1 Additive use for mercury control (e.g., bromine) 1/1/2010 6170 2 Additive use for mercury control (e.g., bromine) 1/1/2010

Page 28facility _units

facility _id unit_id 6170 6170

Page 29unit_boilers

facility _id unit_id boiler_id 6170 6170 1 6170 6170 2

Page 30facility _controls

facility _id control_id control_group control_ty pe

control_other

legacy _control cntrol_online

control_offline

NOx_reagent 6170 PPPPESPB1

PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 6/1/1980 6170 PPPPESPB2

PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 5/1/1985 6170 PPPPFGDB1

SO2 control

Spray ty pe FALSE 11/1/2006 6170 PPPPFGDB2

SO2 control

Spray ty pe FALSE 3/1/2007 6170 PPPPSCRB1

NOx control

Selective Cataly

tic Reduction FALSE 11/1/2006 Am mo nia 6170 PPPPSCRB2

NOx control

Selective Cataly

tic Reduction FALSE 4/1/2003 Am mo nia

Page 31facility _controls

reagent_other

NOx_ammonia

SO2_sorbent

oher_sorbent

SO2_scrubber_additive

Lim estone No Lim estone No 29 29

Page 32facility _sampling_ports

facility _id sampling_port_id 6170 PPPPSP1B1 6170 PPPPSP1B2 6170 PPPPSP2B1 6170 PPPPSP2B2 6170 PPPPSP3B1 6170 PPPPSP3B2 6170 PPPPSP4B1 6170 PPPPSP4B2

Page 33facility _stacks

facility _id stack_id stack_height stack_diameter

sack_gas_velocity 6170 PPPPS1 450 30 42.98 6170 PPPPS2 450 30 42.98

Page 34configurations

facility _id configuration_id 6170 PPPPB1 6170 PPPPB2

Page 35configuration_components

facility _id configuration_id

component_id

order component_ty pe port_near 6170 PPPPB1 6170 1 Unit 6170 PPPPB1 PPPPESPB1 5 PM control 6170 PPPPB1 PPPPFGDB1 7 SO2 control 6170 PPPPB1 PPPPS1 9 Stack 6170 PPPPB1 PPPPSCRB1 3 NOx control 6170 PPPPB1 PPPPSP1B1 2 Sam pling Port next 6170 PPPPB1 PPPPSP2B1 4 Sam pling Port next 6170 PPPPB1 PPPPSP3B1 6 Sam pling Port next 6170 PPPPB1 PPPPSP4B1 8 Sam pling Port pevious 6170 PPPPB2 6170 1 Unit 6170 PPPPB2 PPPPESPB2 5 PM control 6170 PPPPB2 PPPPFGDB2 7 SO2 control 6170 PPPPB2 PPPPS2 9 Stack 6170 PPPPB2 PPPPSCRB2 3 NOx control 6170 PPPPB2 PPPPSP1B2 2 Sam pling Port next 6170 PPPPB2 PPPPSP2B2 4 Sam pling Port next 6170 PPPPB2 PPPPSP3B2 6 Sam pling Port next 6170 PPPPB2 PPPPSP4B2 8 Sam pling Port pevious

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 6170 PPPPB1 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 0.03 pound per million British Thermal Unit (lb/MMBtu) 6170 PPPPB1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

3 hours 0.1 pound per million British Thermal Unit (lb/MMBtu) 6170 PPPPB1 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

3 hours 0.1 pound per million British Thermal Unit (lb/MMBtu) 6170 PPPPB2 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 0.03 pound per million British Thermal Unit (lb/MMBtu) 6170 PPPPB2 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

3 hours 0.1 pound per million British Thermal Unit (lb/MMBtu) 6170 PPPPB2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

3 hours 0.1 pound per million British Thermal Unit (lb/MMBtu)

Page 37configuration_pollutants1

avg_period_2

em lim it_details

test_method

em rate em rate_units guarantee_level

_explain

req_monitoring

eq_recordkeeping 3 hours See Unit Information Note 2 re: 0.030 PM limit(1) 0.10 pounds per million btu [s. NR 440.19 (3)(a)1., W is. Adm.Code]. EPA-RTM 5 and 202 Yes Collection efficiency of ESP 99.72% (3) The permittee shall retain copies of the results of the tests required by condition I.A.1.b.(2) at the facility .[s. NR 439.04(1)(a), W is. Adm. Code](4) The permittee shall keep monthly records of the amount of fuel fired in each boiler. [s. NR 439.04(1)(d), W is. Adm. Code](5) The permittee shall record the parameters listed in condition I.A.1.b.(5) once every operating shift.[s. NR 439.055(2)(b), W is. Adm. Code](6) The permittee shall keep annualrecords of:(a) The date and initials of person performing the inspections required in condition I.A.1.b.(6);(b) A list of the items inspected; and(c) Any maintenance or repairs performed as a result of these inspections.[s. NR 439.04(1)(d), W is. Adm. Code] (4) The permittee shall keep monthly records of the amount of fuel fired ineach boiler. [s. NR 439.04(1)(d), W is.Adm . Code](5) The permittee shall record theparameters listed in conditionI.A.1.b.(5) once every operating shift.[s. NR 439.055(2)(b), W is. Adm. Code](6) The permittee shall keep annualrecords of:(a) The date and initials of personperforming the inspections required incondition I.A.1.b.(6);(b) A list of the items inspected; and(c) Any maintenance or repairs performedas a result of these inspections.[s. NR 439.04(1)(d), W is. Adm. Code] 30 days See Unit Information Note 3 re: 0.100 SO2 limit and Note 2 for additional SO2 information(1) 1.2 pounds per million btu [s NR 440.19(4)(a)2., W isconsin Adm. Code]For additional pollutants See Note 4 and Note 5 Yes 95% removal efficiency on a 30 day

rolling average basis (4) Excess emissions for sulfur dioxide are, any 3-hour period during which the average emissions (arithmetic average of 3 contiguous one-hour periods)of sulfur dioxide as measured by a continuous monitoring system exceed the limitation in condition I.A.3.a.(1). [s.NR 440.19(6)(g)2.a., W is. Adm. Code](7) The continuous carbon dioxide monitor required by condition I.A.3.a.(2) shall perform sampling, analyzing and data recording as follows:(a) Complete one cycle of sampling, analyzing and date recording for each successive 15-minute period.(b) The values recorded shall be averaged hourly .© Hourly averages shall be computed from 4 data points equally spaced over each 1 hour period, except during periods when calibrations, quality assurance or maintenance activities are being performed. During these periods, a valid hour shall consist of at least 2 data points separated by a minimum of 15 minutes.[s. NR 439.09(9)(b), W is. Adm. Code]--------- (2) The continuous sulfur dioxidemonitor required by conditionI.A.3.b.(1) shall perform sampling,analy zing and data recording as follows:(a)Complete one cycle of sampling,analy zing and date recording for eachsuccessive 15-minute period.(b)The values recorded shall be averagedhourly .(c) Hourly averages shall be computedfrom 4 data points equally spaced overeach 1 hour period, except duringperiods when calibrations, quality assurance or maintenance activities arebeing performed. During these periods,a valid hour shall consist of at least 2data points separated by a minimum of 15minutes. [s. NR 439.09(9)(b), W is. Adm.Code] 30 days See Unit Information Note 2. See Unit Information Note 3 re: 0.100 NOx limitNOx - 0.7 lb/mmBtu [s. NR 440.19(5)(a)3., W is. Adm.Code] 0.05 pound per million British Thermal Unit (lb/MMBtu)

No SCR designed to provide 90% reduction (3) The continuous nitrogen oxides monitor required by condition I.A.4.a.(1) shall perform sampling, analyzing and data recording as follows:(i) Complete one cycle of sampling, analyzing and date recording for each successive 15-minute period.(ii) The values recorded shall be average hourly .(iii) Hourly averages shall be computed from 4 data points equally spaced over each 1 hour period, except during periods when calibrations, quality assurance or maintenance activities are being performed. During these periods, a valid hour shall consist of at least 2 data points separated by a minimum of 15 minutes. [s. NR 439.09(9)(b), W is. Adm. Code] (3) The continuous nitrogen oxidesmonitor required by conditionI.A.4.a.(1) shall perform sampling,analy zing and data recording as follows:(i) Complete one cycle of sampling,analy zing and date recording for eachsuccessive 15-minute period.(ii) The values recorded shall beaverage hourly .(iii) Hourly averages shall be computedfrom 4 data points equally spaced overeach 1 hour period, except duringperiods when calibrations, quality assurance or maintenance activities arebeing performed. During these periods,a valid hour shall consist of at least 2data points separated by a minimum of 15minutes. [s. NR 439.09(9)(b), W is. Adm.Code] 3 hours (1) 0.10 pounds per million btu [s. NR 440.19(3)(a)1., W is. Adm.Code].See Note 2 EPA-RTM 5 and 202 Yes Collection efficiency of ESP 99.72% (3) The permittee shall retain copies of the results of the tests required by condition I.A.1.b.(2) at the facility .[s. NR 439.04(1)(a), W is. Adm. Code](4) The permittee shall keep monthly records of the amount of fuel fired in each boiler. [s. NR 439.04(1)(d), W is. Adm. Code](5) The permittee shall record the parameters listed in condition I.A.1.b.(5) once every operating shift.[s. NR 439.055(2)(b), W is. Adm. Code](6) The permittee shall keep annualrecords of:(a) The date and initials of person performing the inspections required in condition I.A.1.b.(6);(b) A list of the items inspected; and(c) Any maintenance or repairs performed as a result of these inspections.[s. NR 439.04(1)(d), W is. Adm. Code] (4) The permittee shall keep monthly records of the amount of fuel fired ineach boiler. [s. NR 439.04(1)(d), W is.Adm . Code](5) The permittee shall record theparameters listed in conditionI.A.1.b.(5) once every operating shift.[s. NR 439.055(2)(b), W is. Adm. Code](6) The permittee shall keep annualrecords of:(a) The date and initials of personperforming the inspections required incondition I.A.1.b.(6);(b) A list of the items inspected; and(c) Any maintenance or repairs performedas a result of these inspections.[s. NR 439.04(1)(d), W is. Adm. Code] 3 hours See Unit Information Note 2. See Unit Information Note 3 re: 0.100 NOx limitNOx - 0.7 lb/mmBtu [s. NR 440.19(5)(a)3., W is. Adm.Code] 0.05 pound per million British Thermal Unit (lb/MMBtu)

No SCR designed to provide 90% reduction ((3) The continuous nitrogen oxides monitor required by condition I.A.4.a.(1) shall perform sampling, analyzing and data recording as follows:(i) Complete one cycle of sampling, analyzing and date recording for each successive 15-minute period.(ii) The values recorded shall be average hourly .(iii) Hourly averages shall be computed from 4 data points equally spaced over each 1 hour period, except during periods when calibrations, quality assurance or maintenance activities are being performed. During these periods, a valid hour shall consist of at least 2 data points separated by a minimum of 15 minutes. [s. NR 439.09(9)(b), W is. Adm. Code] (3) The continuous nitrogen oxidesmonitor required by conditionI.A.4.a.(1) shall perform sampling,analy zing and data recording as follows:(i) Complete one cyce of sampling,analy zing and date recording for eachsuccessive 15-minute period.(ii) The values recorded shall beaverage hourly .(iii) Hourly averages shall be computedfrom 4 data points equally spaced overeach 1 hour period, except duringperiods when calibrations, quality assurance or maintenance activities arebeing performed. During these periods,a valid hour shall consist of at least 2data points separated by a minimum of 15minutes. [s. NR 439.09(9)(b), W is. Adm.Code] 30 days (1) 1.2 pounds per million btu [s NR440.19(4)(a)2., W isconsin Adm. Code]See Note 3For additional pollutants See Note 4 and Note 5 Yes 95% removal efficiency on a 30 day

rolling average basis (4) Excess emissions for sulfur dioxide are, any 3-hour period during which the average emissions (arithmetic average of 3 contiguous one-hour periods)of sulfur dioxide as measured by a continuous monitoring system exceed the limitation in condition I.A.3.a.(1). [s.NR 440.19(6)(g)2.a., W is. Adm. Code](7) The continuous carbon dioxide monitor required by condition I.A.3.a.(2) shall perform sampling, analyzing and data recording as follows:(a) Complete one cycle of sampling, analyzing and date recording for each successive 15-minute period.(b) The values recorded shall be averaged hourly .© Hourly averages shall be computed from 4 data points equally spaced over each 1 hour period, except during periods when calibrations, quality assurance or maintenance activities are being performed. During these periods, a valid hour shall consist of at least 2 data points separated by a minimum of 15 minutes.[s. NR 439.09(9)(b), W is. Adm. Code]--------- 2) The continuous sulfur dioxidemonitor required by conditionI.A.3.b.(1) shall perform sampling,analy zing and data recording as follows:(a)Complete one cycle of sampling,analy zing and date recording for eachsuccessive 15-minute period.(b)The values recorded shall be averagedhourly .(c) Hourly averages shall be computedfrom 4 data points equally spaced overeach 1 hour period, except duringperiods when calibrations, quality assurance or maintenance activities arebeing performed. During these periods,a valid hour shall consist of at least 2data points separated by a minimum of 15minutes. [s. NR 439.09(9)(b), W is. Adm.Code]

Page 38configuration_pollutants1

req_reporting 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti

Page 39configuration_pollutants1

1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti

Page 40configuration_pollutants1

1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti

Page 41configuration_pollutants1

1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti

Page 42configuration_pollutants1

1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti

Page 43configuration_pollutants1

1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti

Page 44configuration_pollutants1

1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti

Page 45configuration_pollutants1

1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti

Page 46configuration_pollutants1

1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti

Page 47configuration_pollutants1

1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti

Page 48configuration_pollutants1

1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a 1. Quarterly

Excess Emission Reports(1) The quarterly excess emission reports required for B20 and B21 shall:(a) Be Submitted to the Department of Natural Resources, Southeast Region, PO Box 12436, Milwaukee, W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or duration of each period of excess emissions;(ii) The periods of excess emissions that occur during startups, shutdowns, sootblowing, control equipment malfunction, process malfunction, fuel problems, other known causes or for unknown causes;(iii) The cause of anymalfunction and the measures taken to reduce excess emission;(iv) The date and starting and ending times of any period during which the monitoring system was inoperative and reason or causes of inoperation, including monitor malfunction or calibration, except zero and span checks. The report shall identify the repairs or adjustments made to the system;(v) The date a (1) The quarterly

excess emission reports requiredfor B20 and B21 shall:(a) Be Submitted to the Department of NaturalResources, Southeast Region, PO Box 12436, Milwaukee,W I 53212, 414-263-8500, within 30 days following theend of each calendar quarter.(b) Contain the following information:(i) The date and starting and ending times or durationof each period of excess emissions;(ii) The periods of excess emissions that occur duringstartups, shutdowns, sootblowing, control equipmentmalfunction, process malfunction, fuel problems, otherknown causes or for unknown causes;(iii) The cause of anymalfunction and the measurestaken to reduce excess emission;(iv) The date and starting and ending times of any period during which the m onitoring system wasinoperative and reason or causes of inoperation,including monitor malfunction or calibration, exceptzero and span checks. The report shall identify therepairs or adjustments made to the system;(v) The date and starting and ending ti

Page 49control_technologies

facility _id configuration_id

component_id

control_id project_title project_ty pe vendor_name

vndor_contact

vendor_phone 6170 PPPPB1 6170 1 Calcium Bromide Injection Non-Demonstration

ALSTOM Power, Inc.

Ben Hubard

8655601331 6170 PPPPB2 6170 2 Calcium Bromide Non-Demonstration

ALSTOM Power, Inc.

Ben Hubard

8655601331

Page 50control_technologies

vendor_address

vndor_city

vendor_state

vendor_zip actual_start_date projected_start_date

end_date sorbent chemical_additive Environm ental Control Systems Division1409 Centerpoint Boulevard

Knoxville TN 37932 1/1/2010 Calcium Bromide Environm ental Control Systems Division1409 Centerpoint Boulevard

Knoxville TN 37932 1/1/2010 Calcium Bromide

Page 51control_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 One injection point on each of the front feeders - five points per boiler (but not all are active at any given tim e) One injection point on each of the front feeders - five points per boiler (but not all are active at any given tim e)

Page 52control_technologies

feed_rate_units One injection point on each of the front feeders - five points per boiler (but not all are active at any given tim e) One injection point on each of the front feeders - five points per boiler (but not all are active at any given tim e)

Page 53control_coal_ranks

facility _id configuration_id

component_id

control_id coal_ty pe 6170 PPPPB1 6170 1 subbituminous 6170 PPPPB2 6170 2 subbituminous

Page 54control_pollutants1

facility _id configuration_id

component_id

control_id pollutant_nam e 6170 PPPPB1 6170 1 Total Mercury (Hgt) 6170 PPPPB2 6170 2 Total Mercury (Hgt)

Page 55control_costs

facility _id configuration_id

component_id

control_id boiler_retrofit boiler_new_install

total_capital_investm ent

total_operating_costs

base_year 6170 PPPPB1 6170 1 Yes No 6170 PPPPB2 6170 2 Yes No

Page 56control_costs

CBI TRUE TRUE

Page 57mi sc_controls

facility _id mi sc_control_id

control_description

Page 58mi sc_control_configurations

facility _id mi sc_control_id

configuration_id

Page 59fuel_shipments

facility _id shipment_id

shipment_date

am ount_received

am ount_units

fuel_ty pe state_country other_country

county 6170 PPPP-COMP-01

1/1/2009 450958 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-COMP-02

2/1/2009 346630 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-COMP-03

3/1/2009 451579 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-COMP-04

4/1/2009 343428 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-COMP-05

5/1/2009 426184 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-COMP-06

6/1/2009 392508 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-COMP-07

7/1/2009 456088 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-COMP-08

8/1/2009 442466 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-COMP-09

9/1/2009 210965 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-COMP-10

10/1/2009 472397 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-COMP-11

11/1/2009 456314 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-COMP-12

12/1/2009 405979 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-01

3/1/2009 809911 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-02

6/1/2009 801561 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-03

9/1/2009 765784 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-04

12/1/2009 813083 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-05

3/1/2009 137619 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-06

/1/2009 130703 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-07

9/1/2009 163834 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-08

12/1/2009 180434 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-09

3/1/2009 140686 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-10

6/1/2009 97819 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-11

2/1/2009 130475 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-12

3/1/2009 160951 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-13

6/1/2009 164277 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-14

9/1/2009 131265 short tons (2000 lbs) coal WY WY - Campbell 6170 PPPP-HAP-15

2/1/2009 227092 short tons (2000 lbs) coal WY WY - Campbell

Page 60fuel_shipments

coal_seam shipment_method WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train

Page 61fuel_shipment_configurations

facility _id shipment_id

configuration_id 6170 PPPP-COMP-01

PPPPB1 6170 PPPP-COMP-01

PPPPB2 6170 PPPP-COMP-02

PPPPB1 6170 PPPP-COMP-02

PPPPB2 6170 PPPP-COMP-03

PPPPB1 6170 PPPP-COMP-03

PPPPB2 6170 PPPP-COMP-04

PPPPB1 6170 PPPP-COMP-04

PPPPB2 6170 PPPP-COMP-05

PPPPB1 6170 PPPP-COMP-05

PPPPB2 6170 PPPP-COMP-06

PPPPB1 6170 PPPP-COMP-06

PPPPB2 6170 PPPP-COMP-07

PPPPB1 6170 PPPP-COMP-07

PPPPB2 6170 PPPP-COMP-08

PPPPB1 6170 PPPP-COMP-08

PPPPB2 6170 PPPP-COMP-09

PPPPB1 6170 PPPP-COMP-09

PPPPB2 6170 PPPP-COMP-10

PPPPB1 6170 PPPP-COMP-10

PPPPB2 6170 PPPP-COMP-11

PPPPB1 6170 PPPP-COMP-11

PPPPB2 6170 PPPP-COMP-12

PPPPB1 6170 PPPP-COMP-12

PPPPB2 6170 PPPP-HAP-01

PPPPB1 6170 PPPP-HAP-01

PPPPB2 6170 PPPP-HAP-02

PPPPB1 6170 PPPP-HAP-02

PPPPB2 6170 PPPP-HAP-03

PPPPB1 6170 PPPP-HAP-03

PPPPB2 6170 PPPP-HAP-04

PPPPB1 6170 PPPP-HAP-04

PPPPB2 6170 PPPP-HAP-05

PPPPB1 6170 PPPP-HAP-05

PPPPB2 6170 PPPP-HAP-06

PPPPB1 6170 PPPP-HAP-06

PPPPB2 6170 PPPP-HAP-07

PPPPB1 6170 PPPP-HAP-07

PPPPB2 6170 PPPP-HAP-08

PPPPB1 6170 PPPP-HAP-08

PPPPB2 6170 PPPP-HAP-09

PPPPB1 6170 PPPP-HAP-09

PPPPB2 6170 PPPP-HAP-10

PPPPB1 6170 PPPP-HAP-10

PPPPB2 6170 PPPP-HAP-11

PPPPB1 6170 PPPP-HAP-11

PPPPB2 6170 PPPP-HAP-12

PPPPB1 6170 PPPP-HAP-12

PPPPB2 6170 PPPP-HAP-13

PPPPB1 6170 PPPP-HAP-13

PPPPB2 6170 PPPP-HAP-14

PPPPB1

Page 62fuel_shipment_configurations

6170 PPPP-HAP-14

PPPPB2 6170 PPPP-HAP-15

PPPPB1 6170 PPPP-HAP-15

PPPPB2

Page 63fuel_shipment_samples

facility _id shipment_id

sample_id am ount_fuel am ount_fuel_units

total_sulfur ash_content heating_value

hating_units 6170 PPPP-COMP-01

COMP-01 450958 tons 0.42 7.43 11925 Btu/lb 6170 PPPP-COMP-02

COMP-02 346630 tons 0.51 7.47 11963 Btu/lb 6170 PPPP-COMP-03

COMP-03 451579 tons 0.48 7.58 11914 Btu/lb 6170 PPPP-COMP-04

COMP-04 343428 tons 0.42 7.27 11910 Btu/lb 6170 PPPP-COMP-05

COMP-05 426184 tons 0.48 7.33 11950 Btu/lb 6170 PPPP-COMP-06

COMP-06 392508 tons 0.45 6.96 11975 Btu/lb 6170 PPPP-COMP-07

COMP-07 456088 tons 0.43 7.6 11857 Btu/lb 6170 PPPP-COMP-08

COMP-08 442466 tons 0.49 7.76 11829 Btu/lb 6170 PPPP-COMP-09

COMP-09 210965 tons 0.49 7.34 11932 Btu/lb 6170 PPPP-COMP-10

COMP-10 472397 tons 0.49 7.32 11932 Btu/lb 6170 PPPP-COMP-11

COMP-11 456314 tons 0.5 7.62 11903 Btu/lb 6170 PPPP-COMP-12

COMP-12 405979 tons 0.45 7.34 11986 Btu/lb 6170 PPPP-HAP-01

HAP-01 809911 tons 0.51 7.35 11877 Btu/lb 6170 PPPP-HAP-02

HAP-02 801561 tons 0.48 7.4 11806 Btu/lb 6170 PPPP-HAP-03

HAP-03 765784 tons 0.5 7.55 11804 Btu/lb 6170 PPPP-HAP-04

HAP-04 813083 tons 0.54 7.61 11856 Btu/lb 6170 PPPP-HAP-05

HAP-05 137619 tons 0.46 8.06 11787 Btu/lb 6170 PPPP-HAP-06

HAP-06 130703 tons 0.44 7.17 11894 Btu/lb 6170 PPPP-HAP-07

HAP-07 163834 tons 0.42 8.28 11718 Btu/lb 6170 PPPP-HAP-08

HAP-08 180434 tons 0.45 8.26 11814 Btu/lb 6170 PPPP-HAP-09

HAP-09 140686 tons 0.43 7.63 11865 Btu/lb 6170 PPPP-HAP-10

HAP-10 97819 tons 0.44 6.87 12036 Btu/lb 6170 PPPP-HAP-11

HAP-11 130475 tons 0.47 7.23 11969 Btu/lb 6170 PPPP-HAP-12

HAP-12 160951 tons 0.44 7 11842 Btu/lb 6170 PPPP-HAP-13

HAP-13 164277 tons 0.4 6 11608 Btu/lb 6170 PPPP-HAP-14

HAP-14 131265 tons 0.41 7.23 11850 Btu/lb 6170 PPPP-HAP-15

HAP-15 227092 tons 0.45 6.8 11941 Btu/lb

Page 64fuel_shipment_samples

chlorine chlorine_units fluorine fluorine_units data_provided

data_other_specified

supplier_ty pe

supplier_name

supplier_address other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Fuel supplier

WeEnergies

333 W Everett St other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 45 parts per million (dry ) (ppm) 65 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 35 parts per million (dry ) (ppm) 49 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 18 parts per million (dry ) (ppm) 59 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 32 parts per million (dry ) (ppm) 59 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 61 parts per million (dry ) (ppm) 68 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 21 parts per million (dry ) (ppm) 61 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 15 parts per million (dry ) (ppm) 71 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 32 parts per million (dry ) (ppm) 84 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 29 parts per million (dry ) (ppm) 66 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 18 parts per million (dry ) (ppm) 67 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 33 parts per million (dry ) (ppm) 66 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 44 parts per million (dry ) (ppm) 62 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Fuel supplier

WeEnergies

333 W Everett St 23 parts per million (dry ) (ppm) 64 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 16 parts per million (dry ) (ppm) 55 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St 30 parts per million (dry ) (ppm) 70 parts per million (dry ) (ppm)

other (please specify)

Standard operating procedures, contractual obligations, permit requirements.

Other WeEnergies 333 W Everett St

Page 65fuel_shipment_samples

supplier_city

supplier_state

supplier_zip

lab_nam e lab_address lab_city lab_state lab_zip analysis_copies Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI WI 53203 WeEnergies

333 W Everett St

Milwaukee WI WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergiesW e Energies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No Milwaukee WI 53203 WeEnergies 333 W Everett St

Milwaukee WI 53203 No

Page 66fuel_shipment_samples

analysis_copies

Page 67fuel_sample_pollutants

facility _id shipment_id

sample_id fuel_pollutant pollutant_conc

pollutant_conc_units

pollutant_conc_ND

pollutant_conc_MDL 6170 PPPP-COMP-01

COMP-01 Mercury

(Hg) 0.084 parts per million (dry ) (ppm) FALSE 6170 PPPP-COMP-02

COMP-02 Mercury

(Hg) 0.1 parts per million (dry ) (ppm) FALSE 6170 PPPP-COMP-03

COMP-03 Mercury

(Hg) 0.074 parts per million (dry ) (ppm) FALSE 6170 PPPP-COMP-04

COMP-04 Mercury

(Hg) 0.1 parts per million (dry ) (ppm) FALSE 6170 PPPP-COMP-05

COMP-05 Mercury

(Hg) 0.11 parts per million (dry ) (ppm) FALSE 6170 PPPP-COMP-06

COMP-06 Mercury

(Hg) 0.1 parts per million (dry ) (ppm) FALSE 6170 PPPP-COMP-07

COMP-07 Mercury

(Hg) 0.087 parts per million (dry ) (ppm) FALSE 6170 PPPP-COMP-08

COMP-08 Mercury

(Hg) 0.096 parts per million (dry ) (ppm) FALSE 6170 PPPP-COMP-09

COMP-09 Mercury

(Hg) 0.11 parts per million (dry ) (ppm) FALSE 6170 PPPP-COMP-10

COMP-10 Mercury

(Hg) 0.097 parts per million (dry ) (ppm) FALSE 6170 PPPP-COMP-11

COMP-11 Mercury

(Hg) 0.12 parts per million (dry ) (ppm) FALSE 6170 PPPP-COMP-12

COMP-12 Mercury

(Hg) 0.07 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Antim ony

(Sb) 0.28 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Arsenic (As) 0.98 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Barium (Ba) 320 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Bery llium (Be) 0.22 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Cadmium (Cd) 0.084 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Chromium (Cr) 5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Cobalt (Co) 1.6 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Copper (Cu) 14 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Lead (Pb) 2.5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Manganese (Mn) 16 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Mercury

(Hg) 0.11 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Nickel (Ni) 7.4 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Selenium (Se) 0.9 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-01

HAP-01 Vanadium (V) 15 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Antim ony

(Sb) 0.064 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Arsenic (As) 2.1 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Barium (Ba) 400 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Bery llium (Be) 0.34 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Cadmium (Cd) 0.12 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Chromium (Cr) 5.7 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Cobalt (Co) 2.1 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Copper (Cu) 17 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Lead (Pb) 3 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Manganese (Mn) 21 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Mercury

(Hg) 0.086 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Nickel (Ni) 4.7 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Selenium (Se) 1.5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-02

HAP-02 Vanadium (V) 20 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-03

HAP-03 Antim ony

(Sb) 0.12 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-03

HAP-03 Arsenic (As) 1 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-03

HAP-03 Barium (Ba) 380 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-03

HAP-03 Bery llium (Be) 0.32 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-03

HAP-03 Cadmium (Cd) 0.14 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-03

HAP-03 Chromium (Cr) 5.2 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-03

HAP-03 Cobalt (Co) 1.9 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-03

HAP-03 Copper (Cu) 17 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-03

HAP-03 Lead (Pb) 2.8 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-03

HAP-03 Manganese (Mn) 12 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-03

HAP-03 Mercury

(Hg) 0.098 parts per million (dry ) (ppm) FALSE

Page 68fuel_sample_pollutants

6170 PPPP-HAP-03

HAP-03 Nickel (Ni) 5.8 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-03

HAP-03 Selenium (Se) 0.82 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-03

HAP-03 Vanadium (V) 17 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Antim ony

(Sb) 0.23 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Arsenic (As) 1.7 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Barium (Ba) 370 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Bery llium (Be) 0.26 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Cadmium (Cd) 0.14 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Chromium (Cr) 5.1 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Cobalt (Co) 2 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Copper (Cu) 17 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Lead (Pb) 2.8 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Manganese (Mn) 12 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Mercury

(Hg) 0.1 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Nickel (Ni) 5.6 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Selenium (Se) 1.3 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-04

HAP-04 Vanadium (V) 18 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Antim ony

(Sb) 0.27 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Arsenic (As) 1.2 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Barium (Ba) 370 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Bery llium (Be) 0.28 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Cadmium (Cd) 0.099 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Chromium (Cr) 6.3 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Cobalt (Co) 1.7 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Copper (Cu) 16 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Lead (Pb) 3.5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Manganese (Mn) 8.6 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Mercury

(Hg) 0.092 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Nickel (Ni) 6.5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Selenium (Se) 0.95 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-05

HAP-05 Vanadium (V) 18 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Antim ony

(Sb) 0.2 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Arsenic (As) 1.5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Barium (Ba) 360 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Bery llium (Be) 0.31 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Cadmium (Cd) 0.12 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Chromium (Cr) 6 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Cobalt (Co) 1.8 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Copper (Cu) 15 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Lead (Pb) 3.3 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Manganese (Mn) 9.8 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Mercury

(Hg) 0.11 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Nickel (Ni) 3.6 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Selenium (Se) 1.1 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-06

HAP-06 Vanadium (V) 21 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-07

HAP-07 Antim ony

(Sb) 0.14 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-07

HAP-07 Arsenic (As) 1 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-07

HAP-07 Barium (Ba) 380 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-07

HAP-07 Bery llium (Be) 0.4 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-07

HAP-07 Cadmium (Cd) 0.14 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-07

HAP-07 Chromium (Cr) 6 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-07

HAP-07 Cobalt (Co) 1.8 parts per million (dry ) (ppm) FALSE

Page 69fuel_sample_pollutants

6170 PPPP-HAP-07

HAP-07 Copper (Cu) 16 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-07

HAP-07 Lead (Pb) 3.2 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-07

HAP-07 Manganese (Mn) 8.3 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-07

HAP-07 Mercury

(Hg) 0.14 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-07

HAP-07 Nickel (Ni) 5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-07

HAP-07 Selenium (Se) 0.8 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-07

HAP-07 Vanadium (V) 19 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Antim ony

(Sb) 0.27 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Arsenic (As) 1.5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Barium (Ba) 430 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Bery llium (Be) 0.36 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Cadmium (Cd) 0.11 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Chromium (Cr) 6.5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Cobalt (Co) 1.9 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Copper (Cu) 19 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Lead (Pb) 3.3 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Manganese (Mn) 8.9 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Mercury

(Hg) 0.087 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Nickel (Ni) 6.1 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Selenium (Se) 0.99 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-08

HAP-08 Vanadium (V) 23 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Antim ony

(Sb) 0.25 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Arsenic (As) 1.2 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Barium (Ba) 370 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Bery llium (Be) 0.21 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Cadmium (Cd) 0.073 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Chromium (Cr) 8 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Cobalt (Co) 1.6 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Copper (Cu) 15 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Lead (Pb) 2.7 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Manganese (Mn) 15 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Mercury

(Hg) 0.12 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Nickel (Ni) 8 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Selenium (Se) 0.8 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-09

HAP-09 Vanadium (V) 16 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Antim ony

(Sb) 0.13 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Arsenic (As) 0.94 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Barium (Ba) 380 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Bery llium (Be) 0.34 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Cadmium (Cd) 0.091 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Chromium (Cr) 4.9 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Cobalt (Co) 1.8 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Copper (Cu) 14 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Lead (Pb) 2.5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Manganese (Mn) 7.5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Mercury

(Hg) 0.088 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Nickel (Ni) 4.2 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Selenium (Se) 1 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-10

HAP-10 Vanadium (V) 17 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-11

HAP-11 Antim ony

(Sb) 0.19 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-11

HAP-11 Arsenic (As) 0.88 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-11

HAP-11 Barium (Ba) 330 parts per million (dry ) (ppm) FALSE

Page 70fuel_sample_pollutants

6170 PPPP-HAP-11

HAP-11 Bery llium (Be) 0.22 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-11

HAP-11 Cadmium (Cd) 0.089 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-11

HAP-11 Chromium (Cr) 4 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-11

HAP-11 Cobalt (Co) 1.5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-11

HAP-11 Copper (Cu) 15 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-11

HAP-11 Lead (Pb) 1.9 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-11

HAP-11 Manganese (Mn) 8.6 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-11

HAP-11 Mercury

(Hg) 0.093 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-11

HAP-11 Nickel (Ni) 5.3 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-11

HAP-11 Selenium (Se) 0.41 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-11

HAP-11 Vanadium (V) 15 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Antim ony

(Sb) 0.15 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Arsenic (As) 1.2 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Barium (Ba) 330 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Bery llium (Be) 0.25 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Cadmium (Cd) 0.068 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Chromium (Cr) 3.9 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Cobalt (Co) 1.9 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Copper (Cu) 9.8 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Lead (Pb) 2.1 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Manganese (Mn) 11 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Mercury

(Hg) 0.052 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Nickel (Ni) 7.6 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Selenium (Se) 0.42 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-12

HAP-12 Vanadium (V) 10 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Antim ony

(Sb) 0.76 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Arsenic (As) 2.2 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Barium (Ba) 340 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Bery llium (Be) 0.22 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Cadmium (Cd) 0.07 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Chromium (Cr) 3.2 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Cobalt (Co) 1.5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Copper (Cu) 8.9 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Lead (Pb) 1.7 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Manganese (Mn) 9.4 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Mercury

(Hg) 0.049 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Nickel (Ni) 4.3 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Selenium (Se) 1.1 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-13

HAP-13 Vanadium (V) 10 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-14

HAP-14 Antim ony

(Sb) parts per million (dry ) (ppm) TRUE 0.051 6170 PPPP-HAP-14

HAP-14 Arsenic (As) 1.4 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-14

HAP-14 Barium (Ba) 370 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-14

HAP-14 Bery llium (Be) 0.22 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-14

HAP-14 Cadmium (Cd) 0.18 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-14

HAP-14 Chromium (Cr) 4 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-14

HAP-14 Cobalt (Co) 1.7 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-14

HAP-14 Copper (Cu) 13 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-14

HAP-14 Lead (Pb) 2.6 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-14

HAP-14 Manganese (Mn) 7.5 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-14

HAP-14 Mercury

(Hg) 0.064 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-14

HAP-14 Nickel (Ni) 6.1 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-14

HAP-14 Selenium (Se) 0.55 parts per million (dry ) (ppm) FALSE

Page 71fuel_sample_pollutants

6170 PPPP-HAP-14

HAP-14 Vanadium (V) 12 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Antim ony

(Sb) 0.12 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Arsenic (As) 1.3 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Barium (Ba) 320 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Bery llium (Be) 0.18 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Cadmium (Cd) 0.059 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Chromium (Cr) 3.2 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Cobalt (Co) 1.3 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Copper (Cu) 11 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Lead (Pb) 1.7 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Manganese (Mn) 5.2 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Mercury

(Hg) 0.066 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Nickel (Ni) 5.2 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Selenium (Se) 0.52 parts per million (dry ) (ppm) FALSE 6170 PPPP-HAP-15

HAP-15 Vanadium (V) 10 parts per million (dry ) (ppm) FALSE

Page 72test_reports

facility _id report_id report_ty pe other_ty pe report_description report_begin_date

report_end_date

before_control

during_deviation 6170 PPPP-Hg-U1-01.2007

other Em ission test program for PPPP Unit 1 FGD Scrubber System on Inlet and Stack (PM-M5 &202 on 1/25/07 see other test report data) 1/25/2007 1/23/2007 1/23/2007 Yes No 6170 PPPP-Hg-U2-5.2007

other Em ission test program for PPPP Unit 2 FGD Scrubber System on Inlet and Stack (PM-M5 &202 on 5/23/07 see other test report data) 5/22/2007 5/22/2007 5/22/2007 Yes No 6170 PPPP-PMNH3SO3-U1-1.2007

compliance Em isison test program at Unit 1 FGD scrubber stack on for the following parameters: Ammonia (NH3), Sulfuric Acid Mist (SO3), Filterable PM, and Total PM. 1/24-25/2007 1/24/2007 1/25/2007 No No 6170 PPPP-PMNH3SO3-U2-5.2007

compliance Em isison test program at Unit 2 FGD scrubber stack on for the following parameters: Ammonia (NH3), Sulfuric Acid Mist (SO3), Filterable PM, and Total PM. 5/23-24/2007 5/23/2007 5/24/2007 No No 6170 PPPP-PM-U1-1.2009

compliance Particulate emission test to determine particulate emission rates during specified operating conditions at the outlet of the FGD of boiler B20. 01/30/2009 1/30/2009 1/30/2009 No No 6170 PPPP-PM-U1-4.2009

compliance Particulate emission test to determine particulate emission rates during specified operating conditions at the outlet of the FGD of boiler B20. 04/15/2009 4/15/2009 4/15/2009 No No 6170 PPPP-PM-U1-7.2007

compliance Particulate emission test on PPPP Unit 1 FGD Scrubber Inlet (Method 17) and the Unit 1 FGD Scrubber Stack (outlet) (Method 5B) 7/5/2007 7/5/2007 7/5/2007 Yes No 6170 PPPP-PM-U1U2-8.2005

compliance Particulate emission test to determine particulate emission rates during specified operating conditions at the inlet and outlet of each boiler. 08/10-11/2005 8/10/2005 8/11/2005 No No 6170 PPPP-PM-U2-1.2009

compliance Particulate emission test to determine particulate emission rates during specified operating conditions at the outlet of the FGD of boiler B21. 01/27/2009 1/27/2009 1/27/2009 No No 6170 PPPP-PM-U2-10.2005

compliance Particulate emission test to determine particulate emission rates during specified operating conditions at the outlet of the Boiler 2 ESP. 10/27/2005 ######## ######## No No 6170 PPPP-PM-U2-8.2009

compliance Particulate emission test to determine particulate emission rates during specified operating conditions at the ioutlet of each boiler. 08/11/2009 8/11/2009 8/11/2009 No No 6170 PPPP-SO2SO3-U2-11.2005

compliance Gaseous emission test program on the Unit 2 SCR Inlet and Outlet and Precipitator Outlet to determine SO2 and SO3 concentrations and emission rates during high load operations. 11/22/2005 ######## ######## Yes No 6170 PPPP-W KU Study-04.2007

other Institute Study Study of six emission measurements (Hg, total metals, halogens and halogen halides, sulfate tri-oxide and sulfate dioxide, and particulate matters) at Unit 1. The emissions of 26 selected metals (total metals) were determined. 04/24/2007-05/02/2007. 4/24/2007 5/2/2007 Yes No

Page 73test_reports

deviation_reports No No No No No No No No No No No No No

Page 74test_report_configurations

facility _id report_id configuration_id 6170 PPPP-Hg-U1-01.2007

PPPPB1 6170 PPPP-Hg-U2-5.2007

PPPPB2 6170 PPPP-PMNH3SO3-U1-1.2007

PPPPB1 6170 PPPP-PMNH3SO3-U2-5.2007

PPPPB2 6170 PPPP-PM-U1-1.2009

PPPPB1 6170 PPPP-PM-U1-4.2009

PPPPB1 6170 PPPP-PM-U1-7.2007

PPPPB1 6170 PPPP-PM-U1U2-8.2005

PPPPB1 6170 PPPP-PM-U1U2-8.2005

PPPPB2 6170 PPPP-PM-U2-1.2009

PPPPB2 6170 PPPP-PM-U2-10.2005

PPPPB2 6170 PPPP-PM-U2-8.2009

PPPPB2 6170 PPPP-SO2SO3-U2-11.2005

PPPPB2 6170 PPPP-W KU Study-04.2007

PPPPB1

Page 75test_report_fuels

facility _id report_id fuel_id

Page 76test_report_fuel_ty pes

facility _id report_id fuel_id fuel_ty pe percentage_massvol percentage_btu

other_ty pe

Page 77cem_data

facility _id tim e_period

cem_period_description

Page 78cem_data_pollutants1

facility _id tim e_period

pollutant_nam e

Page 79test_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 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

No Yes C 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

No No 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

No No 6170 PPPP-PMNH3SO3-U1-1.2007

PPPPSP4B1

No No 6170 PPPP-PMNH3SO3-U2-5.2007

PPPPSP4B2

No No 6170 PPPP-PM-U1-1.2009

PPPPSP4B1

No No 6170 PPPP-PM-U1-4.2009

PPPPSP4B1

No No 6170 PPPP-PM-U1-7.2007

PPPPSP3B1

No Yes C 6170 PPPP-PM-U1-7.2007

PPPPSP4B1

No No 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B1

No No 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B2

No No 6170 PPPP-PM-U2-1.2009

PPPPSP4B2

No No 6170 PPPP-PM-U2-10.2005

PPPPSP3B2

No No 6170 PPPP-PM-U2-8.2009

PPPPSP4B2

No No 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP1B2 No 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP2B2

No No 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP3B2

No No 6170 PPPP-W KU Study-04.2007

PPPPSP2B1 Please see NOTE 5 under Emission Test Reports Yes

Page 80test_report_sampling

fg_fraction All flue gas from B20 flows through SP3B20, then to the FGD, then to Flue 1 and out of CS1 All flue gas from B20 from FGD through SP4B20, then through Flue 1 and out of CS1 All flue gas flows from the FGD to SP4B21, then through Flue 2 and out of CS1 All flue gas from Boiler B20 flows through SP4B20 All flue gas from Boiler B21 flows through SP4B21 All of flue gas from Boiler B20 flows through SP4B20. PPPPB20 flue gas flows through SP4B20 and then to Unit 1 Flue and out of CS1 All flue gas from Boiler B20 flows through SP3B20 and SP4B20 All flue gas from Boiler B20 flows through SP3B20 and SP4B20 100% of Unit 1 gas flow can be tested at PPPPSP3B20. The gas then flows through Flue 1, which is contained within CS1 100% of Unit 2 gas flow can be tested at PPPPSP3B21. The gas then flows through Flue 2, which is contained within CS1 All of the flue gas from Boiler B21 flows throgh SP4B21 100% of Unit 2 gas flow can be tested at PPPPSP3B21. The gas then flows through Flue 2, which is contained within CS1 PPPPB21 gas flow enters through SP4B21 and then Unit 2 Flue and out of CS1 SP1B21 is located at the inlet duct to the SCR at Unit 2. All flue gas flows through this sampling port. SP2B21 is located at the outlet duct to the SCR at Unit 2. All flue gas flows through this sampling port. SP3B21 is located at the outlet duct to the ESP at Unit 2. All flue gas flows through this sampling port.

Page 81test_report_sampling

100% of Unit 1 gas flow can be tested at PPPPSP3B20. The gas then flows through Flue 1, which is contained within CS1 100% of Unit 2 gas flow can be tested at PPPPSP3B21. The gas then flows through Flue 2, which is contained within CS1

100% of Unit 2 gas flow can be tested at PPPPSP3B21. The gas then flows through Flue 2, which is contained within CS1

Page 82sampling_runs

facility _id report_id sampling_port_id run_id start_datetime end_datetim e

unit_load net_generation fg_moisture_content 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

1 1/23/2007 1/23/2007 11.4 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

2 1/23/2007 1/23/2007 11.7 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

3 1/23/2007 1/23/2007 11.3 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

1 1/23/2007 1/23/2007 15.6 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

2 1/23/2007 1/23/2007 15.6 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

3 1/23/2007 1/23/2007 15.8 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

1 5/22/2007 5/22/2007 16.6 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

2 5/22/2007 5/22/2007 16.4 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

3 5/22/2007 5/22/2007 16.5 6170 PPPP-PMNH3SO3-U1-1.2007

PPPPSP4B1

1 1/25/2007 1/25/2007 15.2 6170 PPPP-PMNH3SO3-U1-1.2007

PPPPSP4B1

2 1/25/2007 1/25/2007 15.9 6170 PPPP-PMNH3SO3-U1-1.2007

PPPPSP4B1

3 1/25/2007 1/25/2007 15.6 6170 PPPP-PMNH3SO3-U2-5.2007

PPPPSP4B2

1 5/23/2007 5/23/2007 647.7 600.6 16.3 6170 PPPP-PMNH3SO3-U2-5.2007

PPPPSP4B2

2 5/23/2007 5/23/2007 647.7 600.8 16.3 6170 PPPP-PMNH3SO3-U2-5.2007

PPPPSP4B2

3 5/23/2007 5/23/2007 645 597.9 16.9 6170 PPPP-PM-U1-1.2009

PPPPSP4B1

1 1/30/2009 1/30/2009 647 599.7 16.3 6170 PPPP-PM-U1-1.2009

PPPPSP4B1

2 1/30/2009 1/30/2009 647 599 15.9 6170 PPPP-PM-U1-1.2009

PPPPSP4B1

3 1/30/2009 1/30/2009 647 599.8 16.2 6170 PPPP-PM-U1-4.2009

PPPPSP4B1

1 4/15/2009 4/15/2009 646 14.3 6170 PPPP-PM-U1-4.2009

PPPPSP4B1

2 4/15/2009 4/15/2009 643 15.9 6170 PPPP-PM-U1-4.2009

PPPPSP4B1

3 4/15/2009 4/15/2009 639 16.1 6170 PPPP-PM-U1-7.2007

PPPPSP3B1

1 7/5/2007 7/5/2007 9 6170 PPPP-PM-U1-7.2007

PPPPSP3B1

2 7/5/2007 7/5/2007 7.5 6170 PPPP-PM-U1-7.2007

PPPPSP3B1

3 7/5/2007 7/5/2007 12.2 6170 PPPP-PM-U1-7.2007

PPPPSP4B1

1 7/5/2007 7/5/2007 13.8 6170 PPPP-PM-U1-7.2007

PPPPSP4B1

2 7/5/2007 7/5/2007 15.2 6170 PPPP-PM-U1-7.2007

PPPPSP4B1

3 7/5/2007 7/5/2007 14.3 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B1

1 8/11/2005 8/11/2005 582.6 12.4 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B1

2 8/11/2005 8/11/2005 589.1 10.9 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B1

3 8/11/2005 8/11/2005 586.5 12.7 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B2

1 8/10/2005 8/10/2005 11.5 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B2

2 8/10/2005 8/10/2005 11.4 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B2

3 8/10/2005 8/10/2005 11.9 6170 PPPP-PM-U2-1.2009

PPPPSP4B2

1 1/27/2009 1/27/2009 646 598.3 16.1 6170 PPPP-PM-U2-1.2009

PPPPSP4B2

2 1/27/2009 1/27/2009 646 599.1 15.9 6170 PPPP-PM-U2-1.2009

PPPPSP4B2

3 1/27/2009 1/27/2009 647 600 15.2 6170 PPPP-PM-U2-10.2005

PPPPSP3B2

1 ######## ######## 605.798 11.8 6170 PPPP-PM-U2-10.2005

PPPPSP3B2

2 ######## ######## 605.8 11.4 6170 PPPP-PM-U2-10.2005

PPPPSP3B2

3 ######## ######## 603.39 12.3 6170 PPPP-PM-U2-8.2009

PPPPSP4B2

1 8/11/2009 8/11/2009 643 16.6 6170 PPPP-PM-U2-8.2009

PPPPSP4B2

2 8/11/2009 8/11/2009 643 16.8 6170 PPPP-PM-U2-8.2009

PPPPSP4B2

3 8/11/2009 8/11/2009 643 17.1 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP1B2

1 ######## ######## 14.2 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP1B2

2 ######## ######## 12.6 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP1B2

3 ######## ######## 12 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP1B2

4 ######## ######## 13.2 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP2B2

2 ######## ######## 12.6 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP2B2

3 ######## ######## 12 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP2B2

4 ######## ######## 13.2 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP3B2

1 ######## ######## 14.2 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP3B2

2 ######## ######## 10.2

Page 83sampling_runs

6170 PPPP-SO2SO3-U2-11.2005

PPPPSP3B2

3 ######## ######## 12 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP3B2

4 ######## ######## 13.2

Page 84sampling_runs

fg_flow_rate

fg_flow_rate_units

standard_temperature

standard_pressure

normal_temperature

normal_pressure

fg_oxygen_content

fg_CO2_content

fg_temperature 705443 dscfm 68.33 1 5 14.5 280.8 708971 dscfm 68.33 1 5 14.5 283.9 708051 dscfm 68.33 1 5 14.5 285.1 1518356 dscfm 68.33 1 6.5 13 129.3 1532873 dscfm 68.33 1 6.7 13 129.5 1508772 dscfm 68.33 1 6.5 13 129.8 1533568 dscfm 68.33 1 6 13 132.4 1527357 dscfm 68.33 1 6 13 131.9 1537875 dscfm 68.33 1 6 13.3 132 1562477 dscfm 68.33 1 7 13.5 129.3 1550196 dscfm 68.33 1 7 13.5 129.8 1564396 dscfm 68.33 1 7 13.5 129.6 1420065 dscfm 68.33 1 6.1 13.6 131.2 1436156 dscfm 68.33 1 6 13.5 131.2 1427419 dscfm 68.33 1 6.2 13.5 132.6 1467268 dscfm 68.33 1 5.9 13 129.8 1490754 dscfm 68.33 1 5.8 13 129.8 1437495 dscfm 68.33 1 5 13.6 130.2 1479214 dscfm 68.33 1 5.7 13.5 129.8 1463643 dscfm 68.33 1 5.6 13.6 130.8 1435910 dscfm 68.33 1 5.6 13.7 131.3 1482082 dscfm 68.33 1 4 15 300 1523247 dscfm 68.33 1 5 15 288.4 1463678 dscfm 68.33 1 5 13 291.6 1605391 dscfm 68.33 1 7 13.5 136.1 1601712 dscfm 68.33 1 7 13.5 136 1620318 dscfm 68.33 1 7 13.5 136 715778 dscfm 68.33 1 5 14.5 264.3 749923 dscfm 68.33 1 5 14.5 275.4 730707 dscfm 68.33 1 5 14.5 260.6 dscfm 5 14.5 dscfm 5 14.5 dscfm 5 14.5 1510080 dscfm 68.33 1 5.5 13.8 134.8 1445331 dscfm 68.33 1 5.4 13.6 135.1 1473523 dscfm 68.33 1 5.5 13.8 134.3 758061 dscfm 68.33 1 5.4 14.2 284.7 758061 dscfm 68.33 1 5.3 14.3 287.8 758061 dscfm 68.33 1 5 14.5 293.8 1484036 dscfm 68.33 1 5.7 13.6 132.5 1481634 dscfm 68.33 1 5.5 13.5 132.8 1474.683 dscfm 68.33 1 5 5.8 133.6 1186972 dscfm 68.33 1 3.7 15.3 1254661 dscfm 68.33 1 3.8 15.4 1246358 dscfm 68.33 1 3.7 15.4 1193363 dscfm 68.33 1 3.8 15.4 1254661 dscfm 68.33 1 3.5 15.4 1246358 dscfm 68.33 1 3.7 15.4 1193363 dscfm 68.33 1 3.8 15.4 1186972 dscfm 68.33 1 3.7 15.3 1560171 dscfm 68.33 1 4 14.5

Page 85sampling_runs

1246358 dscfm 68.33 1 3.7 15.4 1193363 dscfm 68.33 1 3.8 15.4

Page 86sampling_runs

fg_pressure

Hg_loi test_method run_comments

fuel_id fuel_unit_load fuel_flow_rate

fuel_ash fuel_heating_value 0.924761 Ontario Hydro (ASTM D6784-02) 0.924761 Ontario Hydro (ASTM D6784-02) 0.924761 Ontario Hydro (ASTM D6784-02) 0.953837 Ontario Hydro (ASTM D6784-02) Coal 0.953837 Ontario Hydro (ASTM D6784-02) Coal 0.953837 Ontario Hydro (ASTM D6784-02) Coal 0.97155 Ontario Hydro (ASTM D6784-02 0.969211 Ontario Hydro (ASTM D6784-02 0.969211 Ontario Hydro (ASTM D6784-02 0.97389 Method 5 0.97389 Method 5 0.97389 Method 5 0.959853 Method 5 (filterable) and Method 202 (condensible) 0.959853 Method 5 (filterable) and Method 202 (condensible) 0.959853 Method 5 (filterable) and Method 202 (condensible) 0.966 Method 5B 0.966 Method 5B 0.966 Method 5B

Method 5B Method 5B Method 5B 0.9271 Method 17 Coal 0.9271 Method 17 Coal 0.9271 Method 17 Coal 0.976897 Method 5B 0.976897 Method 5B 0.976897 Method 17

Method 5 Method 5 Method 5 Method 5 Coal 607.9 Method 5 Coal 605.8 Method 5 Coal 607.7 0.978568 Method 5B 0.978568 Method 5B 0.978568 Method 5B

Method 5 Sootblowing Method 5 Method 5 Method 5 Method 5 Method 5 Method 8 Method 8 Method 8 Method 8 Coal Method 8 Method 8 Coal Method 8 Method 8 Coal

me thod 8 Coal

Page 87sampling_runs

Method 8 Coal Method 8 Coal

Page 88sampling_runs

fuel_sulfur

Page 89sampling_run_pollutants1

facility _id report_id sampling_port_id run_id pollutant_nam e conc conc_units conc_ND conc_MDL 6170 PPPP-PMNH3SO3-U2-5.2007

PPPPSP4B2

2 PM (Filterable) FALSE 6170 PPPP-PMNH3SO3-U2-5.2007

PPPPSP4B2

2 PM (Condensable) FALSE 6170 PPPP-PMNH3SO3-U2-5.2007

PPPPSP4B2

3 PM (Filterable) FALSE 6170 PPPP-PMNH3SO3-U2-5.2007

PPPPSP4B2

3 PM (Condensable) FALSE 6170 PPPP-PMNH3SO3-U1-1.2007

PPPPSP4B1

1 PM (Filterable) FALSE 6170 PPPP-PMNH3SO3-U1-1.2007

PPPPSP4B1

2 PM (Filterable) FALSE 6170 PPPP-PMNH3SO3-U1-1.2007

PPPPSP4B1

3 PM (Filterable) FALSE 6170 PPPP-PM-U1-7.2007

PPPPSP4B1

1 PM (Filterable) FALSE 6170 PPPP-PM-U1-7.2007

PPPPSP4B1

2 PM (Filterable) FALSE 6170 PPPP-PM-U1-7.2007

PPPPSP4B1

3 PM (Filterable) FALSE 6170 PPPP-PM-U1-7.2007

PPPPSP3B1

1 PM (Filterable) FALSE 6170 PPPP-PM-U1-7.2007

PPPPSP3B1

2 PM (Filterable) FALSE 6170 PPPP-PM-U1-7.2007

PPPPSP3B1

3 PM (Filterable) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

1 Particulate-bound Mercury (Hgp) TRUE 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

1 Oxidized Mercury (Hg++) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

1 Elem ental Mercury (Hg0) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

1 Total Mercury (Hgt) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

2 Particulate-bound Mercury (Hgp) TRUE 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

2 Oxidized Mercury (Hg++) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

2 Elem ental Mercury (Hg0) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

2 Total Mercury (Hgt) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

3 Particulate-bound Mercury (Hgp) TRUE 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

3 Oxidized Mercury (Hg++) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

3 Elem ental Mercury (Hg0) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP3B1

3 Total Mercury (Hgt) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

1 Particulate-bound Mercury (Hgp) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

1 Oxidized Mercury (Hg++) FALSE 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B1

1 PM (Filterable) FALSE 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B1

2 PM (Filterable) FALSE 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B1

3 PM (Filterable) FALSE 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B2

1 PM (Filterable) FALSE 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B2

2 PM (Filterable) FALSE 6170 PPPP-PM-U1U2-8.2005

PPPPSP3B2

3 PM (Filterable) FALSE 6170 PPPP-PM-U2-10.2005

PPPPSP3B2

1 PM (Filterable) FALSE 6170 PPPP-PM-U2-10.2005

PPPPSP3B2

2 PM (Filterable) FALSE 6170 PPPP-PM-U2-10.2005

PPPPSP3B2

3 PM (Filterable) FALSE 6170 PPPP-PM-U2-8.2009

PPPPSP4B2

1 PM (Filterable) FALSE 6170 PPPP-PM-U2-8.2009

PPPPSP4B2

2 PM (Filterable) FALSE 6170 PPPP-PM-U2-8.2009

PPPPSP4B2

3 PM (Filterable) FALSE 6170 PPPP-PM-U1-4.2009

PPPPSP4B1

1 PM (Filterable) FALSE 6170 PPPP-PM-U1-4.2009

PPPPSP4B1

2 PM (Filterable) FALSE 6170 PPPP-PM-U1-4.2009

PPPPSP4B1

3 PM (Filterable) FALSE 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP1B2

1 Sulfur Dioxide (SO2) FALSE 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP1B2

2 Sulfur Dioxide (SO2) FALSE 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP1B2

3 Sulfur Dioxide (SO2) FALSE 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP1B2

4 Sulfur Dioxide (SO2) FALSE 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP2B2

2 Sulfur Dioxide (SO2) FALSE 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP2B2

3 Sulfur Dioxide (SO2) FALSE 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP2B2

4 Sulfur Dioxide (SO2) FALSE 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP3B2

1 Sulfur Dioxide (SO2) FALSE 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP3B2

2 Sulfur Dioxide (SO2) FALSE

Page 90sampling_run_pollutants1

6170 PPPP-SO2SO3-U2-11.2005

PPPPSP3B2

3 Sulfur Dioxide (SO2) FALSE 6170 PPPP-SO2SO3-U2-11.2005

PPPPSP3B2

4 Sulfur Dioxide (SO2) FALSE 6170 PPPP-PM-U1-1.2009

PPPPSP4B1

1 PM (Filterable) FALSE 6170 PPPP-PM-U1-1.2009

PPPPSP4B1

2 PM (Filterable) FALSE 6170 PPPP-PM-U1-1.2009

PPPPSP4B1

3 PM (Filterable) FALSE 6170 PPPP-PM-U2-1.2009

PPPPSP4B2

1 PM (Filterable) FALSE 6170 PPPP-PM-U2-1.2009

PPPPSP4B2

2 PM (Filterable) FALSE 6170 PPPP-PM-U2-1.2009

PPPPSP4B2

3 PM (Filterable) FALSE 6170 PPPP-PMNH3SO3-U2-5.2007

PPPPSP4B2

1 PM (Filterable) FALSE 6170 PPPP-PMNH3SO3-U2-5.2007

PPPPSP4B2

1 PM (Condensable) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

1 Elem ental Mercury (Hg0) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

1 Total Mercury (Hgt) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

2 Particulate-bound Mercury (Hgp) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

2 Oxidized Mercury (Hg++) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

2 Elem ental Mercury (Hg0) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

2 Total Mercury (Hgt) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

3 Particulate-bound Mercury (Hgp) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

3 Oxidized Mercury (Hg++) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

3 Elem ental Mercury (Hg0) FALSE 6170 PPPP-Hg-U1-01.2007

PPPPSP4B1

3 Total Mercury (Hgt) FALSE 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

1 Particulate-bound Mercury (Hgp) TRUE 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

1 Oxidized Mercury (Hg++) FALSE 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

1 Elem ental Mercury (Hg0) FALSE 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

1 Total Mercury (Hgt) FALSE 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

2 Particulate-bound Mercury (Hgp) TRUE 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

2 Oxidized Mercury (Hg++) FALSE 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

2 Elem ental Mercury (Hg0) FALSE 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

2 Total Mercury (Hgt) FALSE 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

3 Particulate-bound Mercury (Hgp) TRUE 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

3 Oxidized Mercury (Hg++) FALSE 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

3 Elem ental Mercury (Hg0) FALSE 6170 PPPP-Hg-U2-5.2007

PPPPSP4B2

3 Total Mercury (Hgt) FALSE

Page 91sampling_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 56.718 pound per hour (lb/hr)

FALSE FALSE Total Particulate= 101.5556 lb/hr 44.838 pound per hour (lb/hr)

FALSE FALSE 59.566 pound per hour (lb/hr)

FALSE FALSE Total particulate= 93.930 lb/hr 34.365 pound per hour (lb/hr)

FALSE FALSE 81.668 pound per hour (lb/hr)

FALSE FALSE 78.62 pound per hour (lb/hr)

FALSE FALSE 75.931 FALSE FALSE 52.254 pound per hour (lb/hr)

FALSE FALSE 41.846 pound per hour (lb/hr)

FALSE FALSE 33.842 pound per hour (lb/hr)

FALSE FALSE 54.599 pound per hour (lb/hr)

FALSE FALSE 77.885 pound per hour (lb/hr)

FALSE FALSE 42.774 pound per hour (lb/hr)

FALSE FALSE 0.00004 pound per hour (lb/hr)

FALSE FALSE Not detected - Detected Limit used in calculations 0.0035 pound per hour (lb/hr)

FALSE FALSE 0.0114 pound per hour (lb/hr)

FALSE FALSE 0.0149 pound per hour (lb/hr)

FALSE FALSE 0.00004 pound per hour (lb/hr)

FALSE FALSE Not detected - Detection Limit used in calculation 0.0031 pound per hour (lb/hr)

FALSE FALSE 0.0128 pound per hour (lb/hr)

FALSE FALSE 0.0159 pound per hour (lb/hr)

FALSE FALSE 0.00004 pound per hour (lb/hr)

FALSE FALSE Not detected - Detection Limit used in calculations 0.0021 pound per hour (lb/hr)

FALSE FALSE 0.0108 pound per hour (lb/hr)

FALSE FALSE 0.0129 pound per hour (lb/hr)

FALSE FALSE 0.0001 pound per hour (lb/hr)

FALSE FALSE Not detected - Detection Limit used in calculations 0.0007 pound per hour (lb/hr)

FALSE FALSE 41.769 pound per hour (lb/hr)

FALSE FALSE 62.032 pound per hour (lb/hr)

FALSE FALSE 71.621 pound per hour (lb/hr)

FALSE FALSE 86.19 pound per hour (lb/hr)

FALSE FALSE 297.414 pound per hour (lb/hr)

FALSE FALSE 36.719 pound per hour (lb/hr)

FALSE FALSE 12.633 pound per hour (lb/hr)

FALSE FALSE 19.439 pound per hour (lb/hr)

FALSE FALSE 14.283 pound per hour (lb/hr)

FALSE FALSE 62.309 pound per hour (lb/hr)

FALSE FALSE 58.779 pound per hour (lb/hr)

FALSE FALSE 47.961 pound per hour (lb/hr)

FALSE FALSE 38.204 pound per hour (lb/hr)

FALSE FALSE 39.329 pound per hour (lb/hr)

FALSE FALSE 39.866 pound per hour (lb/hr)

FALSE FALSE 3640.39 pound per hour (lb/hr)

FALSE FALSE SO3 = 0.00 lb.hr 4231.88 pound per hour (lb/hr)

FALSE FALSE SO3= 0.00 lb/hr 4816 pound per hour (lb/hr)

FALSE FALSE SO3=0.00 lb/hr 4567.45 pound per hour (lb/hr)

FALSE FALSE SO3= 0.00 lb/hr 5242.23 pound per hour (lb/hr)

FALSE FALSE SO3= 4.46 lb/hr 2760.13 pound per hour (lb/hr)

FALSE FALSE SO3= 0.00 lb/hr 3980.88 pound per hour (lb/hr)

FALSE FALSE SO3=0.00 lb/hr 4688.46 pound per hour (lb/hr)

FALSE FALSE SO3= 15.21 lb/hr 3724.21 pound per hour (lb/hr)

FALSE FALSE SO3= 14.52 lb/hr

Page 92sampling_run_pollutants1

4652.12 pound per hour (lb/hr)

FALSE FALSE SO3= 29.75 lb/hr 4286.22 pound per hour (lb/hr)

FALSE FALSE SO3= 16.98 lb/hr 27.387 pound per hour (lb/hr)

FALSE FALSE 28.433 pound per hour (lb/hr)

FALSE FALSE 30.435 pound per hour (lb/hr)

FALSE FALSE 42.804 pound per hour (lb/hr)

FALSE FALSE 23.441 pound per hour (lb/hr)

FALSE FALSE 30.298 pound per hour (lb/hr)

FALSE FALSE 53.284 pound per hour (lb/hr)

FALSE FALSE Total Particulate= 85.717 lb/hr 32.433 pound per hour (lb/hr)

FALSE FALSE 0.0203 pound per hour (lb/hr)

FALSE FALSE 0.0211 FALSE FALSE 0.0001 pound per hour (lb/hr)

FALSE FALSE Not detected - Detection Limit used in calculations 0.0005 pound per hour (lb/hr)

FALSE FALSE 0.0256 pound per hour (lb/hr)

FALSE FALSE 0.0263 pound per hour (lb/hr)

FALSE FALSE 0.0001 pound per hour (lb/hr)

FALSE FALSE Not detected - Detection Limit used in calculations 0.0009 pound per hour (lb/hr)

FALSE FALSE 0.02 pound per hour (lb/hr)

FALSE FALSE 0.021 pound per hour (lb/hr)

FALSE FALSE 0.00001 pound per hour (lb/hr)

FALSE FALSE Particulate bound mercury results are below detection limit 0.0023 pound per hour (lb/hr)

FALSE FALSE 0.0576 pound per hour (lb/hr)

FALSE FALSE 0.0599 pound per hour (lb/hr)

FALSE FALSE 0.00001 pound per hour (lb/hr)

FALSE FALSE Particle bound mercury results are below detection limit 0.0021 pound per hour (lb/hr)

FALSE FALSE 0.0558 pound per hour (lb/hr)

FALSE FALSE 0.0579 pound per hour (lb/hr)

FALSE FALSE 0.00001 pound per hour (lb/hr)

FALSE FALSE Particle bound mercury results are below detection limit 0.0031 pound per hour (lb/hr)

FALSE FALSE 0.0546 pound per hour (lb/hr)

FALSE FALSE 0.0577 pound per hour (lb/hr)

FALSE FALSE

Page 93sampling_run_pollutants1

run_pollutant_comment Total Particulate= 101.5556 lb/hr

Total particulate= 93.930 lb/hr

Not detected - Detected Limit used in calculations

Not detected - Detection Limit used in calculation

Not detected - Detection Limit used in calculations

Not detected - Detection Limit used in calculations

SO3 = 0.00 lb.hr SO3= 0.00 lb/hr SO3=0.00 lb/hr SO3= 0.00 lb/hr SO3= 4.46 lb/hr SO3= 0.00 lb/hr SO3=0.00 lb/hr SO3= 15.21 lb/hr SO3= 14.52 lb/hr

Page 94sampling_run_pollutants1

SO3= 29.75 lb/hr SO3= 16.98 lb/hr

Total Particulate= 85.717 lb/hr

Not detected - Detection Limit used in calculations

Not detected - Detection Limit used in calculations

Particulate bound mercury results are below detection limit

Particle bound mercury results are below detection limit

Particle bound mercury results are below detection limit

Page 95sampling_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 96sampling_run_fuel

fuel_conc_MDL

Page 97