Commonwealth of Kentucky
Natural Resources & Environmental Protection Cabinet
Department for Environmental Protection
DEP7007N
DIVISION FOR AIR QUALITY / STACK PARAMETERS, EMISSIONS AND AIR POLLUTION CONTROL EQUIPMENT
SECTION I. SUMMARY SHEET(Make additional copies, if necessary)
Control Equipment1 / Stack Parameters3 / Fugitive Parameters
Emission
Point
Number / Facility
Description / Type / Date
Installed / Cost
$ / Height
ft. / Diameter2
ft. / Temp.
F / Flow
ACFM / Exit
Velocity
ft/sec. / Plume
Height
ft. / Plume
Temp.
F / Control4
Efficiency
BLR #1
BLR #2
BLR #3 / Power Plant
Power Plant
Power Plant / NA
NA
NA / 44
58
58 / 2.33
3.00*
3.00*
*velocity
cone at outlet is 2.5 ft.dia. / 334
334
334 / 8,859
17,885
17,885 / 34
61
61 / NA
NA
NA

1. If a facility has secondary control equipment in addition to primary control equipment, use a separate line and indicate, under type, that it is a secondary control.

2. If the stack is rectangular, specify the dimensions. If there is no stack for a particular point, enter the minimum height of release under `Height' and write NA (Not Applicable) under `Diameter.'

3. If there is no stack for a particular point, enter NA (not applicable).

4. If the efficiency of the control device varies by pollutant, list the efficiency for each pollutant on separate lines.

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DEP7007N
(continued)
Grain Loading (Grains/SCF at 68F) / Amount Emitted
Emission
Point No. / Capture1 or
Collection
Efficiency % / Basis of
Estimate / Name and Chemical Composition
of Pollutants / Inlet / Outlet / Maximum
Lb/Hr. / Maximum
Tons/Yr. / Basis of Estimate
(Attach copies of calculations)
BLR #1
BLR #2
BLR #3 / NA
NA
NA
NA / Nat=l gas
No. 2 fuel oil
Nat=l gas
No. 2 fuel
oil
Nat=l gas
No. 2 fuel
oil / Nitrogen oxides - NOx
Carbon monoxide - CO
Nitrogen oxides - NOx
Carbon monoxide - CO
Sulfur dioxide - SO2
Nitrogen oxides - NOx
Carbon monoxide - CO
Nitrogen oxides - NOx
Carbon monoxide - CO
Sulfur dioxide - SO2
Nitrogen oxides - NOx
Carbon monoxide - CO
Nitrogen oxides - NOx
Carbon monoxide - CO
Sulfur dioxide - SO2 / NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA / NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA / 2.2
0.9
5.1
0.9
12.6
6.1
5.1
8.7
2.2
31.0
6.1
5.1
8.7
2.2
31.0 / 9.9
4.0
22.2
4.0
55.2
26.7
22.3
38.0
9.5
136.0
26.7
22.3
38.0
9.5
136.0 / Burner performance data
Burner performance data
Burner performance data
Burner performance data
AP-42 emission factors
AP-42 emission factors
AP-42 emission factors
AP-42 emission factors
AP-42 emission factors
AP-42 emission factors
AP-42 emission factors
AP-42 emission factors
AP-42 emission factors
AP-42 emission factors
AP-42 emissionfactors

1. Capture or collection efficiency is the efficiency with which the pollutants are collected at the emission source before being sent to the control device.

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DEP7007N
(continued
SECTION I. (Continued)
The basis for all efficiency estimates should be given and supported with documentation and a detailed explanation of the method of calculation and/or the source of information. Submit all pertinent drawings.
Describe briefly the disposal of particulates collected, scrubbing liquid, and/or wastes generated at the plant site:
N.A.
SECTION II. Specific Control Equipment
ADSORPTION UNIT
1. EMISSION POINT NUMBER OF ADSORPTION UNIT:
2. MANUFACTURER: / 3. MODEL NAME & NUMBER:
4. ADSORBENT:
Activated Charcoal:Type Other (specify):
5. ADSORBATE(S):
6. NUMBER OF BEDS: / 7. WEIGHT OF ADSORBENT PER BED:
lb.
8. DIMENSIONS OF BED:
Thickness in direction of gas flow inchesCross-section area sq. inches
9. INLET GAS TEMPERATURE
F or C / 10. PRESSURE DROP ACROSS UNIT:
inches water gauge
11. TYPE OF REGENERATION:
Replacement Steam Other (specify):
12. METHOD OF REGENERATION:
Alternate use of beds Source shut down Other (specify):
13. TIME ON LINE BEFORE REGENERATION:
minutes / 14. EFFICIENCY OF ADSORBER:
%

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DEP7007N
(continued)
AFTERBURNER
(Incinerator for Air Pollution Control)
1. EMISSION POINT NUMBER OF AFTERBURNER:
2. MANUFACTURER: / 3.MODEL NAME AND NUMBER:
4. COMBUSTION CHAMBER DIMENSIONS:
Length inches;Cross-sectional area sq. inches
5. INLET GAS TEMPERATURE:
F or C / 6. OPERATING TEMPERATURE OF CHAMBER:
F or C
7. TYPE OF AUXILIARY FUEL:
Higher Heating Value
% SulfurMaximum Average
% AshMaximum Average
Maximum Auxiliary Fuel Usage (specify units):
Hourly Annually
8. BURNERS PER AFTERBURNER:
@ BTU/hr. each
9. CATALYST USED:
No Yes
Describe Catalyst
10. HEAT EXCHANGER USED:
No Yes
Describe Heat Exchanger
11. GAS FLOW RATE:
scfm / 12. EFFICIENCY OF AFTERBURNER:
%
13. COMPOSITION OF WASTE COMBUSTED:
14. MAXIMUM QUANTITY OF WASTE COMBUSTED (specify units):
Per hour Per year
15. INCINERATOR RESIDENCE TIME:
sec. / 16. MOISTURE CONTENT OF EXHAUST GAS:
%

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DEP7007N
(continued)
CONDENSER
1.EMISSION POINT NUMBER OF THE CONDENSER:
2.MANUFACTURER: / 3.MODEL NAME AND NUMBER:
4.HEAT EXCHANGER AREA:
SQ. FT. / 5.COOLANT FLOW RATE:
Water GPM
Air scfm (at 68F)
Other: Type
Flow Rate
6.GAS FLOW RATE:
scfm (AT 68F) / 7.COOLANT TEMPERATURE:
In F;Out F
8.GAS TEMPERATURE:
In F;Out F / 9.EFFICIENCY OF CONDENSER:
%
10.COMPOSITION OF THE GAS AT THE:
A. Inlet:
b. Outlet:
ELECTROSTATIC PRECIPITATOR
1.EMISSION POINT NUMBER OF PRECIPITATOR:
2.MANUFACTURER: / 3.MODEL NAME AND NUMBER:
4.COLLECTING ELECTRODE AREA:
sq. ft.
5.GAS FLOW RATE:
scfm(@ 68F) acfm / 6.EFFICIENCY:
%
7.VOLTAGE ACROSS THE PRECIPITATOR PLATES: / 8.RESISTIVITY OF POLLUTANTS:
9.NUMBER OF STAGES IN THE PRECIPITATOR:

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DEP7007N
(continued)
CYCLONE
1EMISSION POINT NUMBER OF CYCLONE:
2.MANUFACTURER: / 3. MODEL:
4.TYPE OF CYCLONE:
Single Multiple / 5.NUMBER OF CYCLONES IN MULTIPLE CYCLONE:
6.GAS FLOW RATE:
scfm (AT 68F) / 7.EFFICIENCY:
%
8.DIMENSION THE APPROPRIATE SKETCH BELOW (in inches)) OR PROVIDE A DRAWING WITH EQUIVALENT INFORMATION:

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DEP7007N
(continued)
FILTER UNIT
1. EMISSION POINT NUMBER OF FILTER UNIT:
2. MANUFACTURER: / 3. MODEL NAME AND NUMBER:
4. FILTERING MATERIAL: / 5. FILTERING AREA:
6. CLEANING METHOD:
Shaker Reverse Air
Pulse Air Pulse Jet Other (specify)
7. GAS COOLING METHOD:
Ductwork:Length ft.;Diameter inches
Heat Exchanger Bleed-in Air Water Spray Other (specify)
8. GAS FLOW RATE (from source)
scfm (at 68F)
Pressure Drop PSIA / 9. COOLING GAS FLOW RATE:
Bleed-in Air scfm (at 68F);
Water Spray GPM
10. INLET GAS CONDITION:
Temperature FDew point F / 11. EFFICIENCY OF FILTER UNIT:
%
SCRUBBER
1. EMISSION POINT NUMBER OF SCRUBBER:
2. MANUFACTURER: / 3. MODEL NAME AND NUMBER:
4a. TYPE OF SCRUBBER:
Venturi Wet Fan
Packed;Packing Type Size Packed Height inches
Spray;Number of Nozzles Nozzle Pressure psig
Other (specify) (Attach description and sketch with dimensions)
4b.Pressure Drop Across the Scrubber inches H 2O
5. TYPE OF FLOW:
Concurrent Countercurrent Crossflow
6. SCRUBBER GEOMETRY:
Length in direction of Gas Flow ft.Cross-sectional area sq. ft.
7. CHEMICAL COMPOSITION OF SCRUBBING LIQUID:
Ph Range
8. SCRUBBING LIQUID FLOW RATE:
GPM
FRESH LIQUID MAKE UP RATE:
GPM / 9. GAS FLOW RATE:
scfm (at 68F)
10. INLET GAS TEMPERATURE:
F / 11. EFFICIENCY OF SCRUBBER:
%

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DEP7007N
(continued)
OTHER TYPE OF CONTROL EQUIPMENT
1. EMISSION POINT NUMBER OF "OTHER TYPE" OF CONTROL EQUIPMENT:
2. GENERIC NAME OF "OTHER" EQUIPMENT:
3. MANUFACTURER: / 4. MODEL NAME AND NUMBER:
5. DESCRIPTION AND SKETCH, WITH DIMENSIONS, FLOW RATES AND EFFICIENCY OF "OTHER" EQUIPMENT.

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