Form AQM-1001K "Stack Parameters and Air Pollution Control Equipment" - Delaware

What Is Form AQM-1001K?

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Download Form AQM-1001K "Stack Parameters and Air Pollution Control Equipment" - Delaware

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AQM-1001K
Department of Natural Resources and Environmental Control
Division of Air and Waste Management
STACK PARAMETERS AND AIR
Air Quality Management Section
POLLUTION CONTROL EQUIPMENT
NAME OF COMPANY:
(Make additional copies, if necessary)
SECTION I.
SUMMARY SHEET
CAPTURE OR
CONTROL EQUIPMENT
STACK PARAMETERS
EMISSION
EMISSIONS UNIT
CONTROL
COLLECTION
BASIS OF
POINT
EXIT
DESCRIPTION(S)
EFFCIENCY
EFFICIENCY
ESTIMATE
DATE
COST
HEIGHT
DIAMETER
TEMP.
FLOW
SUMMARY
TYPE
VELOCITY
$
ft.
ft.
°F
acfm
%
INSTALLED
ft/sec
1.
If an emissions unit 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.
Capture or collection efficiency is the efficiency with which the pollutants are collected at the emission source before being sent to the control device.
1
AQM-1001K
Department of Natural Resources and Environmental Control
Division of Air and Waste Management
STACK PARAMETERS AND AIR
Air Quality Management Section
POLLUTION CONTROL EQUIPMENT
NAME OF COMPANY:
(Make additional copies, if necessary)
SECTION I.
SUMMARY SHEET
CAPTURE OR
CONTROL EQUIPMENT
STACK PARAMETERS
EMISSION
EMISSIONS UNIT
CONTROL
COLLECTION
BASIS OF
POINT
EXIT
DESCRIPTION(S)
EFFCIENCY
EFFICIENCY
ESTIMATE
DATE
COST
HEIGHT
DIAMETER
TEMP.
FLOW
SUMMARY
TYPE
VELOCITY
$
ft.
ft.
°F
acfm
%
INSTALLED
ft/sec
1.
If an emissions unit 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.
Capture or collection efficiency is the efficiency with which the pollutants are collected at the emission source before being sent to the control device.
1
AQM-1001K
(Continued) (Make additional copies, if necessary)
SECTION I.
SUMMARY SHEET
(Continued)
POLLUTANT LOADING
AMOUNT EMITTED
EMISSION
NAME AND CHEMICAL
(Specify Limits)
BASIS OF ESTIMATE
POINT
COMPOSITION OF
(Attach copies of calculations)
MAXIMUM
MAXIMUM
NUMBER
POLLUTANTS
INLET
OUTLET
(lb/hr)
(tons/yr)
2
AQM-1001K
(CONTINUED)
SECTION I.
The basis for all efficiency estimates should be given and supported with documentation and a detailed
explanation of the method of calculation and the source of information. Submit all pertinent drawings.
Describe briefly the disposal of particulates collected, scrubbing liquid and/or other wastes generated at the plant
site:
SECTION II. SPECIFIC CONTROL EQUIPMENT
ADSORPTION UNIT
1. EMISSION POINT NUMBER OF ADSORPTION UNIT:
or Description
2. MANUFACTURER
:
3. ADSORBENT:
Activated Charcoal:
Type:
(specify)
Other:
:
4. ADSORBATE(S):
6.
WEIGHT OF ADSORBENT PER BED:
5.
NUMBER OF BEDS:
lb
7.
DIMENSIONS OF BED:
Thickness in direction of gas flow:
inches
Cross-sectional area:
square inches
8.
INLET GAS TEMPERATURE:
9.
PRESSURE DROP ACROSS UNIT:
°F
inch water gauge
10. TYPE OF REGENERATION
Replacement
Steam
Other (Specify):
11. METHOD OF REGENERATION
Alternate Use of Beds
Source Shut-down
Other (specify):
12. TIME ON-LINE BEFORE REGENERATION:
13. EFFICIENCY OF ADSORBER:
minutes
%
3
AQM-1001K
(Continued)
AFTERBURNER
(Incinerator for Air Pollution Control)
1. EMISSION POINT NUMBER OF AFTERBURNER:
or Description
2. MANUFACTURER
:
all
3.
COMBUSTION CHAMBER DIMENSIONS: (Provide for
chambers):
Length:
inches
Cross-Sectional Area:
square inches
4.
INLET GAS TEMPERATURE:
5.
OPERATING TEMPERATURE OF CHAMBER:
°F
°F
6.
TYPE OF AUXILIARY FUEL:
HIGHER HEATING VALUE:
% SULFUR: Maximum:
Average:
% ASH:
Maximum:
Average:
(specify units)
MAXIMUM HOURLY FUEL USAGE
:
Hourly:
Average:
7.
BURNERS PER AFTERBURNER:
@
BTU/hr, each
8.
CATALYST USED:
YES
Describe Catalyst:
9.
HEAT EXCHANGER USED:
YES
Describe Heat Exchanger:
10. GAS FLOW RATE:
11. EFFCIENCY OF AFTERBURNER:
SCFM
(at 68°F)
%
12. COMPOSITION OF WASTE COMBUSTED:
13. MAXIMUM QUANTITY OF WASTE COMBUSTED (specify units):
Per Hour:
Per Year:
14. INCINERATOR RESIDENCE TIME:
15. MOISTURE CONTENT OF EXHAUST GAS:
sec.
%
4
AQM-1001K
(Continued)
CONDENSER
1.
EMISSION POINT NUMBER OF THE CONDENSER:
or Description
2. MANUFACTURER
:
3. HEAT EXCHANGER AREA:
4.
COOLANT FLOW RATE:
square feet
Water
gpm
Air
scfm
Other
specify:
5. GAS FLOW RATE:
6.
COOLANT TEMPERATURE:
scfm
in:
°F
out:
°F
7. GAS TEMPERATURE:
8.
EFFICIENCY OF CONDENSER:
in:
°F
out:
°F
%
9. COMPOSITION OF THE GAS AT THE:
a. inlet:
b. outlet:
ELECTROSTATIC PRECIPITATOR
1. EMISSION POINT NUMBER OF PRECIPITATOR:
or Description
2. MANUFACTURER
:
3. COLLECTING ELECTRODE AREA:
square feet
4. GAS FLOW RATE:
scfm
5. EFFICIENCY:
%
6. VOLTAGE ACROSS THE PRECIPITATOR PLATES:
7. RESISTIVITY OF POLLUTANTS:
8. NUMBER OF STAGES IN THE PRECIPITATOR:
5
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