DAQ-2024-010169

Utah Division of Air Quality
New Source Review Section Company_______________________
Site /Source_____________________
Form 23 Date___________________________
Rotary Kiln Incinerator

There are federal standards and guidelines that govern incineration of:
Hospital/medical/infectious waste; municipal waste; commercial/industrial waste, cement kilns. Consult 40CFR60,
Subparts AAAA, DDDD, EC, and F, as appropriate

General Information
1. Flow diagram designations of rotary kiln Incinerator described on this form
2. Manufacturer of Incinerator: __________________ 3. Model name and number: _________________________
4. Description of material burned: _______________
________________________________________
5. Maximum amount of waste to be incinerated:
________________ lb/hr
6. Estimated daily amount of waste to be incinerated:
___________________________pounds per day
7. Height of stack above grade: ___________ feet
8. Height of tallest structures within 150 feet:
___________________________ feet
9. Primary burner used: □ Yes □ No
Maximum rating: __________ BTU/hr
10. Secondary Burner used: □ Yes □ No Maximum rating _______________BTU/hr
11. Description of Typical Waste to Be Incinerated: □ Medical/hospital/infectious □ Municipal □ Industrial □ Commercial
Operational Information
12. Average operation time of incinerator: ________ hrs/day ________ days/week ________weeks/year
13. Maximum operation time of incinerator: ________ hrs/day ________ days/week ________weeks/year
14. Residence time: Primary ________ seconds Secondary ________ seconds
15. Proposed BACT (Best Available Control Technology):
□ Quench Tower
□ Heat Exchanger
□ Dry Scrubber (DAQ Form 9)
□ Wet Scrubber (DAQ Form 9)
□ Baghouse (DAQ Form 10)
□ Carbon Adsorption Unit
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Form 23 - Rotary Kiln Incinerator (Continued)

Emission Information
16. Average Operation
Contaminant Concentration or Emission Rate per Identical
Source
Method Used to Determine
Concentration or Emission Rate
Particulate Matter PM10 _______ gr/dscf □ lb/106 BTU □ lb/hr

Particulate Matter PM2.5 _______ gr/dscf □ lb/106 BTU □ lb/hr
Carbon Monoxide CO _______ ppm (vol) □ lb/106 BTU □ lb/hr

Nitrogen Oxides NOx _______ ppm (vol) □ lb/106 BTU □ lb/hr

Volatile Organic Matter
VOC
_______ ppm (vol) □ lb/106 BTU □ lb/hr

Sulfur Dioxide SO2 _______ ppm (vol) □ lb/106 BTU □ lb/hr
Carbon Dioxide (CO2) _______ ppm (vol) □ lb/106 BTU □ lb/hr
Methane (CH4) _______ ppm (vol) □ lb/106 BTU □ lb/hr
Nitrous Oxide (N2O) _______ ppm (vol) □ lb/106 BTU □ lb/hr
16. Maximum Operation - Continued
Contaminant Concentration or Emission Rate per Identical
Source
Method Used to Determine
Concentration or Emission Rate
Particulate Matter PM10 ________ gr/dscf □ lb/106 BTU □ lb/hr

Particulate Matter PM2.5 ________ gr/dscf □ lb/106 BTU □ lb/hr

Carbon Monoxide CO _______ ppm (vol) □ lb/106 BTU □ lb/hr

Nitrogen Oxides NOx _______ ppm (vol) □ lb/106 BTU □ lb/hr

Volatile Organic Matter
VOC _______ ppm (vol) □ lb/106 BTU □ lb/hr

Sulfur Dioxide SO2 _______ ppm (vol) □ lb/106 BTU □ lb/hr

Carbon Dioxide (CO2) _______ ppm (vol) □ lb/106 BTU □ lb/hr
Methane (CH4) _______ ppm (vol) □ lb/106 BTU □ lb/hr
Nitrous Oxide (N2O) _______ ppm (vol) □ lb/106 BTU □ lb/hr
16. Maximum Operation - Metals and Toxins- Continued
Cadmium: ________________________ milligram/dscf Mercury: ________________________ pounds per hour
Lead: ___________________________ pounds per hour Dioxins/furins: ____________________ pounds per hour

17. Exhaust Point Information
Flow diagram designation(s) of exhaust point:
Description of exhaust point (location in relation to buildings, direction, hooding, etc.): __________________________
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Exhaust height above grade: ______________ feet Exhaust diameter: _____________________________
Greatest height of nearby buildings: ___________ feet Exhaust distance from nearest plant boundary: ______feet
Average Operation Maximum Operation
Exhaust gas temperature: ________________________ Exhaust gas temperature: ________________________
Gas flow rate through each exhaust point: ___________ Gas flow rate through each exhaust point: ___________

Form 23 - Rotary Kiln Incinerator (Continued)

Emissions Calculations (PTE)
18. Calculated emissions for this device
PM10 ___________Lbs/hr___________ Tons/yr PM2.5 ___________Lbs/hr___________ Tons/yr
NOx ____________Lbs/hr___________ Tons/yr SOx ____________Lbs/hr___________ Tons/yr
CO ____________Lbs/hr___________ Tons/yr VOC ___________Lbs/hr ___________ Tons/yr
CO2 ____________Tons/yr CH4 ___________Tons/yr
N2O ____________Tons/yr
HAPs __________ Lbs/hr (speciate)___________Tons/yr (speciate)
Submit calculations as an appendix. If other pollutants are emitted, include the emissions in the appendix.

Instructions

NOTE: 1. Submit this form in conjunction with Form 1 and Form 2.
2. Call the Division of Air Quality (DAQ) at [phone] if you have problems or questions in filling
out this form. Ask to speak with a New Source Review engineer. We will be glad to help!
3. Attach spec. sheets for all burners, pollution control equipment, etc.

1. Attach flow diagram of the described incinerator.
2. Supply the manufacturer of the incinerator.
3. Supply the model and number of the incinerator.
4. Please describe the source of waste to be incinerated.
5. Supply the maximum amount of waste to be incinerated.
6. Specify the daily amount of waste to be incinerated.
7. Indicate the height of the stack above ground level.
8. Indicate the height of tallest structure within 150 feet.
9. Supply the specifications for primary burner used.
10. Supply the specifications for secondary burner used.
11. Indicate the type of typical waste to be incinerated.
12. Supply the average operation time of the incinerator.
13. Supply the maximum operation time of the incinerator.
14. Supply the residence time in the primary and secondary chambers.
15. Indicate the control technology to be use. Submit the corresponding form, if available, for the control technology.
Submit specifications for control technology which a form is not available for. Forms available upon request are the
following:
___ Form 3 Afterburners
___ Form 4 Flares
___ Form 5 Adsorption Unit
___ Form 6 Cyclone
___ Form 7 Condenser
___ Form 8 Electrical Precipitators
___ Form 9 Scrubber
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___ Form 10 Fabric Filter

16. During average and maximum operation, specify the concentration or emission rate of the listed contaminants.
17. Supply the exhaust specifications listed.
18. Supply calculations for all criteria pollutants, greenhouse gases and HAPs. Use AP-42 or Manufacturers data to complete
your calculations.

f:\ENGINEER\GENERIC\Forms 2010\Form23 Rotary Kiln Incinerators.doc
Revised 12/20/10