Excess air helps prevent the formation of carbon monoxide and soot deposits, but effects the operating
costs by having to use more fuels to heat the ambient combustion air. These fuels use approximately
1cubic foot of air to release 100 British Thermal Units (BTU's) in complete combustion. The
process heating efficiency is reduced considerably on regenerative thermal oxidizers, if the air supply is
significantly higher than the required air.
The Benefit of our regenerative and catalytic thermal oxidizers is documented for CO2 reduction. For
each MCF of CH4 burned completely, 117 pounds of CO2 is produced. At full utilization on a larger
thermal oxidizer with a 10% reduction in excess O2, the reduction would equal 630,006 pounds, or 315
tons of CO2.
costs by having to use more fuels to heat the ambient combustion air. These fuels use approximately
1cubic foot of air to release 100 British Thermal Units (BTU's) in complete combustion. The
process heating efficiency is reduced considerably on regenerative thermal oxidizers, if the air supply is
significantly higher than the required air.
The Benefit of our regenerative and catalytic thermal oxidizers is documented for CO2 reduction. For
each MCF of CH4 burned completely, 117 pounds of CO2 is produced. At full utilization on a larger
thermal oxidizer with a 10% reduction in excess O2, the reduction would equal 630,006 pounds, or 315
tons of CO2.
All of our regenerative and Catalytic thermal
oxidizers offers Combustion Air Systems with
continuous monitoring for excess O2 levels within
the system. This provides significant fuel savings
and reduced emissions when compared to other
regenerative thermal oxidizer (RTO) and Catalytic
thermal oxidizer (CTO) systems. As the process
temperatures fluctuates the thermal oxidizer system
continually monitors and controls the combustion air
to minimise the excess air and increase fuel
efficiency, this O2 monitoring offers a large fuel
savings and reduced air emissions.
By using the optimizing combustion efficiency
system on your thermal oxidizer system, you will
minimize destruction costs and maximize utilization.
Other high-temperature thermal oxidizer systems are
designed to operate with 10-30% excess combustion
air at high fire which is highly inefficient.
oxidizers offers Combustion Air Systems with
continuous monitoring for excess O2 levels within
the system. This provides significant fuel savings
and reduced emissions when compared to other
regenerative thermal oxidizer (RTO) and Catalytic
thermal oxidizer (CTO) systems. As the process
temperatures fluctuates the thermal oxidizer system
continually monitors and controls the combustion air
to minimise the excess air and increase fuel
efficiency, this O2 monitoring offers a large fuel
savings and reduced air emissions.
By using the optimizing combustion efficiency
system on your thermal oxidizer system, you will
minimize destruction costs and maximize utilization.
Other high-temperature thermal oxidizer systems are
designed to operate with 10-30% excess combustion
air at high fire which is highly inefficient.
| Air Pollution Control Equipment on Regenerative & Catalytic Oxidizers |
American Environmental Fabrication & Supply LLC Fax: +1 (918) 772-3536
18991 S 410 Road Hulbert, OK 74441-1861 info@american-environmental.us
© 2010 All Rights Reserved. Visit our sitemap page for more information or contact the Webmaster.
18991 S 410 Road Hulbert, OK 74441-1861 info@american-environmental.us
© 2010 All Rights Reserved. Visit our sitemap page for more information or contact the Webmaster.
Air Pollution Control Equipment
American Environmental Fabrication & Supply, LLC
Worldwide Shipping
Call +1 (918) 708 - 1253
Products
Regenerative Catalytic Oxidizer (RCO)
Regenerative Thermal Oxidizer (RTO)
Direct Fired Thermal Oxidizer (DFTO)
VOC Concentrator Systems (TSRA)
Nitrogen Rejection System (PSA)
Filtercrobe I Bio-Filtration (GACBF)
Carbon Bed Adsorption Canister (GAC)
Micro Turbine Waste Heat Energy
AgriMicrobe Sales Formula V
Product Inquiry
Product Questionnaire
Services
Service Inquiry
Spent Carbon Reactivation Program
Air Pollution Control Equipment Services
Purchase Plans
Buying and Service Agreement Plans
Rental Plans (Short/Long Term)
Energy Performance Agreement
Services
Service Inquiry
Spent Carbon Reactivation Program
Air Pollution Control Equipment Service
System Information
Equipment Control
Electrical Cost Reduction
Air Pollution Equipment Explosion Protection
Equipment Reliability
Equipment Protection
Reducing Emissions
Programmable Logic Controls
Ceramic Fiber Protection
Ceramic Saddles Usage
Structured Ceramic Heat Media
Extending Equipment Life
Information On Process & Treatment
Buying a Regenerative Thermal Oxidizer
Common Thermal Oxidizer Buying Mistake
Hydrogen Sulfide Reduction
Optimum RTO Operation
Understanding Soil Vapor Extraction
Reducing Costs of VOC Abatement
Wastewater VOC Abatement
Different Types of Thermal Oxidizers
What is a Regenerative Catalytic Oxidizer
The Correct Air Pollution Control Product
Coffee, Rendering, Bakery and Fishmeal
Natural Gas Processing and Oil Refineries
Cement Plant Air Pollution Control
Landfill Gas Requirements & Technology
Controlling Carbon Monoxide Plant Emissions
Photos Thermal Oxidizers
Photos of Air Pollution Control Equipment
Photos of Rebuilt Equipment
Photos of Installation - Relocation Services
Helpful Links
Environmental Organization Links
Environmental AEFS Blog
Regenerative Catalytic Oxidizer (RCO)
Regenerative Thermal Oxidizer (RTO)
Direct Fired Thermal Oxidizer (DFTO)
VOC Concentrator Systems (TSRA)
Nitrogen Rejection System (PSA)
Filtercrobe I Bio-Filtration (GACBF)
Carbon Bed Adsorption Canister (GAC)
Micro Turbine Waste Heat Energy
AgriMicrobe Sales Formula V
Product Inquiry
Product Questionnaire
Services
Service Inquiry
Spent Carbon Reactivation Program
Air Pollution Control Equipment Services
Purchase Plans
Buying and Service Agreement Plans
Rental Plans (Short/Long Term)
Energy Performance Agreement
Services
Service Inquiry
Spent Carbon Reactivation Program
Air Pollution Control Equipment Service
System Information
Equipment Control
Electrical Cost Reduction
Air Pollution Equipment Explosion Protection
Equipment Reliability
Equipment Protection
Reducing Emissions
Programmable Logic Controls
Ceramic Fiber Protection
Ceramic Saddles Usage
Structured Ceramic Heat Media
Extending Equipment Life
Information On Process & Treatment
Buying a Regenerative Thermal Oxidizer
Common Thermal Oxidizer Buying Mistake
Hydrogen Sulfide Reduction
Optimum RTO Operation
Understanding Soil Vapor Extraction
Reducing Costs of VOC Abatement
Wastewater VOC Abatement
Different Types of Thermal Oxidizers
What is a Regenerative Catalytic Oxidizer
The Correct Air Pollution Control Product
Coffee, Rendering, Bakery and Fishmeal
Natural Gas Processing and Oil Refineries
Cement Plant Air Pollution Control
Landfill Gas Requirements & Technology
Controlling Carbon Monoxide Plant Emissions
Photos Thermal Oxidizers
Photos of Air Pollution Control Equipment
Photos of Rebuilt Equipment
Photos of Installation - Relocation Services
Helpful Links
Environmental Organization Links
Environmental AEFS Blog
Our ReGen and ReCat Series regenerative
thermal oxidizer and catalytic thermal oxidizer
systems offer complete micro adjustment of excess
O2 levels. We use Two Stage Low NOx Burners
with the capability of using the heated exhaust air
for combustion. This helps to minimize the heating
requirements of the combustion air. This feature
provides significant oxidizer fuel savings, reduced
emissions and improved BTU utilization. With our
oxidizer systems you will never have to adjust your
burners and combustion air system again as these
functions are built in the self regulating PLC system.
With more and more regulatory bodies requiring a
reduced emissions our O2 sensor system makes
sure your saving money in fuel as well as having
the latest technology in minimizing CO2 and NOx
emissions.
thermal oxidizer and catalytic thermal oxidizer
systems offer complete micro adjustment of excess
O2 levels. We use Two Stage Low NOx Burners
with the capability of using the heated exhaust air
for combustion. This helps to minimize the heating
requirements of the combustion air. This feature
provides significant oxidizer fuel savings, reduced
emissions and improved BTU utilization. With our
oxidizer systems you will never have to adjust your
burners and combustion air system again as these
functions are built in the self regulating PLC system.
With more and more regulatory bodies requiring a
reduced emissions our O2 sensor system makes
sure your saving money in fuel as well as having
the latest technology in minimizing CO2 and NOx
emissions.