| Why Use Ceramic Saddles on Thermal Oxidizer? |
Ceramic Saddle Rings - The saddles are most frequently used as a protection layer for the upper
ceramic media blocks. Saddles may be used within the heat recovery chamber (HRC) entirely if the
process streams have VOC loading greater than 3.5% methane. Their dense smooth surface imparts
a high chemical resistance and provides the ceramic saddles with a very high level of stability.
Ceramic Saddle Rings are used in the Regenerative and Catalytic thermal oxidizer acts topping
material and to adjust pressure drops. Saddles are also used to protect against damage that may
occur from large amounts of particulates and excessive burner volume applied directly to the ceramic
block media, it helps to further protect the block media from damage caused by direct burner flames.
Ceramic Saddles are commonly used as heat transfer media in Regenerative (RTO), Regenerative
Catalytic Oxidizer (RCO) and Catalytic (CTO) Thermal Oxidizers. Saddles act as mass transfer
media which requires the medium to withstand a good high/low temperature resistance and/or
excellent acid-alkali resistant performance.
Ceramic Saddles are made from chemical porcelain and have excellent resistance to acids
except in the case of hydrofluoric acid. Moisture absorption will be less than one half a percent. The
porcelain's specific gravity is 2.3-2.4g/cm3 and an average heat capacity (between 20℃, 68F and
500℃, 932F of 0.22 cal/g.℃). The softening point is 1400℃, 2552F. Ceramic Saddle have
excellent thermal shock resistance during repeated heat exchange cycling between 20℃,
68F and 820℃, 1508F. American Environmental Fabrication & Supply utilizes many of the
various sizes, depending on the system size and the process stream.
ceramic media blocks. Saddles may be used within the heat recovery chamber (HRC) entirely if the
process streams have VOC loading greater than 3.5% methane. Their dense smooth surface imparts
a high chemical resistance and provides the ceramic saddles with a very high level of stability.
Ceramic Saddle Rings are used in the Regenerative and Catalytic thermal oxidizer acts topping
material and to adjust pressure drops. Saddles are also used to protect against damage that may
occur from large amounts of particulates and excessive burner volume applied directly to the ceramic
block media, it helps to further protect the block media from damage caused by direct burner flames.
Ceramic Saddles are commonly used as heat transfer media in Regenerative (RTO), Regenerative
Catalytic Oxidizer (RCO) and Catalytic (CTO) Thermal Oxidizers. Saddles act as mass transfer
media which requires the medium to withstand a good high/low temperature resistance and/or
excellent acid-alkali resistant performance.
Ceramic Saddles are made from chemical porcelain and have excellent resistance to acids
except in the case of hydrofluoric acid. Moisture absorption will be less than one half a percent. The
porcelain's specific gravity is 2.3-2.4g/cm3 and an average heat capacity (between 20℃, 68F and
500℃, 932F of 0.22 cal/g.℃). The softening point is 1400℃, 2552F. Ceramic Saddle have
excellent thermal shock resistance during repeated heat exchange cycling between 20℃,
68F and 820℃, 1508F. American Environmental Fabrication & Supply utilizes many of the
various sizes, depending on the system size and the process stream.
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
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Products
Regenerative Catalytic Oxidizer (RCO)
Regenerative Thermal Oxidizer (RTO)
Direct Fired Thermal Oxidizer (DFTO)
Low NOx Burners <9ppm (NOx)
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)
Low NOx Burners <9ppm (NOx)
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