Products/Services for Afterburner Catalytic Oxidizer
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Thermal Oxidizers and Catalytic Oxidizers - (199 companies)Thermal oxidizers and catalytic oxidizers are used to destroy volatile organic compounds (VOC) in process gases. Thermal oxidizers may also be called afterburners or direct flame thermal oxidizers. Thermal oxidation is a method of pollution control...Oxidizer TypeDestruction Efficiency / Capability -
Selective Catalytic Reduction (SCR) Systems - (70 companies)...catalytic reducers (SCR) work in a manner similar to the way a catalytic converter works to reduce automobile emissions. Catalytic converters circulate un-oxidized portions of the exhaust stream in an oxidizing environment to break down additional... -
Oxidation Equipment - (54 companies)Oxidation equipment sterilizes wastewater via oxidative chemical processes. Oxidation equipment refers to the mechanisms and devices that chemically treat water via oxidation. Strong chemical oxidizers are introduced into supplies of wastewater... -
Incinerators - (70 companies)Incinerators are used for burning organic material, gases, fumes, hazardous waste, and municipal trash or sewage sludge at a high temperature, sometimes to produce energy. -
Catalysts and Initiators - (352 companies)Catalysts are useful because the alternate pathways typically use less energy than it would take to activate an uncatalyzed reaction. Catalytic action can also make it possible to perform chemical processes at lower temperature and/or pressure, thereby... -
Biocides - (145 companies)...ingredients. Some of the oxidizing biocides are simple solutions of common chemicals like bleach. End users can purchase these products, as well as chlorine gas, directly from the manufacturer. The second tier of the industry is made up of biocide suppliers...
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Catalyst Supports and Carriers - (35 companies)...and carriers serve as media for the delivery of catalytic substances to aid chemical process. This is achieved by coating the components with the substance, which in turn increases the number of catalytic sites available. They facilitate the reaction...
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Gas Sensors - (598 companies)Gas sensors interact with a gas to initiate the measurement of its concentration. The sensor then provides output to an instrument to display the measurements.
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Total Organic Carbon (TOC) Analyzers - (63 companies)...the blank value is very low as long as the reagents are pure, which makes the analysis more accurate. Ultraviolet irradiation uses ultra-violet light to oxidize the carbon present in the sample to produce carbon dioxide. UV oxidation is the most...
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Ovens (industrial) - (486 companies)...and maintenance of Class A, B, C, and D ovens, dryers, and furnaces, thermal oxidizers, and any other heated enclosure used for processing of materials and related equipment. Provisions are also provided for furnace heating systems, safety...
Product News
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Branch Environmental Solutions
Energy Recovery with Catalytic Oxidizers . Catalytic Oxidizers are specifically best suited for organic concentrations of 2500 ppm or less. The high concentrations of VOC can usually be handled by other technologies. The low level VOC does not provide enough energy and the catalyst can operate at a temperature of 500 - 600 F / 250 - 300 C approximately. It will depend on the particular compound and the destruction efficiency. We still heat the gas directly by using a natural gas burner (or other gaseous fuel) but then instead of just... (read more)Browse Thermal Oxidizers and Catalytic Oxidizers Datasheets for Branch Environmental Solutions -
Branch Environmental Solutions
What are CATALYTIC OXIDATION Uses? . Catalytic Oxidizers are specifically best suited for organic concentrations of 2500 ppm or less. The high concentrations of VOC can usually be handled by other technologies. The low level VOC does not provide enough energy and the catalyst can operate at a temperature of 500 - 600 F / 250 - 300 C approximately. It will depend on the particular compound and the destruction efficiency. We still heat the gas directly by using a natural gas burner (or other gaseous fuel) but then instead of just... (read more)Browse Thermal Oxidizers and Catalytic Oxidizers Datasheets for Branch Environmental Solutions -
Branch Environmental Solutions
Article: What are Direct Oxidizers? DIRECT THERMAL OXIDATION. Direct Thermal Oxidation involves simply applying heat to the contaminated air until the temperature is raised enough for combustion to occur. Organic compounds have a temperature at which they will begin to oxidize even if no direct flame were present. For example, if a organic compound has an auto ignition temperature of 932 F / 500 C, it would begin to convert to carbon dioxide and water, assuming enough oxygen is present. In practice, a higher temperature is needed... (read more)Browse Thermal Oxidizers and Catalytic Oxidizers Datasheets for Branch Environmental Solutions -
Branch Environmental Solutions
What is Selective Catalytic Reduction -(SCR) SELECTIVE CATALYTIC REDUCTION. Removal of Oxides of Nitrogen - N0x can be achieved by injecting Ammonia into the air and passing the resulting mixture over a catalyst. Selective Catalytic Reduction - SCR involves the use of a catalyst that is selective to promote the reaction of Ammonia and N0x to form Nitrogen and water. Several different forms of Ammonia can be used. That is, you can inject a water solution of Ammonia, Ammonia as a dry gas, or Urea. How does SCR work?. Catalysts perform... (read more)Browse Selective Catalytic Reduction (SCR) Systems Datasheets for Branch Environmental Solutions -
Control Instruments Corp.
Top 3 Reasons to Use PrevEx to Monitor Oxidizers Thermal oxidizers are used to destroy the VOC's present in many industrial ventilation, process exhaust and waste air streams. As their use increases, so does a unique opportunity. BE SAFE. SAVE ENERGY. LOWER FUEL COSTS. The PrevEx is our flammability analyzer for lower flammable limit monitoring (LFL/LEL). Download Control Instruments' new infographic and learn the top 3 reasons to use the PrevEx on oxidizers. Visit our website to find out how we can help you select the safest, most... (read more)Browse Gas Instruments Datasheets for Control Instruments Corp. -
Branch Environmental Solutions
Why Consider our Packaged System for VOC Control? Packaged Systems. For some applications on oxidizers, the destruction of the compound results in other chemicals which can still not be released to the atmosphere. For example, if you destroy a chlorinated organic, the final flue gas may contain HCl (Hydrochloric acid). If the quantity of HCl is significant, we can add a cooling system and a scrubber system to eliminate any acid emissions and convert the acid HCl to a neutral salt. Branch Environmental can provide the complete coordinated... (read more)Browse Thermal Oxidizers and Catalytic Oxidizers Datasheets for Branch Environmental Solutions -
Branch Environmental Solutions
Standard and custom built oxidation systems . At lower VOC concentrations (2500 ppm), catalytic oxidation reduces the cost of fuel significantly. Typically, operating temperatures will be 1/3 of those used in a thermal oxidizer. In many cases, only 500-600 o F (260-320 o C ) is required for good performance. Shop fabricated capacities of up to 25,000 cfm (42500 m3/h) are available. Solvent Concentration. Where large volumes must be handled, we can provide a solvent concentration stage using a special media which captures the VOC... (read more)Browse Thermal Oxidizers and Catalytic Oxidizers Datasheets for Branch Environmental Solutions -
Branch Environmental Solutions
VOC control with our Direct Thermal Oxidation Direct Thermal Oxidation. Direct Thermal Oxidation involves simply applying heat to the contaminated air until the temperature is raised enough for combustion to occur. Organic compounds have a temperature at which they will begin to oxidize even if no direct flame were present. For example, if a organic compound has an auto ignition temperature of 932 F / 500 C, it would begin to convert to carbon dioxide and water, assuming enough oxygen is present. In practice, a higher temperature is needed... (read more)Browse Thermal Oxidizers and Catalytic Oxidizers Datasheets for Branch Environmental Solutions -
Branch Environmental Solutions
How do Air-to-Air Heat Exchangers operate? to the contaminated air until the temperature is raised enough for combustion to occur. Organic compounds have a temperature at which they will begin to oxidize even if no direct flame were present. For example, if a organic compound has an auto ignition temperature of 932 F / 500 C, it would begin to convert to carbon dioxide and water, assuming enough oxygen is present. In practice, a higher temperature is needed to assure that you get good destruction efficiency. The actual temperature could... (read more)Browse Thermal Oxidizers and Catalytic Oxidizers Datasheets for Branch Environmental Solutions -
High Performance Alloys, Inc.
High Temperature Alloys High temperature resistance is essential in many applications. Gas turbines, fuel nozzles, heat treating fixtures, and furnace baffles. These materials must stand up to high heat, extreme oxidation potential and cycling. HASTELLOY (R) alloy X (HX). (UNS N06002) Ni 47.5, Cr 21.8, Fe 18.5, Mo 9.0. Excellent high temperature strength and oxidation resistance to 2200 F. Excellent forming and welding characteristics. Resistance to oxidizing, reducing, and neutral atmospheres. Resistant to SCC... (read more)Browse Specialty Nonferrous Metals and Alloys Datasheets for High Performance Alloys, Inc.
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Advances in Environmental Geotechnics
The units can also be afterburners or catalytic oxidizers that completely destroy the organic contaminants.
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Choosing VOC control technology.
Aspects considered include: factors involved in the selection of VOC containment equipment; processes and equipment available for control or destruction of VOC (adsorption, biofiltration, thermal oxidation, direct flame afterburner , catalytic oxidizer , recuperative oxidizer, regenerative thermal oxidizer, UV light oxidation, wet scrubbing); and …
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Assessment of Hybrid Configuration and Control Strategies in Planning Future metropolitan/Urban Transit Systems
Recent advances in diesel combustion technologies, better afterburners and catalytic oxidizers , and use of alternative fuels such as compressed natural gas (CNG), propane, and methanol have resulted in overall reduction in the emission of particulate matters (PM) and other gaseous emissions such …
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States > Michigan > State > Forms > Department of Environmental Quality > [MI FORM generalpermitprogram] Permit to Install for Diesel Fuel Fired Generators wit...
granular activated carbon unit, a thermal oxidizer (incinerator or afterburner ), a catalytic oxidizer (incinerator), an internal combustion engine, or a biofilter in combination with one of the other listed controls.
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States > Michigan > State > Forms > Department of Environmental Quality > [MI FORM remedjan03] General Permit to Install for Remediation Processes: Gasoline an...
… tons per year and/or total potential BTEX emissions greater than 1 ton per year must install one or more of the following emission controls: a single or dual stage granular activated carbon unit, a thermal oxidizer (incinerator or afterburner ), a catalytic oxidizer .
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States > California > State > Air Districts > South Coast > Regulation III - Fees > [sc AQMD 301] Rule 301 - Permitting and Associated Fees
Afterburner / Oxidizer , Catalytic .
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States > California > State > Air Districts > South Coast > Regulation XI - Source Specific Standards > [sc AQMD 1147] Rule 1147 - NOx Reductions From Miscella...
Afterburner , degassing unit, catalytic oxidizer , thermal oxidizer, vapor incinerator, evaporator, food oven, fryer, heated process tank, parts washer or spray booth make-up air heater manufactured prior to 1998 .
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States > California > State > Air Districts > Ventura County > Regulation IV - Prohibitions > [ven AQMD 74-15-1] Rule 74-15-1 - Boilers‚ Steam Generators...
Afterburner , vapor incinerator, or thermal or catalytic oxidizers used as an emission control device.
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Assessment of Industrial VOC Gas-Scrubber Performance
Schematics of various volatile organic compound air pollution techniques: (1) Afterburner , (2) Recuperative thermal oxidizer , (3) Regenerative thermal oxidizer, (4) Flare, (5) Catalytic Oxidizer, (6) Biofilter [from Ref. 10] .
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Pollutant Diseases, Remediation and Recycling
This technique is normally coupled with a post treatment-destruction technology such as an after- burner , a catalytic oxidation chamber, a carbon adsorption unit or a condenser to subsequently treat any volatile component or toxic emission emanating from the soil, prior to … Afterburners and oxidisers ensure com- plete destruction of the organic compounds while the carbon adsorption units and …
