Thermal Oxidizer

Description: All of our B&B Engineered Systems regenerative thermal oxidizers are custom designed to meet our customers specific needs. Our regenerative thermal oxidizers are designed to provide 95% primary heat recovery with a destruction efficencies of 95 to 99%. Our regenerative

• Destruction Efficiency / Capability: 99%, 98%, 97%, 95%, < 20mg/Nm3, < 50mg/Nm3, Odor, Opacity
• Oxidizer Type: Regenerative Thermal
• Required Airflow: 1000 to 240000 SCFM
• Temperature Range: 1400 to 1800 F

Description: Munters Zeolite rotor concentrator is fully integrated with a recuperative thermal oxidizer for VOC destruction. Solvent laden air is drawn through the zeolite rotor concentrator where the VOCs are removed by adsorption. The rotor turns continuously transporting VOC laden zeolite into

• Oxidizer Type: Catalytic, Recuperative Thermal, Rotor Concentrator

Description: Fume Incineration System containing a gas burner or electric heaters to raise the temperature of the exhaust gases to the required operating temperature. This assures maximum destruction of the VOCs in the exhaust gas. The complete system is packaged with an integral preheat exchanger,

• Destruction Efficiency / Capability: 99%
• Required Airflow: 100 to 25000 SCFM

Description: Despatch’s VOC Termal Oxidizer was designed to eliminate over 99% of Volatile Organic Compounds (VOCs) from gasses exhausted during the drying step of solar cell manufacturing. The solar cell manufacturing process creates unwanted environmental pollutants which are

• Destruction Efficiency / Capability: 99%
• Temperature Range: 1400 F

Description: Regenerative Thermal Oxidizers Air Pollution Control using a Regenerative Thermal Oxidizer (RTO) is most appropriate in process applications with lower concentrations (up to 10% LEL) of Volatile Organic Compounds (VOC's) and air flows higher than 5000 SCFM. The chief

• Destruction Efficiency / Capability: 95%
• Oxidizer Type: Regenerative Thermal

Description: Recuperative Thermal Oxidizers VOC abatement using Recuperative Thermal Oxidizers is appropriate in many process applications including processes where particulate may be present, with higher Volatile Organic Compounds (VOC’s) concentrations or even where a large amount

• Destruction Efficiency / Capability: 99%
• Oxidizer Type: Recuperative Thermal

Description: In a Regenerative Oxidizer, an effort is made to get the absolutely highest possible energy recovery. This type of design is aimed at low concentrations of organics. Since you can recover a very high percentage of the energy, you can operate with low fuel use. This has to be balanced against

• Oxidizer Type: Regenerative Thermal

Description: Catalytic Oxidizers are a good control option in applications that have consistent Volatile Organic Compounds (VOC's). By using a catalyst bed in the air treatment equipment, oxidation is accomplished at much lower temperatures compared to thermal oxidation. A catalytic oxidizer

• Oxidizer Type: Recuperative Thermal

Description: Portable Thermal Oxidizers Pollution Systems manufactures portable thermal oxidizers used for tank degassing prior to cleaning, air treatment when existing pollution control equipment is shut-down for maintenance or repair, as a temporary air treatment solution for a new

• Destruction Efficiency / Capability: 99%

Description: lndeck's Boiler/TO design eliminates the need for separate equipment such as Boilers, Thermal Oxidizers, Heat Recovery Steam Generators and their associated controls, pumps and piping equipment. In the conventional approach, all of these separate pieces of equipment and systems are

Description: 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

• Required Airflow: 20003 SCFM

Description: Fume Incineration System containing a gas burner, or electric heaters, to raise the temperature of the exhaust gases to the required operating temperature. This assures maximum destruction of the VOCs in the exhaust gas. The complete system is packaged with an integral preheat exchanger,

• Destruction Efficiency / Capability: 99%
• Required Airflow: 100 to 25000 SCFM

Description: proprietary mixture of zeolite to adsorb VOCs from contaminated airstreams. The rotor material is totally inorganic, completely inert, and features the necessary rigidity and physical integrity to withstand thermal stress. And because the zeolite is an integral part of the HoneyCombe® matrix,

Description: Regenerative Thermal Oxidisers (RTO’s) consist of a number of ceramic media chambers or beds, connecting to the combustion chamber. The VOC and HAP laden process gas enters the oxidiser through an inlet manifold to flow control valves that direct the gas into one of the beds. The process

Description: Regenerative Thermal Oxidisers (RTO’s) consist of a number of ceramic media chambers or beds, connecting to the combustion chamber. The VOC and HAP laden process gas enters the oxidiser through an inlet manifold to flow control valves that direct the gas into one of the beds. The process

Description: . Typically a Regenerative Thermal Oxidizer (RTO) is used,however a recuperative thermal oxidizer with a primary heat exchanger can also be used. Customers looking to gain additional capacity from an existing oxidizer may want to consider this option. Munters can

• Oxidizer Type: Catalytic, Direct Flame, Regenerative Thermal, Rotor Concentrator

Description: Dual function water spray, central cleaning mechanism, minimal down time

• Oxidizer Type: Regenerative Thermal
• Temperature Range: Up to 2012 F

Description: Minimal water usage, max uptime, easy maintenance, fully enclosed cabinet

• Oxidizer Type: Regenerative Thermal

Description: Low airflow interlock to shut off or bypass fasl inlet(s)

• Destruction Efficiency / Capability: 99%
• Oxidizer Type: Regenerative Thermal
• Required Airflow: Up to 3.53 SCFM

Description: and sent to a common oxidizer for VOC destruction. Additional concentrator boxes can be added as needed to treat even larger flow volumes. For processes that produce variable exhaust flow rates, the system can be designed to allow for extreme flexibility in operation by isolating certain

• Oxidizer Type: Catalytic, Rotor Concentrator
• Required Airflow: 100000 SCFM

Description: Wisconsin Oven Corporation designs and builds thermal incinerators for oxidizing the fumes from the exhaust streams of ovens. Most often, the contaminants are smoke, paint fumes, or solvents.We manufacture fume incinerators, but we do not manufacture incinerators for processing solid

• Destruction Efficiency / Capability: 99%
• Required Airflow: 325 SCFM
• Temperature Range: 1500 F

Description: Wisconsin Oven Corporation designs and builds thermal incinerators for oxidizing the fumes from the exhaust streams of ovens. Most often, the contaminants are smoke, paint fumes, or solvents.We manufacture fume incinerators, but we do not manufacture incinerators for processing solid

• Destruction Efficiency / Capability: 99%
• Required Airflow: 18000 SCFM
• Temperature Range: 1500 F

Description: than thermal With a regenerative catalytic oxidiser, a catalyst is included in the combustion chamber of a regenerative thermal oxidiser to enable the oxidisation process to take place at lower temperatures.

Description: Sometimes referred to as an After-Burner, the direct-fired thermal oxidiser uses a specially designed burner to raise the temperature of a pollutant laden air stream to a predetermined combustion temperature. In operation, the contaminated process exhaust is ducted into a burner chamber. Heat

Description: Standard Practice for Vented and Fugitive Gaseous Emissions Destruction by Thermal Oxidizer

Description: The Hot Oxidation System (HOx) offers a significant advance in the performance of non-fuel oxidation technology. Targeted at CVD applications, the system ensures safe removal of pyrophoric gases to below flammable limits and the effective treatment of acidic by-products to prevent exhaust duct

Description: Our LoTOx™ solution delivers the highest NOx removal capabilities commercially available, achieving efficiency rates in excess of 95%. This is a low-temperature oxidation process, which employs ozone to oxidise nitrogen oxides (mainly NO and NO2) – known as NOx – to higher oxides of nitrogen such as

• Destruction Efficiency / Capability: 95%, 90%, Other

Description: Designed To Incinerate Fumes With Varying Oxygen Content And Any Type Of Organic Pollutant And Soot. Five (5) Standard Models With Maximum Fume Ratings From 3,000,000 to 36,000,000 BTU/hr. Units Maintain High Incineration Efficiency At All Fume Flows, Heating Values, And Oxygen Content. Fully

• Oxidizer Type: Direct Flame

Description: Mistral is an electrically-heated hot air oxidation unit coupled with a proven three-stage wet scrubber and self-cleaning inlets. Mistral employs a patented hydrogen inject system and is capable of removing pyrophoric and acid gases) for semiconductor applications such as polysilicon and oxide

Description: Litmas is an all-in-one remote plasma source combining the power supply, LitmasMatch™ matching network, and plasma chamber into one compact chassis. Small-footprint point-of-use abatement solution Highly reliable, effective abatement with minimum utilities usage Lower cost of ownership than

• Oxidizer Type: Other
• Temperature Range: 41 to 104 F

Description: The focus of this technology is the use of a catalytic combustion process to oxidize the vented sample while maintaining the atmospheric pressure reference. The unit utilizes a continuous heat source to allow the oxidation process to be effective on 98% of fugitive emissions. Hydrocarbons are

• Destruction Efficiency / Capability: 98%
• Oxidizer Type: Catalytic
• Required Airflow: 0.0333 SCFM

Description: Thermal and catalytic type fume incineration systems as well as one of the most efficient dual fuel electric and gas catalytic oxidizers on the market with applications for SVE, VOC, and CO emissions. We have developed technology in thermal and catalytic fume systems utilizing a

• Temperature Range: 2000 F

Description: gases are introduced through a special packed inlet into the decomposition zone. There decomposition of Ammonia (2NH3 à N2 +3H2) takes place. Following the Hydrogen is electrically ignited and oxidized. The waste gases are burned and oxidized within the reactor

Description: . This would reduce the operating cost compared to Direct Thermal Oxidation if the VOC is very low in concentration. Branch can help you evaluate the best choice. Some compounds containing Nitrogen (such as Ammonia) use catalytic destruction because there are specific catalyst developed to

• Oxidizer Type: Catalytic
• Required Airflow: 25004 SCFM

Description: Point-of-Use Waste Gas Treatment with ESCAPE (burn/wet) Process waste gas treatment with ESCAPE The ESCAPE technology offers an optimum combination of the two operating procedures burning & scrubbing in the smallest possible space. A concept many DAS systems for waste gas treatment use. It is an

Description: Standard Test Method for Engine Coolant Corrosion Protection Under Accelerated Thermal and Oxidizing Conditions Using a Rotating Pressure Vessel

Description: STANDARD TEST METHOD FOR ENGINE COOLANT CORROSION PROTECTION UNDER ACCELERATED THERMAL AND OXIDIZING CONDITIONS USING A ROTATING PRESSURE VESSEL - INCLUDES STANDARD + REDLINE (PDF)

Description: Saint-Gobain Coatings Solutions created the Supra line of ceramic-based thermal spray Flexicord products to increase the life of components exposed to demanding process conditions. The Supra Flexicord line provides denser coatings with lower porosity, smoother finish after spraying (lower

• Material Type: Metal Carbide (WC, Cr₃C₂)
• Rod / Wire Diameter: 4.75 mm
• Thermal Spray Technology: Flame Spray - Rod / Rokide®

Description: cleaning eliminating costly disposal fees while meeting strict environmental regulations. To meet air quality and other environmental requirements, a thermal oxidizor system can be incorporated into the oven. Our R&D Department can provide testing in collaboration with your machine

• Application: Other
• Atmosphere: Air / Oxidizing, Inert
• Controller Type: Programmable
• External Configuration: Continuous (Convey, Shuttle)

Description: 1.1 This test method covers determination of engine coolant corrosion protection and stability under accelerated thermal and oxidizing conditions using a rotary pressure vessel. 1.2 The values stated in SI units are to be regarded as the standard. The values given in parentheses are

Description: 1.1 This test method covers determination of engine coolant corrosion protection and stability under accelerated thermal and oxidizing conditions using a rotary pressure vessel. 1.2 The values stated in SI units are to be regarded as the standard. The values given in parentheses

Description: Saint-Gobain NorPro's Process Ceramics group has developed and manufactured more heat transfer media than any other company in the world. In fact, we were the first company to supply a media, Norton™ Proware™ saddles, for regenerative thermal oxidizers (RTO). Since then, we have

• Applications: Chemical / Materials Processing, Other
• Material Type: Specialty Ceramic
• Shape / Form: Fabricated / Custom Shape

Description: HexPak™ Heat Transfer Media for Regenerative Thermal Oxidizers Reduce Energy Costs and Increase RTO Capacity HexPak™ is the latest development in RTO heat transfer media which is designed to improve thermal efficiency. The unique engineered shape of Hex

• Applications: Chemical / Materials Processing, Other
• Material Type: Specialty Ceramic
• Shape / Form: Fabricated / Custom Shape

Description: Saint-Gobain NorPro's Process Ceramics group has developed and manufactured more heat transfer media than any other company in the world. In fact, we were the first company to supply a media, Norton™ Proware™ saddles, for regenerative thermal oxidizers (RTO). Since then, we have

• Applications: Chemical / Materials Processing, Other
• Material Type: Specialty Ceramic
• Shape / Form: Fabricated / Custom Shape

Description: and various furnace types (please see accessories). The sample chamber can be purged with inert or oxidizing gases in order to remove gases evolved from the sample. The measuring system is vacuum tight (10-4 mbar).

• Calorimeter Type: Differential Scanning Calorimeter (DSC)
• Computer Interface: Yes
• Display Options: Video Display
• Local Interface: Digital Front Panel

Description: HexPak™ Heat Transfer Media for Regenerative Thermal Oxidizers Reduce Energy Costs and Increase RTO Capacity HexPak™ is the latest development in RTO heat transfer media which is designed to improve thermal efficiency. The unique engineered shape of Hex

• Applications: Chemical / Materials Processing, Other
• Material Type: Specialty Ceramic
• Shape / Form: Fabricated / Custom Shape

Description: 1.1 This method applies to the determination of elemental, oxidized, particle-bound, and total mercury emissions from coal-fired stationary sources. 1.2 This method is applicable to elemental, oxidized, particle-bound, and total mercury concentrations ranging from approximately 0.5 to

Description: 1.1 This method applies to the determination of elemental, oxidized, particle-bound, and total mercury emissions from coal-fired stationary sources. 1.2 This method is applicable to elemental, oxidized, particle-bound, and total mercury concentrations ranging from approximately 0.5 to

Description: Saint-Gobain Coatings Solutions created the Supra line of ceramic-based thermal spray Flexicord products to increase the life of components exposed to demanding process conditions. The Supra Flexicord line provides denser coatings with lower porosity, smoother finish after spraying (lower

• Chemistry: Inorganic (Ceramic, Conversion, Glaze)
• Features: Heat Resistant / High Temperature

Description: Halogen lamps, max temp is 1560 °F in an oxidizing atmosphere

• Coeff. of Thermal Expansion (CTE): 2 µin/in-F
• Composition: Filled
• Cure Type / Technology: Thermosetting / Crosslinking
• Dielectric Strength: 500 kV/in

Description: Harper is the most trusted partner in thermal processing technologies for the Carbon Fiber industry. Our value proposition in unequaled – with decades of industry experience and installations worldwide from small scientific research lines to full scale Carbon Fiber production lines, our

• Atmosphere: Air / Oxidizing

Description: Harper is the most trusted partner in thermal processing technologies for the Carbon Fiber industry. Our value proposition in unequaled – with decades of industry experience and installations worldwide from small scientific research lines to full scale Carbon Fiber production lines, our

• Atmosphere: Air / Oxidizing

Description: furnace case. Additionally, the unit features high efficiency ceramic fiber insulation in support of accurate temperature management and safe working. Thermal Uniformity Temperature control is achieved by three type “N” 1.5mm diameter by 350mm long thermocouple sensors

• Atmosphere: Air / Oxidizing

Description: Halogen lamps, max temp is 1560 °F in an oxidizing atmosphere

• Applications: Ceramics / Glass Manufacturing, Chemical / Materials Processing, Corrosion Protection, Electrical / HV Parts, Refractory / High Temperature Materials, Other
• Coeff. of Thermal Expansion (CTE): 3.60E6 µm/m-C
• Material Type: Boron Nitride
• Max Use / Curie Temperature: 1482 C

Description: material base. Vacuum-formed products can be used in neutral, oxidizing, reducing furnace atmospheres. The raw materials used and the manufacturing process ensure very good thermal insulation properties and excellent thermal shock resistance. filter cartridges for hot gas

• Applications: Thermal Insulation / Fire Proofing
• Material Type: Alumina / Aluminum Oxide
• Max Use / Curie Temperature: 600 to 1800 C

Description: and allows measurement of even the smallest of length changes, into the nanometer range (digital resolution of 0.125 nm). Vacuum-tight thermostatic measuring system The entire TMA 402 Hyperion® measuring system is thermally stabilized via water-cooling. This

• Computer Interface: Yes
• Cooling Available: Yes
• Display Options: Video Display
• Local Interface: Digital Front Panel

Description: Heatpipes provide the ideal conditions for the creation and maintenance of freeze points from ITS-90. 1. The furnace core is an especially-designed stress-free isothermal heat pipe, which provides a very low thermal gradient along the core working length. The furnace heater is of the parallel

• Atmosphere: Air / Oxidizing
• Configuration: Top Loading
• Controller Type: Programmable
• Process Temperature: 125 to 1090 C

Description: thermal conductivity and good thermal shock resistance. BN is stable in inert and reducing atmospheres up to 2800°C, and in oxidizing atmospheres to 850°C. Three grades are commonly used, including a boric oxide binder system, a calcium borate binder system, and a pure diffusion

• Applications: Dielectric / Electrical Insulation
• Material Type: Boron Nitride, Specialty Ceramic
• Shape / Form: Fabricated / Custom Shape

Description: throughout the entire thermal process, including within the oxidation ovens. By using nontraditional precursors such as lignin, rayon, polyethylene, and blends, customers can lower their operating costs and reduce the residence time in the oven. To custom engineer the equipment for the unique

• Atmosphere: Air / Oxidizing
• Features: Cooling System
• Heat Source / Transfer: Combustion

Description: Controlled gas flow (inert or oxidizing) with optimal heat transfer on samples for defined measurement conditions Various cooling options. Two different cooling systems; liquid nitrogen-controlled cooling to -170°C and compressed-air cooling with

• Computer Interface: Yes
• Cooling Available: Yes
• Display Options: Video Display
• Local Interface: Digital Front Panel

Description: thermal gradient along the core working length. The heatpipe is designed so that the inner wall is not subject to thermal expansion stresses from the outer wall before the heat pipe reaches conduction temperature. The working fluid is permanently and safely sealed within the plasma-arc

• Atmosphere: Air / Oxidizing
• Computer Interface: Yes
• Configuration: Top Loading
• Controller Type: Programmable

Description: insulation design provides excellent thermal efficiency and safe outer case temperatures. Compression fittings effectively seal the fan shaft, heating element and thermocouple where they enter the oven chamber. Positive latch door closure provides effective thermal seal of chamber

• Atmosphere: Air / Oxidizing
• Capacity: 0.9888 to 35.31 cubic feet
• Cleanroom: Yes
• External Configuration: Bench / Cabinet

Description: oxidizing or reducing atmosphere, while maintaining the highest accuracy and ease of use. The following physical properties can be measured: CTE, Linear Thermal Expansion, Alpha Physical, Sintering Temperature, Phase Transformations, Softening Points, Decomposition Temperatures, Glass

• Application Software Included: Yes
• Computer Interface: Yes
• Computer Interface Options: Other Computer Interface
• Cooling Available: Yes