direct fired oxidizer Articles
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Direct fired thermal oxidizer - Aluminum manufacturer
Epcon has extensive experience in designing and building Air Pollution Control Systems for the Aluminum Industry. The Problem The company had a direct fired afterburner and a gas fired rotary kiln. The kiln would de-oil the aluminum scrap and the offgas would go to the afterburner. The design of the system was over 20 years old and very fuel ineffficient. The Process They were burning ...
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Selecting VOC Oxidizer
Nacah Tech's President, Bob Keibler presents How to select the proper type of thermal oxidizer or process gas treatment method. The paper presents details on what parameters of a process gas to be treated determine which treatment method / oxidizer provides the best efficiency, plant flexibility, heat recovery method, etc. while maintaining the target emission rates. Begining with the basic 3T's ...
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CECO eliminates emissions while increasing production
CECO Environmental Corp. (Dallas), a provider of industrial air quality and fluid handling solutions, announced partnering with a leading aerospace manufacturer to reduce 315,000 tons per year of VOC emissions. CECO focused on eliminating air pollutants, reducing downtime, and decreasing operating costs. CECO said it improved its client’s production capacity while also reducing ...
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Case study - Oil and gas production
Problem The largest U.S.-based independent oil and gas producer and one of the largest independent processors of natural gas and natural gas liquids in North America was in search of new technologies to maintain the pollution control efficiency at their natural gas treatment facility. In typical gas plants, the well head natural gas needs to be treated to remove water, CO2, any sulfur compounds ...
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Recuperative Thermal Oxidizer Reduces Fuel Costs for LFG Facility
Synopsis The energy provider for the Tri-state area offered significant financial incentives to reduce gas and electric consumption to avoid capital expenditures necessary to add capacity. After leasing an oxidizer system from Pollution Systems for VOC abatement and seeing notable energy reductions, a landfill gas (LFG) facility wanted to implement a more permanent solution. Initial Operating ...
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Case study - Pemaco superfund site remediation
OVERVIEW Pemaco was formerly a chemical facility located in a light industrial and residential area of Maywood, CA, adjacent to the Los Angeles River. No one knows how long hazardous substances had been leaking into the ground but the operations date back to the 1940's. Up until closure of the facility in 1991, chlorinated solvents, aromatic solvents, and flammable liquids had all been used in ...
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Case study - Destruction of inert process emissions
Many chemical companies use batch reactors to make their products. These reactors typically have vents which are opened and closed during emptying, filling, mixing, heating or cooling and other steps of the production process. The gases coming from these vents must be controlled under most government regulations. Generally speaking, the emissions produced are inert (little or no oxygen) ...
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Case study - Reactor vent emission control
OVERVIEW Many chemical and petroleum companies use batch reactors to make their products. These reactors typically have vents which are opened and closed during emptying, filling, mixing, heating or cooling and other steps of the production process. The gases coming from these vents must be controlled under most government regulations. Generally speaking, the emissions produced are inert ...
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LATEST TECHNOLOGY: Low Cost INDUSTRIAL OXIDIZER SYSTEMS
SOIL-THERM’s patented Jet-THERM direct fire Thermal and Catalytic Oxidizer technology provides many benefits to our customers not found anywhere else: (1) Lower NOx emissions, (2) Very energy efficient and lower fuel usage with or without H.E. Recuperator, (3) VERY SMALL FOOTPRINT - - usually 1/4th the size of others, and (4) SIMPLE and EASY operating and monitoring controls. ...
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LATEST TECHNOLOGY: Low Cost PAINT BOOTH VOC OXIDIZERS
SOIL-THERM’s patented Jet-THERM direct fire Thermal and Catalytic Oxidizer technology provides many benefits to our customers not found anywhere else: (1) Lower NOx emissions, (2) Very energy efficient and lower fuel usage with or without H.E. Recuperator, (3) VERY SMALL FOOTPRINT - - usually 1/4th the size of others, and (4) SIMPLE and EASY operating and monitoring controls. ...
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LATEST TECHNOLOGY: Low NOx PAINT BOOTH & INDUSTRIAL OXIDIZERS with Heat Recovery
SOIL-THERM’s patented Jet-THERM direct fire Thermal and Catalytic Oxidizer technology provides many benefits to our customers not found anywhere else: (1) Lower NOx emissions, (2) Very energy efficient and lower fuel usage with or without H.E. Recuperator, (3) VERY SMALL FOOTPRINT - - usually 1/4th the size of others, and (4) SIMPLE and EASY operating and monitoring controls. ...
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LATEST TECHNOLOGY: Small PAINT BOOTH OXIDIZERS with Heat Recovery
SOIL-THERM’s patented Jet-THERM direct fire Thermal and Catalytic Oxidizer technology provides many benefits to our customers not found anywhere else: (1) Lower NOx emissions, (2) Very energy efficient and lower fuel usage with or without H.E. Recuperator, (3) VERY SMALL FOOTPRINT - - usually 1/4th the size of others, and (4) SIMPLE and EASY operating and monitoring controls. ...
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LATEST TECHNOLOGY: Low Fuel Cost PAINT BOOTH & INDUSTRIAL OXIDIZERS with Heat Recovery
SOIL-THERM’s patented Jet-THERM direct fire Thermal and Catalytic Oxidizer technology provides many benefits to our customers not found anywhere else: (1) Lower NOx emissions, (2) Very energy efficient and lower fuel usage with or without H.E. Recuperator, (3) VERY SMALL FOOTPRINT - - usually 1/4th the size of others, and (4) SIMPLE and EASY operating and monitoring controls. ...
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Case study - Carbon fiber: Oven emission control strategies
OVERVIEW Carbon fiber (fibre) and graphite reinforced polymers are materials that have, and will continue to revolutionize the products we use everyday by making them stronger, lighter and more durable. However, the manufacturing process can have serious environmental ramifications and immediate danger to human health if careful consideration is not given to emission control at the production ...
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Carbon Fiber Emission Control Strategies
ProblemCarbon fiber (fibre) and graphite reinforced polymers are materials that have, and will continue to revolutionize the products we use everyday by making them stronger, lighter and more durable. However, the manufacturing process can have serious environmental ramifications and immediate danger to human health if careful consideration is not given to emission control at the production phase ...
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Case study - Carbon fibre: furnace & oven emission control
OverviewA carbon fiber company in China was faced with the challenge of selecting an emission control system for a new pilot line at their specialty fiber products facility. The line would include furnaces and three ovens, both of which would emit Carbon Monoxide (CO), Ammonia (NH3) and lethal amounts of Hydrogen Cyanide (HCN). ActionThe carbon fiber processor selected Anguil Asia because of ...
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Case study - Kiln emission control technologies
Overview A specialty ceramic material manufacturer in the United States operates several custom-built furnaces in their manufacturing process. Sometimes referred to as kilns, these high-temperature process devices are generally a major source of air pollutants and require an abatement technology to meet environmental regulations with the state or federal agencies. As is the case with many ...
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Low Cost TANK DEGASSING OXIDIZER on Single Trailer
SOIL-THERM’s direct fired ‘RAMJET’ ROCKET ENGINE technology thermal oxidizer systems are perfect for providing maximum performance in the smallest equipment sizes possible. All equipment, blower, controls, and oxidizer are mounted onto a single dual-axle trailer, reducing MOBILIZATION and DEMOBILIZATION costs immediately. Once at the site, the SOIL-THERM TANK DEGASSING ...
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LATEST TECHNOLOGY: Low Cost REFINERY DEGASSING OXIDIZERS
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Case study - Amine tail gas treatment
COVERING YOUR TAIL GAS The discovery of new shale formations throughout the world and the development of new drilling technologies have increased natural gas production and prompted government agencies to instigate tighter air-pollutioncontrol regulations on processing operations. Unfortunately, meeting environmental regulations is not a profit-generating endeavor. Simply put, the time and money ...
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