VOC destruction oxidizer Articles

  • Waste Heat as a benefit of VOC Destruction with a Thermal Oxidiser - Case Study

    Application Although many look at the energy used to destruct VOCs as an unnecessary waste, Dickinson Legg (now Garbuio Dickinson), the world leader in the design and manufacture of Primary Tobacco Processing Plants saw it as an opportune way to supplement the heat required in their client’s tobacco refining process – in very different ways. Garbuio Dickinson chose an ...

  • Regenerative Thermal Oxidizer

    PRINCIPLES OF COMBUSTIONThermal oxidation technology has proven to be industry choice for destroying Volatile Organic Compounds (VOCs). The process of combustion is the most commonly used method to control emission of organic compounds.  Combustion type systems are always simple systems capable of having very high destruction efficiency.  ...


    By Epcon Industrial Systems, LP

  • Alliance Oxidizer Advantages

    The Alliance Corporations Oxidizer product line has a lot of design advantages compared with standard Regenerative Thermal Oxidizers. - Proven 2- and 3 bed Regenerative Thermal Oxidizer Design - 99% plus VOC Destruction Efficiency - Up to 97% Thermal Efficiency - Up to 30% fuel savings with proven natural gas injection - Low NOx burner operation - In-house design, ...


    By Alliance Corporation

  • Optimizing VOC Combustion - Case Study

    Volatile Organic Compounds (VOCs) are pre-cursors to Ozone pollution and subject to EPA regulations. Thermal and catalytic oxidizers are routinely used to destroy VOC emissions from a variety of industrial sources. ...

  • 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 ...

  • Heat-enhanced bioremediation and destruction - Case Study

    Introduction In situ thermal treatment through Electrical Resistance Heating (ERH) is a proven robust technology for the treatment of volatile organic compound (VOC) source zones. ERH effectively treats the subsurface by volatilizing dense non-aqueous phase liquid (DNAPL) and VOCs, recovering the vapor, and treating the vapor by conventional technologies such as granular activated carbon ...


    By TRS Group, Inc.

  • International Paints LLC - VOCs - Case Study

    About the Project Summary Union, NJ — Operations management at International Paint LLC here reports dramatic savings in compliance costs for Volatile Organic Compound (VOC) emissions, through replacement of a gas-fired thermal oxidation afterburner with a 3000-cfm, ...


    By Biorem Technologies Inc.

  • IInternational Paints LLC - VOCs Case Study

    About the Project Summary Union, NJ — Operations management at International Paint LLC here reports dramatic savings in compliance costs for Volatile Organic Compound (VOC) emissions, through replacement of a gas-fired thermal oxidation afterburner with a 3000-cfm,  combination biofiltration and ...


    By Biorem Technologies Inc.

  • Single-valve RTO Eliminates Odors and VOC

    Untitled Document Less expensive to purchase, ...

  • Minimizing Operating Costs in VOC Abatement Equipment

    Untitled Document As governmental regulations of environmental emissions become more restrictive, the average concentration of Volatile Organic Compounds (VOC's) has decreased as more ...

  • Vector Catalytic Oxidizer case study

    A southeast-based Biomass Generation facility was interested in improving their current process to meet California’s increasingly stringent air emission requirements. At the time, a flare was being used to oxidize the off-gases from various production processes and storage containers. Catalytic Products International developed a solution that utilized the capabilities of the VECTOR ...

  • A Comprehensive Review Of Regenerative Thermal Oxidizers

    Within industry today, the use of an Air Pollution Control System (APCS) to control harmful air pollutants is not new. In response to Congressional guidelines passed in the 1970’s, a number of companies with VOC emissions have been operating air pollution control systems of one type or another for 25 years or more. These guidelines have been revised and added to as the years progressed, making it ...


    By The CMM Group, LLC

  • VOC control efficiency compliance test case study

    Skyworks Solutions, Inc. (Skyworks) selected CK to perform a compliance emissions testing program to determine the control efficiency of a new Roto-Concentrator followed by a thermal oxidizer (RC/TOx) used to control volatile organic compounds/hazardous air pollutants (VOC/HAP) from multiple manufacturing processes. A facility air permit condition required compliance testing of the subject RC/TOx ...


    By CK Environmental, Inc.

  • Case study - Catalytic oxidizer catalyst replacement

    Overview A New Jersey pharmaceutical company purchased a thermal incinerator to treat the heptane and hexane exhaust from their capsule wash system. The thermal incinerator"s "tubular" design was modified with a catalyst bed in order to reduce the system"s operational costs. Unfortunately, when operating in the catalytic mode, the oxidizer failed to provide the required ...

  • Achieving Air Pollution Control with Catalytic or Thermal Oxidizers

    As the full effect of 1990’s Federal Clean Air Act (CAA) Amendments continue to impact today’s industry, many manufacturing operations have become subject to stricter local, state and federal clean air regulations. Both VOC (volatile organic compound) and HAP (hazardous air pollutant) emissions are strictly regulated since they lead to the formation of ground-level ozone (or smog). The CAA ...


    By The CMM Group, LLC

  • Product Spotlight: Regenerative Thermal Oxidizer - Case study

    Oxidizer case histories in the pharmaceutical industry The pharmaceutical industry faces unique challenges in complying with environmental pollution and emission control regulations. Three pharmaceutical process case studies are examined: fluidized bed drying, tablet coating and reaction vessels, and batch operations. Recently, a contract drug manufacturing company faced violation ...

  • How to Optimize Oxidation Systems for Efficient Operation

    Emphasis on air management within converting-process dryers and ovens is critical to the design of pollution-control systems for treating exhausts containing VOCs (volatile organic compounds). Efficient air management allows the pollution-control system to be optimally sized to meet the needs of the process. Good process control further defines the emission stream by avoiding the need for large ...


    By Dürr Megtec LLC

  • Powerful INDUSTRIAL DEGASSING OXIDIZERS on a Small 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 ...


    By Soil-Therm Equipment, Inc.

  • Case study - RTO handles high VOC loading at silgan containers

    OVERVIEW Regeneration Game - Originally printed in The Canmaker Magazine - Sayers Publishing Group As the first generation of oxidizer systems in the industry nears the end of their service life, many canmaking plants face repair or replacement of their existing air pollution control systems. Like many others in the industry, a Silgan canmaking plant in the ...

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