used thermal oxidizer Articles
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CPI Replaces CatOx with Regenerative Thermal Oxidizer (RTO) at Web Coater
Catalytic Products International (CPI) recently completed the installation of a new TRITON Series Regenerative Thermal Oxidizer (RTO) at a Midwest USA manufacturer of specialty tapes for the abatement of Volatile Organic Compounds (VOCs). The new 30,000 scfm Regenerative Thermal Oxidizer (RTO) replaced an existing CPI VECTOR-21500 Catalytic Oxidizer originally installed and commissioned in ...
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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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Controlling Pharmaceutical Coating & Drying Process Emissions
Capturing and destroying harmful emissions from pharmaceutical processes can be challenging. It’s not because the volatile organic compounds (VOCs) are difficult to destroy using catalytic or thermal techniques. It’s because their concentrations can be so high. These process streams raise safety concerns, both when they’re collected in vents and when they reach the final ...
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Common Treatment Technologies for Nonhalogenated VOCs in Air Emissions/Off-Gases
Three technologies that are most commonly used to treat nonhalogenated VOCs in air emissions/off-gases are carbon adsorption, catalytic oxidation, and thermal oxidation. Carbon adsorption is a remediation technology in which pollutants are removed from air by physical adsorption onto the carbon grain. Carbon is 'activated' for this purpose by processing the carbon to create porous particles ...
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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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Metal Coating Emission Control
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 Midwest had been using a thermal recuperative oxidizer with direct heat recovery for control of emissions from its sheet coating lines. ...
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Common Treatment Technologies for Halogenated VOCs in Air Emissions/ Off-Gases
Three technologies that are most commonly used to treat halogenated VOCs in air emissions/off-gases are carbon adsorption, catalytic oxidation, and thermal oxidation. Carbon adsorption is a remediation technology in which pollutants are removed from air by physical adsorption onto the carbon grain. Carbon is 'activated' for this purpose by processing the carbon to create porous particles with a ...
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In-situ Technology for Clean up of Halogen Contaminated Sites - Process West case study
Halogenated volatile organic solvents are found in the soil or ground-water at many former and active industrial sites. Fortunately highly effective remediation technologies are available to restore these former brownfields to a healthy state. The range of technologies includes the traditional approach where the contaminated soil is excavated and the volatile halogenated contaminants are ...
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Thermal Oxidizer
THERMAL OXIDIZER PRINCIPLE OF COMBUSTION The primary function of the Thermal Oxidizer is to destroy the contaminants in the exhaust coming out of a process. The operation of the Thermal Oxidizer is based on the principle of combustion. The process of combustion is the most commonly used method to control emissions of organic compounds. Combustion based systems are always simple systems ...
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Regenerative Thermal Oxidizer + Zeolite Wheel for VOC Emissions Abatement - Case Study
Case Study: “Heceygo Project” Ehaust Air Treatment Regenerative Thermal Oxidizer For Voc Emissions Treatment ZEOLITE ROTOR-CONCENTRATOR + REGENERATIVE THERMAL OXIDIZER The Technical Solution For Large Air Flows With Low Solvent Concentrations PROJECT MAIN DATA: CUSTOMER NAME: Heceygo PROJECT SIZE: 40,000 Nm3/h TYPE OF INDUSTRY: Auxiliary Automotive (Painting) LOCATION: ...
By TECAM
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TCE Source Area Remediation at a Former Manufacturing Facility Confidential Client – Western Connecticut - Case Study
Project Summary TRS Group, Inc. (TRS), as a subcontractor to AECOM, completed a Standard Fixed Price Remediation (SFPR) of trichloroethene (TCE) in groundwater in Western Connecticut using Electrical Resistance Heating (ERH). The objective of the ERH project was to achieve the prescribed remediation goal for dissolved TCE in groundwater within the treatment volume. The system incorporated 89 ...
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Case study - Printed circuit board emissions
Overview One of the world's largest printed circuit board (PCB) manufacturers was required to install air pollution abatement equipment to control the VOCs emitted during their soldering and coating process. Three main considerations were important to the customer: The need for a system with a competitive capital cost and the lowest possible operating cost The ability to engineer a system ...
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For VOC emissions treatment: Regenerative Thermal Oxidizer + Zeolite rotor-concentrator - Case Study
Case Study: “Heceygo Project” EXHAUST AIR TREATMENT REGENERATIVE THERMAL OXIDIZER FOR VOC EMISSIONS TREATMENT ZEOLITE ROTOR-CONCENTRATOR + REGENERATIVE THERMAL OXIDIZER The Technical Solution For Large Air Flows With Low Solvent Concentrations PROJECT MAIN DATA: CUSTOMER NAME: Heceygo PROJECT SIZE: 40,000 Nm3/h TYPE OF INDUSTRY: Auxiliary Automotive (Painting) ...
By TECAM
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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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Thermal Oxidizer and Catalytic Oxidizer Selection
Untitled Document Selecting the appropriate air pollution control equipment for a particular industry can be challenging to say the least. Though companies are experts in their field, they are usually not experts in regard to air pollution control equipment. That's where a qualified supplier of air pollution control equipment comes in. A qualified staff with extensive experience applying, ...
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Medical implant manufacturer succeeds with the QUADRANT SRS Silicone Series Thermal OXidizer - Case study
Medical Implant Manufacturer Succeeds with Customized Air Pollution Control Equipment Many industries utilize silicone as an ingredient in their manufactured product. Silicone enhances the attributes of the product or helps to improve production characteristics. Whatever the reason may be, users of solvent borne silicone's all face very troubling issues when it comes to the selection of the ...
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Data Requirements for Soil, Sediment, and Sludge
Site soil conditions frequently limit the selection of a treatment process. Process-limiting characteristics such as pH or moisture content may sometimes be adjusted. In other cases, a treatment technology may be eliminated based upon the soil classification (e.g., particle-size distribution) or other soil characteristics. Soils are inherently variable in their physical and chemical ...
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Air Pollution Control in the Printing and Web Coating Industries
For many U.S. companies in the printing and web coating business, the use of an Air Pollution Control System (APCS) to control harmful air pollutants is not new. In these industries, depending upon their location, companies have been installing APCS since the early 1970's. However, for some companies the clock is still ticking regarding their compliance with local, state and federal clean air ...
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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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Silicone converter succeeds with custom air pollution control equipment - Case study
Many industries utilize silicone as an ingredient in their manufactured product. Silicone enhances the attributes of the product or helps to improve production characteristics. Whatever the reason may be, users of solvent borne silicone's all face very troubling issues when it comes to the selection of the right air pollution control system. Among the air pollution control choices available to ...
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