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Introduction to Air Pollution Control
This guide will provide a general overview of air pollution control. It will also help you understand the various pollution control technologies and prepare you to make informed, knowledgeable decisions. All defined terms can be found in the Definitions section. Be sure to visit the Overview of Emission Control Technologies page once you are comfortable with the concepts discussed here.
Overview of Emission Control Technologies
This handbook was originally written by Gene Anguil, CEO and Founder of Anguil, as a chapter in the Odor and VOC Control Handbook by Harold J. Rafson (Editor). It has recently been updated for publication on our website to reflect vapor treatment technology advances and terminology changes.
Types of Thermal Oxidizers
Air pollution control is a critical challenge for many industrial facilities. Any manufacturing facility that produces odors, volatile organic compounds (VOCs), or other hazardous air pollutants (HAPs) must follow stringent rules regulating emissions content. Eliminating pollutants from exhaust keeps the company compliant with government regulations and prevents emissions from harming our environment. Thermal oxidizers can offer a cost-effective, energy-efficient way to perform this critical emissions cleaning process.
What Is a Rotary Concentrator?
Many industrial processes produce emissions that must be neutralized before they can be safely released into the environment. Thermal and catalytic oxidizers are technologies that perform this crucial operation in many industrial air pollution control applications. Rotary concentrators are an add-on technology that enhances the efficiency and effectiveness of these oxidation processes. This blog explores rotary emission concentrators, including their applications, features, and benefits.