There are many different causes of air pollution. Such pollution can come from natural sources and from industrial sites. In the latter, power plants, manufacturing sites and agricultural centers all produce some form of air pollution. Thus, a remedy is needed to keep air quality up to par. This is where industrial air pollution control comes in to play. Learn how air pollution control plays a central role in keeping industrial sites safe.
A General Overview
Historically, industrial air pollution has been a main contributor to worldwide pollution. Many sites produce volatile organic compounds, solid particulate matter and hazardous air pollutants. Each of these pose serious health risks to both humans and animals. Yet, over the years, many manufacturers have taken steps to improve air quality. This is mainly due to the widespread availability of new technology that is more efficient.
A Look at Pollution Control Technology
There are many different technologies that help manufacturers comply with air quality standards. Catalytic oxidizers make use of chemical catalysts and high temperatures to incinerate airborne pollutants. This process breaks the pollutants down to non-toxic compounds. Next, they can be released without posing a significant threat.
Rotary concentrators use a spinning motion to separate out elements. In the end, the pollutants are converted into hydrophobic media. Next, they are transferred to an oxidizer where they can be safely destroyed.
Regenerative thermal oxidizers use waste heat to combat pollutants. Usually, this heat is recycled from the industrial process itself. It is then used in heat exchangers to burn off certain types of pollutants.
Industrial air pollution is an unfortunate byproduct, but it can be resolved. Use of industrial air pollution control equipment is key to maintaining a safe environment.