How clean is the air you breathe every day? Well, the reality is that it may not be the clean, crisp air you think it is.

Air pollution is as a result of toxic particles, chemicals or any other harmful materials that enter the Earth’s atmosphere. No matter what type of pollution enters the Earth’s atmosphere there are very extreme consequences that can, and will, affect all life on earth. The Earth’s atmosphere is a natural complex gaseous system that is intended to support all life on our planet.

Air pollution has been the subject of discussion for many years that is beginning to be addressed. For the most part, the focus has mainly been on industrial scale air pollution but indoor air pollution is listed among the worst toxic pollution problems. Why? It is hard to say exactly why this is a huge problem but my guess is that with the increase of electrical home appliances and all sorts of heating devices owners are not educated or aware of the fact that it is crucial to dispose of waste properly as well as avoid wastage.

Commercial and industrial establishments are responsible for the health and safety of their workers. Clean air within work premises helps to guarantee the health and wellbeing of employees. Poor Indoor Air Quality has been linked to health problems regarding, the nose, throat, and lungs. Other symptoms that have been recorded include eye irritation, fatigue, headaches, and concentration problems. Different types of industrial air pollution control systems can be used to reduce or alleviate these issues. The Occupational Safety and Health Administration (OSHA) have laid down standards for ventilation systems and air contaminants that are followed by manufacturers. There are different types of Industrial Air Pollution Control Equipment. Industrial air pollution control equipment comprises dust collectors, dry and wet scrubbers, air purifiers, ventilation systems.

Oxidizers are regularly used for air pollution control. Oxidizers are units that are utilized to process the toxic gas outflows from industrial plants, by oxidizing them with high temperatures, before their discharge into the atmosphere. These oxidizers are used in various industries and applications, including paper printing, oil refining, and different applications that produce different pollutants, for example, unstable organic compounds, Carbon monoxide (CO) and Nitrogen oxide (NO). All oxidizers can be classified into two kinds based on their task, thermal oxidizers, and catalytic oxidizers.

Thermal oxidizers work on the principle of combustion and which produces high temperatures used to break down the hazardous gases into clean air for release. Based on their heat recovery system, oxidizers are basically of two types; the recuperative thermal oxidizer and regenerative thermal oxidizer.

That said you can click the link to get more information on thermal oxidizer installations.