More and more companies are jumping on the eco-friendly band wagon, and with good reason: pollutants released by companies contaminate air, soil, and water. By changing processes, recycling, and using special tools to reduce the amount of contaminants that are released, a company can dramatically decrease the impact it has on its property and surrounding communities. Many companies are doing their best to reduce the pollutants they release in the air, and in doing so they can often save themselves some money, too.

One tool that many companies make use of is a regenerative thermal oxidizer. Regenerative Thermal Oxidizers from are designed specifically to control pollution by drawing in polluted gases, capturing and destroying up to 99 percent of the contaminated debris, and then releasing the air heated during the process for use in other applications. A thermal oxidizer relies on high heat to destroy the pollutants, and this heat is generated through combustion. The leftover clean gases are super-heated due to the combustion and burning process, and the oxidizer transfers this heated gas into special ceramic beds. From there the captured heat can be used to power other devices, such as a boiler or a steam-powered machine.

The most commonly removed element in a regenerative thermal oxidizer is hydrocarbons. This is a chemical-based compound that is comprised of carbon and hydrogen. By burning these elements, they are broken down into carbon dioxide and water vapor. The carbon dioxide can be harmlessly released into the air, while the water vapor is viable for use in other in-factory processes.

Many different industries, including fuel industries, commercial paint spray boots and factories, and municipal waste and recycled refuse processing facilities rely on regenerative thermal oxidizers to clean the gases that are released during various processes. With an efficiency rating of up to 99 percent, and up to 95% of the leftover heated vapors suitable for use in other applications, it’s easy to see why companies rely on oxidizers. They reduce environmental pollution, and can also reduce a factory’s operating costs. While a regenerative thermal oxidizer can initially be expensive to install and configure, it will easily pay for itself over time.