Thermal & Catalytic Oxidizers

Widely considered to be the most energy-efficient oxidizer technology, the Regenerative Thermal Oxidizer uses ceramic media to recover upwards of 97% of the thermal energy generated during combustion. The regenerative component makes it capable of fuel free operation at low concentrations.

The primary benefit of the Catalytic Oxidizer technology is low operating temperatures through the use of catalysts. The lower combustion temperature reduces energy consumption and stress on the internal metal heat exchanger. It is a compact, lightweight system perfect for indoor or roof installations.

Regenerative Catalytic Oxidizers achieve highly efficient emission destruction through the use of both thermal and catalytic oxidation techniques. RCOs reuse the thermal energy generated to reduce operating costs like the RTO but at lower destruction temperatures due to the addition of catalyst.

The Thermal Recuperative Oxidizer is a robust destruction device that often incorporates a multi-pass metal heat exchanger with cleanable tubes, making it a good option for applications with particulate.  The air pollution control device uses the proper mix of temperature, residence time, turbulence and oxygen to achieve destruction or thermal oxidation.

The Direct Fired Thermal Oxidizer is an ideal abatement technology for process streams heavily laden with pollutants and intermittent batch processes where the oxidizer can come on-line relatively quickly.  The Anguil design is capable of destroying gaseous emissions or liquid waste streams effectively and efficiently. 

Anguil has developed a Vapor Combustion Unit that combines the simplicity of an enclosed flare with the destruction performance of a thermal oxidizer.  Whether used for intermittent use or installed on continuous emission streams, the VCU is a robust device capable of handling varying flow rates and concentrations.

The Emission Concentrator is used to absorb hazardous gases from a high volume, low concentration air-stream and desorb them into a reduced volume, high concentration stream.  The smaller desorption air-flow is then further treated in an emission control device, obtaining regulatory compliance while dramatically reducing operating costs.

Anguil's reputation is built on strong client relationships. We are honored that so many of our clients contact us when they are ready to move onto larger emission control systems. The used thermal or catalytic oxidizers that these customers have outgrown are often a perfect fit for other applications with new customers.