Firecat Thermal Oxidizer

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Flare Industries’ FIRECAT Thermal Oxidizers are incinerators that maintain a specific destruction temperature and residence time to ensure high destruction efficiencies (98% – 99.99%). A FIRECAT system precisely monitors and controls the flow of air, assist gas, in order to obtain prescribed temperatures in the combustion chamber. This type of equipment is ideal for sensitive areas that require extremely low emissions, reduced flame visibility, minimal heat and noise, ease of emissions sampling, and smokeless combustion.

Related products

Regenerative Themal Oxdizer

Regenerative Thermal Oxidizers (RTO) are waste gas incinerators that employ multiple beds of ceramic media that absorb heat from the exhaust gas and use this captured heat to preheat the incoming process streams. RTO’s are often used in applications such as at paint booths, printing mills, and paper mills which produce low VOC concentrations in relatively higher flow rates. This technology eliminates these streams in a highly efficient and cost effective manner while minimizing the need for fuel gas. Moreover, they can acheive ~99% destruction efficiency with 95% heat recovery.

Regenerative Themal Oxdizer

Regenerative Thermal Oxidizers (RTO) are waste gas incinerators that employ multiple beds of ceramic media that absorb heat from the exhaust gas and use this captured heat to preheat the incoming process streams. RTO’s are often used in applications such as at paint booths, printing mills, and paper mills which produce low VOC concentrations in relatively higher flow rates. This technology eliminates these streams in a highly efficient and cost effective manner while minimizing the need for fuel gas. Moreover, they can acheive ~99% destruction efficiency with 95% heat recovery.

Lo-NOX Thermal Oxidizer

Flare Industries’ Lo-NOx thermal oxidation technology is used to destroy a wide range of gas that may generate large quantities of NOx when combusted. This cutting edge technology employs multiple combustion chambers, air and water quenches, advanced refractory materials, a proprietary burner design, and a complex PLC driven control scheme. The Lo-NOx thermal oxidizer provides high destruction efficiency, low emissions, and significantly reduced NOx levels in efforts to comply with local and state environmental regulations.

Lo-NOX Thermal Oxidizer

Flare Industries’ Lo-NOx thermal oxidation technology is used to destroy a wide range of gas that may generate large quantities of NOx when combusted. This cutting edge technology employs multiple combustion chambers, air and water quenches, advanced refractory materials, a proprietary burner design, and a complex PLC driven control scheme. The Lo-NOx thermal oxidizer provides high destruction efficiency, low emissions, and significantly reduced NOx levels in efforts to comply with local and state environmental regulations.

Fully Enclosed Ground Flares

The Enclosed Ground Flare destroys a waste stream, but does not maintain a constant temperature while doing so, simplifying the control scheme, and allowing the overall system to be more economical. These systems allow for reduced flame visibility, minimal heat and noise, real-time emissions sampling, and smokeless combustion. These flares may require supplemental assist gas streams depending on whether the process stream can sustain combustion. by ensuring proper residence time, Fully Enclosed Ground Flares attain relatively high destruction efficiencies.

Fully Enclosed Ground Flares

The Enclosed Ground Flare destroys a waste stream, but does not maintain a constant temperature while doing so, simplifying the control scheme, and allowing the overall system to be more economical. These systems allow for reduced flame visibility, minimal heat and noise, real-time emissions sampling, and smokeless combustion. These flares may require supplemental assist gas streams depending on whether the process stream can sustain combustion. by ensuring proper residence time, Fully Enclosed Ground Flares attain relatively high destruction efficiencies.