Fully Enclosed Ground Flares

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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.

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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.

Tail Gas Themal Oxdizers

Hydrogen sulfide or H2S is a lethal gas generated in refineries, petrochemical plants, and gas handling facilities. Sulfur recovery units produce tail gas that contain relatively substantial amounts of H2S. Flare Industries designs a special type of thermal oxidizer, designed to eliminate the H2S components, while inhibiting the creation of corrosive acid by-products. Systems of this nature typically include dispersion stacks in efforts to disperse trace H2S and SO2 particles. These highly efficient systems significantly reducing the impact of environmentally offensive compounds.

Tail Gas Themal Oxdizers

Hydrogen sulfide or H2S is a lethal gas generated in refineries, petrochemical plants, and gas handling facilities. Sulfur recovery units produce tail gas that contain relatively substantial amounts of H2S. Flare Industries designs a special type of thermal oxidizer, designed to eliminate the H2S components, while inhibiting the creation of corrosive acid by-products. Systems of this nature typically include dispersion stacks in efforts to disperse trace H2S and SO2 particles. These highly efficient systems significantly reducing the impact of environmentally offensive compounds.

Multi-point Ground Flare

When real estate is available, multi-point ground flare (MPGF) systems are an economical approach to smokeless combustion of large amounts of process gas. By inducing air to a large array of high-pressure burning points, smokeless combustion can be achieved with high turndown, while concealing all radiation within walls. MPGF systems provide smokeless capacity an assist medium, involve no moving parts, and require low utilities since burners are designed to crosslight, minimizing the number of pilots necessary. Moreover, MPGF systems eliminate ground level radiation through the use of walls.

Multi-point Ground Flare

When real estate is available, multi-point ground flare (MPGF) systems are an economical approach to smokeless combustion of large amounts of process gas. By inducing air to a large array of high-pressure burning points, smokeless combustion can be achieved with high turndown, while concealing all radiation within walls. MPGF systems provide smokeless capacity an assist medium, involve no moving parts, and require low utilities since burners are designed to crosslight, minimizing the number of pilots necessary. Moreover, MPGF systems eliminate ground level radiation through the use of walls.