Torch combustion efficiency controller capable of carrying out real time feedback adjustment

Abstract

The invention relates to a torch combustion efficiency controller capable of carrying out real time feedback adjustment; the torch combustion efficiency controller comprises a torch discharge pipeline, a feed fuel gas pipeline and a steam pipeline; the torch discharge pipeline is respectively connected with a flowmeter and a gas ingredient analysis device; the flowmeter and the gas ingredient analysis device are respectively connected with a torch combustion efficiency test system and a steam pipeline control valve through a control system; the feed fuel gas pipeline is respectively connected with the control system and the torch discharge pipeline through a feed fuel gas pipeline control valve; the steam pipeline is respectively connected with the control system and a torch combustor through a steam pipeline control valve; the torch combustion efficiency controller capable of carrying out real time feedback adjustment can accurately handle torch gas combustion efficiency and improve torch combustion efficiency, thus ensuring torch gas safety combustion, and providing very important meanings for refinery plant safe and environmental operation.

Description

technical field [0001] The invention belongs to the technical field of torch combustion efficiency control in petrochemical plants, and in particular relates to a torch combustion efficiency control device capable of real-time feedback adjustment. Background technique [0002] At present, the flare system is an important safety and environmental protection facility in the refinery. Its main function is to burn various flare gases containing hydrocarbons, hydrogen sulfide, etc. during shutdown, abnormal working conditions, and accidents. If the combustion efficiency of the flare is low, and the hydrocarbon flare gas and acid gas cannot be completely burned, flammable and toxic gas clouds will be formed, which will bring safety and environmental risks to the refinery and its surroundings. Judging from the research situation, the current refinery flare system does have the problem of low combustion efficiency, and it is easy to form toxic or flammable gas clouds. At the same ti...

AI Technical Summary

Problems solved by technology

If the flaring efficiency is low, hydrocarbon flaring gas and acid gas cannot be completely combusted, and flammable and toxic gas clouds will be formed, which will bring safety and environmental risks to the refinery and its surroundings

Judging from the research situation, the current refinery flare system does have the problem of low combustion efficiency, and it is easy to form toxic or flammable gas clouds. At the same time, the company lacks effective flare gas combustion efficiency testing technology on site. Flares are too far from the ground to be verifiable, making it impossible to accurately assess the pros and cons of flare burners

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