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Oil and gas combustor capable of realizing combustion of high-purity hydrogen fuel gas, flat flame and ultra-low NOx emission

A flat flame and burner technology, applied in the field of ultra-low NOx of high hydrogen gas flat flame, can solve the problem of substandard NOx emission, and achieve the effects of ultra-low NOx pollution emission, flame dispersion and low heat dissipation loss

Active Publication Date: 2017-02-08
岳阳钟鼎热工电磁科技有限公司
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0006] The technical problem to be solved by the present invention is to provide a high-hydrogen gas flat flame ultra-low NOx emission oil-gas combined gas burner that realizes ultra-low NOx combustion in view of the shortcomings of the burner products in the above-mentioned prior art that the NOx emissions do not meet the standards.

Method used

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  • Oil and gas combustor capable of realizing combustion of high-purity hydrogen fuel gas, flat flame and ultra-low NOx emission
  • Oil and gas combustor capable of realizing combustion of high-purity hydrogen fuel gas, flat flame and ultra-low NOx emission
  • Oil and gas combustor capable of realizing combustion of high-purity hydrogen fuel gas, flat flame and ultra-low NOx emission

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Embodiment 1

[0040] see Figure 1 to Figure 6 , a high-hydrogen gas flat flame ultra-low NOx emission oil-gas combined burner is arranged in a heating furnace 19, and it includes a brazier brick 1, an oil-gas combined gun 5, two high-hydrogen gas guns 7, a self-produced gas gun assembly, and an ever-burning lamp 2 , high hydrogen connecting pipe 77, fuel oil connecting pipe 57 of combined oil and gas gun, fuel atomized steam connecting pipe 50 of combined oil and gas gun, connecting pipe 21 of long light, two self-produced gas gun connecting pipes 95, burner main body 3, air regulating mechanism 4 , four regulating ball valves 41, three-way regulating ball valve 43, ignition lamp 23, viewing fire lamp 25 and fire detector 27.

[0041]Wherein, the bottom of the brazier brick 1 is provided with a burner main body 3 and the brazier brick 1 communicates with the burner main body 3 . The side of the burner main body 3 is provided with an air regulating mechanism 4 and the air regulating mechan...

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Abstract

The invention discloses an oil and gas combustor capable of realizing combustion of high-purity fuel gas, flat flame and ultra-low NOx emission . The oil and gas combustor comprises a fire pan brick, an oil and gas combined gun, two to four high-purity hydrogen guns, a self-produced gas gun component, a pilot burner, a high-purity hydrogen connecting pipe, an oil and gas combined gun fuel oil connecting pipe, an oil and gas combined gun fuel oil atomization steam connecting pipe, a pilot burner connecting pipe, two self-produced gas gun connecting pipes, a combustor body, an air adjusting mechanism, four adjusting ball valves, a three-way adjusting ball valve, an ignition lamp, a fire watching lamp and a flame detection device. Fuels are classified and adjusted proportionally, so that the oil and gas combustor is suitable for low NOx combustion emission requirements under different loads; through turbulence and the Venturi effect of combustion-supporting air, NOx generation is effectively inhibited; and through special design of the fire pan brick and the nozzles of the hydrogen-rich fuel gas guns, the problem that the local temperature is too high, which is caused by local heat accumulation, is solved. The oil and gas combustor has the functions of combusting dehydrogenation tail gas, self-produced gas, such as release gas or desorption gas, and oil.

Description

technical field [0001] The invention relates to a petrochemical burner equipment, in particular to a high hydrogen gas flat flame ultra-low NOx [0002] Discharge oil-gas combined burner. Background technique [0003] At present, there are a large number of process heating furnaces. Due to the close distance between the furnace tubes and the unreasonable design of the burner flame shape, the flame will lick the furnace tube, resulting in uneven temperature on the furnace tube and local overheating areas. It is easy to cause serious coking, which greatly shortens the maintenance cycle and the service life of the furnace tube. [0004] In the 1990s, with the needs of energy saving and environmental protection, most oil refining, chemical and fertilizer plants have self-produced dehydrogenation tail gas (containing high hydrogen), analytical gas, desorbed gas, etc. The reuse of the produced gas is no longer sent to the flare for combustion. Because these refinery gases have ...

Claims

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Application Information

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IPC IPC(8): F23D17/00
CPCF23D17/002
Inventor 游述怀谭宏罗映波
Owner 岳阳钟鼎热工电磁科技有限公司