Novel rectification support plate structure with built-in double oil paths and gas paths
The invention provides a novel rectification support plate structure with built-in double oil paths and gas paths. Gas inlet holes are formed in the front edge of a rectification support plate, so that high-temperature fuel gas from the upstream enters a gas way channel in the rectification support...
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| creator | WANG XIAOYAN ZHANG QUN WANG ZIXIN MA XIAOXI GAO YAOHONG |
| description | The invention provides a novel rectification support plate structure with built-in double oil paths and gas paths. Gas inlet holes are formed in the front edge of a rectification support plate, so that high-temperature fuel gas from the upstream enters a gas way channel in the rectification support plate and fully exchanges heat with fuel oil in the oil paths on the two sides, and the fuel oil is fully and rapidly evaporated and atomized; and the fuel oil in the oil paths on the two sides is sprayed out through oil spraying holes formed in the rear side of the rectification support plate and is further crushed under the action of the fuel gas sprayed out through exhaust holes formed in the rear side of the middle gas path, and secondary atomization is achieved. By means of the structure, the heat exchange area of high-temperature fuel gas and fuel oil is increased, heat exchange is enhanced, and the atomization effect of the fuel oil can be enhanced; in addition, oil and gas mixing can be further enhanced on |
| format | Patent |
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Gas inlet holes are formed in the front edge of a rectification support plate, so that high-temperature fuel gas from the upstream enters a gas way channel in the rectification support plate and fully exchanges heat with fuel oil in the oil paths on the two sides, and the fuel oil is fully and rapidly evaporated and atomized; and the fuel oil in the oil paths on the two sides is sprayed out through oil spraying holes formed in the rear side of the rectification support plate and is further crushed under the action of the fuel gas sprayed out through exhaust holes formed in the rear side of the middle gas path, and secondary atomization is achieved. 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Gas inlet holes are formed in the front edge of a rectification support plate, so that high-temperature fuel gas from the upstream enters a gas way channel in the rectification support plate and fully exchanges heat with fuel oil in the oil paths on the two sides, and the fuel oil is fully and rapidly evaporated and atomized; and the fuel oil in the oil paths on the two sides is sprayed out through oil spraying holes formed in the rear side of the rectification support plate and is further crushed under the action of the fuel gas sprayed out through exhaust holes formed in the rear side of the middle gas path, and secondary atomization is achieved. 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Gas inlet holes are formed in the front edge of a rectification support plate, so that high-temperature fuel gas from the upstream enters a gas way channel in the rectification support plate and fully exchanges heat with fuel oil in the oil paths on the two sides, and the fuel oil is fully and rapidly evaporated and atomized; and the fuel oil in the oil paths on the two sides is sprayed out through oil spraying holes formed in the rear side of the rectification support plate and is further crushed under the action of the fuel gas sprayed out through exhaust holes formed in the rear side of the middle gas path, and secondary atomization is achieved. By means of the structure, the heat exchange area of high-temperature fuel gas and fuel oil is increased, heat exchange is enhanced, and the atomization effect of the fuel oil can be enhanced; in addition, oil and gas mixing can be further enhanced on</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | BLASTING COMBUSTION APPARATUS COMBUSTION PROCESSES GENERATING COMBUSTION PRODUCTS OF HIGH PRESSURE OR HIGHVELOCITY, e.g. GAS-TURBINE COMBUSTION CHAMBERS HEATING LIGHTING MECHANICAL ENGINEERING WEAPONS |
| title | Novel rectification support plate structure with built-in double oil paths and gas paths |
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