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TECHNICAL AND ECOLOGICAL ASPECTS OF SHALE OIL AND POWER COGENERATION

机译:页岩油气发电的技术和生态方面

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The most substantial feature of shale oil and power cogeneration is the technology that uses the high-temperature solid phase from the ash separator of a circulating fluidised-bed (CFB) boiler as the heat carrier in the rotating drum reactor in oil shale retorting equipment rather than high-temperature ash from a single-purpose built-in semi-coke burning furnace. Retort products generated in the rotating drum reactor are separated from semi-coke in the separator and canalised into the condensing and cleaning equipment. Semi-coke is transported into the CFB furnace. All co-products generated in this technological process, such as phenol water, drying agent containing oil shale particles etc., are defused in the furnace of the CFB boiler. The application of such technology makes it possible to minimise the dangerous waste of shale oil production and guarantee the maximum use of oil shale energy.
机译:页岩油和热电联产的最大特点是,该技术利用循环流化床(CFB)锅炉除灰器中的高温固相作为油页岩干馏设备中转鼓反应器的热载体。比单用途内置半焦燃烧炉产生的高温烟灰要高。在转鼓式反应器中产生的蒸馏产物在分离器中与半焦分离,然后直接进入冷凝和清洁设备。半焦被输送到CFB炉中。在此工艺过程中产生的所有副产物,例如苯酚水,含油页岩颗粒的干燥剂等,均在CFB锅炉的炉中进行除胶。这种技术的应用可以最大程度地减少页岩油生产的危险浪费,并确保最大程度地利用油页岩能源。

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