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小颗粒油页岩颗粒与作为热载体的高温页岩灰在混合器中混合,并进入主反应器。经过固-固传热,油页岩温度升高并发生干馏,生成热解油气。传统的反应器中并无任何构件,热解油气会与从混合器落下的颗粒发生对流,使得热解油气中的含尘量很高。在反应器物料层内加装带有孔道的特定结构部件(内构件),热解油气可通过导气孔进入内构件并被油气回收系统收集起来,经冷凝分
Small-particle oil shale particles are mixed with high-temperature shale ash as a heat carrier in the mixer and into the main reactor. After solid-solid heat transfer, oil shale temperature and the occurrence of dry distillation, generating pyrolysis oil and gas. There are no components in the conventional reactor, and the pyrolysis oil will be convected with particles falling from the mixer, resulting in high dust content in pyrolysis oil and gas. In the reactor material layer with the installation of specific structural components with holes (internal components), pyrolysis oil and gas can enter the inner member through the air vent and the oil and gas recovery system to collect up by condensation