阅读说明：本技术 灵活性的热解系统和方法 (Flexible pyrolysis system and process ) 是由 本杰明·L·古德里奇 乔舒亚·C·沃尔特 于 2018-04-11 设计创作，主要内容包括：提供了灵活性热解系统的实例,其包括能够在超临界二氧化碳(CO<Sub>2</Sub>)气氛中热解煤的组合的至少一个反应室。该系统包括同流换热和冷凝回路,该回路从超临界CO<Sub>2</Sub>气氛中移除溶解的热解产物,并且然后回收CO<Sub>2</Sub>以在反应室中再利用。同流换热和冷凝回路包括多级同流换热器和收集器,所述多级同流换热器和收集器可以被独立地控制,以便选择性地分馏热解产物。此外,可以控制热解反应以改变产生的热解产物。(Examples of flexible pyrolysis systems are provided, including the ability to be in supercritical carbon dioxide (CO) 2 ) At least one reaction chamber for pyrolyzing a combination of coal in an atmosphere.The system includes a recuperation and condensing loop that is driven from supercritical CO 2 Removing dissolved pyrolysis products in an atmosphere and then recovering CO 2 For reuse in the reaction chamber. The recuperator and condenser circuits include multiple stages of recuperators and collectors that can be independently controlled to selectively fractionate pyrolysis products. In addition, the pyrolysis reaction can be controlled to alter the pyrolysis products produced.)