主反应器中部分炭转化为氢的系统冷煤气效率可达90%，分析揭示了系统中的热集成情况和能量平衡。
The cold gas efficiency is above 90% for the case that only part carbon is converted in the main reactor. The heat integration and energy balance are analyzed and uncovered.
燃烧的焦炭所产生的热量使主反应持续地进行，同时热的催化剂流通回到反应器并为之提供热量。
Heat produced by burning coke is used to continue the primary reaction as the hot catalyst is circulated back to the reactor and provides the heat of reaction for the cracking reaction.
燃烧的焦炭所产生的热量使主反应持续地进行，同时热的催化剂流通回到反应器并为之提供热量。
Heat produced by burning coke is used to continue the primary reaction as the hot catalyst is circulated back to the reactor and provides the heat of reaction for the cracking reaction.
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