摘要
研究了柴油中芳烃在加氢饱和过程中的反应动力学特性,分析各项因素,如温度、压力、空速、催化剂、循环气中H2S分压、操作方式等对芳烃饱和反应的反应速度和化学平衡的影响,以期为今后优化柴油脱芳烃工艺提供依据。
Reaction kinetics of aromatics in diesel during the hydrosaturation process has been studied together with the influence of various parameters such as temperature, pressure, space velocity, H 2S partial pressure of recycle gas and the operation mode on aromatics saturation reaction velocity and chemical equilibrium. The results are expected to supply some basis data for the optimization of diesel dearomatization process.
出处
《炼油技术与工程》
CAS
北大核心
2004年第8期26-29,共4页
Petroleum Refinery Engineering
关键词
加氢饱和
循环气
脱芳烃
空速
反应
催化剂
工艺
柴油
分压
压力
diesel, hydrodearomatization, reaction kinetics, aromatics saturation, reaction rate constant, chemical equilibrium
