摘要
渣油加氢转化过程中发生的主要反应有氢解反应和加氢裂化反应,反应速度取决于原料组成和反应的操作条件,包括反应温度、体积空速、氢分压和氢油比等。文章将对上述关键因素进行分析,为渣油加氢过程操作条件的优化提供指导。
The main reaction residue hydroconversion process has hydrogenolysis and hydrocracking reaction, the reaction rate depends on the raw material composition and the operating conditions, including reaction temperature, space velocity, hydrogen partial pressure and hydrogen to oil ratio. The paper will analyze the key factors above; provide guidance for optimizing residue hydrotreating process operating conditions.
出处
《广东化工》
CAS
2015年第9期129-129,共1页
Guangdong Chemical Industry
关键词
渣油加氢
反应温度
氢分压
反应时间
氢油比
原料性质
resid hydrotreating
reaction temperature
hydrogen partial pressure
reaction time
hydrogen oil ratio
raw material composition
