摘要
采取更换反应器分配器和优化操作控制措施,对3.1 Mt/a渣油加氢装置进行了改造。结果表明,将所有反应器入口分配器更换为CLG喷射式,则每台反应器最大径向温差由改造前的约50℃降低到改造后的4～7℃。此外,渣油中硫、氮、残炭和金属(Ni与V)的脱除率平稳且有所提高,依次约为80%,35%,40%,60%。
In accordance with the problem of large radial temperature difference in residue hydrotreating reactors, the revamping of changing original feed distributors for CLG jet models of all reactors, and the optimization of operating conditions were performed in a 3.1 Mt/a residue hydrotreating unit. The results showed that after the revamping, the maximum radial temperature difference decreased from about 50 ℃（ before revamping） to 4 - 7℃ for each reactor, and the removal rate of sulfur, nitrogen, carbon residue and metal （ Ni ＋ V） in residual oil increased steadily to about 80% , 35% ,40% and 60% respectively.
出处
《石化技术与应用》
CAS
2013年第3期217-218,共2页
Petrochemical Technology & Application
关键词
渣油加氢
反应器
径向温差
分配器
工业应用
residue hydrotreating
reactor
radial temperature difference
distributor
industrial application
