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快速应对加氢裂化装置新氢供应不足的操作对策
引用本文:茅俊. 快速应对加氢裂化装置新氢供应不足的操作对策[J]. 炼油技术与工程, 2021, 51(3): 25-28
作者姓名:茅俊
作者单位:中国石油化工股份有限公司镇海炼化分公司,浙江省宁波市315207
摘    要:根据装置新氢大幅减少预案的操作处理意见,结合实际操作情况,总结处理过程中的经验,提出预案修订、完善意见.通过简单的计算得出:在系统氢气大幅减少的情况下,可以优先调整新氢机级间返回或无级调量负荷,牺牲装置系统操作压力,为系统氢气管网让出氢气量,实现应急状态下系统和装置的平稳过渡,避免发生次生事故.通过计算,当让氢量为10...

关 键 词:快速应对  加氢裂化装置  新氢  系统压力降  无级调量

Operation adjustment of hydrocracking unit for quickly response to insufficient fresh hydrogen supply
Mao Jun. Operation adjustment of hydrocracking unit for quickly response to insufficient fresh hydrogen supply[J]. Petroleum Refinery Engineering, 2021, 51(3): 25-28
Authors:Mao Jun
Affiliation:(SINOPEC Zhenhai Refining&Chemical Company,Ningbo,Zhejiang 315207)
Abstract:According to the operation and treatment opinion of the plan for the substantial reduction of fresh hydrogen, combined with the actual operation, the experience in the treatment process is summarized and revision comment is suggested. Through simple calculation, it can be concluded that when the fresh hydrogen from system is greatly reduced, the inter-stage return or stepless modulation load of fresh hydrogen compressor can be adjusted firstly. By losing the operating pressure of the unit, the amount of hydrogen is saved for the hydrogen network. It is good for the smooth transition of the unit and hydrogen network in emergency state, avoiding secondary accident. Via calculation, when the reduction of fresh hydrogen is 10 000 m3/h, it may meet the requirement that controlling the pressure drop rate by 0.074 MPa/min. The others can be deduced by analogy.
Keywords:quickly response  hydrocracking unit  fresh hydrogen  pressure drop  stepless modulation
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