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乙烯装置HS-Ⅲ型裂解炉炉管断裂分析

FRACTURE ANALYSIS OF TUBES IN HS-ⅢCRACKING FURNACE IN ETHYLENE PLANT
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摘要 通过对裂解炉(F-106)辐射段二程炉管断裂进行原因分析,查明炉管断裂的原因,从而制定裂解炉操作和维护方法,延长裂解炉炉管的使用寿命,降低裂解炉检修频次,增加单次裂解炉运行周期,从而保证乙烯丙烯产量,增加乙烯装置效益。 Through the cause analysis of the fracture of the second pass furnace tube in the radiation section of cracking furnace F-106,the causes of the fracture were found out,the operation and maintenance methods for cracking furnace were formulated,the service life of cracking furnace tube was prolonged,the maintenance frequency of cracking furnace was reduced,and the single operation cycle of cracking furnace was increased,so as to ensure the production of ethylene and propylene and to improve the benefit of ethylene plant.
作者 杨柯 杨帆 王俊杰 郭兴斌 史长洪 Yang Ke;Yang Fan;Wang Junjie;Guo Xingbin;Shi Changhong(PetroChina Dushanzi Petrochemical Company,Dushanzi,Xinjiang,P.C.833699)
出处 《乙烯工业》 CAS 2020年第4期54-56,I0002,共4页 Ethylene Industry
关键词 裂解炉 辐射段 炉管 腐蚀 断裂 cracking furnace radiant section corrosion fracture
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