广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2012年
14期
167-169,174
,共4页
延迟焦化%转油线%改造设计%应力分析
延遲焦化%轉油線%改造設計%應力分析
연지초화%전유선%개조설계%응력분석
delayed coking%transfer line%improvement design%stress analysis
延迟焦化装置转油线特点是介质处于气液混相状态，温度高、流速快，温降和压力降要求要低，其管道布置是延迟焦化装置管道设计的关键部分。本文通过具体项目的改造设计，采用国际通用应力软件CAESARII对焦化转油线管道应力进行静态分析，总结利用应力分析进行焦化转油线改造设计的要点，并对焦化转油线应力分析简化计算进行了探讨，为往后类似的改造设计的应力分析计算提供参考。
延遲焦化裝置轉油線特點是介質處于氣液混相狀態，溫度高、流速快，溫降和壓力降要求要低，其管道佈置是延遲焦化裝置管道設計的關鍵部分。本文通過具體項目的改造設計，採用國際通用應力軟件CAESARII對焦化轉油線管道應力進行靜態分析，總結利用應力分析進行焦化轉油線改造設計的要點，併對焦化轉油線應力分析簡化計算進行瞭探討，為往後類似的改造設計的應力分析計算提供參攷。
연지초화장치전유선특점시개질처우기액혼상상태，온도고、류속쾌，온강화압력강요구요저，기관도포치시연지초화장치관도설계적관건부분。본문통과구체항목적개조설계，채용국제통용응력연건CAESARII대초화전유선관도응력진행정태분석，총결이용응력분석진행초화전유선개조설계적요점，병대초화전유선응력분석간화계산진행료탐토，위왕후유사적개조설계적응력분석계산제공삼고。
Medium in mixed gas - liquid state, high temperature, fast flow rate and low temperature ＆ pressure drop were the characteristics of coke transfer line of delayed coke unit. The arrangement of the transfer line was the key of the pipeline design of delayed coke unit. This paper summarizes the key points of the transfer line improvement design based on a actual design by using CAESAR Ⅱ stress analysis which was an internationally common software of stress analysis, and a simplified calculation of transfer line stress analysis was discussed for an improvement design of a complex pipeline, which can provide a reference for a similar improvement design in the future.
