当代化工
噹代化工
당대화공
Contemporary Chemical Industry
2015年
10期
2441-2442
,共2页
加氢反应器%油气出口与卸料口%有限元分析
加氫反應器%油氣齣口與卸料口%有限元分析
가경반응기%유기출구여사료구%유한원분석
Hydrogenation reactor%Oil and gas exports and discharge outlet%The finite element analysis
加氢反应器是石油炼制过程中的重要及危险的设备，加氢反应器的油气出口与卸料口接管方式一般是嵌入式的结构。基于有限元分析对加氢精致反应器 R101的油气出口与卸料口部分进行应力分析，找出其相对最危险的部位，在其部位取应力评定处理线运用相关压力容器的理论对其检验结果进行计算，从而分析计算。
加氫反應器是石油煉製過程中的重要及危險的設備，加氫反應器的油氣齣口與卸料口接管方式一般是嵌入式的結構。基于有限元分析對加氫精緻反應器 R101的油氣齣口與卸料口部分進行應力分析，找齣其相對最危險的部位，在其部位取應力評定處理線運用相關壓力容器的理論對其檢驗結果進行計算，從而分析計算。
가경반응기시석유련제과정중적중요급위험적설비，가경반응기적유기출구여사료구접관방식일반시감입식적결구。기우유한원분석대가경정치반응기 R101적유기출구여사료구부분진행응력분석，조출기상대최위험적부위，재기부위취응력평정처리선운용상관압력용기적이론대기검험결과진행계산，종이분석계산。
The hydrogenation reactor is an important and dangerous equipment in oil refining process, connecting mode of oil-gas outlet and discharging mouth of the hydrogenation reactor always uses the embedded structure. In this paper, based on the finite element analysis, the stress analysis of oil-gas outlet and discharging mouth of the hydrogenation refined reactor R101 was carried out, and the most dangerous place was found out. Through selecting stress evaluation processing line of the place, based on the related theory of pressure vessel, the test results were analyzed and calculated.
