recycle hydrogen compressor 循环氢压缩机
recycle hydrogen compressor set 循环氢压缩机组
Reforming recycle hydrogen compressor 重整循环氢压缩机
recycle hydrogen centrifugal compressor 循环氢离心压缩机
hydrogen recycle dryer 氢气循环干燥器
hydrogen-rich recycle gas 富氢循环气
hydrogen-rich recycle 富氢的循环气
hydrogen recycle 氢循环
Through establishing and analyzing the fuzzy FTA of hydrocracking reactors, the main influence factors, such as recycle hydrogen, over-temperature, over-pressure are found out. Therefore in practical operation, it is as far as possible to avoid over-temperature, and over-pressure phenomenon.
通过对加氢裂化反应器模糊故障树的建立和分析,找到了影响反应器失效的主要因素,即循环氢量、冷氢阀失控、加热炉运行状况、沟流、飞温等,因此在实际操作中,应尽量避免超温、超压或急剧降温冷却现象的发生,降低反应器的失效可能性。
参考来源 - 加氢裂化反应器定量风险评价方法的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
An industrial full scale cold model of an agglomerator for recycle hydrogen in hydrocracking process was designed and manufactured.
参照加氢裂化某工业装置使用的循环氢气液凝聚器，设计制造了一台相同工艺尺寸的气液凝聚器试验模型。
The influence of hydrogen sulfide content in recycle hydrogen on the hydrodesulfurization(HDS)of heavy cracked naphtha(HCN)and the performance of sweetening process were studied.
考察了循环氢中硫化氢含量对催化裂化汽油重馏分（HCN）加氢脱硫性能的影响和HCN加氢产物的无碱脱臭处理效果。
Limitation in available reactor space was compensated by increasing hydrogen recycle or incorporation of other feedstock, which was helpful to controlling temperature rise over the reactor bed.
增大循环氢气量或者混入其它制氢原料，可以有效降低加氢反应温升，弥补反应器的不足。
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