The activity of modified catalyst was tested with ethanol and bio-ethanol, it showed good catalytic activity, and optimized the condition of modification and dehydration. Under the optimum dehydration technology condition, detected the life time of ZnMnZSM-5 catalyst.
主要考察了催化剂改性条件和脱水工艺条件并分别进行优化,从而取得了良好的效果:同时在最优的工艺条件下考察了催化剂的单程寿命和使用周期,并简单地探讨了动力学和脱水机理。
参考来源 - Zn/Mn/ZSMAfter analyzing the removing water technics for natural gases bymethanol, to test if the technics is feasible.
2．应用对天然气甲醇脱水工艺进行模拟分析。
参考来源 - 极性体系多元相平衡模拟及在天然气脱水工艺中的应用·2,447,543篇论文数据，部分数据来源于NoteExpress
建议更换同批管件，并应加强物料脱水工艺管理，停工期间对管道应进行氮封保护。
It is suggested that the pipe fittings be replaced in addition to the strengthened management of dewatering of process streams and nitrogen protection of the pipelines during the shutdown.
并把CPA方程应用于汽提冷甲醇天然气脱水工艺的模拟计算，为工艺设计提供了必要的参考数据。
Additionally, CPA equation was used to simulate the dehydration process of natural gas with chilled methanol distillation and provide reference data for the design of process.
试验表明，采用高效油、气、水三相分离器优化原油脱水工艺流程，可以达到简化流程、降低原油处理成本的目的。
The test manifests that utilizing high efficient equipment of oil, gas and water separator to optima dewater process for crude oil can make the procedure simple, low the cost for oil treated.
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