A novel catalyst for methanol synthesis has been prepared.
研制了一种新型甲醇催化剂。
Iron and nickel carbonyls can deactivate the copper-based catalyst for methanol synthesis.
羰基镍是铜基合成甲醇催化剂的毒物。
Iron and nickel carbonyl compounds are poisons to copper-based methanol synthesis catalysts.
羰基镍是导致铜基合成甲醇催化剂中毒的物质。
The N2 released from methanol synthesis can be used to synthesize ammonia for urea production.
甲醇合成弛放气中含N2又可用于合成氨加工成尿素。
Performance and industrial application of NC208, a new methanol synthesis catalyst, is reported.
本文介绍一种NC208型新型甲醇合成催化剂的性能及其工业使用情况。
Different routes for methanol synthesis and their latest progresses are introduced in this paper.
介绍了甲醇合成的各种路线及其最新进展。
The one-dimensional model of Lurgi tude-shell type methanol synthesis reactor has been established.
建立了鲁奇式甲醇合成塔完整的双速率一维模型。
A new catalyst for methanol synthesis was prepared by alternant precipitation between acid and alkali.
采用酸-碱交替沉淀法制备了一种新型的低压甲醇合成催化剂。
The one - dimensional model of Lurgi tude - shell type methanol synthesis reactor has been established.
建立了鲁奇式甲醇合成塔完整的双速率一维模型。
It introduces the structure of methanol synthesis tower in our company and the gas flow process in the tower.
介绍了我公司甲醇合成塔结构和塔内气体流程，并对运行情况作了分析。
For methanol synthesis in the gas phase, the influence of the gas phase flow pattern on the reaction was large.
气相甲醇合成过程中气相流动形式明显影响反应效率；
The catalyst is prepared by forming the methanol dehydration catalyst layer around the methanol synthesis catalyst.
催化剂是通过在甲醇合成催化剂颗粒的周围形成甲醇脱水用催化剂层而制成。
Therefore, deactivation of hybrid catalyst was mainly caused by the deactivation of the methanol synthesis catalyst.
复合催化剂的失活主要是由于甲醇合成催化剂的失活造成的。
Methanol synthesis by pure oxygen heat exchanging conversion is developed in China but commercialized outside China.
氧换热转化合成甲醇工艺是国内首创，并在国际上首先实现工业化。
The theory of the methanol synthesis is reviewed and the importance of the synthesis gas component is also presented.
本文系统阐述了合成甲醇的理论基础，指出合成气组成的重要作用。
Progress in raw material route, catalyst used and new process of methanol synthesis have been summarized respectively.
综述了甲醇工业在原料路线、催化剂、新工艺开发等方面的进展。
A high activity Cu base catalyst has been prepared for methanol synthesis by one step parallel flow coprecipitating method.
用一步并流共沉淀法制备了一种高活性合成甲醇铜基催化剂。
The intrinsic kinetics and effects of operational conditions on methanol synthesis over the C307 catalyst were investigated.
在等温积分反应器中研究了操作条件对甲醇合成反应的影响以及C307催化剂上甲醇合成反应的本征动力学。
And current situation of study and development of industrialization of three phase methanol synthesis process was introduced.
介绍了三相床甲醇合成工艺的工业化研究与开发现状。
The actual application status of C306 type methanol synthesis catalyst in methanol factory of Daqing oil field are introduced.
介绍了C306型甲醇合成催化剂在大庆油田甲醇厂的实际应用情况。
A description is given of the reduction by warm-up and operation of the third charge of Type C307 methanol synthesis catalyst.
介绍了第三炉C307型甲醇合成催化剂的升温还原及生产情况。
Selection of the gasification process and methanol synthesis process for large capacity coal-to-methanol plants was introduced.
阐述了大型煤制甲醇装置中煤气化和甲醇合成的工艺路线选择。
This paper analyzed the existing problems in the protection of catalyst tor methanol synthesis, and some Suggestions were pointed out.
对甲醇触媒保护中出现的问题进行分析，并提出针对性的系统改造和触媒保护方法。
Practice proves that the technology for such internals is advanced and creates conditions for improving the methanol synthesis technology in China.
实践证明，该内件技术先进，为提高我国甲醇合成技术创造了条件。
The phenomenon to produce wax in methanol synthesis process is studied, and the causes are analyzed. The corresponding preventive measure is discussed.
对合成甲醇过程中出现的结蜡现象进行研究，分析了其产生的原因，并探讨了相应的预防处理措施。
The catalyst used in the invention is comprised of a methanol synthesis catalyst and dehydration catalyst layers formed around methanol catalyst particles.
本发明所用催化剂是由甲醇合成催化剂和在甲醇催化剂颗粒周围形成的脱水催化剂层组成。
It corroborates that carbon dioxide can remain the active state of catalyst surface and speed the rates of methanol decomposition and methanol synthesis reactions.
认为二氧化碳的存在能保持催化剂表面的活性状态，促进甲醇分解与合成的速率。
Emphatically the article puts forth the application of hydrogen production with water electrolyzing in methanol synthesis process by syngas from coal gasification.
重点提出了水电解制氢在煤炭气化制甲醇工艺中的应用。
It is introduced the analysis and comparison of the two methods of the hydrogen recovery in the blow-out gas of methanol synthesis for the conference of the regarding plant.
对目前甲醇吹除气中氢回收的两种方法进行了比较、分析。
It is introduced the analysis and comparison of the two methods of the hydrogen recovery in the blow-out gas of methanol synthesis for the conference of the regarding plant.
对目前甲醇吹除气中氢回收的两种方法进行了比较、分析。
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