经过碱洗，可以使催化剂再生。
此催化剂再生容易，可反复使用。
The regeneration of this catalyst is easily, and can be used repeatedly.
轮流切断各个反应器的蒸气进行催化剂再生。
讨论了催化剂活性下降的主要原因，并进行了催化剂再生实验。
Main reasons for decrease of catalyst activity were discussed, and catalyst regeneration experiment was made.
研究了一种燃油催化剂再生微粒捕集器的微粒捕集与再生特性。
A diesel particulate filter technology, which is called fuel borne catalyst diesel particulate filter, is studied in this paper.
本实用新型涉及一种直馏汽油非临氢改质催化剂再生烧焦的装置。
The utility model relates to a coke-burning device for regenerating the non-hydrogenation upgrading catalyst for straight-run gasoline.
介绍了美国UOP公司第三代催化剂再生CYCLEMAX工艺在1。
The third generation catalyst regeneration process of CYCLEMAX from UOP applied in 1.
本发明找到了一种催化剂再生的方法，实现了催化剂的多次重复使用。
The invention provides a method for catalyst regeneration, which realizes the repeated use of catalyst.
介绍了一种连续重整催化剂再生新方法，该方法侧重于再生烧炭过程的改进。
A new regeneration process for continuous catalytic reforming catalyst is introduced which focuses on modification of coke combustion process.
生产实践表明，RN - 1催化剂再生后的活性和选择性能满足长周期生产要求。
The commercial results indicated that the activity and selectivity of the regenerated catalyst can be fulfilled the long term operation.
在流体力学方程组中，加入催化剂再生反应动力学方程，构成了再生过程流化反应模型。
The model was established by incorporating the dynamic equation of catalyst regeneration with the hydrodynamic equations.
按苯抽提、氮气吹扫、烧焦的顺序，分三个阶段进行催化剂再生，再生催化剂的活性稳定性得到更充分的恢复。
The catalyst active stability can be more fully recovered by regeneration carried out in three steps in succession, namely, benzene extraction, nitrogen blowing and coke burning.
对催化剂的活性表面高聚物的有效去除是催化剂再生的关键。该类催化剂主要活性成分为铜，常规燃烧方法会使催化剂活性损失殆尽。
Since the main active component is copper, removal of the polymers by traditional burning method might cause complete loss of the activity.
研究了在复合环流反应器中，用络合铁催化剂液相催化氧化脱除H2S的吸收反应动力学、催化剂再生反应动力学及吸收-再生反应联合动力学。
The reactors were applied to liquid-phase-reactive absorption of H2S with ferric coordination compound as catalyst. Kinetics of reactive absorption and catalyst regeneration were investigated.
探讨了催化剂失活的原因，介绍了催化剂再生、用废催化剂精制石蜡及精制FCC柴油等利用方法，对我国废催化剂的处理具有一定的参考价值。
The reason why FCC catalyst would lost its activity is discussed in the paper and there are three methods proposed for treating:catalyst regeneration, refining wax; refining FCC diesel oil.
如果用于分解的物质是水蒸汽，那么二氧化铈催化剂还可以将分解出的氧气用于二氧化铈的再生。
When water vapor was used, the catalyst would strip out its oxygen to reform cerium dioxide.
与进口催化剂相比，AB- 97型催化剂具有再生周期长，活性稳定性和选择性好等特点。
In comparison with imported catalysts, AB-97 catalyst has the characteristics of long regeneration period, good active stability and selectivity.
该催化剂床层需要定期用热氮中稀释的氢气物流再生。
The catalyst bed requires periodic regeneration with a stream of hydrogen diluted in hot nitrogen.
采用该技术可实现催化剂连续再生，降低了装置操作难度，提高了装置运行周期。
By adopting this technique, continuous catalyst regeneration was realized, operating severity decreased and running period of the unit was prolonged.
对常温COS水解催化剂的失活与再生进行了研究。
The deactivation and regeneration of ambient temperature COS hydrolysis catalyst were studied.
本文还对催化剂稳定性、积碳行为以及再生条件进行了考察。
The article details the research of the stability of catalyst, carbon deposition and regeneration conditions.
微球裂化催化剂的再生(烧碳)反应可用简单反应和串连反应两种模型描述。
For the regeneration of microspheric cracking catalysts, there are two models, i. e. series reaction model and simple reaction model.
再生后的催化剂的活性得到了满意的恢复。
The activity of the catalysts is successfully recovered after regeneration and sulfiding.
采用脉冲反应器，研究了VPO催化剂的再生性质及其对晶格氧选择氧化丙烷制丙烯酸和乙酸的影响。
Studies on the regeneration of vanadium phosphorous oxides (VPO) catalyst for selective oxidation of propane to acrylic acid and acetic acid has been carried out using a pulse reactor.
介绍了非临氢降凝高焦炭含量催化剂采用水蒸气-空气再生的工业实践经验。
The industrial practice of the regeneration of spent catalyst with high coke content is presented.
同时提出了溶剂萃取再生催化剂的方法。
Solvent extraction for regeneration of catalyst was proposed.
催化剂经再生后，可以重复使用。
After reproduction the catalysts can be utilized repeatedly.
标5数据表明该催化剂具有良好的再生性能。
The data of performance test 5 showed that the catalyst had a good regenerability.
标5数据表明该催化剂具有良好的再生性能。
The data of performance test 5 showed that the catalyst had a good regenerability.
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