催化剂再生

  • 网络catalyst regeneration;catalyst reactivation
催化剂再生催化剂再生
  1. 找到了一种催化剂再生的最佳条件,通过使用晶相分散剂B可以使催化剂恢复到新鲜催化剂的活性。

    The optimum conditions for catalyst reactivation were found . The activity can be renewed to the fresh one by the treatment with crystal disperser B.

  2. 裂化催化剂再生过程中密相床出口处CO2与CO比值的测定

    Determination of co_2 / co in dense bed during cracking catalyst regeneration

  3. 催化裂化待生催化剂再生时产物中CO2/CO比的研究

    Study on co_2 / co ratio in product gas of spent catalytic cracking catalyst during regeneration

  4. 裂化催化剂再生过程中固体表面对CO氧化速率的影响

    The effect of solid materials on the oxidation rate of carbon monoxide during cracking catalyst regeneration

  5. 临氢脱烷基废Cr2O3/Al2O3催化剂再生处理的研究

    Study on regenerative treatment of spent cr_2o_3 / ai_2o_3 catalyst for hydrodealkylation

  6. 结焦FCC催化剂再生过程产物比的影响因素

    The Effective Factors of Product Ratio of the Regeneration Process of Coked FCC Catalyst

  7. 天然气和二氧化碳转化制合成气的研究ⅥNi/Al2O3催化剂再生的疏活机理

    Studies of Reforming Natural Gas with Carbon Dioxide to Produce Synthesis Gas (ⅵ) Mechanism for Ni / Al_2O_3 Catalyst Regeneration

  8. 本文提出了测定流化催化裂化(FCC)催化剂再生过程中的CO2/CO值的一种新方法。

    A new technique has been developed to determine the ratio of CO2 and CO during cracking catalyst regeneration .

  9. IFP连续重整新一代催化剂再生技术的改进

    Improvement of continuous reformer for IFP new generation catalyst regeneration

  10. VPO催化剂再生动力学特性研究

    Reoxidation kinetic characteristics of the VPO catalyst

  11. 部分失活CN16催化剂再生后,其催化活性明显高于再生前,并且接近新CN16催化剂活性。

    It is also found that the regeneration catalytic activity approaches that of new catalyst named CN-16 and is higher than that of the deactivated CN-16 catalyst unregenerated .

  12. AF-5分子筛催化剂再生过程的动力学研究及其数学模型建立

    Regeneration kinetics and mathematical model for regeneration process of AF-5 molecular sieve catalyst

  13. ZnS中的Zn以锌蒸汽形式冷凝回收,液态Cu2S与矿物中的FeS形成锍Cu2S-FeS,锍经吹炼后,Cu催化剂再生。

    The zinc in ZnS is reclaimed as forms of vapour and the liquid Cu_2S produce Cu_2S-FeS matte with FeS in ore. After blowing the matte , the copper catalyst is regenerated .

  14. 结焦CRC-1催化剂再生过程的动力学

    Kinetics of regeneration of coked CRC 1 catalyst

  15. 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 .

  16. 本文用微量差热天平(DTA-TG)和电子微量天平分别考察了裂化催化剂再生过程中焦炭和水的吸附-脱附作用。

    The heat of coke desorption and the heat of dehydration of cracking catalysts have been examined with DTA ( Differential Thermal Analysis ) and / or TG ( Thermal Gravimetry ) .

  17. 单颗粒结焦催化剂再生过程粒内温度

    The Temperature Inside a Single Coked Catalyst Pellet During its Regeneration

  18. 高焦炭降凝催化剂再生的工业实践

    Industrial practice of regeneration of high coke content spent catalyst

  19. 喷气燃料脱硫醇催化剂再生方法的实验室研究

    Study of regeneration method of catalyst for mercaptan removal from jet fuel

  20. 催化剂再生[作用]可见光响应型光催化剂的制备及应用

    The Preparation and Application of Photocatalyst with Visible Light Photoresponse

  21. 苯胺催化剂再生与活化方法的探讨

    Exploration on New Regeneration and Activation Method for Catalyst in Producing Aniline

  22. 裂化催化剂再生过程中脱附热的研究

    A study of desorption heat during regeneration of cracking catalyst

  23. 积炭催化剂再生的分形维模型

    Fractal Reaction Model for Combustion Regeneration of Carbon Deposited Catalyst

  24. 废催化剂再生后对甲基橙的吸附动力学研究

    Kinetics Study on Methyl Orange Adsorption from Aqueous Solution with Regenerated Exhausted-catalyst

  25. 在催化剂再生本征动力学和再生器流动、传递模型的基础上,开发了适用于不同再生器结构型式的模拟软件。

    The regenerator simulation is based on catalyst regeneration kinetics and regenerator structures .

  26. 经过碱洗,可以使催化剂再生。

    The catalyst could be regenerated by alkali washing .

  27. 环己烯水合催化剂再生的研究和优化

    Study and Optimization of Regeneration of Cyclohexene Hydration Catalyst

  28. 催化裂化催化剂再生过程中的氮化学进展

    Progress in the nitrogen chemistry during the regeneration of fluid catalytic cracking catalyst

  29. 分子筛催化剂再生性能研究

    Study on Regeneration Performance of Coked M-92 Molecular Sieve Catalyst in Cumene Synthesis

  30. 当催化剂再生后也存在同样的氧化状态。

    The same state also exists after catalyst regeneration .