气体分离

  • 网络Gas separation;PSA;gasseparation
气体分离气体分离
  1. 变压吸附气体分离技术在高硫煤气制取CO中的应用

    Use of Pressure Swing Adsorption Gas Separation Technology in Manufacture of CO from High-Sulfur Coal Gas

  2. γ-Al2O3陶瓷膜的制备及气体分离特性的研究

    The preparation of γ alumina membrane and gas separation characteristics

  3. 气体分离(GP);

    6 ) gas separating ( GP ): separating mixed gases ;

  4. 铸膜液溶剂的相互作用及其对EC气体分离膜的影响

    The Interactions Between Solvents of Casting Membrane Solution and Their Effects on Gas Permeability of EC Membrane

  5. 荷电型聚芳醚酮气体分离膜的研究&磺化度与中和离子对H2/N2气体透过行为的影响

    Study on charged poly ( aryl ether ketone ) gas membrane & Effects of sulfonation and neutralized ion on permeating behavior of gases of H_2 / N_2

  6. 变压吸附(PSA)技术是近几十年来在工业上新崛起的气体分离技术,是物理化学渗流理论在工业上的具体应用。

    Pressure swing adsorption ( PSA ) technique is an application of physio-chemical percolation theory in industry .

  7. 单外皮层PES中空纤维气体分离膜制备的研究

    Study on the Preparation of Hollow Fiber Membranes with Single External-layer for Gas Separation

  8. 气体分离装置的技术改造ADV系列浮阀塔板的开发与工业应用

    Application in the Gas Separation Unit of ADV Floating Valve Trays

  9. 高选择性透过二氧化硫气体分离膜的研究(Ⅲ)&乙烯基亚砜与聚乙烯醇的Michael加成反应及其结构表征

    Studies on High Permselective Gas Separation Membrane of Sulfur Dioxide (ⅲ)── Michael Addition Reaction of Vinyl Sulfoxide with Poly ( vinyl alcohol ) and Structure Characterization

  10. 主要介绍了变压吸附气体分离技术治理PVC分馏尾气并回收其中有效组分的新工艺。

    The article describes a new PSA ( Pressure Swing Adsorption ) gas separation process for removing and retrieving the valuable components from PVC fractional distillation tail gas .

  11. 通过溶胶-凝胶法制备出系列聚酰亚胺PI(HQDPA-DMMDA)/TiO2纳米复合气体分离膜。

    Nano-composite membranes based on a polyimide ( HQDPA-DMMDA ) and TiO_2 sol were fabricated by the sol-gel process .

  12. 乙基纤维素平板膜用于O2-N2气体分离性能和结构研究

    Study on Properties and Structures of Ethyl Cellulose Flat Membrane Applied to O_2-N_2 Gas Separation

  13. 尤其是气体分离膜在清洁能源(氢能)的开发利用、温室气体CO2的捕集、分离及回收利用、天然气的纯化以及空气分离等诸多方面有广阔的应用前景。

    Especially , membrane-based gas separation technology has attracted much attention in various fields such as the developing and utilization of clean energy ( H2 ), the greenhouse gas carbon dioxide separation and recovery , the natural gas purification and oxygen / nitrogen separation .

  14. 简介变压吸附气体分离与提纯技术的发展和技术特点,以及变压吸附技术在氢气分离提纯、变换气脱碳、CO分离提纯、CO2分离提纯、空分制氧气氮气等多种领域的应用。

    Briefly presents the development and characteristics of PSA gas separating and purification technology , as well as the application of PSA in separation and purification of hydrogen , carbon oxide and carbon diox-ide , shift gas carbon removal , and separation of oxygen and nitrogen in air separator .

  15. 本文在共价氢化物发生-光度分析体系中设置固体氧化剂氢化物气体分离柱,以AsH3、SbH3和SnH4为研究对象探讨了氢化物之间的干扰消除及高选择性测定问题。

    With the solid oxidizer covalent hydrides separation column , the elimination of interference among different hydrides and their highly selective determination were discussed by the system of hydride generation-spectrophotometry with AsH_3 , SbH_3 and SnH_4 as the examples .

  16. 现在商业气体分离膜应用的范围包括:富氮、富氧、氢回收、从天然气中除去酸性气体(CO2和H2S)、天然气脱水和有价值的挥发有机物(VOCs)的回收。

    The current spectrum of applications of gas separation membrane include nitrogen enrichment , oxygen enrichment , hydrogen recovery , acid gas ( CO 2 and H 2S ) removal from natural gas , dehydration of natural gas , and valuable VOCs recovery .

  17. 所以,用固体吸附剂通过变压吸附(PSA)回收氯气成为目前研究的热点,该方法成本低,分离效率高,能耗低、自动化程度高,广泛应用于气体分离领域。

    Now adopt solid adsorbents by pressure swing adsorption ( PSA ) recycling chlorine become the research focus and widely used in mixture gases separation fields , with many advantages as following : low cost , high efficiency , low energy consumption and high degree of automation .

  18. 但是,普通高分子膜因受Robeson上限的制约,难以同时实现高渗透通量和高选择性,限制了气体分离膜的研究和应用。

    However , the commercially available polymeric membranes cannot achieve both high permeability and selectivity because of the Robeson upper limitation , which hindered the research and application of current gas separation process .

  19. 溶剂处理提高聚砜非对称中空纤维膜气体分离性能

    Solvent post treatment increasing gas selectivity of PSF hollow fiber membrane

  20. 气体分离工艺流程改造及效益分析

    Revamping of gas separation process and analysis of its economic benefits

  21. 气体分离膜研究和应用新进展

    New progress in the research and application of gas separation membranes

  22. 气体分离用聚砜中空纤维膜的活化涂敷技术

    Activated Coating Technics of Polysulfone Hollow Fiber Membrane for Gas Separation

  23. 添加磁性纳米粒子制备气体分离功能炭膜

    Functional carbon membranes fabricated by doping magnetic nanoparticles for gas separation

  24. 气体分离膜成膜技术及成膜机理的研究进展

    Progress in Membrane & Forming Technique and Mechanism for Gas Separation

  25. 小分子添加剂在气体分离膜中的应用进展

    Advance on Polymer Gas Separation Membrane Containing Low Molecular Weight Additives

  26. 膜法气体分离技术在石化中的应用新进展

    Recent application progress of membrane gas separation technology in petrochemical industry

  27. 中空纤维气体分离膜丝内压降规律的研究

    A Study on Pressure Drop in Hollow-Fiber Membrane for Gas Separation

  28. 气体分离用管状炭分子筛膜

    Preparation of tubular carbon molecular sieve membranes for gas separation

  29. 膜法烯烃/烷烃气体分离的研究进展

    Research progress of olefin / paraffin gas separation based on membrane technology

  30. 气体分离无机膜的应用及研究进展

    Researching progress and application of inorganic membrane in gas separation