首页> 外文会议>NATO Advanced Research Workshop on Using Carbon Nanomaterials in Clean-Energy Hydrogen Systems >CREATION OF NEW COMPOSITE MATERIALS FORHYDROGEN ENERGY PURPOSES. I. NEW LINESOF MEMBRANE PRODUCTION TECHNOLOGY
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CREATION OF NEW COMPOSITE MATERIALS FORHYDROGEN ENERGY PURPOSES. I. NEW LINESOF MEMBRANE PRODUCTION TECHNOLOGY

机译:为氢能目的创建新的复合材料。在。新的膜生产技术线路

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One of the main problems of hydrogen energy is separation and purification ofhydrogen produced by various conversion methods from raw hydrocarbons. Carbonmembranes can become real alternative both to inorganic and polymeric ones and enlargepossibilities of membrane methods of gas separation. Investigations aimed at the creationof composite carbon membranes suitable for operation at high temperatures in thepresence of organic vapors, in acid or alkaline (non-oxidizing) medium are presented.Our approach is based on the carbonization of polymeric layers on the porous inorganichigh temperature supports with definite structure which opens up new possibilities forcarbon nanostructure production. Main trends of future developments of compositecarbon gas separation and filtration membranes are also discussed.
机译:氢能量的主要问题是通过来自生烃的各种转化方法分离和纯化的氢化物。 CarbonMembranes可以成为无机和聚合物的替代方案,并扩大气体分离的膜方法的扩大性。介绍了旨在在有机蒸汽的高温下进行适用于有机蒸汽,酸或碱性(非氧化)培养基的高温操作的复合碳膜的研究。我们的方法是基于聚合物层对多孔无机温度载体的碳化明确的结构,其开辟了新的可能性Fourcon纳米结构生产。还讨论了复合癸碳气体分离和过滤膜的未来发展的主要趋势。

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