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首页> 外文期刊>Journal of the Japan Petroleum Institute >Development of Hydrogen Recycling Systems for Petroleum Refineries: Hydrogen Sulfide Decomposition Using Titania Photocatalyst
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Development of Hydrogen Recycling Systems for Petroleum Refineries: Hydrogen Sulfide Decomposition Using Titania Photocatalyst

机译:石油炼油厂氢回收系统的研制:二氧化钛光催化剂的硫化氢分解

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H2S decomposition was examined in the gas and liquid phases over TiO2 photocatalyst. In the gas phase reaction, H-2 was obtained 16 using TiO2 as a photocatalyst. After the photocatalytic reaction, the color of TiO2 changed from white to yellow. SEM-EDS results revealed that sulfur was present on the TiO2 surface. H-2 evolution rate was remarkably higher in the liquid phase reaction than in the gas phase reaction. Thus, liquid phase reaction is optimal to obtain H-2 from the decomposition of H2S. Ethanolamine as a solvent of H2S underwent little photocatalytic decomposition. TiO2 photocatalyst has high potential for use in a new H-2 recycling process in the petroleum industry.
机译:在TiO 2光催化剂上的气体和液相中检查H2S分解。 在气相反应中,使用TiO 2作为光催化剂获得H-2。 光催化反应后,TiO2的颜色从白色变为黄色。 SEM-EDS结果表明,硫存在于TiO 2表面上。 液相反应中的H-2进化率显着高于气相反应。 因此,液相反应是从H 2 S的分解中获得H-2的最佳选择。 乙醇胺作为H2S的溶剂接受较小的光催化分解。 TiO2光催化剂在石油工业中新的H-2回收过程中具有很高的应用。

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