从电解水技术发展探讨污水电解制氢同时去除污染的前景
Advance of Wastewater Electrohydrolysis for Simultaneous Hydrogen Production and Pollution Removal Based on Water Electrolysis Development

作者: 马伟 * , 程子洪 , 吕腾飞 , 宋小燕 , 李欣欣 , 刘友海 :大连理工大学化工学部,大连;

关键词: 污水电解氢气能耗电极材料电解槽Wastewater Electrohydrolysis Hydrogen Energy Consumption Electrode Material Electrolyzer

摘要:
结合电解水制氢的技术研究现状和发展,针对能耗的结构构成分析,讨论了电解水制氢技术在污水电解方面的发展,主要针对电极形式、污水类型进行了综述和总结;对根据污水的类型进行针对性的电极材料和电解槽的设计和完善进行了展望。
Simultaneous hydrogen production and pollution abatement from wastewater by electrohydrolysis technol-ogy was discussed combining with the current research development of the water electrolysis for hydrogen formation, aimed at analyzing the energy consumption structure. The influences of the electrode form, wastewater types on hydro-gen formation and energy efficiency were reviewed in this study. Moreover, the design and improvement of electrode materials and electrolyzers based on different wastewater types are prospected in this paper.

文章引用: 马伟 , 程子洪 , 吕腾飞 , 宋小燕 , 李欣欣 , 刘友海 (2013) 从电解水技术发展探讨污水电解制氢同时去除污染的前景。 物理化学进展, 2, 1-6. doi: 10.12677/JAPC.2013.21001

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