Experimental study on gasoline reforming assisted by nonthermal arc discharge
Experimental study on gasoline reforming assisted by nonthermal arc discharge
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DOI：
10.1021/ef700540v
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发表时间：
2008
期刊：
影响因子：
5.3
通讯作者：
Jean-Damien Rollier;J. González-Aguilar;G. Petitpas;A. Darmon;L. Fulcheri;R. Metkemeijer
中科院分区：
文献类型：
--
作者：
Jean-Damien Rollier;J. González-Aguilar;G. Petitpas;A. Darmon;L. Fulcheri;R. Metkemeijer
当使用传统的催化重整器时，用于燃料电池进料的烃重整的车载氢气生产受到问题的影响。高的装置重量、相对长的瞬态时间和催化剂中毒使得它们在车辆中的集成复杂。为了应对这些挑战，近年来已经实施了基于冷等离子体的重整工艺。本文介绍了一种基于高电压、低电流电源（约2kV和0.5A）的非热电弧放电系统，该系统设计用于在自热或部分氧化条件下将汽油转化为汽车应用的富氢气体。
On-board hydrogen production out of hydrocarbons reforming for fuel cells feed-in is subject to problems when using traditional catalytic reformers. High device weight, a relatively long transient time, and catalyst poisoning make their integration in a vehicle complex. In response to these challenges, reforming processes based on cold plasma have been implemented over recent years. This paper presents a nonthermal arc discharge system based on a high voltage, low current power source (about 2 kV and 0.5 A), designed to convert gasoline into hydrogen rich gas under autothermal or partial oxidation conditions for car applications.