铝-水反应制氢和热电联产研究现状

Jiangtao Feng, Hongwei Du, Ke Li
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引用次数: 0

摘要

近年来,通过活性金属与水反应制氢的方法备受关注,其中铝具有能量密度高、稳定无毒的特点。它被认为是合适的制氢金属之一,金属铝粉与水反应不仅可以产生氢气,还可以产生热量,热量可用于供暖,产生的氢气可作为燃料储存,也可直接循环进入汽轮机,或间接循环进入锅炉发电供暖,产生的电能可用于电解氧化铝,理论上实现了铝水的循环利用。本文将从铝水反应、纳米铝粉的保存和热电回收系统三个方面进行阐述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Current status of aluminium-water reaction for hydrogen production and cogeneration research
In recent years, hydrogen production by reacting active metals with water has come to the fore, with aluminum having a high energy density and being stable and non-toxic. It is considered to be one of the suitable hydrogen-producing metals, and the reaction of aluminum metal powder with water can not only produce hydrogen, but also generate heat, which can be used for heating, and the hydrogen produced can be used as fuel for storage, and can also be directly circulated into the turbine, or indirectly circulated into the boiler to generate electricity for heating, and the electricity generated can be used to electrolyze alumina, which theoretically achieves the recycling of aluminum water. In this paper, we will describe three aspects of the aluminum water reaction, the preservation of aluminum nano-powder and the thermoelectric recycling system.
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