净化氢气的变压吸附法研究
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摘要
氢气目前是人类普遍使用的工业生产资源之一,但是,却因为杂质问题而导致其无法得到更加广泛的应用。事实上,氢气中主要的杂质在于氧化物,并以CO和CO_2居多。对此,提出变压吸附法,以压力调节实现对氧化物的吸附,从而达成过滤的效果。该技术的优势在于本身不会造成污染,同时成本较低。虽然仅从技术形式上来看较为较为简陋,但发展空间较大。所以,希望能够为此类技术的发展提供些许助力。
Hydrogen is currently one of the most widely used industrial production resources,but it can't be widely applied because of impurities.In fact,the main impurities in hydrogen are oxides,which are mostly CO and CO_2.For this reason,this paper puts forward the pressure swing adsorption method to achieve the adsorption of oxide by pressure adjustment,so as to achieve the effect of filtration.The advantage of the technology is that it will not cause pollution and cost at the same time.Although the technology form is relatively crude,the development space is large.Therefore,I hope this research can provide some help for the development of such technology.
Hydrogen is currently one of the most widely used industrial production resources,but it can't be widely applied because of impurities.In fact,the main impurities in hydrogen are oxides,which are mostly CO and CO_2.For this reason,this paper puts forward the pressure swing adsorption method to achieve the adsorption of oxide by pressure adjustment,so as to achieve the effect of filtration.The advantage of the technology is that it will not cause pollution and cost at the same time.Although the technology form is relatively crude,the development space is large.Therefore,I hope this research can provide some help for the development of such technology.
引文
[1]孙涛,张厚智,孙兰强.变压吸附法净化氢气分析[J].山东工业技术,2016,(07).
[2]吕峰,乔丽霞,杨巴特尔,等.变压吸附法回收氢气[J].聚氯乙烯,2014,(05).
[3]唐通鸣,裴一,倪红军.氢气纯化方法和装置[J].化工新型材料,2015,(05).
[2]吕峰,乔丽霞,杨巴特尔,等.变压吸附法回收氢气[J].聚氯乙烯,2014,(05).
[3]唐通鸣,裴一,倪红军.氢气纯化方法和装置[J].化工新型材料,2015,(05).