CAJ | 학술논문

将富含甲烷气体的可再生资源用于重整制氢不仅可以节省天然气等不可再生资源,同时可以减少CH4、CO2等温室气体的排放,因此具有节约能源和保护环境两方面的重大意义.文章分析了可再生资源的富含甲烷气体的种类及其特性,以及该种可再生资源作为重整制氢原材料的优势和可能转化途径,并综述了国内外在这一领域近几年的研究工作,最后对富含甲烷气体的可再生资源作为制氢原料的前景进行了展望.
장부함갑완기체적가재생자원용우중정제경불부가이절성천연기등불가재생자원,동시가이감소CH4、CO2등온실기체적배방,인차구유절약능원화보호배경량방면적중대의의.문장분석료가재생자원적부함갑완기체적충류급기특성,이급해충가재생자원작위중정제경원재료적우세화가능전화도경,병종술료국내외재저일영역근궤년적연구공작,최후대부함갑완기체적가재생자원작위제경원료적전경진행료전망.
Hydrogen production by catalytic reforming of renewable methane-rich gases can not only save natural gas, but also reduce emission of green house gases such as CH4 and CO2, which is very important for resource saving and environment protection. Kinds and properties of methane-rich gases were described, with analysis of advantage of adsorption of methanerich gases for hydrogen production as well as potential convert route. Recent researches on catalytic reforming of methane-rich gases were reviewed, and prospects of hydrogen production by methane-rich gases were proposed.