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A comprehensive review of hydrogen production from methanol thermochemical conversion for sustainability
Gabriel Garcia, Emmanuel Arriola,
Wei Hsin Chen
, Mark Daniel De Luna
航空太空工程學系
能源工程國際學士學位學程
研究成果
:
Review article
›
同行評審
126
引文 斯高帕斯（Scopus）
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Decompose
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Energy Saving
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Fiber
10%
Heat
12%
Hydrogen
84%
Liquid
12%
Membrane
12%
Metals
28%
Microreactor
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Palladium
22%
Partial
8%
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Review
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Zinc
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Engineering & Materials Science
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Catalyst selectivity
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Cerium oxide
13%
Chromium
11%
Coatings
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17%
Decomposition
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Energy conservation
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7%
Hydrogen
33%
Hydrogen production
70%
Liquids
7%
Membranes
8%
Metals
6%
Methanol
64%
Oxidation
9%
Palladium alloys
17%
Pressure drop
9%
Reforming reactions
11%
Steam reforming
12%
Sustainable development
56%
Transition metals
15%
Waste heat utilization
11%
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11%
Zinc alloys
15%
Zirconia
12%
Earth & Environmental Sciences
catalyst
47%
chromium
9%
coating
8%
copper
15%
decomposition
7%
economy
8%
energy saving
11%
fiber
7%
hydrogen
49%
liquid
6%
low pressure
9%
membrane
7%
metal
6%
methanol
64%
oxidation
6%
palladium
13%
pressure drop
10%
reactor
29%
spinel
10%
surface area
8%
sustainability
47%
transition element
12%
zinc
17%
Chemical Compounds
Catalyst
21%
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8%
Energy
5%
Fiber
8%
Heat
9%
Hydrogen
19%
Liquid
6%
Metal
5%
Methanol
38%
Porosity
7%
Pressure Drop
15%
Purity
6%
Steam Reforming
14%
Surface Area
8%
Transition Element
9%