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New research led by Curtin University explores the use of methanol as a storage for hydrogen fuel, providing a potential green option for the extraction and creation of this zero pollution energy source.
Lead researcher ARC DECRA Fellow Dr. Guohua Jia, from Curtin's School of Molecular and Life Sciences and the Curtin Institute for Functional Molecules and Interfaces, said hydrogen energy was one of the cleanest renewable energy carriers naturally available, but the current process of extracting hydrogen from methanol may require harsh conditions, potentially resulting in carbon emissions.
Research - Strategy - Hydrogen - Methanol - Avenue
"Our research is exciting because the strategy we used to extract hydrogen from methanol opens up the feasible avenue to develop a methanol-storable solar hydrogen fuel, through a process with a low carbon footprint," Dr. Jia said.
Methanol is low-cost, rich in hydrogen, and the manufacturing process of methanol can include renewable resources. However, traditional methods for hydrogen extraction from methanol generally require the methanol to be heated to a very high temperature, over 200 degrees Celsius, and reach a high pressure of about 25 to 50 bars.
Process - Results - Fuel - Type - Energy
"The usual process of achieving these results includes burning another fuel or using another type of energy to create the needed heat in order to breakdown the methanol, which may result in carbon emissions," Dr. Jia said.
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