Proton-exchange membrane fuel cells hydrogen storage

Engineering applications such as hydrogen storage in metal hydrides, the nickel-metal hydride rechargeable battery (Ni-MH), and the proton exchange membrane fuel cell (PEMFC) are basically dependent on the surface properties and characteristics. 

Now that technologies to use hydrogen as a clean fuel are readily available, like the Proton Exchange Membrane Fuel Cell (PEMFC), and can be developed at an industrial scale, research mainly focuses on the barrier of development which is hydrogen storage for delayed use. In fact, if nowadays the H2 production methods are well known and controlled, the storage and transportation of the fuel remain major obstacles to its use [3]. 

ElacUicity (e g. for mjcroetectronics) from coal by conventional steam power plant —Electricity from wind with hydrogen storage and solid oxide fuel cell regenaradon a Decentralised power heat from wind plus proton exchange membrane tiiel cells l. Ac. -lljf... 

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