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Fuel cell & water electrolysis technologies: proton exchange membrane, anion exchange membrane, liquid alkaline electrolysis, solid oxide, proton conducting ceramic, molten carbonate.
Development and characterisation of fuel cell and electrolyser materials and components, including catalyst supports, catalysts, membranes and electrolytes, electrode development, gas diffusion and porous transport materials
Hydrogen storage
Unitized reversible fuel cells (proton exchange membrane and solid oxide or others)
Fundamental understanding of electrocatalytic processes, hydrogen oxidation or evolution, oxygen reduction or evolution), other fuels
Membrane electrode assemblies, low and high temperature cells and stacks
In situ and operando characterisation
Lifetime prediction, durability, degradation processes and their mitigation
Techno-economic analysis
Life cycle analysis
Circularity and recycling of fuel cell and electrolyser critical raw materials
Safety
National and regional hydrogen roadmaps, international perspectives
Markets and policy issues
Including applications in:
On-site "Electrolyzer plants"
Large "Electrolyzer factories"
Stationary power plants
Portable applications
Back-up power
Energy efficiency - buildings and CHP
Passenger and heavy-duty transport applications
Light traction and auxiliary power units
River and maritime applications
Aerospace (aircraft, space shuttles , drones, helicopter
Storage of renewable energy
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