- United Kingdom Sustainable Hydrogen Energy Consortium

UK-SHEC
 
RCUK Energy Programme 
 
 
 
 
 
 

Wiki

 

Coming up ...

Review: Turning Carbon Dioxide into Fuel
Fri 03 Feb 2012

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Special Issue of Proc. IEEE: Addressing the intermittency challenge: Massive energy storage in a sustainable future.
Fri 03 Feb 2012

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1st KACST-Oxford Petrolium Forum
Fri 03 Feb 2012

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UK-SHEC 3rd Researchers' Workshop
Tue 27 Sep 2011

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Bath Literary Society "Speaking of Research"
Thu 22 Sep 2011

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For further information on SUPERGEN UK-SHEC please contact:

 
Lacey-Jane Davis
Operations Co-ordinator
SUPERGEN UK-SHEC
Department of Chemical Engineering
University of Bath
Claverton Down
Bath
BA2 7AY
UK
 
Tel: +44 (0)1225 384084
Fax: +44 (0)1225 385713
 
or
 
ukshec@bath.ac.uk

 

Cymru H2 Wales

The University of Glamorgan is investing £6.3m to develop new processes, products and services as part of the Cymru H2 Wales project (Experimental Development of Clean Hydrogen Energy in Wales). It will create 20 new research staff over the next three years and a further 60 permanent jobs in hydrogen energy.

The aim of the project is to build on existing knowledge, experience and facilities in Wales to develop new processes, products and services in the emerging field of hydrogen energy
Work will take place at The University of Glamorgan’s Renewable Hydrogen Research and Demonstration Centre at Baglan and will build on the University’s established research into hydrogen energy. The project will explore Hydrogen Energy Storage, Biohydrogen process development, Hydrogen vehicle propulsion systems and Hydrogen refuelling infrastructure. The project will also investigate, develop and demonstrate low carbon processes to recover and clean up and utilise product gases and intermediates from the biohydrogen/biotmethane and other novel hydrogen producing processes.

A hydrogen combustion engine test facility at Baglan will be developed to provide a strategic hydrogen refuelling infrastructure plan for Wales, identifying locations for a phased implementation of hydrogen refuelling. Glamorgan intends to secure additional funds to develop at least one and possibly two hydrogen refuelling facilities in Wales.

In addition, Glamorgan is investigating the use of hydrogen as a viable energy storage system for electricity generated by intermittent renewables such as solar cells and wind turbines. This will develop and optimise the interface between intermittent renewable electricity and hydrogen as an energy store.

The Hydrogen Centre will also provide a base for the University’s policy, economic and social research activities.