H 2 to power fuel-cell vehicles H 2 to store energy generated renewably Hydrogen World TM UK...

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H 2 to power fuel-cell vehicles H 2 to store energy generated renewably Hydrogen World TM UK Sustainable Hydrogen Energy Consortium

Transcript of H 2 to power fuel-cell vehicles H 2 to store energy generated renewably Hydrogen World TM UK...

Page 1: H 2 to power fuel-cell vehicles H 2 to store energy generated renewably Hydrogen World TM UK Sustainable Hydrogen Energy Consortium.

H2 to powerfuel-cell vehicles

H2 to store energygenerated renewably

Hydrogen World TM

UK Sustainable Hydrogen EnergyConsortium

Page 2: H 2 to power fuel-cell vehicles H 2 to store energy generated renewably Hydrogen World TM UK Sustainable Hydrogen Energy Consortium.

Nottinghamtwo groups

Cambridge

UniversityCollege London

two groupsSTFC /ISISOxford

Glamorgan

Birminghamtwo groups

Salfordtwo groups

Manchester

GlasgowStrathclyde

two groups

Production

Storage

Socio-economics

EPSRC

SwindonManagement

£5.97m EPSRC / SUPERGEN funding £7.29m full economic cost 48 months funding from 1 July 2007 12 month unfunded extension to 30 June 2012 17 UK research teams at 12 institutions 5 themes, 42 workpackages Active Strategic Advisory Group with 22 members

Number Work monthsInvestigators 30 86Research staff 25 665Research students 8 288Support staff 8 85TOTAL 71 1,124

www.uk-shec.org.uk

UK-SHEC Status

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MaysResearch GroupUniversity of Bath

Key UK-SHEC Achievements Establishment of a multi-disciplinary, multi-partner

research collaboration Strong links with external stakeholders Conference organisation and 110+ presentations 100+ research papers, many highly cited Two books Three patents pending Cross-over of research with taught students 12 PhD students (six graduated) 35 research staff involved Career development of investigators Development of research facilities and infrastructure Developments beyond SUPERGEN

Mays EPSRC KTA Fellowship, 2011University of BathUK Hydrogen Energy Programme