A study of H2 from solventogenic fermentations for use in hydrogen fuel cells

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Title
A study of H2 from solventogenic fermentations for use in hydrogen fuel cells

CoPED ID
7616910c-4952-4b65-ac4c-597174d5419c

Status
Closed

Funders

Value
£141,178

Start Date
Sept. 30, 2008

End Date
Sept. 29, 2009

Description

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There are few subjects as topical as global warming and the associated importance of reducing carbon emissions. There is a concerted global effort to develop energy supplies from renewable resources and indeed there are national and international energy and carbon emission targets in place driving this research. It is extremely unlikely that any one technology in particular will achieve these goals - indeed it is fair to say that societal and industrial energy conservation may well prove to be the most important single contributory factor to reducing carbon emissions. Nevertheless, there is an evident need for the constructive development of a variety of low carbon technologies and almost certainly only a combination of such developmental approaches will prove successful. The novel interdisciplinary project in this proposal seeks to integrate two highly promising low carbon energy technologies - biofuel and hydrogen fuel cells.

Fiona Stainsby COI_PER
A M Davidson COI_PER
Martin Tangney TGH_PER

Subjects by relevance
  1. Emissions
  2. Climate changes
  3. Energy policy
  4. Decrease (active)
  5. Carbon dioxide
  6. Greenhouse gases
  7. Renewable energy sources
  8. Carbon
  9. Energy production (process industry)
  10. Energy technology
  11. Warming
  12. Biofuels
  13. Fuels
  14. Hydrogen
  15. Climate protection

Extracted key phrases
  1. Promising low carbon energy technology
  2. Low carbon technology
  3. Carbon emission target
  4. Hydrogen fuel cell
  5. Industrial energy conservation
  6. Energy supply
  7. Concerted global effort
  8. International energy
  9. Solventogenic fermentation
  10. Global warming
  11. Important single contributory factor
  12. Study
  13. Constructive development
  14. Novel interdisciplinary project
  15. Use

Related Pages

UKRI project entry

UK Project Locations