Sustainable Innovative Refrigeration and Air Conditioning - A Research Network

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Title
Sustainable Innovative Refrigeration and Air Conditioning - A Research Network

CoPED ID
4e030850-57d6-4e38-95b9-109ba1d65bdd

Status
Closed

Funders

Value
£276,240

Start Date
July 31, 2008

End Date
Jan. 31, 2012

Description

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The UK is a world leader in the design and production of refrigeration and air conditioning (RAC) systems with a large proportion of the output being exported. Also, the proportion of the national electricity generation used by such units is large and hence they are as a group a significant producer of greenhouse gases. However, many of these applications exhibit an overall design philosophy that emphasises a first cost basis rather than high overall efficiency and low life time carbon emissions. In contrast however, although not exclusively so, much of the academic work being carried out in the UK is focussed on tackling the issue of global warming and sustainability. The key Universities involved in aspects of refrigeration and air conditioning research are Ulster, UCL, Bristol, Brunel, Birmingham, Cambridge, City, London South Bank University, Newcastle, Nottingham and Warwick. Unfortunately, collaboration between academic institutions is low and the linkage between UK industry and academia is tenuous in many cases. University research is not considered to be near market and the Industry is often unaware of new and innovative ideas that with industrial input could be commercially developed. Such development is often carried out in conjunction with European partners and therefore any potential UK industrial advantage is lost. Consequently in practice, innovation levels within UK industry are limited and it can be foreseen that in the long term, with the concerns of global warming driving research elsewhere, the UK will loose its pre-eminent position in manufacturing of RAC systems. This proposal is intended to address this problem by creating a network of academic and industrial experts. It will develop over three years a self-sustaining research network in sustainable innovative refrigeration and air conditioning (SIRAC), which will provide a showcase for university research to industry, government, the wider energy research community and funding bodies. The aim is to facilitate the free flow and development of ideas between academia, breaking down barriers to collaboration. SIRAC will provide a focus for strategic planning and development of a research agenda relevant to the needs of the UK industry. It will also facilitate information exchange between industry and academia and to disseminate to the profession knowledge of industrial interest which will make a significant contribution to environmental and strategic energy concerns, as well as remain a key industrial sector in terms of UK PLC. It is anticipated that the outcome of this work will remove barriers and significant reductions in carbon emissions will result. The Network members will benefit from the interaction of researchers from disciplines, with whom they will be able to define strategic collaborations, establishing a framework for future research. The Network will organise workshops and research exchanges, as well as specialised events focused on industrial liaison, the involvement of SMEs in research, proposal writing, research methods, peer review and the sharing of best practice between members both nationally and internationally.

Graeme Maidment PI_PER
Judith Evans COI_PER

Subjects by relevance
  1. Emissions
  2. Industry
  3. Innovations
  4. Sustainable development
  5. Greenhouse gases
  6. Universities
  7. Cooperation (general)
  8. Air conditioning systems
  9. Research and development operations

Extracted key phrases
  1. Sustainable Innovative Refrigeration
  2. Research Network
  3. Potential UK industrial advantage
  4. Air conditioning research
  5. Air Conditioning
  6. UK industry
  7. Wide energy research community
  8. Network member
  9. Research exchange
  10. Research agenda relevant
  11. University research
  12. UK PLC
  13. Future research
  14. Research method
  15. Low life time carbon emission

Related Pages

UKRI project entry

UK Project Locations