Professor Savvas Tassou

Brunel University

Director of the Institute of Energy Futures / Professor / Theme Leader for Energy Efficient and Sustainable Technologies

External link: click here

Contact details
Room: Michael Stirling 257 (Institute of Energy Futures); Elliott Jacques 087d (CSEF)
Brunel University London
Uxbridge
UB8 3PH
United Kingdom

Tel: +44 (0)1895 266865
Email: Savvas.Tassou@brunel.ac.uk

Academic and Professional Qualifications

  • BSc (1st Class Honours) Mechanical Engineering - University of Westminster
  • PhD Department of Mechanical Engineering - University of Westminster, 1982. Thesis titled `An Investigation of the Criteria to Give Optimum Performance from a Variable Capacity Heat Pump'.
  • MBA Master of Business Administration - University of Westminster, 1987.
  • CEng Chartered Engineer, 1983.
  • MIMechE Corporate member of the Institution of Mechanical Engineers, 1983.
  • MASHRAE Member of the American Society of Heating Refrigerating and Air Conditioning Engineers, 1989.
  • MIIR – Member of International Institute of Refrigeration
  • MIOR –

Academic Career

  • 1978 - 1981 Research Assistant - University of Westminster.
  • 1981 - 1986 Lecturer in thermofluids and energy - University of Westminster.
  • 1986 to date - Lecturer/Senior Lecturer/Reader/Professor in Thermodynamics and Building Services Engineering - Brunel University London.
  • 2001 - 2004 Head of Department of Mechanical Engineering
  • 2004 to date. Head of School of Engineering and Design

Research Interests

  • Environmental control systems for buildings – both active and passive technologies (Refrigeration, air conditioning, heat pump systems, heat recovery, systems driven by renewable sources).
  • Development and application of modelling techniques and control strategies for the thermal design, performance prediction and control of refrigeration and HVAC equipment.
  • Food refrigeration including supermarket refrigeration and environmental control systems and unitary equipment.
  • Energy systems including tri-generation and renewable energy technologies.
  • Heat transfer and heat exchangers.
  • Wastewater filtration.

Current Research

  • Heat and Mass Transfer in CO2 refrigeration Systems, A&N Shilliday & Company Ltd, and the EPSRC.  Doctor of Engineering Programme, EngD (2007-2012) £125000.
  • Sandpit-Integration of active and passive indoor thermal environment control systems to minimise the carbon footprint of airport buildings. Funded by the EPSRC   EP/H004181/1  (Oct 2009-Sept. 2012). £746,200. Brunel Lead Partner with Loughborough, De Montfort, City, and the University of Kent.
  • Optimising Thermal Energy Recovery, Utilisation and Management in the Process Industries – OPTITHERM. Funded by the EPSRC, EP/GO59799/1, (Oct. 2009-Sept.2012), EPSRC funding  £511,628. Brunel (lead), with Newcastle University and Northumbria University. 
  • Integrated thermal energy storage in food refrigeration equipment for energy and CO2 emissions reduction, Funded by Defra: Total cost of project £823376, Funding from Defra £395776, April 2010-September 2013.

Previous Research

  • Development and implementation of energy efficient technologies and business practices for the refrigeration of food-Consortium project funded by DEFRA (June 2006 – May 2009). Total value of project £1,052,833. Value to Brunel £250,516. (July 2006 – June 2009)
  • Integration of tri-generation and CO2 based refrigeration systems for energy conservation in the food industry. Funded by DEFRA and 15 Industrial partners (April  2007 – October  2010). Total value of project £682,350. Value to Brunel £337,600.
  • Greenhouse Gas Impacts of Food Retailing – Investigation of the application of the PAS 2050 methodology to food distribution and retail, Funded by DEFRA, (December 2007-June  2009) £72,000.
  • Investigation of the Application of the PAS 2050 methodology to assess the GHG emissions from service industries. Funded by DEFRA, (July 2008-June  2009), £20,000.

Teaching

  • Thermodynamics and heat transfer
  • Air conditioning and refrigeration
  • Building services design
  • Energy Systems