Tagged / SDRC

BU research features in the THE!

PG research

Congratulations to BU PhD student Adil Saeed from DEC’s Sustainable Design Research Centre! Adil’s research featured in the Times Higher Education today – pg 15 of the printed publication as part of the Campus Round-up section.

Adil is pictured at the Tank Museum at Bovington with some additional information on the relationship between BU and the Museum and an outline of Adil’s research.

You can access the online story here: http://www.timeshighereducation.co.uk/story.asp?sectioncode=26&storycode=417729&c=1

We previously ran a story on the blog about Adil’s research and the close links between BU and the Tank Museum which you can read here: Sustainable Methodology of Conserving Large Historic Vehicles in a Museum Environment.

Future energy needs and efficiency

Funding opportunities

Depleting non-renewable resources and limited alternative (heat pumps and solar photovoltaic), renewable (tidal, wind, solar) options of energy generation are posing challenging questions. In addition sustained energy supply and security are important factors to consider.

“European Union ministers meeting  in Luxembourg have signalled support for draft European Commission plans for an energy efficiency law impacting directly on utilities” http://www.utilityweek.co.uk/news/news.asp . Among other considerations it is noted that “Reinvigorated efforts are necessary in order to reach the 20% EU energy saving objective by 2020.” This is an optimistic, challenging but achievable target. However these savings could easily be topped up with available options and technologies available to us without painful cuts to energy consumption in our daily lives. This should not necessarily mean that energy inlets are to be reduced or energy flow through these inlets is reduced. As both of these are directly related to life standard and output. For example we will have to choose either have a TV or laptop and/or have a smaller TV at domestic level. Or reduced manufacturing lines in the industry or reduced number of industry.

One third of the available energy is dissipated through frictional heat in mechanical interacting machines for example motors, pumps, compressors, internal combustion engines, steam/tidal/wind turbines and manufacturing tools etc. A significant part of this energy is recoverable. This is achieved through mathematically adjusting the surface profile of the interacting surface through which energy is transferred. This key aspect is part of the science and engineering of friction, wear and lubrication; Tribology.

Colleagues in the Sustainable Design Research Centre have expertise and resources in this key and strategically important area of activity and are also actively engaged in the BU initiative within Green Knowledge Economy. If you are interested in this area or would like to find out more contact Professor Mark Hadfield / Dr Zulfiqar Khan. For details please see the SDRC webpage.