Research in Engineering
The related subjects of Energy, Environment and Sustainability (EES) extend across a range of significant research activities within Research at the Faculty of Design & Technology.
Research in this area focuses on providing innovative and practical solutions to industrial problems, with particularly strong industry-focused research in the oil & gas and renewable/sustainable energy sectors. The research is well recognised for transferring new technologies to industry through spin-out companies, patents and knowledge transfer partnerships.
EES is organised into two multi-disciplinary research sub-themes.
This sub-theme focuses on solving various aspects of problems related to oil & gas. In recent times, this expertise has been transferred to renewable and sustainable energy.
Energy research is organised under the following sub-groupings:
The oil and gas industry is currently extending the frontiers of current technologies as well as adopting a vast array of new innovative technologies.
From Flow Assurance in Oil and Gas to Water Management in Fuel Cells.
Condition Monitoring Group is focused on developing and applying instrumentation to non-destructive (or semi-destructive) testing of materials and structures
Fundamental and applied research into a wide range of materials, from high performance composites to biomedical.
This sub-theme has particular interests in photocatalytic technology and reactor development, including the photocatalytic treatment of waste products, and have been developing a range of sensors such as real time and in-situ sensors, with applications for environmental sensing & monitoring. They have also been involved in the development of tracers/taggants for the oil & gas industry.
Environmental Technologies consists of two main groupings:
A multidisciplinary group with applied research expertise in environmental monitoring, taggant development, labels and sensors, advanced water and air treatment technology, and environmental catalysis.
CyanoSol aims to develop sustainable solutions for algae related problems in the aquatic environment in parallel with the exploitation of their diverse biosynthetic capabilities.
Renewable and Sustainable Energy
In the Research Assessment Exercise 2008, research in the School of Engineering was graded as "world leading" for 5% of the submission, with a further 80% judged to be at international level.
The impact of renewable and sustainable energy activities on practice forms a specific centre:
CUSP brings together a broad range of academic expertise in energy, engineering, business, architecture and social subjects, using education and capacity building as a key agent of change in promoting sustainable practice.
Linking Industry and Academia
RGU is establishing a world-class centre for teaching, innovation and research.
At the heart of the North Sea oil and gas industry in Aberdeen, the Institute draws upon the vast experience, thought-leadership and exclusive facilities that RGU has built up over more than four decades of engagement with the sector.
The creation of RGU’s new Oil and Gas Institute provides an important focus for the sector as a whole.