Research in this area addresses the engineering, policy and societal challenges of adapting to a sustainable society by developing low-carbon energy systems and better managing water resources.
Centres and institutes
Our researchers work with the following research centres and institutes:
Research concerning resilient systems stems from established research strengths in climate change mitigation and related activities in renewable energy systems and environmental flows.
Particular foci are the global challenges of providing sustainable energy and water. This includes the activities of the national Tyndall Centre, which brings together interdisciplinary research expertise and delivers agenda-setting insights.
Our work addresses whole-energy system transitions including socioeconomic challenges, transportation, sustainable nuclear energy, renewable energy, carbon capture and storage, energy demand, power networks and the water-energy-food nexus.
Research on water resources is in close collaboration with the Global Development Institute, Alliance Manchester Business School and global partners. Engineering analysis of energy technologies as part of the Manchester Energy beacon addresses emissions mitigation across the whole energy system, from biomass combustion and power generation from offshore renewables to heat networks and community energy development.
Work extends to assessing regional and national policy measures with academics engaging with stakeholders to enable local action that meets global carbon targets. This is complimented by fine-scale engineering analysis to establish the potential and rate of uptake of low-carbon technologies.
Areas of expertise
Our researchers specialise in the following areas of expertise:
Management of projects
Researching process, people and technological issues associated with the policies and practices of project-based organisations.
Offshore renewable energy
Reduction of carbon emissions and the generation of renewable energy combine to form the greatest challenge of our age.
Research into fluid mechanics, encompassing renewable energy, thermal power, nuclear hydraulics and turbulence modelling.
Research to help guarantee the security and sustainability of resource systems (water, energy, food, environment) in the 21st century.
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Our research group conceives, designs and operates advanced robotic systems to meet the need for precision and longevity of service in society and industrial applications.