Centre for Advanced Separations Engineering (CASE)

CASE conducts world-leading research into advanced separations technologies, to make separating industrial products more efficient.
Our research is carried out in one of our three centres. Research ranges from fundamental and blue skies innovation to industrial-scale development. They address chemical, materials, pharmaceutical, biochemical, water and waste treatment challenges.
CASE conducts world-leading research into advanced separations technologies, to make separating industrial products more efficient.
Our research focuses on all parts of the bioprocess from fundamental biology to industrial scale-up, addressing challenges in food, sustainability and health.
WIRC provides a unique environment to engage globally in research and policy on water technologies and resource management.
Our research is multidisciplinary at heart. We have links with other centres in the University and networks further afield.
A multidisciplinary centre that brings together researchers with a strong interest in sustainability.
We bring together stakeholder communities to discuss how we can develop more sustainable, affordable energy for the future of our society and environment.
The H2FCSUPERGEN hub brings together the UK hydrogen and fuel cells research community. It funds multidisciplinary research, informs policy and builds networks.
We support Centres for Doctoral Training (CDTs) to train the next generation of chemical engineers.
Train as a researcher at the interface of hydroinformatics, science and engineering. Develop the skills needed to lead innovation in the water industry.
This CDT trains postgraduate researchers in heterogeneous, homogeneous catalysis and reaction engineering to equip them to advance the UK's catalysis sector.
89% of our research submitted to the Aeronautical, Mechanical, Chemical and Manufacturing Engineering unit of assessment in the 2014 Research Excellence Framework (REF) was deemed world leading or internationally excellent.
A project that aimed to overcome challenges, start dialogues and prove the need for a UK Hydrogen Energy Programme.
We're developing methods for the large-scale production of nanoparticles that may lead to exciting applications across industry.
The success of our spin-out company has seen our research on structured adsorbents applied across the rail sector to improve rolling stock efficiency.