Characterisation and properties testing of dynamic porous materials for applications in renewable energy

An understanding of how the structure of porous materials affects the trapping and release of molecules can be applied to such important research problems as the sequestration of greenhouse gases such as CO2 and the efficient storage of gaseous fuels such as hydrogen.. Knowledge of structure-property relationships can aid in the development of new materials that have enhanced ability to efficiently contain and release targeted molecules for specific applications.

Applications are invited for a PhD studentship to investigate the structure-properties relationships of families of dynamic porous materials (materials that can change their structure to change their ability to trap gases) including flexible framework materials and porous polymeric materials, for applications in energy storage.

The successful applicant will be highly qualified and self-motivated. During the course of the project, they will gain skills in inorganic materials synthesis, materials characterisation and testing of physical properties as well as benefitting from organised training in a wide range of transferrable skills. They will work as part of an enthusiastic, well-resourced team of researchers, with access to a dedicated porous materials laboratory in the Department of Chemical Engineering which houses a comprehensive suite of characterisation equipment. Good team-working, observational and communication skills are essential.

Recent graduates with at least an upper second class, and preferably a first class honours undergraduate degree at M-level (or equivalent) in Materials Science, Chemistry, Chemical Engineering or a related subject are invited to apply online, as soon as possible, at http://www.bath.ac.uk/study/pg/apply/

For informal enquiries, please contact the laed supervisor: Dr Valeska Ting (Email: [Email Address Removed])