One PhD studentship is available, on a competitive basis, for modelling-based research to develop separation processes applying metal-organic-frameworks (MOFs) for CO/N2 separation. The project will apply process simulation models to identify desirable properties of MOFs in this context and to evaluate novel MOFs. The research will be supervised by Dr Megan Jobson at the School of Chemical Engineering and Analytical Science at the University of Manchester. The project builds on our experience of separation process modelling, design, integration and optimisation (see , for example www.manchester.ac.uk/research/megan.jobson/publications).

Materials based on MOFs show great promise for selective separation of mixtures of gases, such as CO and N2 in syngas. This PhD project is part of a larger collaborative industry-sponsored project involving molecular simulation and experimental work developing, fabricating and characterising novel MOF-based adsorbents and membranes.

This PhD project will apply process modelling and simulation techniques to inform the development of novel MOFs for CO/N2 separation and to assess the potential benefits of their application, compared to current practice. The PhD project will evaluate the performance of process flowsheets applying MOF-based materials, accounting for such issues as the presence of impurities, and the flowsheet configuration and operation. The models will be applied with the aim of identifying properties of the novel MOFs (e.g. sorption capacity, kinetics, heats of adsorption) that could bring economic advantages. The results of these studies will inform some of the molecular modelling and experimental work of the overall project. Flowsheet models will also be used to predict the energy-related performance of relevant flowsheets applying novel MOFs characterised within the project and to explore opportunities to use low-cost CO-rich feedstocks, such as waste gases from steel processing.

This 4-year studentship will be awarded on a competitive basis and will cover tuition fees and living expenses of approximately £18000 per annum.

Applicants should have a strong academic track record in chemical engineering (first-class/distinction-level Masters-level degree or degrees in chemical engineering) and provide evidence of excellent research potential. Graduates with an integrated Masters degree (MEng) or both a Bachelors degree and an MSc degree are eligible to apply. Skills/experience in process modelling, design, integration and simulation are highly desirable. The successful candidate will be enrolled in the PhD program of the School of Chemical Engineering and Analytical Science.

Applications: www.manchester.ac.uk/postgraduate/howtoapply/

Enquiries: megan.jobson<στο>manchester.ac.uk

Closing Date: 30.4.15