Current students
Chemical Engineering research students
|
Student |
Research topic title |
Supervisor |
| Nur Rinah Abd. Ghaffar | TBC | Dr Chris Chuck |
| Fernando Acosta | Study of mammalian cell physiology using microfluidic reactors | Professor Julian Chaudhuri |
| Samuel Acott | Cell expansion and delivery methods for heart regeneration | Dr Marianne Ellis |
| Aesam Alsharif | TBC | Dr Dmitry Lukyanov |
| Iain Argyle | Synthetic membrane performance modification by selective species adsorption for the separation and purification of nutraceuticals | Dr Michael Bird |
| Rebecca Bamford | Bioploymer supports for metal nanoparticles in catalytic applications | Professor Gareth Price, Dr Laura Torrente Murciano |
| Peter Bechervaise | Engineering the removal of thermo-resistant spores from high solids content hydrocolloid streams using microfiltration | Dr Michael Bird |
| Sofia Bekou | Carbon nanotube-based nanofluidic lab-on-a-chip for integrated health diagnostics and therapeutics | Dr Davide Mattia |
| Nuno Bimbo | Modelling and analysis of hydrogen storage in nanostructured solids for sustainable energy systems | Dr Tim Mays |
| Simon Bishopp | Exploration of process alternatives for continuous conversion of bio-derived feedstocks | Professor Gareth Price, Dr Laura Torrente Murciano |
| Tanakorn Chantasuban | TBC | Dr Chris Chuck |
| Dduha Chehadeh al Kahf | Process modelling of the recovery of volatile organic compounds on activated carbon monoliths | Professor Barry Crittenden |
| Owen Cox | Detection and separation of oligosaccharide biomarkers | Dr Semali Perera |
| Hendrik Du Toit | Micro biofuel cells as power source for medical devices | Dr Mirella Di Lorenzo |
| Shabnam Elahi | Formulation of nano-structures emulsions and particles for food and healthcare applications | Dr Tom Arnot |
| Benjamin Firth | Biodiesel production in fixed bed catalytic reactors | Professor Stan Kolaczkowski |
| Benjamin France | Nanostructured bifuncational zeolite catalysts for activation and reactions of light alkanes | Dr Dmitry Lukyanov |
| Alexander Gilbank | Nanostructured catalyst supports | Dr Laura Torrente Murciano |
| Carolyn Jane Gombek | Tuneable catalysed membrane reactors for enhanced and greener reaction control: Characterising a novel tuneable membrane reactor for more efficient, effective and greener homogenously catalysed reactions for industry | Dr Darrell Patterson |
| Navin Gopinathan | Optimisation of the CAPRI reactor | Dr Pawel Plucinski |
| Jonathan Simon Harris | TBC | Professor Barry Crittenden |
| Alfred Hill | Urea as a renewable feedstock for PEM fuel cells | Dr Laura Torrente Murciano |
| Emily Holt | TBC | Dr Michael Bird |
| Wan Yun Hong | Development and optimisation of regenerative absorbent structures for organic vapours and carbon dioxide removal | Dr Semali Perera |
| Anna Hruzewicz-Kolodziejczyk | Standard methods and materials for hydrogen storage in nanoporous materials | Dr Tim Mays |
| Corinne Jeffs | Removal of toxic industrial chemicals using novel absorbent fibre | Dr Semali Perera |
| Rhodri Jenkins | Renewable liquid fuels from microbes for aviation and road transport use | Dr Chris Chuck |
| Jaspreet Kular | Age related cell-matrix balance in soft tissue healing | Dr Ram Sharma |
| Oluwakemi Lawal | TBC | Dr Darrell Patterson |
| Kah Peng Lee | Fabrication and applications of nanoporous alumina membranes | Dr Davide Mattia |
| Hannah Leese | Electroosmosis in nanoporous membranes: connecting material properties to flow behaviour | Dr Davide Mattia |
| William Lewis | Advanced studies of membrane fouling | Dr John Chew |
| Harriet Manning | The application of hybrid membrane processes to fractionate gum Arabic into streams of added value | Dr Michael Bird |
| David Mcclymont | Novel catalyst systems for DeNOx (and oxidation) | Professor Stan Kolaczkowski |
| David Miles | ZnO nanostructures for dye sensitized solar cells | Dr Davide Mattia |
| Daniel Minett | Catalytic conversion of carbon dioxide using high surface area nanostructured supports | Professor Gareth Price, Dr David Mattia |
| James Nevell | Development of a compact novel absorbent fibre device for oxygen production | Dr Semali Perera |
| Anita Newbery | Zonal affinity cell separation | Dr Michael Bird |
| Antonio Jose Noguera Díaz | TBC | Dr Tim Mays |
| Simon Owens | Hydrogen isotope exchange in solid storage media | Dr Tim Mays |
| Oliver Peck | Reducing water, chemical and energy consumption in the food and pharmaceutical industries | Dr John Chew |
| Patricia Pérez Esteban | Development of responsive wound dressings | Dr Tom Arnot |
| Andrew Physick | A comparison of responsive nanomaterial gas storage techniques | Dr Valeska Ting |
| Anyela Ramirez Canon | ZnO Photocatalytic membranes for water treatment | Professor Matthew Davidson, Dr Davide Mattia, Dr Michele Meo |
| Linda-Jayne Rust | Synthesis and gas sorption properties of titanite nanotubes | Dr Tim Mays |
| Diego Sanchez Monsalve | Downhole gasification in light oil reservoirs | Dr Pawel Plucinski |
| Lisa Sargeant | The development of microbial lipids suitable as a low temperature fuel feedstock | Dr Chris Chuck |
| Jessica Sharpe | Hydrogen storage in novel nanoporous materials for sustainable energy applications in the aerospace industry | Dr Tim Mays |
| Elenica Shiko | NMR and gas sorption studies of structure-transport relationships in porous media | Dr Marianne Ellis |
| Anne Sobolewska | New generic synthetic platforms for pharmaceutical intermediates based on continous flow multifunctional platforms | Dr Pawel Plucinski |
| Wan Salida Wan Mansor | Enhancing and optimising the reaction rate of thin film photocatalysts in a photocatalytic spinning disc reactor | Dr Darrell Patterson |
| Fraeya Whiffin | TBC | Dr Chris Chuck |
| Andrew Young | Fouling of crude oil heat exchangers | Professor Barry Crittenden |
| Kerry-Anne Young | Membrane bioreactors for waste water reclamation | Dr Tom Arnot |
| Runtong Zhang | Measurement of effective diffusivity: Chromatographic method(pellets & monoliths) | Professor Stan Kolaczkowski |
| Chen Zhao | Structure catalyst support systems | Professor Stan Kolaczkowski |
