Researchers
|
NAME |
PI |
PROJECT |
|
³§·É²¹»åź²ú²¹-°·É²¹Å›²Ô²â |
Innovative recycling of e-waste for critical metals and sustainable economy in Malaysia (iRECYCLE-Malaysia) |
|
|
Nockemann |
Innovative recycling of e-waste for critical metals and sustainable economy in Malaysia (iRECYCLE-Malaysia) | |
| Nockemann |
Ionic Liquid Microemulsions as High-Temperature Nanoreactors for Redox Flow Batteries |
|
| Bailey |
Opensource repositories for flow-battery date to improve repruducibility and validate simulations |
|
| Nockemann | Innovative recycling of e-waste for critical metals and sustainable economy in Malaysia (iRECYCLE-Malaysia) | |
| Manyar |
Confidential Petronas project |
|
| Istrate |
Development of Electro Responsive Polymer Nanocomposites for Artificial Muscles |
|
| Manyar |
CASE Project |
|
NAME |
PI |
PROJECT |
| Ms Rachael Thomas | Nockemann |
Innovative recycling of e-waste for critical metals and sustainable economy in Malaysia (iRECYCLE-Malaysia) |
|
NAME |
PI |
PROJECT SCOPE |
|
Yousef Alshammari |
Holbrey |
Recovery and surface modification of carbon fibres from its composites |
|
Oguzhan Cakir |
Nockemann/Holbrey |
Magneto-structural properties of boron-containing rare-earth magnets synthesised through ionic liquid pathways |
|
Aodhán Dugan |
Nockemann/Istrate/Kavanagh |
Parametric study of electrolyte flow in 3D-printed operando redox flow cel |
|
Maebh Fitzimons |
Moura/James |
Sustainable Porous Liquid |
|
Nia Foster |
Kavanagh/Robertson |
Transforming carbon dioxide into fuels using electricity and light |
| Michael Gamble |
Istrate/Nockemann/Arredondo-Arechavala |
Activation of Carbonaceous Electrode Materials for Improved Performance of Redox Flow Batteries |
|
Suraj Ghai |
³§·É²¹»åź²ú²¹-°·É²¹Å›²Ô²â/Holbrey |
Deuteration chemistry |
|
Aloisia King |
Holbrey/³§·É²¹»åź²ú²¹-°·É²¹Å›²Ô²â |
Ionic liquid frustrated lewis pairs |
|
Ayantika Kunda |
Blesic/Wylie |
Development of innovative multifunctional zwitterionic materials for application in healthcare and energy |
|
Daniel McCormack |
Nockemann/Istrate |
Electrolyte development for redox flow batteries |
|
Emma McCrea |
³§·É²¹»åź²ú²¹-°·É²¹Å›²Ô²â/Holbrey |
Valorisation of waste plastics |
|
Kerri McKeever |
³§·É²¹»åź²ú²¹-°·É²¹Å›²Ô²â/Holbrey |
Boron and Frustrated Lewis Pairs in Supported lonic Liquid Phases: An Interdisciplinary Study of New Metal-Free Catalysts |
|
Erin McKinley |
Istrate/Nockemann |
Additives for improved NdPr recycling from end of life magnets |
|
Shannon McLaughlin |
³§·É²¹»åź²ú²¹-°·É²¹Å›²Ô²â/Holbrey/Artioli |
New cations for Lewis acidic ionic liquids |
|
Phil Moore |
Moura/Holbrey |
FAST cell for the study of type-zero porous liquids (FASTzero) |
|
Beth Murray |
³§·É²¹»åź²ú²¹-°·É²¹Å›²Ô²â/Holbrey |
Inorganic Chemistry of Group 13 Elements in Sustainable Uses |
|
Junzhe Quan |
Holbrey/Moura |
Desalination using LCST forming ionic liquid/water mixtures |
|
Pranav Sharda |
Bailey/Kavannagh |
Hydrogen’s future role in energy storage: implementing ionic liquids in fuel cells |
|
Michael Sweeney |
Moura/Holbrey |
CO2 Capture from Commercial Flue Gas Process Streams |
|
Malka Urooj |
Holbrey/³§·É²¹»åź²ú²¹-°·É²¹Å›²Ô²â |
Metal speciation and coordination in solvate ionic liquid electrolytes |
|
Jamie Warren |
³§·É²¹»åź²ú²¹-°·É²¹Å›²Ô²â/Nockemann |
Hydrometallurgical Separation of |
|
Anna White |
Kavanagh/Moura |
Combining Electrocatalysts and Gas-Capturing Liquids for Electrochemical Conversion of CO2 to Value-Added Chemicals |