A data-driven soft sensor for quality control.
Miniaturised bioreactor for bioprocessing: design and optimisation of a three-phase fluidised bed.
Designing and synthesising catalytic materials.
Combined drug delivery and breast cancer imaging.
Generating electricity from waste heat.
Games, VR and AR for Chemical Engineering education.
Developing improved models for fault prognosis in industrial systems.
Producing H2 and high quality syngas from biomass.
Using converted biomass waste for energy storage applications.
Computing active sets of EFMs for genome scale networks.
Microalgae and yeast in secondary treated wastewater.
Converting glycerol to polyglycerol in biodiesel production.
Hydrogen-rich gas from waste.
Using recurrent neural networks to model fed-batch processes.
Operation and control of a wastewater treatment site.
Biofuel production from biomass waste and residues.
Inexpensive and long-lasting cyanobacteria biocomposites.
Value added products from lignin valorisation.
Producing fuel markers from lignin polymer.
Production of bio hydrogen from agricultural residues.
Improving the stability of therapeutic monoclonal antibodies during manufacture and storage.
low-cost microalgae biomass harvesting using a foam column.
Improving the quality of bio-oil from biomass waste using fast hydropyrolisis.
A new drugs co-delivery system for Glioblastoma Multiforme.
Removing cyclohexane, methanol and VOC mixtures from ambient air.
Data-driven techniques to improve industrial process modelling.
Optimising batch/semi-batch processes using data-driven concepts.
Using algae as a biocatalyst in bioelectrochemical systems.
Investigating particulate emissions from a biomass boiler.
A low-cost, fast and easy method of fabricating microchips using 3D printing.
Increasing the yield of the epoxidation of vegetable oil.
