Broadening the application potential of electrochemically mediated photoredox conversions (E-PRC) through flow chemistry

Excited molecules: development of photo- and redox-pathways as tools for green chemistry and bio-resource valorization

Furans Leveraged In Selective Electrochemical Derivatisation

Microfluidic sunlight-driven artificial photosynthesis reactors for carbon neutral production of solar fuels.

Development of greener methodologies for the production of pharmaceuticals

Doctoral project Maria Batzaki

Optimisation of a continuous flow process for biodegradable ciprofloxacin analogues

Solid-handling flow reactors in the scale-up of challenging thermo- and photochemistry

Broadening the application potential of electrochemically mediated photoredox conversions (E-PRC) through flow chemistry

Cofunding core facility - NMR Expertise Centre

Electrophotocatalytic flow reactor

Excited molecules: development of photo- and redox-pathways as tools for green chemistry and bio-resource valorization

Photo- and electrochemical valorisation strategies for renewable platform molecules

SUnlight-driven Next Generation Artificial photosynthesis bio-hybrid TEchnology platform for highly efficient carbon neutral production of solar fuels

Purchase of LC-MS equipment for the analysis of organic compounds, reaction mixtures and natural extracts

Development of highly efficient gas/liquid photomicroreactor systems

Development of synthetic strategies for phosphono-isoindoles and related heterocyclic phosphonates