GEMS

University of Nottingham Ningbo China is offering a PhD Scholarship in High-Performance Catalysts for CO2 Hydrogenation (reference 26TM_XF ) in the Department of Chemical and Environmental Engineering , Faculty of Science and Engineering. This opportunity is centered on chemical engineering , catalysis , CO2 hydrogenation , materials science , and related chemistry topics. The advertised research areas include rational design and synthesis of catalysts for efficient CO2 hydrogenation, investigat...

PhD opportunity at The University of Queensland (St Lucia, Australia) in photothermal catalysis and solar methanol synthesis . The project, titled “Unravelling the photothermal effect in solar methanol synthesis” , explores how light-driven and heat-driven effects work together to improve catalyst performance for converting small molecules such as CO2 or CO into fuels like methanol under mild, energy-efficient conditions. You will work across chemical engineering , chemistry , materials science ...

Monash University Malaysia is advertising a PhD Global Excellence and Mobility Scholarship (GEMS 2027) project in catalyst engineering for electrochemical biomass valorisation and green hydrogen production . The research sits at the intersection of chemical engineering , chemistry , materials science , nanotechnology , and energy technologies , with a strong sustainability focus. The project investigates the electrochemical conversion of glycerol (a biodiesel by-product) as an alternative anodic...

🚨 PhD Scholarship Opportunity at RMIT University in collaboration with CSIRO Energy . This funded project is titled “Catalyst and Membrane Engineering for Electrochemical Co-Production of Ethylene and Green Hydrogen from Ethane” . It sits at the intersection of chemical engineering , chemistry , materials science , catalysis , electrochemistry , and membrane engineering , with a strong focus on sustainable fuels and clean-energy chemical manufacturing. The research aims to develop a low-temperat...

PhD Scholarship Project: Lignin valorisation for the circular economy at Imperial College London , Department of Chemical Engineering. This PhD project focuses on the valorisation of lignin, the most abundant renewable source of aromatic carbon on Earth. The research will convert lignin into well-defined aromatic and aliphatic building blocks using reductive catalytic fractionation, mechanocatalysis, and related depolymerisation strategies applied directly to lignocellulosic biomass. You will wo...