There are about 200 senior researchers in Oxford Energy. These are listed below and can be filtered using the search bar above. You can also find the relevant contact person for a research theme by using the checkbox and selecting update.
Bioenergy: Biocatalysis of hydrogen oxidation/production; biocatalytic hydrogenation/dehydrogenation reactions; in situ studies of electrocatalysis by supported nanoparticles
Nuclear: Inertial Confinement Fusion and High Energy Density Physics
Energy and Transportation: System and Component Modelling
Cryogenics: Cryogenic carbon capture, cryogenic energy carriers (liquid hydrogen, ammonia,LNG), cryogenic energy storage
Demand and Efficiency: energy services, digitalisation, AI impacts, social influence
Energy Networks: smart technologies, integrating renewables, small-scale technologies
Energy Networks: Distribution Network operational enhancement
Demand and Efficiency: Demand Management, consumer energy utilisation, ICT system efficiency
Demand & Efficiency: Energy efficiency of ICT and Telecom room environments
Nuclear: Inertial Confinement Fusion
Oxford Centre for High Energy Density Science (OxCHEDS)
Solar: novel transparent electrodes from graphene, boron nitride and metal sulphides, atomic level material characterisation
Demand and Efficiency: nano-materials for light emitting displays, materials and processes for improved device performance
Storage and Vectors: electrode materials for batteries and fuel-cells
Solar: Colloial quantum dot, chalcogenides, metal oxides, organic, solution processing, vaccum deposition, transparent conductors, thin film deposition, nanoparticle synthesis
Storage and Vectors: electrochemical energy storage; heterogeneous catalysis; materials synthesis
Nuclear: Materials for fusion and fission power, microstructural characterisation, mechanical properties
Transport: Aerospace materials characterisation and mechanical properties
Solar: CIGS microstructural characterisation
Wind and Marine: Tidal energy devices, farm planning and yield analysis, basin modelling
Earth Resources: Offshore engineering and deep water risers
Policy & Politics: Naturetrade for ecosystem services transactions in Europe
Earth Resources: Local Ecological Footprinting Tool LEFT for minimising biodiversity impacts of extractive industries
Emerging Economies: Biofuels and poverty alleviation
Bioenergy: Biofuels and poverty alleviation
Solar: Silicon PV – improving efficiency and reducing cost.
Demand and Efficiency: energy services, innovative business models, energy demand transformation, human wellbeing
Economics, Policy and Politics: global mitigation scenarios, integrated assessment modelling, policy effectiveness, social tipping points
Energy Networks: smart technologies, local energy systems, integrating renewables, small-scale technologies
Bioenergy: biorefineries and biomass supply chains; utilisation of microalgae
Demand and Efficiency: Renewable energy driven chemical processes, green hydrogen based steel production