EPSRC logo
Researcher Details
 
Name: Professor G Hutchings
Organisation: Cardiff University
Department: Chemistry
Current EPSRC-Supported Research Topics:
Catalysis & Applied Catalysis Design & Testing Technology
Design of Process systems Fuel Cell Technologies
Light-Matter Interactions Manufacturing Machine & Plant
Materials Synthesis & Growth Reactor Engineering
Surfaces & Interfaces Sustainable Energy Vectors

Current EPSRC Support
EP/Z531285/1 International Centre-to-Centre Collaboration: New catalysts for acetylene processes enabling a sustainable future(P)
EP/Z532782/1 The Sustainable Chemicals and Materials Manufacturing Hub SCHEMA(C)
EP/W014408/1 CBET-EPSRC Direct methane conversion into valuable oxygenates via tandem catalysis(P)
EP/W017075/1 New perspectives in photocatalysis and near-surface chemistry: catalysis meets plasmonics(C)
EP/V000055/1 Metal Atoms on Surfaces & Interfaces (MASI) for Sustainable Future(C)
EP/R026939/1 The UK Catalysis Hub -'Core'(P)
EP/R026815/1 The UK Catalysis Hub - 'Science': 1 - Optimising, predicting and designing new Catalysts(C)
EP/R026645/1 The UK Catalysis Hub - 'Science': 2 Catalysis at the Water-Energy Nexus(C)
Previous EPSRC Support
EP/W010836/1 Rapid air and surface disinfection using dry hydrogen peroxide(P)
EP/V044060/1 New catalysis for the utilisation of recalcitrant polysaccharides(P)
EP/V031589/1 Rapid catalytic disinfection of surfaces, PPE and transportation(P)
EP/S030468/1 New trimetallic nanoparticles as catalysts for the conversion of carbon dioxide to renewable fuels(P)
EP/P033695/1 Fuel from biorenewable polyols: A new catalytic route(C)
EP/P001467/1 Parallel-screening equipment for advanced catalyst testing and process intensification(P)
EP/N010531/1 Flexible Routes to Liquid Fuels from CO2 by Advanced Catalysis and Engineering(C)
EP/M028313/1 Cardiff University Experimental Equipment(C)
EP/L016443/1 EPSRC Centre for Doctoral Training in Catalysis(P)
EP/L027240/1 Core Capability for Chemistry Research: Cardiff School of Chemistry Mass Spectrometry(C)
EP/L003279/1 Sustainable Manufacturing in Multiphase Continuous Reactors: Aerobic Oxidations(C)
EP/K014714/1 The UK Catalysis Hub(C)
EP/K014854/1 The UK Catalysis Hub(P)
EP/K014749/1 Catalytic Routes to Intermediates for Sustainable Processes(C)
EP/J017868/1 CATALYTIC TRANSFORMATION OF BIO-DERIVED PLATFORM MOLECULES(P)
EP/K503344/1 Institutional Sponsorship 2012- Cardiff University(P)
EP/J013420/1 New Green Methanol Production(P)
EP/I019693/1 Catalytic Science in the Harwell Research Centre(C)
EP/J50130X/1 Additional Sponsorship- Cardiff University(P)
EP/I028137/1 Novel nanorod oxidation catalysts(P)
EP/G069395/1 COLLABORATIVE RESEARCH IN ENERGY WITH SOUTH AFRICA: UPGRADING OF LIGHT ALKANES TO FUELS(P)
EP/I006060/1 NEW GREEN HYDROGEN PEROXIDE PRODUCTION(P)
EP/I501193/1 Pathways to Impact Award: Cardiff University(P)
EP/H029419/1 Novel high activity nanoparticles catalysts(P)
EP/H007679/1 NEW CATALYSTS FOR CYCLIC CARBONATE PRODUCTION(P)
EP/G007101/1 DEVELOPMENT OF HIGHLY ACTIVE AND SELECTIVE GOLD PALLADIUM ALLOY CATALYSTS AIDED BY MICROREACTION TECHNOLOGY(P)
EP/F056745/1 Access to Nanoscience and Nanotechnology Equipment at Cardiff(P)
EP/F068379/1 Low temperature selective methane oxidation in confined spaces(P)
EP/E036503/1 Centre for Integrated Renewable Energy Generation and Supply (CIREGS)(C)
EP/F023103/1 NSF: MATERIALS WORLD NETWORK: HETEROGENEOUS CATALYST SYNTHESIS AT ACCESSIBLE, HIGH TEMPERATURES AND PRESSURES(P)
EP/F019823/1 Access to Materials Research Equipment - Cardiff XPS(P)
EP/E006345/1 DESIGNING GOLD CATALYSTS FOR THE UTILISATION OF BIO-RENEWABLE FEEDSTOCKS(P)
EP/F008538/1 NEW CATALYSTS FOR HYDROGEN PEROXIDE PRODUCTION(P)
EP/D056519/1 Supporting and Nurturing Adventurous Chemistry Research in Cardiff(C)
EP/E50096X/1 Follow On: New Catalysts for Respiratory Protection(P)
EP/C523067/1 Asymmetric Oxidation using Immobilised Catalysts(P)
EP/C523113/1 Oxidation of hydrocarbons in supercritical media(P)
EP/D001641/1 Cardiff Centre for Physical Organic Chemistry(P)
EP/C531760/1 GREEN OXIDATION USING in situ GENERATED HYDROGEN PEROXIDE(P)
EP/C528638/1 Pilot Studies of High-Risk, High-Gain Research Ideas(C)
EP/C549465/1 Keeping the Nuclear Option Open(C)
EP/C53090X/1 A high resolution mass spectrometer to support synthetic chemistry at Cardiff University(C)
EP/C515935/1 Green Catalyst Preparation(P)
GR/T19421/01 RAIS: Advanced technology in catalytic chemistry and engineering for novel applications(P)
GR/T04472/01 RAIS: Preparation of novel heterogenous catalysts using high temperature crystallisation(P)
GR/S41906/01 GREEN OXIDATION CATALYSIS(P)
GR/S15327/01 RAIS:Parallel Processing for the Scale Out of Fine Chemical Catalysis(P)
GR/R54590/01 Advanced Technology In Catalytic Chemistry and Engineering for Novel Applications (Athena)(P)
GR/R19113/01 (Ropa) Preparation of Novel Heterogeneous Catalysts Using High Temperature Crystallisation(P)
GR/N06816/01 SELECTIVITY ENHANCEMENT FOR HETEROGENEOUSLY CATALYSED REACTIONS UNDER SLUG FLOW(P)
GR/N22199/01 IMI - ADVANCED TRICKLE BED TECHNOLOGY FOR THE FINE CHEMICALS & PETRO- LEUM INDUSTRIES(P)
GR/N20355/01 REDOX CATALYSIS USING SUPPORTED GOLD: A CONCERTED HETE ROGENEOUS CATALYSIS AND SURFACE SCIENCE APPROACH(P)
GR/N02498/01 ROPA: NOVEL CATALYTIC SYNTHESIS OF THIOPHENES AND AMINES(P)
GR/M41056/01 ROPA: NOVEL APPROACH TO THE PROMOTION OF HETEROGENEOUS CATALYSTS(P)
GR/M32191/01 JREI:TEMPORAL ANALYSIS OF PRODUCTS REACTOR FOR STUDY OF REACTION MECHS HETEROGENEOUSLY CATALYSED REACTIONS(P)
GR/M10908/01 HETEROGENEOUS CATALYTIC ASYMMETRIC NITROGEN TRANSFER USING MODIFIED ZEOLITE CATALYSTS(P)
GR/L72442/01 ROPA: RATIONAL CONTROL OF AL SUBSTITUTION MICROPOROUS MATERIALS THROUGH COMPUTER AIDED DESIGN OF TEMPLATES(P)
GR/L88665/01 JREI:DEDICATED SUPERCOMPUTER FACILITY FOR COMPUTATIONAL CHEMISTRY STUDIES IN CHEM., BIOCHEM. & PHARMACY(C)
GR/K85162/02 DESIGN OF ULTRA SELECTIVE CATALYSTS FOR ETHANE OXIDATION(P)
GR/L58842/01 NOVEL FRIEDL CRAFTS CATALYSTS USING CATION EXCHANGED ZEOLITES FOR THE CLEAN SYNTHESIS OF FINE CHEMICALS(P)
GR/K90906/02 COMPUTER DESIGN OF IMPROVED ALUMINA CATALYST SUPPORTS BY PREDICTIVE MODELLING OF SOLGEL PROCEDURES.ROPA.(P)
GR/J86964/02 PREDICTIVE MODELLING OF CATALYST PREPARATION AND CATALYTIC REACTIVITY(P)
GR/K83366/02 DESIGN AND OPTIMISATION OF CATALYST PREPARATION AND FORMULATION PROCESSES(P)
GR/L13513/02 SUSTAINED ENHANCEMENT OF CATALYTIC PERFORMANCE BY USING CONTROLLED DOPING OF SURFACES(P)
GR/L13520/01 EXPLORATION OF NOVEL ROUTES FOR THE FUNCTIONALISATION OF N-BUTANE(C)
GR/L25738/01 IN SITU POWDER X-RAY DIFFRACTOMETER FOR COMBINED DIFFRACTION & ON-LINE CATALYTIC TESTS.(C)
GR/K83366/01 DESIGN AND OPTIMISATION OF CATALYST PREPARATION AND FORMULATION PROCESSES(P)
GR/K99831/01 CONTROLLED ATMOSPHERE AND IN-SITU MAS NMR INVESTIGATIONS OF CATALYTIC & SOLID STATE PROCESSES(C)
GR/K90890/01 ROPA.A NEW ROUTE TO THE SYNTHESIS OF FURANS VIA PENTANE OXIDATION(P)
GR/K90883/01 ROPA. SELF ASSEMBLED CATALYSTS-A MOLECULAR LEVEL APPROACH TO SPECIFCITY & EFFICIENCY HETEROGENEOUS...(P)
GR/K90906/01 COMPUTER DESIGN OF IMPROVED ALUMINA CATALYST SUPPORTS BY PREDICTIVE MODELLING OF SOLGEL PROCEDURES.ROPA.(P)
GR/L13513/01 SUSTAINED ENHANCEMENT OF CATALYTIC PERFORMANCE BY USING CONTROLLED DOPING OF SURFACES(P)
GR/K85162/01 DESIGN OF ULTRA SELECTIVE CATALYSTS FOR ETHANE OXIDATION(P)
GR/K07409/01 SMALL METAL AND METAL OXIDE PARTICLES ENCAPSULATED IN MICROPOROUS MATTER: A NEW CLASS OF EFFECT MATERIALS(C)
GR/K31305/01 SMALL METAL AND METAL OXIDE PARTICLES ENCAPSULATED IN MICROPOROUS MATTER.A NEW CLASS OF EFFECT MATERIALS(C)
GR/K34801/01 ROPA: CATALYTIC ASYMMETRIC NITROGEN TRANSFER USING MICROPOROUS MATERIALS(P)
GR/J86964/01 PREDICTIVE MODELLING OF CATALYST PREPARATION AND CATALYTIC REACTIVITY(P)
GR/K01124/01 CATALYTIC ASYMMETRIC OXIDATION USING MICROPOROUS MATERIALS(P)
GR/H57820/01 ASYMMETRIC REACTIONS USING CHIRAL SULPHUR COMPOUND MODIFIED HETEROGENEOUS CATALYSTS(P)
GR/H25546/01 A FUNDAMENTAL STUDY OF THE COKING AND REGENERATION OF CRACKING CATALYSTS(C)
GR/G12634/01 IN SITU SOLID STATE NMR SPECTROSCOPY OF CATALYTIC MATERIALS(C)
GR/F15571/01 THE EFFECTS OF CONTROLLED ADSORPTION OF SULPHUR POISONON HETEROGENOUS CATALYSTS SELECTIVITY(C)
GR/F39409/01 DESIGN OF NOVEL ZEOLITE AND OXIDE CATALYSTS FOR THE SYNTHESIS AND CONVERSION OF HYDROCARBONS(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator