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Researcher Details
 
Name: Professor J Swithenbank
Organisation: University of Sheffield
Department: Chemical & Biological Engineering
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
EP/G062374/1 Joint UK / China Hydrogen production network(C)
EP/G057133/1 Thermal Management of Industrial Processes(C)
EP/F007132/1 Pollutants in the Urban Environment: An Integrated Framework for Improving Sustainability of the Indoor Environment (PUrE Intrawise)(C)
EP/E039995/1 SUPERGEN BIOMASS BIOFUELS AND ENERGY CROPS II CORE(C)
EP/C532651/2 Pollutants in the Urban Environment (PUrE) - Main Study(C)
EP/C532651/1 Pollutants in the Urban Environment (PUrE) - Main Study(C)
GR/S79626/01 Strategies and Technologies for Sustainable Urban Waste Management(C)
GR/S28204/01 SUPERGEN - Biomass, Biofuels and energy crops consortium(C)
GR/S08695/01 Novel merging swirl burner design controlled by helical mixing(C)
GR/S07308/01 SUE TRAVEL GRANT: Infrastructure & Environment Programme - Towards a Sustainable Urban Environment (Sustainable Waste Management Consortium)(P)
GR/R41040/01 An Innovative Coal Gasifier Utilising Steam From Waste Incineration Raised to Ultra-High Temperature(C)
GR/N07707/01 STRATEGIC ENG'ING RESEARCH INTEGRATING WASTE ENERGY & POLLUTION CONT'L INFRASTRUCTURE FOR SUSTAINABLE CITIES(P)
GR/M73743/01 POST-COMBUSTION FORMATION OF DIOXINS/FURANS IN WASTE INCINERATOR PLANTS(C)
GR/M72456/01 PROCESS ENGINEERING RESEARCH NETWORK FOR DIOXINS/PCBS MONITORING/ANALYSIS/ENGINEERING RESEARCH(P)
GR/M47348/01 DEVELOPMENT OF A NOVEL & EFFICIENT PROCESS FOR DETOXIFICATION & RE-USE OF CONTAMINATED FLY-ASH(C)
GR/M47720/01 NOVEL MEASURING INSTRUMENT FOR HOSTILE HIGH TEMPERATURE ENVIRONMENT(P)
GR/M36502/01 A THEORETICAL AND FIELD-SCALE EXPERIMENTAL STUDY OF THE SUPPRESSION OF GAS EXPLOSIONS BY WATER FILMS(C)
GR/M17082/01 INCINERATOR BED MODELLING(P)
GR/L90194/01 CHARACTERISATION ULTRA-TRACE MEASUREMENT DIOXINSFURANS THERMALLY HOSTILE INCINERATOR FLUE GAS CLEAN PROCESSE(P)
GR/L74460/01 DEVELOPMENT & EVALUATION OF A COMPUTATIONAL FLUID DYNAMIC MODEL OF EFFERVESCENT ATOMISERS(P)
GR/L60593/01 REDUCTION OF NOX EMISSION IN MUNICIPAL SOLID WASTE INCINERATOR BY FUNDAMENTAL COMBUSTION TECHNIQUES(P)
GR/L20382/01 FUNDAMENTAL DESIGN AND APPLICATION OF ACOUSTICALLY BASED TEMPERATURE SENSING SYSTEMS(C)
GR/L22539/01 INCINERATOR BURNING BED MODEL(P)
GR/K89481/01 INTENSIFICATION OF SEWAGE SLUDGE DISPOSAL PROCESS(P)
GR/K36645/01 ROPA: EVALUATION OF WASTE COMBUSTION IN A TUMBLING ROTATING FLUIDISED INCINERATOR(P)
GR/J75326/01 THE STUDY OF FLUID INJECTION FOR MITIGATION OF GASEOUS EXPLOSIONS(P)
GR/J10006/01 PEAK SEEKER CONTROL OF FUEL: AIR RATIO(P)
GR/J15674/01 DESIGN OF HIGH TEMPERATURE CERAMIC STEAM HEAT EXCHANGERS FOR USE IN POWER GENERATION WITH REDUCED EMISSIONS(C)
GR/J13687/01 A FLUIDIC SLUG RETARDER AND SEPARATOR (PIP 31)(P)
GR/J09994/01 GAS PHASE RESIDENCE TIMES IN INCINERATORS(P)
GR/H37402/01 EXPLOSION PHENOMENA IN COMPLEX GEOMETRIES (TOP 42)(P)
GR/H29063/01 PHOTOCHEMICAL REDUCTION OF NOX LEVELS IN COMBUSTION SYSTEMS(P)
GR/F77227/01 INVESTIGATION OF MULTI-POINT LASER DOPPLER ANEMOMETRY(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator