TU/e

THEMERESEARCHSCIENTISTS
PVPlasma & material processing, AP
• Surface passivation of solar cells
• Atomic layer deposition for energy technologies
•thin films for photovoltaics
Macromolec & organic chemistry, CE/AP
• Polymer solar cells
Photonics & semicon nano, AP
• Nanowires for solar cells
• Thermo electric generation
Gas discharge processes, AP
• Plasma for amorphous solar cells
Functional organic materials & devices, CE
• Self cleaning coatings for PV
• Luminous solar concentrator
• Erwin Kessels




• René Janssen

• Paul Koenraad


• Gerrit Kroesen

• Albert Schenning
SMART GRIDSElectrical energy systems, EE
• Intelligent (smart) power grids
• Distribution network interaction
• EMC/disturbance free design
Electromagnetic & power electronics, EE
• Wireless energy transfer
• DC-grid & dc-dc converters
• Multi-port power converters
Control systems, EE
• Balancing control in smart grids
Urban science & systems, BE
• Allocation of charging stations & renew.
Gas discharge processes, AP
• Sparks in HV switches
• Wil Kling †


• Elena Lomonova (EE)



• Paul van den Hof

• Bauke de Vries

• Gerrit Kroesen
STORAGEEnergy technology, ME
• Thermo-chemical heat storage
• Heat storage systems
• Micro channel cooling & heating
Transport in permeable media, AP
• Thermo chemical materials
Control systems, EE
• Battery management
Plasma & materials processing, AP
• Atomic layer depositions for batteries
Energy materials devices, EE/CE
• Battery materials & modelling
Electrom. & power electronics, EE
• Energy harvesting systems
• David Smeulders



• Olaf Adan

• Paul van den Hof

• Erwin Kessels

• Peter Notten

• Elena Lomonova
BIOChemical reactor engineering, CE
• Rotating reactors
• Micro reactors
• hydrogen synthesis
Process technology, ME
• Biomass co-firing
• Evaporator flows in power plants
Energy technology, ME
• Torre faction for biomass
• Jaap Schouten



• Hans Kuerten


• David Smeulders
SHALE GAS /
CCS
Multischale modeling multi phase flows, CE
• Fluidized bed modelling
• Porous media flow modelling
Turbulence & vortex dyn, AP
• Droplets in turbulence (combustion)
• Optimization of turbulent & laminar heat transfer
• Modelling photo-bio reactors
• Transport of shale gas & heat
Separations technology, CE
• Natural solvents for delignification
• Deep eutectic solvents
• Sour gas sweetening
• CO2 capture by natural solvents
Energy technology, ME
• Liquefaction of natural gas
• Fracture studies (shale gas)
Combustion technology, ME
• Gas turbine studies
• 2nd gen biofuels
• Micro CHP
Process technology, ME
• Shale gas/oil exploration
Chemical process intensification, CE
• Carbon capture with membranes
• Chemical looping comustion
Control systems, EE
• Model based optim. of fossils exploration
Multiscale engineering fluid dynamics, ME
• Modelling for shale gas/oil exploration
• Hans Kuipers


• Herman Clercx





• Maaike Kroon




• David Smeulders


• Philip de Goey



• Hans Kuerten

• Martin van Sint Annaland


• Paul van den Hof

• Harald van Brummelen
SMART CITIES /
ENERGY EFFICIENT DESIGN
Building physics, BE
• Natural ventilation & air quality
• Urban climate
• Wind modelling in harbors
• Urban climate adaptations
• Wind energy in built environment
Building materials, BE
• Functional materials
• Eco building materials
• Resource efficiency
Building performance & simulation, BE
• Building district energy optimization
• Energy and indoor environment
• Construction R&D support
Building services, BE
• Building mgt systems
• Smart controle, including storage
• Personal climate control
Urban science & systems, BE
• Climate change effect on consumption
• Data analysis for smart cities
Controls systems technology, ME
• Smart charging
Architectural urban design and eng., BE
• Urban heat island & mitigation
• Smart cities
• Energy neutral neighborhoods
Structural design, BE
• Adaptive structures and building envelopes
Building lighting, BE
• Energy-efficient lighting
• Daylighting
• Calculation methods
• Bert Blocken





• Jos Brouwers



• Jan Hensen



• Wim Zeiler



• Bauke de Vries


• Maarten Steinbuch

• Pieter van Wesemael



• Patrick Teuffel


• Alex Rosemann
ENERGY EFFICIENCY IN INDUSTRYControl systems, EE
• Energy management in hybrid trucks
• Model based indus. proc. control
Electromech & Power Electronics, EE
• Electric & hybrid powertrain
• Permanent magnet, reluctance & asynchronous motors
• High speed electrical drives
• High speed & high precision systems
Combustion technology, ME
• Mild/flameless combustion
• Efficient combustion
• Clean & eff. diesel engines
Photonics & semicon nano, AP
• Nanowires and plasmonics for efficient LEDs
Micro flow chemistry & process techn., CE
• Plasma chemistry
• Photo redox catalysis
Separations technology, CE
• Smart separations
• Desalination
• Recovery from diluted streams
Functional organic materials & devices, CE
• ANti fouling coatings
• Responsive IR coatings
Transport in perm. media, AP
• Polymer encapsulation of LED
Photonic integration, EE
• Integrated nanaphotonics
• Paul van den Hof


• Elena Lomonova





• Philip de Goey



• Paul Koenraad

• Volker Hessel


• Maaike Kroon



• Albert Schenning


• Olaf Adan

• Kevin Williams
ECONOMIC ENVIRONMENT & SOCIAL IMPACT (E3S) / SYSTEM INTEGRATIONTechnology innovation & society, IE&IS
• Sustainable energy transition
• Policy implications
• User participation
Innovation ecosystem management
• New business models
• Energy technology entrepreneurship
• Innovation ecosystem management
• Geert Verbong



• Ed Nijssen
FUEL CELLS & HYDROGEN /
NEW GASSES
Synthetic: Molecular catalysis, CE
• Biomass upgrading
• Syngas chemistry
• Natural gas chemistry
Multiscale modeling multi phase flows, CE
• Fluidized bed modelling
• (slurry) bubble column modelling
Chemical process intensification, CE
• Hydrogen production
• Methane reforming/WGS
• Chemical looping reforming
• Membrane processes
Micro flow chemistry & process techn., CE
• Synthetic fuels
• Fuel processing/reforming to H2 for fuel cells (in APUs)
Photonics & semicon nano, AP
• Nanowires for fuel cells
Gas discharge processes, AP
• Solar fuels by reversed combustion
Control systems, EE
• Chemical transistor
DIFFER/Plasma & material processing, AP
• Solar fuel materials
• Atmospheric plasma processing
• Co2 activation
• Artificial leaf: CO2 neutral fuels
Solar: Molecular catalysis, CE
• Electro catalysis for solar fuels
• CO2 reduction chemistry
• Emiel Hensen

• Hans Kuipers




• Martin van Sint Annaland




• Volker Hessel


• Paul Koenraad

• Gerrit Kroesen

• Paul van den Hof

• Richard van de Sanden'




• Emiel Hensen
ADVANCED MATERIALS & PROCESSES /
NUCLEAR
Science & technology of fusion, AP
• Plasmas burn stability
• Plasma imaging diagnostics
• Helium transport in tokamak
• Material studies
DIFFER/Plasma & material processing, AP
• Plasma-materials interaction for fusion
• Plasma physics of detached plasma
Controls systems technology, ME
• Active control for fusion plasmas
Centre for analysis, scientific computing & applications, M&CS
• Tokamak magneto-hydro-dynamics
• Turbulent heat flow
Porous media flow
Turbulence & vortex dyn, AP
• Turbulence flow in tokamak
• Niek Lopes Cardoso




• Richard van de Sanden


• Maarten Steinbuch

• Barry Koren



• Herman Clercx