On this page an overview of the current research projects can be found. Click on one of the projects for a more detailed description of the project and contact persons. For an overview of the former projects go to the former projects page.
Former projects
- Former projects
- Heavy Fuel-oil combustion in a HiTAC boiler
- Vortex Chamber II
- Bioenergy to Overijssel - Pyrolysis oil combustion in Gas Turbine
- Groen Gas
- Radial Multi-Zone Dryer
- Vortex Chamber
- Optimized Synthetic Natural Gas Production from Biomass
- Green Biogas
- Utilization of bidirectional turbines in thermoacoustic engines
- Biomass Gasification and Combustion on a Grate
- Numerical Modeling of Multi-Component Viscous Fuels Combustion
- Demonstrator Pyros
- Modeling of Complex 3D Heat Exchanger Geometries and Systematic Design Optimization
Energy Efficient Processes
- Energy Efficient Processes
- ENGENDER - Pilot Plant For The Next Step In Low Energy Drying Of Food And Other High Value Products
- HERMES - Highly Efficient Super Critical Zero Emission Energy System
- TORWASH - Design And Optimization Of A Hydrothermal Process To Convert Organic Residues Into A Fuel
- BALANS - Renewable Heat And Power From Non-woody Biomass
- Crest Cool: The smart way of cooling in meat industry
- RECOWATDIG - Sustainable technology for the staged recovery of an agricultural water from high moisture fermentation products
- Supercritical Aqueous Reforming
Heat Conversion and Storage
- Heat Conversion and Storage
- Multi-scale modelling and Experimental validation of Thermochemical Energy Storage materials (Particle – Pellet – Packed bed) - ME4TES – PPP
- A novel thermosiphon-like cooling system based on magnetocaloric nanofluids
- Innovative microencapsulated phase change materials for direct-absorption solar collectors
- Peak Shaving District Heating System for Daily And Seasonal Demand
Advanced Materials for Energy Applications
Energy Systems Integration
Thermal Conversion Processes
- Thermal Conversion Processes
- UFP-Tyres - Ultra Fast Pyrolysis of Used Car Tyres
- CAIR - Direct CO2 Capture from Ambient Air
- High quality biofuels production from woody biomass
- Recovery of Carbon and Glass Fibres for New Products and Fuels
- Enhances catalytic fast pyrolysis of biomass
- Pyrolysis paper slugde