Completed
W2T – Waste2Taste
Waste to Taste is a project about closing the circle in food waste streams using vegetable waste for the production of fully natural food ingredients.
BEAP – Bundled Early Adaptor Project
BEAP helps SMEs make contact with industries, localize and develop their technologies to suite the specific needs of Dutch industrial partners.
New
LiSa – Lithium refining via Salt-Assisted Crystallization
The LiSa project is developing a smart and energy-efficient method for refining and recycling lithium.
Completed
BRECSIT – Bio-based REsin CompoSIte Technologies
Plantics-GX composites can replace conventional, fossil-based plastic composites.
Advanced Carbohydrates Biorefinery: From Waste to Value
Every year, large amounts of tertiary cellulose end up being incinerated. This results in unnecessary CO₂ emissions and loss of valuable material. The ACB project develops an alternative route: one...
Completed
HF2N – High Flux 2D Nanosheet membranes
High Flux 2D Nanosheet membranes to demonstrate and validate the high potential of a new class of inorganic high flux 2D Nanosheet membranes on a practical scale
Completed
HyChain – Energy Carriers and Hydrogen Supply Chain
The HyChain project is focused on a strategic understanding of the drivers behind global emergence of future renewable hydrogen value chains.
Completed
Green Hydrogen Inherent Safety Practices on Large Industrial Scale
This project will develop a uniform safety approach and increase awareness of safety for industrial scale electrolysis plants.
Completed
COSMOS – Organic solvent nanofiltration membranes on low cost ceramic supports
The COSMOS-project found that membrane technology has the potential to replace or supplement current inefficient distillation processes.
Completed
Cell-U-Value
Cell-U-Value developed and utilized the capabilities of tertiary cellulose as a feedstock for biobased and sustainable chemicals to its fullest potential.
Flexible Efficient Electrification of Industrial Heat Cases
This project will develop innovative process designs solving the efficient flexible electrification challenge.
SEUSS – Saving Energy by Upcycling of Side Streams
The shift to plant‑based proteins demands smarter, cleaner processing. SEUSS develops new ways to reduce energy use and recover valuable resources from side streams. In Short Energy-related challenges The protein...
Completed
E3C – Electrons to Close the Carbon Cycle
Development and evaluation of tubular and flat porous electrodes for the electrochemical conversion of gasses at ambient temperature. Motivation Renewable electricity (RE) generation is currently growing at a rapid pace....
Completed
Steam and condensate quality
This project focuses on requiering better insights into the distribution and behaviour of conditioning chemicals that is used in their steam-water cycles and condensate polishing. Process industries strive for more...
Completed
Methanol, the LOGIC Choice!
The LOGIC project scales-up the Liquid-Out Gas-In Concept reactor for methanol synthesis from CO2 and sustainable hydrogen.
Fingerprint 2 Footprint
Fingerprint 2 Footprint translates chemical fingerprint measurements inside and near chemical processes to reduce environmental footprints, while retaining or improving process economy and consistency.
Completed
Towards improved circularity of polyolefin-based packaging
This project aims at improved circularity of polyolefin-based packaging materials through overcoming technological hurdles.
Electrified – Electrically driven non-thermal dewatering of biomass
The aim of the Electrified project is to establish new technologies for future key technologies for biomass dewatering.
Completed
IoF – Internet of Food
The Internet of Food (IoF) project defines the sharing of data and models in order to improve sensing systems in food production.
Completed
Plasma Conversions
Industrial ammonia production is energy intensive and has a huge footprint. A plasma integrated water electrolyser provides an ecologically clean alternative process to Haber-Bosch.
SUNSOLr: Electrification of Chemical Conversions
The SUNSOLr project is dedicated to developing technologies for the direct electrification of chemical conversions, focusing on CO2 and H2O/H2 to produce chemicals like CO, CH4, olefins, and methanol.
Completed
e-Missi0n MOOI
e-Missi0n developed two technological routes for the emission free production of low-carbon olefins.
Aramazing
Aramids hold untapped potential in the journey towards sustainability. We can transform these once-disposed materials into a circular value chain, reducing waste, and striving for CO2 neutrality.
Recircanol: Circular recovery of ethanol from alkaline-ethanol media at high pH using membrane technology
This project develops nanofiltration membranes and membrane modules for alkaline-alcohol media at high pH for the purification of ethanol and caustic.