Completed
Fine Biofuels
In the Netherlands there is a total quantity of 1 million tons of roadside grass which must be mowed at least twice a year to keep the roadside banks safe....
Odysseus
Goal of this project is to develop a library of complementary techniques for concentrating brines beyond reverse osmosis.
Completed
PRIDES: Deep Eutectic Solvents in the Paper Industry
The European project cluster aims to approach 80% CO2 emission reduction in the lignocellulose processing chain.
ReSolve – Re-use of industrial solvent process streams
Ceramic organic solvent nanofiltration membranes with small pore sizes and high throughputs, as compared to polymeric membranes, will be developed by a novel technology.
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...
TREPS – Trace Removal Using Electrically Powered Separations
In a circular economy, traces need to be removed to keep the loop clean. TREPS deals with trace removal using electricity.
Completed
Scissors – Super Critical Industrial Solution for Suspended Organic Residual Streams
Scissors researches the processing of specific wet waste streams through the potential of super critical water (SCW) technology.
Completed
IMPACCT – Improved process performance by process intensification in centrifugal contactors
Centrifugal contactors, such as RPBs, could provide significant improvement of separation processes in the chemical industry. This technology seems potentially suitable for replacing or debottlenecking current unit operations which suffer...
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.
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.