EBI – Engineering Business Intelligence
The EBI project uses data collection, data analytics and data visualization to reduce energy usage in existing processes by 5-25%.
Bio4Steel
How can biochar — an organic material created by heating wood or other plant material in the absence of oxygen — play a role in replacing fossil coal in the...
Completed
Sussic – Sustainable treatment of industrial streams
In the Sussic project, atomic layer deposition (ALD) will be used for the development of SiC NF membranes, allowing treatment of challenging industrial streams.
Completed
CIRCPET – Circular PET trays for perishable food applications
PET trays are currently difficult to recycle. How can we create a fully circular PET tray solution that meets market demands while minimizing environmental impact?
Completed
Biorefinery Program
Biorefinery enables the production of healthy ingredients and the recovery of valuable components (i.e. proteins) out of process streams.
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
TENMIP – Testing and evaluation of nanofiltration membranes in industrial processes
Make very tight, low swelling NF or RO membranes for organic solvents, test them in process mixtures as present in industry and demonstrate / evaluate their economic feasibility on small...
Completed
ADVANCED PROCESS CONTROL for dynamic operation of a large-scale test electrolyser
In this project we will researching and modelling the impact of variable operation on large-scale test electrolyser performance in green hydrogen.
Completed
CALMEM – Ceramic atomic layer deposited Nanofiltration membranes for separation of challenging industrial streams
Calmem concerns nano manufactured ceramic membranes that can supersede distillation columns for energy saving in the Netherlands.
Completed
ISRO – Implementation of Solvent Recovery in edible Oil
The ISRO project delivers a proof-of-principle of organic solvent nanofiltration-based solvent recovery for two cases. The first case is an integration of OSN with the current distillation process at IOI...
Completed
HOPy – Headstart on pyrolysis
HOPy wants to find a solution that mitigates the environmental impact of plastic waste and taps into its potential as a resource for creating new materials.
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...
ReCoVR – Recovery and Circularity of Valuable Resources
ReCoVR designs and develops novel functional materials and technologies to selectively recover high-value molecules.
ELSA – Electrically Switchable Affinity Separation Processes
Exploring the advantages of Electrically Switchable Adsorption (ELSA) membranes in the industrial separation process.
New
Ammonia to Power
The Ammonia to Power project explores the techno-economic potential of ammonia powered electricity generation.
Completed
Next Level Solid Oxide Electrolysis
Solid Oxide Electrolysis is a technology with great potential for large-scale green hydrogen production by water electrolysis. This project explores the upscaling potential of SOEC.
TEXPOWER – Textile Polycotton Waste Evaluation & Recycling
The TEXPOWER project aims to enable a transparent, circular polycotton textile value chain for a sustainable industry in the Netherlands.
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
GreenWedge
The GreenWedge project helps SMEs actively market their sustainable technology.
Completed
C2V – Carbon2Value
Innovative CO2 separation technology aims to reduce emissions in steel industry. This project revolves around an innovative technology with the potential to reduce CO2 emissions across the major energy intensive...
MilDeWat – Breakthrough Mild Dewatering Technologies
This project will enhance the implementation of mild (energy extensive) dewatering technologies to contribute to industry's energy reduction goals.
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.
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.
SPOT: Sustainable PrOcess heaTing
SPOT (Sustainable PrOcess) aims to reduce the use of fossil energy use for industrial heat with at least 100 PJ/year in 2030.