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.
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....
PlastiCycle 4.0 – Revolutionizing smart formulation in mechanical recycling for closing the circular value chain
Transforming plastic waste into high-quality recycled plastics. Discover how PlastiCycle 4.0 is revolutionizing mechanical recycling.
Completed
Novel Process Routes – Reduction of energy use by novel process routes for food (ProFo)
Several partners are working towards a 50% reduction of energy use developing novel process routes in food processing.
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.
ReCoVR – Recovery and Circularity of Valuable Resources
ReCoVR designs and develops novel functional materials and technologies to selectively recover high-value molecules.
Completed
Towards improved circularity of polyolefin-based packaging
This project aims at improved circularity of polyolefin-based packaging materials through overcoming technological hurdles.
PROVE IT
PROVE IT is all about the technical feasibility of the production of methanol from CO2 waste gas.
Completed
Provides
The Provides initiative aims to make the paper industry more sustainable by developing Deep Eutectic Solvents (DES).
Completed
BRECSIT – Bio-based REsin CompoSIte Technologies
Plantics-GX composites can replace conventional, fossil-based plastic composites.
Completed
EAMS – Energy efficient Affinity-driven Molecular Separation
The aim of the EAMS project is to: Application New or improved affinity separation options for selected cases: extractive distillation and (reactive) liquid-liquid extraction.
Completed
Single Droplet Modelling
Multicomponent analysis of single droplet spray drying techniques and PhD research for the drying and dewatering program of ISPT.
Completed
RFS – Radio Frequent Sterilization
Heating with Radio Frequent Sterilization (RFS) has large advantages for the product quality.
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.
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.
Hydrohub MegaWatt Test Center
This project covers the design, realization and exploration of the Hydrohub MegaWatt Test Center at the Zernike Campus in Groningen.
Completed
Thin Film Drying
A part of the drying and dewattering program with Thin Film Drying as a new technology for product quality and energy consumption
GAMBA – Green Alloys Modelling Better Approaches
The GAMBA project seeks to reduce the carbon footprint of the iron and steel industry by transitioning from natural gas to hydrogen-based direct reduction (DRI) processes.
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.
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.
Completed
CirBind – Circular binder applications
ISPT's Cirbind project scales up the Plantics-GX bioresin production process to generate safe, strong & high impact circular binder applications.
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.
Completed
COMPACT – Pulsed Compression II
The goal of this project was to produce ethylene from methane using pulsed compression technology and to determine the feasibility for industrial applications.
Flexible Efficient Electrification of Industrial Heat Cases
This project will develop innovative process designs solving the efficient flexible electrification challenge.