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Institute for Sustainable Process Technology

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Projects

The projects we work on

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PoSiMem

PoSiMem – Periodic organosilica nanofiltration membranes

This project aims to develop robust, reproducible and easy to scale-up approaches for the production of novel nanofiltration (NF) membranes.

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texpower

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.

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Drying and Dewatering: reducing cost, improving quality

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.

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Circular Aromatics - BioBTX

Circular Aromatics – Turning Waste into High-Value Circular Plastics

As the world moves toward net-zero carbon goals, the demand for sustainable materials is rapidly increasing. Plastics, essential in countless applications, must evolve to meet the demands of a circular,...

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Cell-U-Value
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.

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CRUISE - Cost Reduction Industrial Heatpumps

CRUISE – Cost Reduction Industrial Heatpumps

CRUISE project aims to develop 50% less expensive heat pump technology that generates heat in an economically feasible way

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AutoPlastic: Shaping the Future of Automotive and Plastic Recycling

As the automotive industry faces new recycling legislation, the AutoPlastic project leads the way in boosting car plastic recycling. It helps the Dutch automotive sector stay ahead by developing solutions...

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Carbon Transition Model: better grip on emissions
Completed

Carbon Transition Model

The Carbon Transition Model is a simulation model to explore ways to reduce emissions and increase carbon circularity.

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ReCoVR

ReCoVR – Recovery and Circularity of Valuable Resources

ReCoVR designs and develops novel functional materials and technologies to selectively recover high-value molecules.

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Completed

WeCare – We Create Awareness & Reduce Energy

The WeCARE project demonstrated the possibilities of Artificial Intelligence technology of EnergQ at a selected number of end users. EnerGQ’s self-learning energy management technology unveiled the excessive energy consumption and with that...

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Completed

ERGO – Energy Reduction by Condition-based Monitoring

Unlocking energy efficiency and fault detection with electrical signal analysis Electric motors and rotating equipment—such as pumps, fans, compressors, and conveyors—consume over 40% of global electricity. However, nearly one-third of...

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High Flux 2D Nanosheet membranes
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

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STARBATCH- Sodium Tetra chloro Aluminate Recyclable BATtery CHemicals

Storage of electricity will play a major role in the energy transition. Lithium-based batteries are now being produced on a large scale, but require expensive resources that are not widely...

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recycling plastics
Completed

InReP – An Integrated approach towards Recycling of Plastics

Recycling plastics is one of the biggest challenges the industry is facing today. This projects aims to overcome current challenges.

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Sustainable heat in the Dutch industry

COMTA – COMpact modular Thermo Acoustic heat pump

To further develop the compact electrically driven thermoacoustic heat (TA) pump technology and to prepare for technical demonstration on full scale. The industry is a large consumer of energy and...

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Sussic - Sustainable treatment of industrial streams
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.

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Completed

Amazing – Additive Manufacturing for Zero-Emission Innovative Green Chemistry

Amazing is about replacing large-scale high-temperature cracking processes with electrically driven thermocatalytic dehydrogenation.

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Completed

IMPROVISE – Improved process operation via rigorous simulation models

Improved daily operations of important chemical processes in the Dutch chemical industry through operation technology based on detailed physical models. Incentive Being able to anticipate what a chemical process is...

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GAMBA - Green Alloys Modelling Better Approaches

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.

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Engender: Energy Efficient Drying
Completed

Engender: Compact Energy Efficient Dryer

Engender works on an energy efficient drying method of foods. Expected energy savings are estimated up to 30%.

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COMPRESORP - Twin Screw Compressor
Completed

COMPRESORP

COMPRESORP focuses on upgrading low temperature waste water streams of separation processes with compression resorption heat pumps.

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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...

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EAMS - Energy efficient Affinity-driven Molecular Separation
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.

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Drying and Dewatering: reducing cost, improving quality
Completed

StAgglop: Reducing energy use and material loss by better control of agglomeration during spray drying

Project stAgglop aims to improve agglomeration control to contribute to the reduction of emissions for industrial drying systems.

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ISPT is the leading institute for open innovation in the process industry. At the heart of our efforts is the transition towards a CO2-neutral, circular economy in 2050.


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