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Institute for Sustainable Process Technology

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Projects

The projects we work on

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C2V - Carbon2Value
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...

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Completed

MPPS – Multipurpose Plastic Sorting

This project focuses on radically innovating the way we address mechanical sorting of plastic waste.

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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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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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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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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.

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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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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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e-missi0n MOOI
Completed

e-Missi0n MOOI

e-Missi0n developed two technological routes for the emission free production of low-carbon olefins.

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ELSA - Electrically Switchable Adsorption membranes

ReValue – Recovery of Valuable minerals with hybrid ceramic membrane crystallization

The ReValue project explores the potential of membrane crystallization, a promising technology to recover valuable compounds from aqueous streams.

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improved circularity
Completed

Towards improved circularity of polyolefin-based packaging

This project aims at improved circularity of polyolefin-based packaging materials through overcoming technological hurdles.

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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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Large scale electrolysis
Completed

Hydrohub GigaWatt Scale Electrolyser

We are an important step further towards a Dutch hydrogen economy: the design for an advanced green hydrogen plant at large scale.

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R-ACES – FRamework for Actual Cooperation on Energy on Sites and Parks

R-ACES aims to turn high-potential, high-impact industrial clusters into eco-regions with at least 10% reduction in emissions in smart energy.

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Completed

LEMPLAR – Losses & Emissions in Plastic Recycling

The plastic recycling process today has losses and emissions, such as microplastics, inks and incorrectly sorted plastics. This prevents us of closing the plastic cycle.

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HP4INDUSTRY – Enhance collaboration between industry and heat pump stakeholders

The HP4INDUSTRY project pairs ambitious climate targets with concrete, replicable process integrated solutions for industrial heating and cooling, enabling cleaner, competitive manufacturing for Europe’s future.

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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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PROVE IT: a CO2-to-methanol conversion technology
Completed

PROVE IT

PROVE IT is all about the technical feasibility of the production of methanol from CO2 waste gas.

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Nanofiltration EAMS - Membrane development
Completed

Nanofiltration (EAMS) – Hybrid membranes for organic solvent nanofiltration

Nanofiltration (EAMS) is a project that focusses on finding practical and economical viable membrane materials to be commercially applied.

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DES-20-01
Completed

Provides

The Provides initiative aims to make the paper industry more sustainable by developing Deep Eutectic Solvents (DES).

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Circular recovery of ethanol

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.

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Food Roadmap: sustainability in the food industry
Completed

RFS2 – Radio Frequent Sterilization 2

The project Radio Frequent Sterizilation 2 (RFS2) is focused on the development of RF in-pack sterilization of foods. The project is a continuation of the JIP-project Radio Frequent Sterilization (RFS)...

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flexible efficient electrification of industrial heat cases

Flexible Efficient Electrification of Industrial Heat Cases

This project will develop innovative process designs solving the efficient flexible electrification challenge.

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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...

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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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