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Institute for Sustainable Process Technology

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Projects

The projects we work on

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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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CMF - Controlling Multiphase Flow
Completed

CMF – Controlling Multiphase Flow

This Industrial Partnership Programme aims at understanding the rheology of complex emulsions and their stability under flow. While there is much empirical knowledge about emulsion rheology and stability, the microscopic...

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DES: a nature-based, renewable pulping technology
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.

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The Dutch climate agreement on industry
Completed

INSPEC – Integrating sensor based process monitoring and advanced process control

INSPEC quantitatively integrates information from state-of-the-art Process Analytical Technology, process measurements and dynamic process models (data driven or physics-based) into Advanced Process Control. This will induce a step-change with respect to...

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I40-20-03 SAAI
Completed

SAAI – Social Acceptance of AI in Industry

The SAAI project focuses on accelerating the implementation of Artificial Intelligence (AI) in industry, leading to an energy use reduction of 5-40%, an increased competitiveness of industry, and increased economic...

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New

Cascade Recyling of Plastic Film (CaRP)

The CaRP project will find and show realistic cascade recycling routes for packaging film waste to minimise the amount of plastic film waste that is incinerated and to maximise the...

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DISCO: lower the material use and increase the energy-efficiency
Completed

DISCO – Downstream ISolation of high-value COmponents

The Downstream ISolation of high-value Components (DISCO) aims to lower the material use and increase the energy-efficiency.

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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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Drying and agglomeration of the droplet

DRAGONS Egg – Increasing energy efficiency by steering DRoplet AGglomeratiON in Spray dryers

The DRAGONS Egg-project aims to unravel the dynamics of atomisation behaviour in drying and agglomeration of the droplet.

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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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Demonstration Polymer Heat Exchanger

The goal of this project is to demonstrate the innovative technologies as developed by HeatMatrix in the industrial process in the BioMCN factories. On the one hand this would result...

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FOMM - Forward Osmosis Membrane and Module development

FOMM – Forward Osmosis Membrane and Module development

Forward osmosis (FO) is a technology recently developed on academic level, with very few example applications in the market, despite its strong benefits. FO is an energy efficient and effective...

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The Heat is On

The Heat Is On

The Heat is On aims to make processes for dewatering, drying and heat integration more efficient.

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safety project
Completed

DC-DC converters – Green GW Hydrogen Plant

In this project we investigate DC-DC connections for large-scale green hydrogen plants to address space constraints, reduce investment costs (up to 25%), and mitigate significant electricity losses compared to traditional...

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ReBBloCS - riwald recycling

Renewable Building Blocks from Complex and wet waste Streams (ReBBloCS)

The ReBBloCS project aims to develop new circular value chains for the valorisation of complex and mixed waste streams into valuable chemical products.

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Freeze concentration
Completed

FreezeCon – Freeze Concentration

Saving energy, improving product quality with freeze concentration as economically feasible bulk dewatering technology. Background Several technologies are available for liquid concentration in the food industry, the most common being...

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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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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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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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Completed

PINcHED – Process INtegrated HEat pump Drying

This project creates greenfield conceptual design packages for contact and convective drying of a full scale. In addition, it focuses on establishing a fully heat pump integrated drying process, including...

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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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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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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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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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