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Institute for Sustainable Process Technology

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Projects

The projects we work on

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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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Cell-U-Value

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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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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STNF - Solvent Tolerant Nanofiltration and reverse osmosis membranes for the purification of industrial aqueous streams
Completed

STNF – Solvent Tolerant Nanofiltration and reverse osmosis membranes for the purification of industrial aqueous streams

Many industrial process streams contain water with solvents and other organic components. Such streams need to be purified from these components or need to be treated before further handling. Polymeric...

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Safety Project
Completed

Green Hydrogen Inherent Safety Practices on Large Industrial Scale

This project will develop a uniform safety approach and increase awareness of safety for industrial scale electrolysis plants.

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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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Completed

Preciouspitation

Obtaining process water out of rain from own roof with high energy saving potential compared to current processes. Motivation and Scope Rainwater is already chemically very pure. Only some evaporated...

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Predictive technologies for Industry 4.0.

Measurements 4 Management

The aim of Measurement for Management (M4M) is to develop operational predictive technologies that (1) are transparent and include all available process information, (2) provide predictions of Key Performance Indicators...

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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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Sustainable PrOcess

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.

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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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TENMIP - Testing and evaluation of nanofiltration membranes in industrial processes
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...

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PROVE IT: a CO2-to-methanol conversion technology

PROVE IT

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

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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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SCISSORS
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.

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E-Triple-C Graphic hollow fiber copper electrode
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....

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HyChain - Energy Carriers and Hydrogen Supply Chain
Completed

HyChain – Energy Carriers and Hydrogen Supply Chain

The HyChain project is focused on a strategic understanding of the drivers behind global emergence of future renewable hydrogen value chains.

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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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Novel Process Routes - Reduction of energy use by novel process routes for food
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.

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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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ReCYCLE – Electrical bike with durable circular plastic parts

ReCYCLE is a cutting-edge project that combines electric bikes with durable circular plastic parts, pushing the boundaries of innovation in sustainability.

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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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Converting the methane to ethylene in the pulsed compression reactor poses a more cost-effective and environmentally friendly alternative compared to conventional ethylene production.
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.

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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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