Electrified – Electrically driven non-thermal dewatering of biomass
The aim of the Electrified project is to establish new technologies for future key technologies for biomass dewatering.
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.
New
ECO: Electrically Driven, Chemical-free Operations
The ECO project explores how electricity can replace chemical processing aids in water treatment, cleaning and separation processes.
Fingerprint 2 Footprint
Fingerprint 2 Footprint translates chemical fingerprint measurements inside and near chemical processes to reduce environmental footprints, while retaining or improving process economy and consistency.
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.
Completed
BRECSIT – Bio-based REsin CompoSIte Technologies
Plantics-GX composites can replace conventional, fossil-based plastic composites.
Completed
H2-Safety2 – Safety Standardisation of Green Hydrogen Electrolyser Systems
This hydrogen safety project aimed to develop recommendations for standardisation, meeting process safety requirements for large scale water electrolysis. This is an important step to enable a safe, integrated hydrogen-based...
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...
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...
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.
Completed
Single Droplet Modelling
Multicomponent analysis of single droplet spray drying techniques and PhD research for the drying and dewatering program of ISPT.
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,...
Completed
AIDA – Accelerate the Integration of Digitalisation Acceptation
The AIDA project performs research towards predictive capabilities and integration of digital technologies at the various levels of individual processes.
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.
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.
LiSa – Lithium refining via Salt-Assisted Crystallization
The LiSa project is developing a smart and energy-efficient method for refining and recycling lithium.
Completed
Biorefinery Program
Biorefinery enables the production of healthy ingredients and the recovery of valuable components (i.e. proteins) out of process streams.
Completed
COLFILM – Collapsing Films in Emulsions
In this project computer simulations are used to reveal the impact of a crucial underlying phenomenon: little waves on the surface of droplets that can suddenly grow and thus accelerate...
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.
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
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...
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.
Aramazing
Aramids hold untapped potential in the journey towards sustainability. We can transform these once-disposed materials into a circular value chain, reducing waste, and striving for CO2 neutrality.
Completed
HyScaling – Making better electrolyzers in a better way
HyScaling aims to scale electrolysis capacity up to 5GW by 2030 so the Netherlands can play a key role in the global green hydrogen economy.