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Zeolietsorptiedroger realiseert 40-45% energiebesparing bij sproeidrogen
Recentelijk heeft ISPT de haalbaarheidsstudie ZeoDry afgerond, waarin de efficiëntie van een nieuw ontworpen zeolietsorptiedroger in een drumconstructie werd onderzocht. Uit de studie blijkt dat een energiebesparing van 40 à...
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.
Liquid-Gas Interface Deformations in Atomization
The simulation studies performed in this work represent a stepping stone towards the use of LFRM in the simulation of spray systems present in spray drying applications.
External event
Eurodrying 2025 Conference – NWGD
ISPT is sponsor of the EuroDrying Conference. We will have the opportunity to present the Drying & Dewatering and Mild Fractionation For Food projects at our own stand.
External event
Powder Technology Symposium
The Netherlands Working Group on Drying (NWGD) invites you to the NWGD day on Challenges in powder technology.
Roadmap: future of food processing
ISPT’s Drying and Dewatering Program works collaboratively with leading food companies in the Netherlands and has now delivered a roadmap to show the path forward.
ENGENDER: Breakthrough in energy-efficient spray drying technology
How can we make the spray drying process less energy intensive? The Engender project developed a groundbreaking solution: the Radial Multizone Dryer.
Protein transport in open ultrafiltration
This thesis aims to quantify the mass transfer of proteins through a membrane and understand which driving forces in the system are responsible for protein–protein separation with ultrafiltration (UF).
Advances in Membrane Separation for Biomaterial Dewatering
Dewatering by membrane separation is a sustainable and efficient alternative for drying biomaterials.
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.
Jan Sikkema
Program Director (Fascinating)
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.
External event
EFCE Spotlight Talks: Electrically-driven dewatering and drying
In this webinar, part of the EFCE spotlight talks series, you will be updated on research on some emerging electrically-driven dewatering and drying principles including their future applications.
Functionality-driven food formulation
This research proposes a method to create ingredient formulations based on their functional properties rather than of what they are composed.
ISPT event
Joint ISPT & Port of Rotterdam Conference ’24
This year, the ISPT Conference proudly collaborates with the Port of Rotterdam (PoR). A promising co-production, as the 3 major transitions we are working on come together in the Port of...
Transforming vegetable waste into premium, natural food ingredients with Waste2Taste
While one-third of all food production goes to waste, food security remains a significant challenge. How can we increase food production without damaging the environment?
EPRoTrans enhances energy efficiency in plant-based food production
The transition towards more plant-based ingredients and products holds promise for sustainability goals. However, it is often associated with increased energy use. How can we overcome this challenge?
DRAGONS Egg: Advancing energy efficiency in spray drying for industry
The energy use in industry due to drying operations is significant, accounting for about 15% of the total industrial energy consumption. How can we advance its energy efficiency?
Nadine Kool
Program Officer (Fascinating, Drying & Dewatering)
Unique innovation programme paves way for energy-neutral and circular process industry in 2050
Long Term Programme is a unique programme in which universities and companies work together to create a sustainable process industry.
Revolutionary Novel Process Routes (ProFo) demonstrates 50% energy reduction in food processing
The recently conducted Novel Process Routes project has culminated in a significant stride toward sustainable food processing.
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.
Metabolomics and sensory studies to uncover asparagus flavour
Mass spectrometry (MS) – based techniques were used to investigate the metabolome of raw, cooked and processed asparagus materials.
Spray drying of asparagus waste into flavour-rich ingredients
The residual flow of white asparagus is very suitable for spray-drying into powder.