ISPT Projects

PoSiMem – Periodic organosilica nanofiltration membranes

Developing robust, reproducible and easy to scale-up approaches for the production of novel nanofiltration (NF) membranes composed of periodic organosilica networks and hexagonal nanochannels. Incentive Membrane-based filtration technologies have received...

View this project

Amazing – Additive Manufacturing for Zero-Emission Innovative Green Chemistry

Replacing large-scale high-temperature cracking processes with electrically driven thermocatalytic dehydrogenation of alkanes to alkenes. Achieving CO₂ emissions targets Satisfying the ever-increasing global demand for energy and materials, while achieving the...

View this project

Sussic – Sustainable treatment of industrial streams

Sustainable treatment of challenging industrial (waste) streams with robust silicon carbide nano- or tight-ultrafiltration membranes. These ceramic membranes are suitable to use for treating residue streams that contain organic solvents...

View this project

ReCoVR

ReCoVR – Recovery and Circularity of Valuable Resources

Design novel functional materials and technologies to selectively recover high-value molecules. These key electrified separation technologies are applicable to many industrial processes. Incentive Resources and raw materials will become increasingly...

View this project

BEAP – Bundled Early Adapter Project

Network organizations of ISPT and NL GUTS are working together along with SMEs, industry and knowledge institutes to make early adaptor projects happen. As set in the Paris Agreement and...

View this project

Zero-Brine-pilot-in-Botlek

ZERO BRINE

The ZERO BRINE project aims to facilitate the implementation of the Circular Economy package and the SPIRE roadmap in various process industries. It does so by developing necessary concepts, technological...

View this project

Nanofiltration (EAMS) – Hybrid membranes for organic solvent nanofiltration

Polymers find a wide application in the membrane field. However, in extreme environments, such as high temperature (>300°C), extreme pH and harsh organic solvents, polymeric membranes are often unstable. Current...

View this project

SUPP – Steel Slag Upgrading and PCC Production

The aim of the SUPP project is to create one combined and integrated robust batch process in order to stabilize and upgrade steel slag and neutralize hydrochloric acid. In addition, it...

View this project

ELSA - Renewable energy

ELSA – Electrically Switchable Affinity Separation Processes

In this project, the first proof-of-principle experiments on the redox-switchable selective adsorption and desorption of proteins (WP 1, WUR) and a feasibility study based on literature data on the carbon monoxide...

View this project

HF2N

HF2N – High Flux 2D Nanosheet membranes

This project aims to demonstrate and validate the high potential of a new class of inorganic high flux 2D Nanosheet membranes on a practical scale. These membranes could be employed...

View this project

SiC – Silicon Carbide membranes for innovative oil-in-water separations

This project investigates the behavior of silicon carbide membranes in pilot trials. These determine fouling, cleaning options, cleaning frequency and the consequences for the long term performance and economics. Test...

View this project

Condensate Polishing Unit

Steam and condensate quality

This project focuses on requiering better insights into the distribution and behaviour of conditioning chemicals that is used in their steam-water cycles and condensate polishing. Process industries strive for more...

View this project

1 2 Next page

Sign up for our newsletter and get all the latest news from ISPT

You can unsubscribe at any time by clicking the link in the footer of our emails. For information about our privacy practices, please visit our privacy policy page.

We use Mailchimp as our marketing platform. By clicking below to subscribe, you acknowledge that your information will be transferred to Mailchimp for processing. Learn more about Mailchimp's privacy practices here.