Completed
VERA – Accelerating Energy Transition Realization Approach
The Vera project aims to further develop and implement industrial heat pumps in the Netherlands.
Completed
Single Droplet Modelling
Multicomponent analysis of single droplet spray drying techniques and PhD research for the drying and dewatering program of ISPT.
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.
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...
Completed
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...
Completed
PTTP – Process Technology Talent Program
PTTP was a talent program for promising HBO students who aim to drive sustainability in the process technology.
LESSON – Oil free compressor for ammonia based high temperature heat pumps
Wet compression allows for close to isothermal conditions during compression resulting in higher compression isentropic efficiencies. It further prevents operation in the superheating zone of the working fluids of heat...
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.
HP4INDUSTRY – Enhance collaboration between industry and heat pump stakeholders
The HP4INDUSTRY project pairs ambitious climate targets with concrete, replicable process integrated solutions for industrial heating and cooling, enabling cleaner, competitive manufacturing for Europe’s future.
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...
Flexible Efficient Electrification of Industrial Heat Cases
This project will develop innovative process designs solving the efficient flexible electrification challenge.
Completed
ECWRTI – Electrocoagulation for Water Recycling in Textile Industry
The ECWRTI project is about closing the waterloop in the textile industry.
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...
TREPS – Trace Removal Using Electrically Powered Separations
In a circular economy, traces need to be removed to keep the loop clean. TREPS deals with trace removal using electricity.
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
IMPACCT – Improved process performance by process intensification in centrifugal contactors
Centrifugal contactors, such as RPBs, could provide significant improvement of separation processes in the chemical industry. This technology seems potentially suitable for replacing or debottlenecking current unit operations which suffer...
Completed
Ammonia Pipeline Safety
The Clean Ammonia Platform is doing a study on safety design and risk impact of ammonia pipelines to explore ways to safely transport large volumes of ammonia by pipeline in...
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.
SUNSOLr: Electrification of Chemical Conversions
The SUNSOLr project is dedicated to developing technologies for the direct electrification of chemical conversions, focusing on CO2 and H2O/H2 to produce chemicals like CO, CH4, olefins, and methanol.
Completed
ZERO BRINE
The ZERO BRINE project combines technologies to recover products of high quality and sufficient purity from brine.
Completed
Hydrohub GigaWatt Scale Electrolyser
We are an important step further towards a Dutch hydrogen economy: the design for an advanced green hydrogen plant at large scale.
Completed
ADVANCED PROCESS CONTROL for dynamic operation of a large-scale test electrolyser
In this project we will researching and modelling the impact of variable operation on large-scale test electrolyser performance in green hydrogen.
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...
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...