We aim to accelerate the collaborative development of radically innovative technologies for the separation and treatment of fluids. Therefor we need technologies that are cost-effective, robust and future proof. Our program Industrial Fluids Processing is bridging science to practice in a collaborative development with industry to accelerate the actual application of these technologies.
The focus of the technology development by the program is on intensification and electrification of the separation and treatment of liquids and gases, leading to the energy-efficient production and the recovery and reuse of valuable components. This should enable at least a 49% reduction in CO2 emissions along the total production process by 2030 in comparison to 1990 as set forth in the central goal of the Climate Agreement by the Dutch government.
We can establish a 49% reduction in CO2 emissions
Energy-efficient production and the recovery and reuse of valuable components
In the process industry, a radical change is needed due to a changing environmental, industrial and societal context. The process industry needs to transition to a circular economy and use renewable resources.
Furthermore, future industrial plants and clusters will need to have minimal discharge and lower carbon and water footprints. The mission of the Industrial Fluids Processing cluster is to:
- Accelerate the collaborative development of radically innovative technologies for the separation and treatment of fluids
- Ensure continuity of industrial operations in a changing environment
- Accelerate the realization of a carbon-neutral and circular industry with a reduced reliance on fossil fuels
R&D program
The Industrial Fluids Processing (IFP) cluster maintains a dedicated and adaptive R&D program that focuses on the following technologies & processes:
- Membrane and affinity based separations
- Alternative driving force based separations
- Integrated fluid treatment & conversion
- Water reuse and resource recovery
Latest news
Waste as a feedstock for the chemical industry
Can waste serve as a feedstock? Boelo Schuur, highlights how the chemical sector can start to make its feedstock more sustainable by converting waste streams.
STNF introduces new separation processes to recover clean water from wastewater
The STNF project developed promosing membranes for challenging industrial water/solvent separations, indicating that the STNF membranes can be a real alternative to classical energy-intensive water treatment technologies.
Towards the improvement of steam-water cycles
How to achieve better insights in the distribution and the behavior of conditioning chemicals in the steam-water cycles?
Podcast on innovative technologies and sustainable process technology
The BEAP podcast series is about the collaborations between Dutch industry and 4 innovative SMEs who are creating the technology for a sustainable tomorrow.
FrieslandCampina’s goals and ambitions for a zero carbon emission future
How will FrieslandCampina realize their goals and ambitions for a zero carbon emmission future? Lei Weiwei goes in depth on their future plans.
University of Twente: “Striving for a better world”
What are the opportunities and pitfalls in the energy- and material transition. Our valued partner, University of Twente tells us.
FO membranes offer new market opportunities, especially for food
The FOMM research shows that an improved FO membrane combined with module configuration offers new market opportunities, especially for the food industry.
COSMOS-project leads to an economic break-through in separation processes
The COSMOS-project found that membrane technology has the potential to replace or supplement current inefficient distillation processes.
Related projects
ELSA – Electrically Switchable Affinity Separation Processes
Exploring the advantages of Electrically Switchable Adsorption (ELSA) membranes in the industrial separation process.
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
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...
CMF – Controlling Multiphase Flow
This Industrial Partnership Programme aims at understanding the rheology of complex emulsions and their stability under flow. While there is much empirical knowledge about emulsion rheology and stability, the microscopic...
ZERO BRINE
The ZERO BRINE project combines technologies to recover products of high quality and sufficient purity from brine.
Completed
EAMS – Energy efficient Affinity-driven Molecular Separation
The aim of the EAMS project is to: Application New or improved affinity separation options for selected cases: extractive distillation and (reactive) liquid-liquid extraction.
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...
Amazing – Additive Manufacturing for Zero-Emission Innovative Green Chemistry
Amazing is about replacing large-scale high-temperature cracking processes with electrically driven thermocatalytic dehydrogenation.
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...
BEAP – Bundled Early Adaptor Project
BEAP helps SMEs make contact with industries, localize and develop their technologies to suite the specific needs of Dutch industrial partners.
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...
ISRO – Implementation of Solvent Recovery in edible Oil
The ISRO project delivers a proof-of-principle of organic solvent nanofiltration-based solvent recovery for two cases. The first case is an integration of OSN with the current distillation process at IOI...
COSMOS – Organic solvent nanofiltration membranes on low cost ceramic supports
The COSMOS-project found that membrane technology has the potential to replace or supplement current inefficient distillation processes.
DISCO – Downstream ISolation of high-value COmponents
The Downstream ISolation of high-value Components (DISCO) aims to lower the material use and increase the energy-efficiency.
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...
Completed
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...
ReSolve – Re-use of industrial solvent process streams
Ceramic organic solvent nanofiltration membranes with small pore sizes and high throughputs, as compared to polymeric membranes, will be developed by a novel technology.
CALMEM – Ceramic atomic layer deposited Nanofiltration membranes for separation of challenging industrial streams
Calmem concerns nano manufactured ceramic membranes that can supersede distillation columns for energy saving in the Netherlands.
PoSiMem – Periodic organosilica nanofiltration membranes
This project aims to develop robust, reproducible and easy to scale-up approaches for the production of novel nanofiltration (NF) membranes.
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.
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
Sussic – Sustainable treatment of industrial streams
In the Sussic project, atomic layer deposition (ALD) will be used for the development of SiC NF membranes, allowing treatment of challenging industrial streams.
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...
ReCoVR – Recovery and Circularity of Valuable Resources
ReCoVR designs and develops novel functional materials and technologies to selectively recover high-value molecules.
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...
Let’s get in touch
Boelo Schuur
Program Director - Industrial Fluids Processing (IFP)
Gijs Tubben
Program Officer - Clean Ammonia, Industrial Fluids Processing (IFP)