Indaver & VITO’s Mem4Bat project is using advanced membrane tech to purify NMP for LIBs, tackling metal contaminants for battery-grade quality. A leap towards sustainable NMP recycling! 👇

Big news! Starting in November, the @InnomemP Open Innovation Test Bed goes fully independent! With 8 top partners, we're continuing to scale up cutting-edge nano-enabled #membranes & products. Discover more in our final newsletter! 🔗

#Membrane manufacturing still relies on harmful #solvents like NMP. The #EcoSolventCycle project explores greener alternatives and #recycling methods to cut #pollution and costs, with promising results in solvent recovery 👇

A. Kayser Automotive Systems & @InnomemP OITB teamed up to boost fuel cell efficiency. Simulations by @UTwente show counter flow air streams work best, while @EMItwente measured water transfer rates for improved performance. Watch our video 👇

Indaver & VITO are revolutionizing NMP recycling for #battery production! Through the #Mem4Bat project, they're developing advanced #membrane tech to remove #metal contaminants, achieving battery-grade purity & boosting #sustainability🔗

Revolutionizing dairy processing! The Mem4SusDiary project, led by FrieslandCampina & VITO, uses modified ceramic membranes to make whey demineralization more sustainable. Reduced costs, less waste, & huge potential for the food industry 🔗

Modelta is bridging the gap between research & industry with advanced #membrane modeling tools for sectors like #water treatment, #hydrogen, & #carboncapture! Partnering with INNOMEM, they're validating models to reduce risks & boost sustainability 🔗

A-membranes is using Grignard chemistry to enhance ceramic membranes in the TNT project with @VITObelgium & Fraunhofer IKTS. By grafting TiO2 membranes "through & through," they aim to boost filtration efficiency for low-polarity solvents like petroleum.🔗

With the #PureGluc project, we're developing a #membrane-based process to recover and purify #glucose from waste streams, helping cut the #CO2 footprint and boost sustainability. Learn more reading the publication! 🔗

The #EcoSolventCycle project is making #membrane manufacturing greener! Using green #solvents & recycling process #water with membrane tech, we can cut #pollution, save #energy (up to 90%), and reduce costs. 🔗

The #PFASSELECT project has explored the potential of #membrane filtration as a flexible, #energyefficient solution—whether as a standalone process or in combination with standard treatment methods. Discover more in our leaflet🔗

COHY Project is revolutionizing #CO2 recovery & #hydrogen production with nano-enabled #membranes! H2-selective membranes outperform Pd, cutting costs by 50% in CO2 recovery & boosting methanol production efficiency 🔗

Berghof Membranes is innovating with solvent-free tubular membranes using SIPS technology! Low-fouling, chemically stable, and PFAS-free, these membranes are driving performance and sustainability in water filtration. Early lab results are promising! 🔗

The #SUMMIT democase scales up innovative anion exchange membranes for #water #electrolysis, key in producing green #hydrogen. NovaMea, with EPFL & UDE, is transitioning from lab to industrial production, tackling key challenges with support from INNOMEM 🔗

The INNOMEM - TEA HybSi® project shows that hybrid processes like distillation + pervaporation using Pervatech's membranes can cut CAPEX & energy by 40%, and CO2 emissions by 80% 🔗

NANOGOM is revolutionizing #water desalination & #lithium recovery! Using hybrid NF-RO filtration, modified #membranes with carbon-based materials boost Mg2+ & Li+ rejection rates. A sustainable, scalable solution for the future! 🔗

#Membrane technology was explored for post-treatment of glucose from Recell’s Chem process, converting waste streams into high-value bio-based #chemicals. #Recell and @VITObelgium are pursuing new funding to continue building on the success of @InnomemP!

The shift to continuous coating for TFC hollow fiber #membranes is a big leap for #gasseparation, #water treatment, and more! Now capable of coating fibers up to 100 meters, it ensures consistent, defect-free results. 🌍 Discover more in the poster! 🔗

ISGREEN & @itmcnr have teamed up to transform the extraction of phycocyanin-a bioactive compound found in #Spirulina using membrane technology. Learn more about how ISGREEN & CNR-ITM are leading the way in sustainable production and regional development!🔗

Pervatech's HybSi® #membranes cut energy use & CAPEX by 40%, slashing CO2 emissions in #pharma, #chemical & #biotech industries. 💡 Discover how the TEA HybSi® project is driving sustainable solutions. Check out our leaflet 👉