Cellfion

Choosing Cellfion means embracing cutting-edge technology and committing to a sustainable future. Our cellulose-based solutions redefine adaptability, cost-competitiveness, and sustainability in the electrochemical energy sector. ✅ Adaptability: Our membranes are designed for versatility. Through tailored modifications and treatments, we can adjust key features like ion-conductivity, selectivity, swelling ratios, and mechanical integrity to meet your specific application requirements. With customizable surface modifications and reinforcements, our membranes offer unparalleled flexibility to adapt to your unique needs. 💰 Cost-Competitive: By leveraging reliable and low-volatility raw materials like wood, we produce high-quality cellulose nanofiber (CNF), membranes with expansive surface areas and nanoparticle dispersions suitable for various applications. ♻ Sustainability (PFAS-Free): Crafted from cellulose derived from wood, the most abundant biopolymer on the planet, our membranes are manufactured using a clean fabrication process, free from PFAS. Ready to elevate your technology with Cellfion's innovative membranes? Let's collaborate and discover how we can empower you to achieve your goals while prioritizing environmental responsibility. 📧 Email us at [email protected] 🌐 Visit our website at www.cellfion.se #pfasfree #cleanenergy #PEMFC #cleanwater #Cellfion #Cellulosemembrane #CNF

At Cellfion, we take pride in our state-of-the-art fuel cell test bed, Evaluator C10-LT. This advanced equipment is crucial in examining and refining our Polymer Electrolyte Membrane Fuel Cell (PEMFC) membranes. Our test bed allows comprehensive testing and characterization of: 🔍 Membrane Electrode Assemblies (MEAs) 🔍 Catalysts 🔍 Gas Diffusion Layers 🔍 Bipolar Plates 🔍 Single Cells, Stacks, and Stack Systems Our test bed operates with a current capacity of up to 100 A, a maximum voltage of 6 V, and a power output of up to 100 W. This setup allows us to test single PEMFCs with varying contact areas or up to 3-5 small fuel cell stacks (e.g., 5 cm² each). By simulating realistic operating conditions with hydrogen and other gaseous media, we can accurately assess the electrical and thermal performance of our electrochemical energy generators. This rigorous testing is essential for advancing our cellulose-based membrane solutions and ensuring their reliability and efficiency in the market. Interested in leveraging our cutting-edge facilities for your fuel cell testing needs? Reach out to us today to schedule your testing session! #PEMFC #Hydrogen #Fuelcells #CleanEnergy #PFASfree

Choosing Cellfion means more than just embracing cutting-edge technology; it signifies a commitment to building a sustainable future for generations to come. At Cellfion, we offer membrane solutions that redefine adaptability, cost-competitiveness, and sustainability in the electrochemical energy sector. 🔄 Adaptability: Our membranes are designed for versatility. Through tailored modifications and treatments, we can adjust key features like ion-conductivity, selectivity, swelling ratios, and mechanical integrity to meet the specific requirements of your application. With customizable surface modifications and reinforcements, our membranes offer unparalleled flexibility to adapt to your unique needs. 💲 Cost-Competitive: Leveraging reliable and low-volatility raw materials like wood, we produce high-quality membranes with expansive surface areas and nanoparticle dispersions suitable for various applications. 🌱 Sustainability (PFAS-Free): Crafted from cellulose derived from wood, the most abundant biopolymer on the planet, our membranes are manufactured using a clean fabrication process, free from PFAS. Ready to elevate your technology with Cellfion's innovative membranes? Let's collaborate and discover how we can empower you to achieve your goals while prioritizing environmental responsibility. 📧 Email us at [email protected] 🌐 Visit our website at www.cellfion.se hashtag #hydrogen #cleanenergy #membrane #PFASfree

The European Commission has unveiled a comprehensive plan to accelerate hydrogen development, reinforcing its critical role in our clean energy transition. From supporting Hydrogen Valleys to launching a Clean Hydrogen Knowledge Hub and enhancing international cooperation, these initiatives underscore the importance of hydrogen in achieving net-zero emissions. Hydrogen is at the heart of Europe's strategy to achieve a sustainable energy future. 🌍 Learn more about the strategic priorities and actions here: https://lnkd.in/gARa__D6 #Hydrogen #CleanEnergy #Sustainability #Innovation #EUClimateGoals #GreenTech #NetZero

We're thrilled to announce that Cellfion has won the prestigious Social Impact Award at the Tech Arena Challenge in Almedalen 2024! 🏆 We’re proud to be recognized as a leading company in the Nordics, with groundbreaking, sustainable solutions that can make a significant difference in the hydrogen, battery, and ion-separation industries. Thank you to everyone for your support! 🌿💡 #Cellfion #Innovation #Clean Energy #PFASfree #TechArenaChallenge #Almedalen2024 #CleanTech

This week, Cellfion will be participating in Almedalsveckan as a finalist in the Techarenan challenge! Liam Hardey and Gustav Svenningsson will also be showcasing our PFAS-free membranes in the exhibition. Join us to see how our innovative solutions are paving the way for a cleaner, more sustainable future. We look forward to connecting with you there to explore the future of clean technology together! 📅 Date: June 25-28 📍 Location: Almedalsveckan, Visby, Gotland #Techarenan #Almedalen2024 #Cleantech #Innovation #Sustainability #Cellfion #PFASFree

Happy Midsummer from Cellfion! 🌸 We wish you a joyful celebration filled with sunshine, good company, and lasting memories. Enjoy the festivities and have a wonderful time! Best wishes, The Cellfion Team

Cellfion will be attending the IFBF - International Flow Battery Forum from June 25-27 in Glasgow for the third consecutive year! ✨ This conference will focus on the latest innovations, policy updates, and market challenges for the development of the flow battery sector. Our VP of Business Development and Strategy, Magnus Titus, and Flow Battery Engineer, Thian H., are eager to connect with industry partners, exchange insights, and discuss the critical role of cellulose-based, PFAS-free membranes in advancing flow battery technology. Interested in exploring potential collaborations? Don’t hesitate to reach out to Magnus and Thian to set up a meeting or email us at [email protected]. #FlowBatteryForum #EnergyStorage #Sustainability #PFASfree

Our latest White Paper dives into the groundbreaking potential of nanocellulose, a remarkable nanomaterial derived from natural sources. This comprehensive guide is perfect for anyone interested in the future of sustainable and renewable technologies. What you'll discover: 🍃 The basic structure and inherent properties of nanocellulose 💫 How nanocellulose can drive transformative changes in various industries ⚡ Its promising applications, especially within the electrochemical energy sector Dive into the details and explore how nanocellulose can innovate our approach to renewable technology by reading the full white paper on our website. #RenewableEnergy #Nanocellulose #Innovation #CleanEnergy #PFASfree #WhitePaper #Cellfion https://lnkd.in/d8pp2ySY

Cellfion's cellulose-based membrane has been successfully tested for utilization in Zn ion hybrid capacitors. This exploration demonstrated that Cellfion’s sulfonated cellulose membrane enables long-life Zn plating/stripping and high-performance Zn ion hybrid supercapacitors, offering a viable alternative to traditional glass fiber separators. "This work demonstrates the application of a cost-effective, thin, mechanically robust, highly cross-linked, and dendrite-free separator manufactured using abundant resources and environmentally friendly methods. The use of this separator has enabled the fabrication of durable, dendrite-free, and high-performing ZHCs, which can also be applied in various battery applications". A big thank you to our dedicated researchers: Ziyauddin Khan, Divyaratan Kumar, Ph.D., Sanna Lander, Jaywant Phopase, and Reverant Crispin. Read the research article below!  https://lnkd.in/de4ydqXE