
Cellfion - Next generation, Cellulose-based and PFAS-free …
Cellfion pioneers sustainable membrane solutions with PFAS-free, cellulose-based ion-selective membranes for hydrogen, battery, and ion-separation technologies. Driving the future of clean …
Products | Cellfion – PFAS-Free Cellulose Membranes for …
Cellfion’s solution is an innovative use of an abundant and renewable resource, nanocellulose derived from wood. Designed for applications in hydrogen production, battery technology, and …
Cellfion – Pioneering PFAS-Free Cellulose Membranes for …
Learn about Cellfion, the leading innovator in cellulose-based ion-selective membranes for hydrogen, battery, and ion-separation sectors. Discover how we’re revolutionizing clean …
Sweden’s Cellfion developing PFAS-free membranes for energy …
2025年3月21日 · Swedish startup Cellfion is developing PFAS-free membranes for its LDES non-vanadium flow batteries, CEO and co-founder Liam Hardey has told ESS News. “Additionally, …
Cellfion
2024年12月22日 · Established in 2021, it focuses on developing PFAS-free cellulose membranes for energy storage, stemming from earlier integration attempts in fuel cells and redox flow …
瑞典初创公司用天然纤维做绿色电池 - 知乎
Cellfion的技术很直观,用提取于木材纤维的纳米材料— 纳米纤维素 做成透明或半透明的薄膜或分散液。 Cellfion的主要产品是 离子选择性膜 和纳米颗粒分散液。
Cellfion 的纤维素生物基电池膜 有望取代有毒的化石基膜【傲多可 …
2022年11月3日 · 氧化还原液流电池是最有效的储能技术之一。 现在,瑞典初创公司 Cellfion 正在努力通过独特的生物基膜使氧化还原液流电池更加高效。 Cellfion 源于KTH皇家理工学院、林 …
Cellfion ($1M to develop cellulose membranes for energy storage ...
2023年12月5日 · Cellfion, a Swedish cleantech startup founded in 2021, develops ion-selective membranes and nanoparticle dispersion that are natural-based and polyfluoroalkyl-free. These …
Cellfion AB | Find Swedish Cleantech companies - Swedish …
Cellfion, a Swedish startup, is on a mission to revolutionize the hydrogen, battery, and ion-separation industries with sustainable materials. Building on over a decade of research at …
Applications | Cellfion – Fuel Cell Humidifiers, Electrodialysis ...
Fuel cell humidifiers play a crucial role in maintaining the optimal performance of proton exchange membrane (PEM) fuel cells by regulating the humidity levels of the incoming air stream. Dry air …