Materials for next generation alkaline water electrolyzers,
funded by European Union's Horizon 2020 research and innovation programme, grant 862509, 2020-2024
We took a look at the KOH concentration effect in #AEM -EL and #alkalineelectrolysis. There are transport limitations at low KOH concentration in both, but in different locations. Interesting implications for further development! #greenhydrogen#H2
https://t.co/HOiHXKz3Kv
We are organizing a workshop about our #alkalineelectrolysis#AEM NEXTAEC project at the hydrogen days 2024 in Prague. 🧪⚡️💡
Looking forward to see you at the conference and our workshop! #greenhydrogen#H2#cleanhydrogen
https://t.co/EcZp4MajeM
Desperately searching for physical properties of KOH solutions for your #alkalinewaterelectrolysis research? Here is what you need:
#cleanhydrogen#H2
https://t.co/q3fIAwV3qP
Here is our latest paper from the NextAEC project on PBI-based AEMs with piperidinium side groups for #alkalinewaterelectrolysis.
Interesting electrolyte uptake behavior and good performance and stability!
#greenhydrogen
https://t.co/rKOgH4EWjG
@fz_juelich#iek_14 is looking for a #postdoc in an international project on capillary fed electrolysis! Work on an innovative technology with a great team and a 3 year contract! #postdocjobs#chempostdoc
https://t.co/F9oJUtnE1t
Inauguration day, check! ✅
The world’s largest AEM Electrolyser is on site and ramping up.
This first MW #AEM system paves the way for the next six AEM Multicore systems that have already been sold, two of them being delivered this year.
#greenhydrogen#wasserstoff#cleantech
Take a look at our new paper on Poly(vinyl alcohol-co-vinyl acetal) as membrane in #alkalineelectrolyzer As with many AEM materials, stability is the challenge!
#Cleanhydrogen
https://t.co/JYcJXAR4tv
🙋Registration to our online #webinar Energy Storage: Introduction To Two Power-To-X Technologies is open!
🗓 June 20, 2023.
⏰ 11:00 – 12:00 (CET)
Register now for free 👉👉 https://t.co/qP1CFfnWGm
Our focus review on separators for next-generation #alkalineelectrolyzer is among the most read articles in ACS energy letters last month and got selected for the editors choice! 🥳
take a look 😃 #Cleanhydrogen
https://t.co/ECTspVaQfO
Here is a very intresting read on the research needs for alkaline water #electrolyser for #greenhydrogen from an industrial perspective!
AWE has advanced a lot compared to what you find in older literature...
#H2
https://t.co/jZa2JY2JW3
Interested in the next generation of separators for alkaline electrolysis? Take a look at our new focus review in ACS Energy Letters!
https://t.co/LXDEcGNrFs
Our partners from UCT Prague prepared new efficient cathodes for #hydrogen evolution in alkaline membrane water electrolysis! They embedded NiCoP in carbon fibers by spinning polymer precursors and carbonizing them.
https://t.co/turLRdcqSM
For your reading pleasure of newly designed PBI membranes from Trisno et al.
Alkaline water electrolysis with reinforced gel-state polybenzimidazole membranes. https://t.co/TPZUxbPhWG
Project Partner Prof. Proost et al. from Université catholique de Louvain (UCL) reported:
Effect of pore size and electrolyte flow rate on the bubble removal efficiency of 3D pure Ni foam electrodes during alkaline water electrolysis
https://t.co/SAKfnBVhpI
Bouzek et al., comprehensively reviewed both [1] OER and [2] HER catalysts for alkaline and neutral water electrolysis.
For your reading pleasure:
[1]
https://t.co/CLxOCh9MrE
[2]
https://t.co/WoZXkrQwsw