Compbat

Flow Battery new molecules identification tools: machine learning & high-throughput screening, synthesis & economic assessment for large-scale automated testing

[Compbat @Compbat1]

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 875565.

The content on this page represents the views of the authors, and the European Commission has no liability in respect of the content.

[Compbat @Compbat1]

Pekka interviewed about CompBat on the European Commission’s CORDIS website: https://t.co/Q7aAVVE9UU

[Compbat @Compbat1]

UniPI techno-economic analysis at the 2023 IFBF, here is the news ⬇️
https://t.co/PJp3PV1Ztg

[Compbat @Compbat1]

For those who could not attend our final seminar, here you can find the video:: https://t.co/bzElsBP4WV

#compbat #euproject #finalseminar #seminar

[Compbat @Compbat1]

Our last publication from Aalto University and the University of Turku teams:

https://t.co/eQmhwrR9CT

#compbat #publications #euproject

[Compbat @Compbat1]

CompBat Final Seminar, Jun 21, 2023 02:00 PM CET
https://t.co/bzElsBP4WV

#Compbat #seminar #flowbattery #eu #euproject

[Compbat @Compbat1]

Our last publication from Research Centre of Natural Sciences (TTK), Jyväskylä and Turku Universities:  
https://t.co/Dqi2bYd21s

@RCNSTheoChem

#compbat

[Compbat @Compbat1]

Last CompBat project meeting in Jyväskylä, Finland: https://t.co/93u6J9GfMJ

[Compbat @Compbat1]

Keep updated with all CompBat news and discover our newsletter.
Subscribe and download the latest newsletter here: https://t.co/SrHMhcUj3D

#compbat #newsletter

[Compbat @Compbat1]

UniPI evaluated the uncertainty effect on technical and economic performance of COMPBAT project https://t.co/9qwS1Vu5Km AORFBs

[Compbat @Compbat1]

UniPI’s PhD student working on Flow Batteries and renewables integration at Aarhus University.

For more information: https://t.co/1yC0bs6Oay

[Compbat @Compbat1]

March 2023, latest meeting, discussing project finalization in May in person in Jyväskylä, Finland and
paper to come.

More information: https://t.co/DuTelwEdx7

[Compbat @Compbat1]

Our last publication from University of Pisa team: https://t.co/7X2IKnwR48

#compbat

[Compbat @Compbat1]

TTK presenting our project in this video, minute 1:05

https://t.co/Xjdptc2HGI

For more information: https://t.co/6NR3QQGoYF

[Compbat @Compbat1]

The 2nd edition of the Nordic Flow Battery Network Winter School was held at the Technical University of Denmark (DTU) campus in Lyngby, Copenaghen, between the 7th and 9th of December, 2022.

For more information: https://t.co/Ppl7v6b0fn

[Compbat @Compbat1]

Looking for suitable materials for Aqueous Organic Redox Flow Batteries (AO-RFBs), the new organic
compounds synthetized within the CompBat project are tested in lab-scale flow batteries at
University of Turku.

More info:https://t.co/qjsVZY8yf5

[Compbat @Compbat1]

The TTK team is making significant advances in molecular database extension and deep learning analysis. For more information: https://t.co/OKockbkuj0

[Compbat @Compbat1]

Keep updated with all CompBat news and discover our newsletter.
Subscribe and download the latest newsletter here: https://t.co/SrHMhdbTVb

#compbat #newsletter

[Compbat @Compbat1]

Over two years have passed since our last meeting in person. The #Combat consortium members met again in @UU_University. Fruitful discussions took place, identifying the best strategies to finalize the project. Soon our newsletter will give a grasp of the results reached so far.

[Compbat @Compbat1]

Jyväskylä University (JYU), identified suitable pyridoxal-based molecules to use as flow battery electrolyte, these were synthesized after several chemical steps and purifications of natural products such as vitamins.
More information: https://t.co/NWEA657yqx