BatteryMaterialsGroup_UTU
@BatteryUtu
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Group of Pekka Peljo at University of Turku, focusing on developing next generation redox flow batteries.
Turku, Finland
Joined August 2019
We will move to Aalto in spring 2025. We have now two doctoral researcher positions on electrochemical modelling and in high-throughput electrochemistry ( and a post-doc position on hydrocarbon electrolysis (, DL to apply 30.11.
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Preprint on Azoniafluorenones: A New Family of Two-electron Storage Electrolytes for Sustainable Near-Neutral pH Aqueous Organic Flow Battery with @PetriPihko is available in ChemRxiv -
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"A modern black glass house with warm lighting, nestled among tall trees beside a tranquil river in a misty forest.". Create images and videos in seconds with Grok Imagine.
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Our collaborative work on Exploration of Vitamin B6‐Based Redox‐Active Pyridinium Salts for Flow Batteries is out in Chem. Eur. J. @Compbat1 @PetriPihko @RCNSTheoChem
chemistry-europe.onlinelibrary.wiley.com
A series of novel redox-active benzoyl pyridinium salts was prepared from pyridoxal hydrochloride. Cyclic voltammetry studies demonstrated redox reversibility under basic conditions with the redox...
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Reminder that tomorrow is the last day to apply.
We a looking for 1-2 post-docs to join our group, focusing on development of flow battery chemistries and technologies:.
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A reminder that the DL for registration and abstract submission for the flow battery winter school in Turku, Finland, is today.
We are hosting a winter school on flow batteries in Turku, Finland, 13.-15.12. For more information see
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The UTU-GreDiT call for applications for 25 fully-funded doctoral researcher positions is now open! . One of them in our group for flexible hydrogen generation. Instructions, projects, research groups descriptions, and links are here:
sites.utu.fi
Solutions for Green and Digital Transition (UTU-GreDiT), led by University of Turku (UTU), Finland, is a unique COFUND doctoral training programme that aims ...
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Hear us discussing our @Compbat1 project about discovering novel materials for flow batteries in CORDIScovery podcast. @CORDIS_EU.
creators.spotify.com
If you use a car, a phone or want to see more renewable energy sources in our electricity supply then listen on – this episode is for you. We need storage devices that can balance out the intermitt...
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It was a pleasure to talk about batteries and our work within @Compbat1 project in this podcast.
🔋 Power up your knowledge! In this episode of #CORDIScovery, we bring you a battery-powered adventure! . 💡 Discover how three #EUFunded projects are revolutionizing the way we store and use energy, paving the way for a greener future. Tune in 👉
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RT @CORDIS_EU: 🔋 Power up your knowledge! In this episode of #CORDIScovery, we bring you a battery-powered adventure! . 💡 Discover how thre….
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We a looking for 1-2 post-docs to join our group, focusing on development of flow battery chemistries and technologies:.
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We are hosting a winter school on flow batteries in Turku, Finland, 13.-15.12. For more information see
sites.utu.fi
The University of Turku has the pleasure of hosting the Winter School for the Nordic Flow Battery Network (NFBN) in 2023. The school will take place between ...
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We gratefully acknowledge the financial support from Technology Industries of Finland Centennial Foundation and Jane and Aatos Erkko Foundation through the Future Makers program for the project Digipower, @SuomenAkatemia and @ERC_Research.
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We show that all the studied bipyridine complexes are not stable enough for flow battery applications, as they undergo dimerization reactions upon oxidation to Fe(III). We demonstrate that cyclic voltammetry can be useful for evaluating the stability of the Fe(III) species.
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Our work on voltammetry for evaluation of the stability of various iron bipyridine complexes is out in Journal of Electroanalytical Chemistry: ..Synthesis was done by group of @PetriPihko.
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It was a pleasure to visit Munich!.
We had the pleasure to host and get a nice talk about flow batteries with solid boosters, as well as, the search for new battery materials via Machine/Deep Learning from Prof. Pekka Peljo from @UniTurku .@TU_Muenchen
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Our collaborative work with Prof. Elzbieta Frackowiak @PUT_Poznan on Molten salt carbon felt oxidation for VRFB electrode performance improvement is out in Carbon: . Our part was to develop the measurement system to evaluate overpotetials during operation.
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Lue lisää.@BatteryUtu.tutkimusprojektista jossa mukana myös.@PetriPihko.@uniofjyvaskyla.sekä Kari Laasonen.@AaltoUniversity.
🔋 #Tekoäly akkujen kehityksessä?. Pekka Peljon ryhmä kehittää lupaavaa virtausakkuteknologiaa tuulivoiman ja aurinkoenergian varastoimiseen. #AI seuloo mineraaleja, joiden käyttö akuissa olisi taloudellisesti järkevää @UniTurku. Lue👉 #RRF
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Our collaborative work within @Compbat1 with Prof. Kari Laasonen @AaltoUniversity and Michael Busch @uni_ulm on prediction of proton coupled electron transfer and scheme of squares for quinone-type molecules for flow batteries is out @digital_rsc
pubs.rsc.org
Proton–electron transfer (PET) reactions are rather common in chemistry and crucial in energy storage applications. How electrons and protons are involved or which mechanism dominates is strongly...
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