Jacob Olchowka (@jacobolchowka) 's Twitter Profile
Jacob Olchowka

@jacobolchowka

CNRS Researcher on Electrode Materials👨‍🔬🇫🇷 @ICMCB @CNRS @EnergyRS2E Research #Batteries #Supercapacitors #Recycling 🧪🔋

ID: 713312380567027712

calendar_today25-03-2016 10:31:39

342 Tweet

526 Followers

481 Following

Jacob Olchowka (@jacobolchowka) 's Twitter Profile Photo

It was a pleasure to welcome the mayor of Bordeaux and his team to discuss about our work on batteries materials and recycling ICMCB Bordeaux INP linkedin.com/posts/c%C3%A9l…

Jacob Olchowka (@jacobolchowka) 's Twitter Profile Photo

Very glad that our article on the Challenges and Perspectives for Direct Recycling of Lithium‐ion Batteries is now available ICMCB RS2E @neillonio Croguennec Laurence Université de Bordeaux CNRS Chimie Bordeaux INP Batteries & Supercaps -…mistry-europe.onlinelibrary.wiley.com/doi/10.1002/ba…

Chemistry Europe (@chemeurope) 's Twitter Profile Photo

Pick of the Week, published #OpenAccess in Batteries & Supercaps by @neillonio, Croguennec Laurence Jacob Olchowka & team at RS2E & ALISTORE ERI: "Challenges and Perspectives for Direct Recycling of Electrode Scraps and End-of-Life Lithium-ion Batteries" ♻️🔋 ow.ly/az1L50S00pH

Pick of the Week, published #OpenAccess in <a href="/Batt_Supercaps/">Batteries & Supercaps</a> by @neillonio, <a href="/CroguennecLaur1/">Croguennec Laurence</a> <a href="/JacobOlchowka/">Jacob Olchowka</a> &amp; team at <a href="/EnergyRS2E/">RS2E</a> &amp; <a href="/AlistoreE/">ALISTORE ERI</a>:

"Challenges and Perspectives for Direct Recycling of Electrode Scraps and End-of-Life Lithium-ion Batteries" ♻️🔋
ow.ly/az1L50S00pH
ICMCB (@icmcb) 's Twitter Profile Photo

🏆 Félicitations à Cyril Aymonier, directeur de l'ICMCB, lauréat de la médaille de l'innovation du CNRS 🌍 qui vient récompenser ses recherches sur le recyclage de matériaux grâce aux fluides supercritiques. CNRS Aquitaine Université de Bordeaux Bordeaux INP 👉urlz.fr/rbQp

🏆 Félicitations à Cyril Aymonier, directeur de l'<a href="/icmcb/">ICMCB</a>, lauréat de la médaille de l'innovation du <a href="/CNRS/">CNRS 🌍</a> qui vient récompenser ses recherches sur le recyclage de matériaux grâce aux fluides supercritiques.
<a href="/CNRSAquitaine/">CNRS Aquitaine</a> <a href="/univbordeaux/">Université de Bordeaux</a> <a href="/BordeauxINP/">Bordeaux INP</a> 
👉urlz.fr/rbQp
Jacob Olchowka (@jacobolchowka) 's Twitter Profile Photo

Very glad to share that our paper on new Mn and V-rich Phosphate Fluoride Obtained by Topochemical Reaction for Na-ion Batteries Positive Electrode | Chemistry of Materials is out ICMCB RS2E Chemistry of Materials pubs.acs.org/doi/10.1021/ac…

Jacob Olchowka (@jacobolchowka) 's Twitter Profile Photo

If you are interested in Li-ion Battery recycling don’t hesitate to check our holistic review published in Journal of Materials Chemistry A ICMCB RS2E ALISTORE ERI DESTINY PhD Programme @neillonio Croguennec Laurence pubs.rsc.org/en/content/art…

BATTERY 2030 + (@2030battery) 's Twitter Profile Photo

Watch this Excellence seminar "Exploiting Defects in the Design of Battery Materials" with the brilliant @CasasCabanas Montse Casas-Cabanas from CIC energiGUNE, now online! battery2030.eu/news/excellenc… #battery #research #innovation

Watch this Excellence seminar "Exploiting Defects in the Design of Battery Materials" with the brilliant @CasasCabanas  Montse Casas-Cabanas from <a href="/energigune_brta/">CIC energiGUNE</a>, now online!

battery2030.eu/news/excellenc…

#battery #research #innovation
Battery Bulletin (@batterybulletin) 's Twitter Profile Photo

We have received confirmation from Electrios HK that CATL's M3P is indeed a composite of NMC and LMFP, rather than a standalone LMFP product. Based on the cell voltage, it is most likely LMFP with 50–60% Mn content, forming an 80/20 composite of NMC to LMFP. The Limiting Factor

We have received confirmation from <a href="/ElectriosH/">Electrios HK</a> that CATL's M3P is indeed a composite of NMC and LMFP, rather than a standalone LMFP product. Based on the cell voltage, it is most likely LMFP with 50–60% Mn content, forming an 80/20 composite of NMC to LMFP. <a href="/LimitingThe/">The Limiting Factor</a>