A nice piece of work here looking at calculating BOM for new and existing battery chemistries, considering beginning of life and oversizing for degradation, using BATPAC. Perfect for those that love a spreadsheet... Isabella Stephens 1st paper..
authors.elsevier.com/sd/article/S...

Recovery of graphite from industrial lithium-ion battery black mass The escalating production of commercial lithium-ion batteries (LIBs) is anticipated to result in a substantial accumulation of waste upon end-of-life disposal of LIBs, which however also represents a ...

Led by Xiaochu in collaboration with @zhenyuguo.bsky.social @yuanzhuzhao.bsky.social and @anna-hankin.bsky.social we recycle graphite directly from industrially sourced black mass doi.org/10.1039/D4SU...

It’s been a wonderful, interesting & productive time at the MRS Fall meeting in Boston! #F24MRS 🇺🇸
Thank you Ludmilla Steier and Virgil Andrei for the invitationto present about my #Solar2H2 reactor outdoor testing ☺️ lovely to catch up with friends and colleagues @emjewls.bsky.social

At a loss, what do do at 8.30am in Boston on Thursday. Come see my talk in Hynes 109. Thoughts on sustainability and criticality of different battery chemistries and examples of direct recycling. #F24MRS #Battchat

It was really great to attend the 'Beyond H2 Workshop' today at Uni of Manchester. Thank you ever so much for the invitation and for the thought-provoking interactions 🤩 I so enjoyed hearing the presentation of my colleague @ifanstephens.bsky.social, whose talks i've been missing recently.

Today’s “Beyond H2” workshop by the Solar Chemicals Network was so enjoyable, covering such a broad range of approaches. Naturally my personal highlight was my colleague @anna-hankin.bsky.social’s insightful invited talk on the practical implementation of solar H2O splitting in S Africa.