Altris AB’s Post

Check out the recording from the 2024 PAT Forum held last February! (https://lnkd.in/gEejq-DH) I owe much gratitude to Hellma for hosting this event, and to my good friends - Jacqueline, Oliver, Stacey, Eric, & Evan - for encouraging me to share PAT concepts with the broader Scientific and Business communities. Lastly, I am extremely grateful for Albemarle supporting my continued growth and education in the industry. ERRATA: At 23:21 in the video, I started to say Sample 45 scores high along PC-1 and while moving back and forth between the corresponding 'Loadings' and 'Raw Data' plots. I then attempted to make a key observation of variation co-localized across these two plots and should have therefore said "Hotelling's" instead of "DModX" at 23:33. Apologies for misspeaking at such a critical moment in the example! The actual DModX discussion begins at 23:48. I make additional unforced errors, like "unrevocable" instead of "irrevocable" (15:20) and "question" instead of "answer" (17:21), but hopefully these flubs did not detract from the central message.

"🚨 _Induction Call Closed!_ 🚨 The American Institute of Chemical Engineers (AIChE) PIEAS Chapter would like to announce the closure of our induction call for the Extended Executive Hierarchy. We appreciate the overwhelming response from talented individuals eager to contribute to our team. Selected candidates will be contacted shortly. Best regards, AIChE PIEAS Chapter

Hey Chemical Engineers, Challenge time! What’s your take on this diagram? Share your insights and let’s discuss!

Glad to share the latest paper from our group (David Portehault team), first-authored by Daniel Janisch and published at JACS (from American Chemical Society). It can be accessed in the following link: https://lnkd.in/eXqpvM47 In this work entitled "Covalent Transition Metal Borosilicides: Reaction Pathways in Molten Salts for Water Oxidation Electrocatalysis", a general pathway synthesis of transition metal borosilicides in molten salts is described. New electronic states, differing from binary borides and silicides, are originated. It plays an important role in their application for OER electrocatalysis; specially, the Ni6Si2B phase. Noteworthy, this is the first report of borosilicides application to electrocatalysis.

If you’re in NOLA this week, let’s chat about energy, chemistry and PRX Energy at the ACS Spring Meeting

The inherently defective structure of LNO contains less lithium, than would be necessary for fully layered materials. In this recent Energy Express we pursued this train of thought with colleagues from Bella and BASF. The result is a recipe that uses less lithium and avoids washing, while still achieving excellent material quality. Thanks to all who contributed to this project! Check out the article here: https://lnkd.in/eBYGnuBj

At The Chemours Company, we're a different kind of chemistry company, harnessing the power of chemistry to make a difference. In this video, Denise Dignam, President and CEO, shares what you should know about us.

At The Chemours Company, we're a different kind of chemistry company, harnessing the power of chemistry to make a difference. In this video, Denise Dignam, President and CEO, shares what you should know about us.

At The Chemours Company, we're a different kind of chemistry company, harnessing the power of chemistry to make a difference. In this video, Denise Dignam, President and CEO, shares what you should know about us.

At The Chemours Company, we're a different kind of chemistry company, harnessing the power of chemistry to make a difference. In this video, Denise Dignam, President and CEO, shares what you should know about us.