PFAS are not forever. Our latest study in ES&T shows that simply grinding AFFF concentrate with boron nitride achieved ~100% PFAS destruction and defluorination at ambient conditions. Scale-up demo & validation is on the way. Many thanks to NSF-CBET.
https://t.co/Emk9CpMIq0
The frequency and severity of Harmful Algal Blooms (HABs) has been on the rise in New York State.
A team of researchers at Clarkson is looking to combat these blooms, which can be harmful to both humans and animals.
Read more: https://t.co/p7aw0Hj5xG
This paper reports a practical way to achieve near-complete destruction of PFAS in AFFF by @jinyong_liu@UCRiverside and Yang Yang @ClarksonUniv
https://t.co/UHdxcmlZyH
Free here https://t.co/QFS7uC7Xew
Read the associated N&Vs https://t.co/OG7wejyd94
https://t.co/Bdtry0pays
PFAS are not forever. We are proud to present a new treatment process that can break all C-F bonds of PFAS with various structures in a highly complicated AFFF matrix at room temperature and under atmospheric pressure! Free view-only link is here: https://t.co/ZK6mFH18aI
We herein present a scalable solution to combat harmful algal bloom!!! Will find a good home journal for this article that we are proud of. Comment, subscribe, and like.
https://t.co/pPJACaR0Fs
Check out our latest study—PFAS mineralization in undiluted AFFF at ambient conditions. Submitted and hopefully get some good review.
https://t.co/GwxzrR9lwa
Today, we would like to congratulate Yang Yang, Ph.D. for being chosen for The AAEES 40 Under 40 Recognition Program.
Not yet involved with the Academy? Check out how to become an AAEES member today: https://t.co/j3R3jdrZQp