👇Editor's choice: "Photo-oxidative/reductive decomposition of perfluorooctanoic acid (PFOA) and its common alternatives: Mechanism and kinetic modeling" ✍️E. Esfahani, @MadjidMohseni et al., U British Columbia. Check the paper: https://t.co/NkOA029zzv @LBandounas @Elsevier_Eng
📝Excited to share our latest paper on managing #PFAS exhausted ion-exchange resins through regeneration/electrochemical processes! Identifying the best regenerant solutions crucial for large-scale PFAS treatment. @MadjidMohseni @mcbeath2o @BanayanEhsan
https://t.co/mTn46owIVn
In our latest paper, we utilized an electrochemical method to remediate PFOA alternatives. Grateful for the collaborative efforts of the team @BanayanEhsan @mcbeath2o @MadjidMohseni@UBC_AdvMat. Link to the paper: https://t.co/ubKRSShuSj
#PFAS have quickly established themselves as one of the most infamous environmental pollutants.
Together with David Megson @ManMetUni , we curated a collection of papers that made a significant contribution to our understanding of PFAS in water. A thread 1/5
#CleanUpPFAS
Please watch this short video on #PFAS in #plastic containers...I am so grateful to @esmedeprez and Bloomberg for telling this story.
https://t.co/4YeBepBOdQ
Built on decade of incremental work on the development of vacuum-UV (VUV) insights offer valuable solutions for addressing telomer-PFAS challenges.
@BanayanEhsan@FatemehAsadi14@MadjidMohseni
185 nm photons in the vacuum-UV process make a huge impact on the destruction of telomer #PFAS. Explore our recent article in ACS ES&T Water Journal for insights on mechanisms, water matrix effects, and the synergy of oxidative/reductive techniques. @MadjidMohseni@FatemehAsadi14
A new study in ACS ES&T Water reveals vacuum-UV radiation capable of catalyst-free decomposition of 6:2 FTSA. Read more on the transformation mechanism and impacts of the water matrix: https://t.co/XrMAR3ua8k
@BanayanEhsan, @FatemehAsadi14, and @MadjidMohseni from @UBC
[6/6] The #ESWRT Best Review goes to ‘Photo-chemical/catalytic Oxidative/Reductive Decomposition of Per- and Polyfluoroalkyl Substances (PFAS), …’ by Ehsan Banayan Esfahani et al. (corr. Madjid Mohseni) https://t.co/modOixPhMP
Having an absolute blast presenting at ACE 2023 in #Toronto! Such a fantastic event and an amazing audience. Grateful for the opportunity to share my insights and connect with fellow professionals. Thank you, ACE, for an unforgettable experience! #ACE2023#PFAS