You are invited to the Graduate seminar: “Unveiling processes affecting leaching of PFAS from sewage sludges and biosolids” by the Christopher M. Sales, PhD, Monday, February 3, 2025, from 4 pm to 5:30 pm, in Tiernan Hall, Room 106.
Very nicely written article and a work that I did as a PhD student resurfaces. Excited to be quoted in this @nytimes article on #PFAS in #biosolids
https://t.co/sD0F0otN6c
You are invited to the Graduate seminar “Life-Cycle Reliability, Risk, Resilience, and Sustainability of Civil Infrastructure under Multi-hazards” with prof. Dan M. Frangopol, on September 23, 2024, (4 pm - 5:30 pm), in Kupfrian Hall 205. Scan the QR code to access the Zoom link!
Exciting new research in #ESAdvances by @arjun_water & colleagues aiming to improve #PFAS#remediation at environmentally relevant levels!
Read this work for free now #OpenAccess ⬇ https://t.co/dZqJH6tXdU
New publication in @EnvSciRSC. Enhanced coagulation in the presence of a cationic surfactant significantly improves the removal of regulated #PFAS from drinking water
https://t.co/l9pD5Qja4k
New HOT article in #ESWRT: 'Effect of chain length, electrolyte composition and aerosolization on the removal of per- and polyfluoroalkyl substances during electrochemical oxidation' by Kaushik Londhe & Arjun K. Venkatesan ➡ https://t.co/G6T3eY7k7p
This ES&T study from @AcadSinica investigated #PFAS concentrations in the muscle tissues of sharks from two marine ecosystems with contrasting relative human population densities.
Read this #OpenAccess article here 👉 https://t.co/mWbH0CUzmu
New collaborative work published in @EnvSciTech reports the occurrence and concentration of #PFAS in #shark tissues from two contrasting marine ecosystems.
https://t.co/gczHsysdmD
New publication from our group demonstrated successful removal of both short-chain and long-chain #PFAS to below detection using foam fractionation. Thanks to support from @SERDP_ESTCP@NSF #1440
https://t.co/rgtGBOPxoK
New publication in @EnvSciRSC that dives deep into the mechanism by which #PFAS is removed during electrochemical oxidation. We found aerosolization due to gas bubbles generated in the system can be an important pathway by which PFAS was removed!
https://t.co/OIkz38UF2V
Excited to learn that our project was selected for funding by the @usbr Desalination and Water Purification Research Program. In this project we will develop and test a modified enhanced coagulation process to remove #PFAS@NJIT_Civil@NJIT
https://t.co/3I7ZDfCevF
PFAS are chemicals found in our water, soil, air, and food.
They're dangerous, and my Administration is addressing them.
The @EPA is issuing the first-ever national standard to address PFAS and delivering $1 billion from my agenda to help states detect and treat this pollutant.
📢 Today is a Historic Day!
⚠April 10: Final PFAS National Primary Drinking Water #Regulation
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In addition to today’s final rule, $1 billion in newly available through the Bipartisan Infrastructure Law to help states and territories implement #PFAS testing and treatment.