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Organic matter increases arsenic mobility in managed aquifer recharge by decreasing secondary iron (hydr)oxide formation. Read more in this just accepted manuscript: ow.ly/PdmA50wSXhY

From WashU McKelvey Engineering & MIT CEE: Environmentally-abundant phosphate, silicate, and bicarbonate anions affect the level of #arsenic in managed #aquifer recharge in different ways. acspubs.co/rxXB30qjhTo

NEWT is excited to welcome a new postdoc, Dr. Xuanhao (Phillip) Wu! Dr. Wu will be joining Yale University and working with Professor Jaehong Kim. Welcome Xuanhao! #nanotechnology #engineering #watertreatment #postdoc #membranetechnology #nanomaterials #waterreuse #water

Powerful X-ray scattering quantifies interfacial and activation energies of iron (hydr)oxide nucleation on minerals, published ASAP in ES&T: ow.ly/Cxt050BCoj2

My first paper in ACS ES&T Engineering, "Environmental Materials beyond and below the Nanoscale: Single-Atom Catalysts." Yale Environ. Eng. Environmental Science & Technology Journals Nancy G. Love Chu chiheng pubs.acs.org/doi/10.1021/ac…

Thanks Envirobites for posting a nice article about our recent paper in ACS ES&T Engineering. Environmental Science & Technology Journals @WonyongChoi Nancy G. Love Yale Environ. Eng. envirobites.org/2020/10/16/%EF…

Kim & Muhich groups demonstrate Nature Communications that neighboring palladium single atoms surpass isolated single atoms for selective hydrodehalogenation catalysis due to synergistic interactions Jaehong Kim Yale Environ. Eng. & Christopher Muhich NEWT Engineering Research Center nature.com/articles/s4146…

Honored that our paper on persulfate-based advanced oxidation was recognized as ES&T’s Best Feature/Critical Review Paper of 2020. The same award for two years in a row! Yale Environ. Eng. Environmental Science & Technology Journals doi.org/10.1021/acs.es…

My first work Jaehong Kim's lab just came out in Environmental Science & Technology Journals. We loaded cobalt single atom catalyst into 2D layered graphene oxide membrane for 1,4-dioxane removal. This is a critical advance in combining nanoscale separation and advanced oxidation.doi.org/10.1021/acs.es…

We are ecstatic about our .ACS Division of Environmental Chemistry .American Chemical Society #ACSSpring2022 session in a week - with 57 oral presentations & 24 posters from researchers around the world. I will be in San Diego with co-organizers Shudipto Dishari Adeyemi Adeleye! Looking forward to see friends & colleagues

For those of you teaching Water Chemistry/Aquatic Chemistry -- 2nd edition of Brezonik/Arnold text available this summer!

Welcome aboard! The 2022 #ZJU #SDG Global #SummerSchool starts today! We’re excited to meet all of you in our #ZJUniverse. Over the next 14 days, let’s explore innovative ways to achieve a #sustainable future and together create an unforgettable #summer experience! #Z4G #ZJUGSS

I am excited to share that after 7 years staying at US, I have started my Assistant Professor position Zhejiang University. Big thanks to my advisors Jaehong Kim and Prof. Young-Shin Jun @WUSTL. We will work on advancing technologies to tackle real environmental problems in air/water

My work at Jaehong Kim just came out doi.org/10.1021/acscat… ACS Catalysis about nitrate reduction mechanisms on single atom alloy. Also my first work after starting at Zhejiang University. Many thanks to my collaborators Michael S. Wong, Prof. Muhich at ASU, and M. Reza Nazemi at CSU

Just publised a cover paper on Environmental Science & Technology Journals focusing on NOx wet denitrification wastewater valorization using iridium based nanocatalysts. Hope it will benefit wastewater resource recovery from industrial processes.doi.org/10.1021/acs.es…

Yale Environmental Engineering is recruiting faculty at all ranks @YaleSEAS Yale Environ. Eng. Menachem Elimelech John Fortner Gentner Lab Jordan Peccia Lea Winter aeesp.org/jobs/3244

In the latest issue of ES&T: Researchers led by Xuanhao Wu (吴轩浩) at Zhejiang University developed a copper-based single-atom catalyst featuring atomic Cu on nitrogen-doped carbon black for the electrocatalytic reduction of #nitrousoxide. #electrocatalysis Read: go.acs.org/9Ak

Examination of the interference of ionic species encountered in #electrocatalytic systems and future directions for a deeper mechanistic understanding of ionic impacts on #eNO3RR. Jaehong Kim Zhejiang University Yale Engineering Yale University Cover story in ES&T: go.acs.org/akR

Our new paper is out in Chemical Society Reviews on progress and challenges in nitrous oxide decomposition and valorization. N2O is a greenhouse gas and ozone depletion substance that needs urgent control. doi.org/10.1039/D3CS00…