Ran YIN

Associate Professor at Nanjing University || Former Research Assistant Professor @HKUST || RGC Postdoctoral Fellow

[Ran YIN @765452268]

Deeply honored to be recognized with the 2025 ACS ES&T Engineering Annual Reviewer Award. Wishing the journal continued growth and impact.
https://t.co/4FGtIyi21S

[Ran YIN @765452268]

Our new paper on @WaterRes_J harnesses the power of machine learning to build predictive models that decode the efficiency and mechanisms of RNS reactions with micropollutants. https://t.co/96Gcf191bQ

[Ran YIN @765452268]

Dive into safer waters! 🏊‍♀️ Our latest research explores how far-UVC (UV222)​ technology can effectively break down irritating organic chloramines​ in swimming pools.
https://t.co/I6yhQeCeFr

[Ran YIN @765452268]

Our new findings reveal a sustainable solution for water purification: Far-UVC (UV222) technology effectively degrades chlorite and micropollutants without chemicals, aligning with global sustainability goals to ensure safer drinking water. @EnvSciTech
https://t.co/aFK8kr0rhL

[Ran YIN @765452268]

New paper is online: Seawater supercharges UV/PMS disinfection: salty halogens blast fungal spores 5x faster than fresh water—nature’s chemistry turbocharges clean water tech!
https://t.co/Cp8B1NM8yh

[Ran YIN @765452268]

#milestone I’ve just submitted my 100th review for ACS, primarily for @EnvSciTech . I appreciate the editors’ trust and the opportunity to contribute. This journey has been incredibly rewarding—through it, I’ve gained valuable insights and grown as a reviewer.

[Ran YIN @765452268]

Excited to share our latest publication in @EnvSciTech demonstrating reactive species generation from far-UVC photolysis of NOM: https://t.co/gPrM7VPAYO

[Ran YIN @765452268]

Check out our new paper on @EnvSciTech about enhanced degradation of refractory contaminants by far-UVC photolysis of sulfite 👇https://t.co/nCHuKjHnii

[Ran YIN @765452268]

Honored to join the Environmental Science & Technology Early Career Editorial Board! Looking forward to contributing to this prestigious journal.
https://t.co/ALaH2apYYK

[Ran YIN @765452268]

Check out our new paper on @WaterRes_J about DOM-mediated photosensitized activation of oxidants for emerging contaminant control: https://t.co/d7SVvw4WNp

[Ran YIN @765452268]

Very honored to receive the Excellence in Review Award 2023 from @EnvSciTech!

[Ran YIN @765452268]

Check out our new paper for modeling ClO2-NOM reactions and the implications in DBP formation and micropollutant degradation: https://t.co/Jx4j6m2oz7

[Ran YIN @765452268]

Our new paper on ES&T reports the role of reactive nitrogen species on pesticide degradation and nitrogenous byproduct formation 👇https://t.co/N2QzTs1SRU

[Ran YIN @765452268]

How does chloride affect the radical transformation in high-temperature wastewater? Find the answer in our new paper👇https://t.co/2vLCfKAJKK

[Ran YIN @765452268]

Check out our new paper on @EnvSciTech for the effective control of disinfection byproducts in potable reuse by Far-UVC-driven AOPs https://t.co/Mo4kyYhajU

[Environmental Science & Technology Journals @EnvSciTech]

A research team led by @765452268 of @hkust demonstrate that switching the #UVradiation source from conventional low-pressure UV to far-UVC increases the UV fluence-based concentration of #HydroxylRadicals in the UV/peracetic acid process.

ES&T Letters: https://t.co/FYNcYE5wUz

[Ran YIN @765452268]

Check out our new paper on the control of micropollutants in water by Far-UVC photolysis of peracetic acid on ES&T Letters 👇👇👇https://t.co/dRBMG2j0aC

[Ran YIN @765452268]

How to increase radical yields and make UV-AOPs more sustainable? Find our approach in our new paper! https://t.co/F9D8DPo3Vy

[Ran YIN @765452268]

How to take advantage of the EfOM and residual disinfectants in wastewater effluent for sustainable micropollutant control? Find the answer in our new ES&T paper! https://t.co/4TmuOUpQfW

[Ran YIN @765452268]

Check out our new paper about the advanced oxidation of recalcitrant chromophores in the MBR effluent for non-potable reuse👇: https://t.co/gjFDjKdDVG