Yuan Pan

Associate research fellow @USTC. Department of Environmental Science and Engineering.

[Xin Wang @ NKU @wxhit]

How to improve the performance of biocathode? Do we have to enhance the 4-electron ORR? Probably wrong!
We reported a H2O2 medicated extracellular electron transfer pathway of electrotrophs on the biocathode. Please see our new paper on ES&T:
https://t.co/c1l4IG4gZn

[Water Research @WaterRes_J]

The role of flocs in nitrification in full-scale aerobic granular sludge processes
https://t.co/BATOhQBn4d

[Jingjing Peng @jingjingpengca1]

Newly online paper in Microbiome: Various microbial taxa couple arsenic transformation to nitrogen and carbon cycling in paddy soils
Lead by Si-Yu Zhang.
https://t.co/OwXPS2KPnS

[iMeta @iMetaScience]

#Metagenomic analysis sheds light on the mixotrophic lifestyle of bacterial phylum Zhuqueibacterota https://t.co/tty7XdYNhQ #microbiome #taxonomy #bacteria @wileymicrobio @WileyEcolEvol

[Kaisen Lin @kaisen_lin]

Have not been here for a while. But I am recruiting one PhD student in Spring or Fall 2025. Please spread the word!

[Environmental Science & Technology Journals @EnvSciTech]

From the cover of ES&T: A #MachineLearning-assisted high-throughput method was developed by @StudyatUSTC to enable #WWTPs to rapidly identify and optimize mixed carbon sources.

Read this article here 👉 https://t.co/xU4TOdYHDz

[Yuan Pan @Yuan042]

I am happy to see our latest study as a supplementary cover in the @EnvSciTech journal. @ACS4Authors #MyACSCover read more: https://t.co/mDh6ANUYdv

[Yuan Pan @Yuan042]

Happy to share our recent work where we developed a machine learning method to screen mixed carbon sources for denitrification. We believe this work could bring fresh insights into enhancing biological denitrification efficiency.

Read more in ES&T: https://t.co/x4G9lMGbfd

[Environmental Science & Technology Journals @EnvSciTech]

A team led by @Zhen_Jason_He of @WashU_EECE @WUSTL developed an electrochemical phosphorus recovery system to treat #anaerobically digested sludge, featuring a #leaching unit for P leaching and a recovery unit for P separation.

ACS ES&T Engineering: https://t.co/3mRcjhLJk0

[Environmental Science & Technology Journals @EnvSciTech]

In this viewpoint, scientists from @StudyatUSTC discuss the role of #mineralization and #polymerization in catalytic oxidation systems for #OrganicPollutant removal.

Read this article in ES&T: https://t.co/Cl24i0iWGr

[Environmental Science & Technology Journals @EnvSciTech]

A #MachineLearning-assisted high-throughput method was developed by @StudyatUSTC to enable #WWTPs to rapidly identify and optimize mixed carbon sources.

Read this article in ES&T: https://t.co/2uZd3POPWy

[Yuan Pan @Yuan042]

Happy to share our recent work where we developed a machine learning method to screen mixed carbon sources for denitrification. We believe this work could bring fresh insights into enhancing biological denitrification efficiency.

Read more in ES&T: https://t.co/x4G9lMGbfd

[Environmental Science & Technology Journals @EnvSciTech]

The economics of a hypothetical system that combines adsorbent-based #directaircapture (DAC) with electromicrobial production (EMP) to produce n-butanol, a potential replacement for #fossilfuels. @UofCalifornia

Read this #OpenAccess article in ES&T: https://t.co/cih8VXXVEP

[Jing-Hang Wu @jinghang_ustc]

😬Just published in @EnvSciTech Letters: We highlighted the urgent need to recognize transition metal species as potential contributors to spin-trapping signals in EPR studies.

https://t.co/koLwEOekQL

[Yuan Pan @Yuan042]

Our latest publication introduces a modified DHA method that is both cost-effective and precise, providing a viable solution for wastewater treatment facilities.

[Water Research @WaterRes_J]

Dehydrogenase activity tests to asses microbial activity in wastewater treatment processes. https://t.co/dr9ZmxycDZ

[Yuan Pan @Yuan042]

Our recent publication examines how different carbon sources affect denitrifiers' performance, ecology, and metabolism. This study deepens the understanding of how microbial ecology influences system performance in the denitrification system.@WaterRes_J https://t.co/esGSJxMkDc

[Yuan Pan @Yuan042]

Congratulation!👏

[Jing-Hang Wu @jinghang_ustc]

Just published in @PNASNews: We bring a novel approach to tracking singlet oxygen in catalytic oxidation processes. This could redefine how we use EPR analysis in complex systems. Check out our findings: https://t.co/Zdi2K9aZsB #Catalysis #SingletOxygen

[Water Research X @WaterResearchX]

Approaching to simultaneous nitrogen and phosphorus removal process, Fe(II) is a good candidate for electron donors in microbial mixotrophic denitrification systems. https://t.co/cjsnDIEYHs

[Yuan Pan @Yuan042]

@JunShan_China Thanks!

[Yuan Pan @Yuan042]

Direct ammonia oxidation enables the aerobic conversion of ammonia into nitrogen gas. Our newly published viepoint explores this exciting finding and analyzes its potential environmental applications. https://t.co/GVJ5fhn9xr