🌊 New #Review: Priority #emergingcontaminants in the Taihu Basin, China — exploring their occurrence, #risks, and #control strategies. A critical look at environmental challenges in one of China's most vital #watersheds. 🔗 link.springer.com/article/10.100… #WaterPollution #TaihuBasin

🤖💧 #Perspective: AI-driven transformation of #watertreatment technology and industry Explore how #artificialintelligence is reshaping water treatment — from process #optimization to system-wide innovation. 🔗 link.springer.com/article/10.100… #SmartInfrastructure #DigitalWater

🔬 Uncovering hidden threats in #drinkingwater! This study identifies high-molecular-weight disinfection byproducts (#HMW-#DBPs) using #MALDI-#TOF #MS, revealing complex byproduct formation in simulated treatment systems. #WaterQuality #MassSpectrometry Read more:

💧 Tackling #blackwater ! This study explores a moving bed biofilm reactor (#MBBR) for blackwater #treatment, revealing insights into pollutant removal, #microbial communities, and #machinelearning-based #waterquality #prediction. #Microbiome 🔗 link.springer.com/article/10.100…

🧪🔁 Boosting #nitrogenremoval with innovation! Our study reveals how #SND + #Feammox in a magnetic #zeolite-modified intermittent reactor enhances N removal efficiency—offering a novel route for #sustainable #wastewater #treatment. Read more: link.springer.com/article/10.100…

🎉 Great news from FESE! 📈 Impact Factor: 6.4 | CiteScore: 12.3 🏆 Ranked # 14/240 in General Environmental Science (JCR Q1) Proud to be part of this growing platform for cutting-edge environmental research! 🌍📚 #ResearchImpact #JCR #CiteScore #Clarivate

🌊🔬 Going deep into #methane cycling! Our new study reveals depth-related shifts in activity and #microbial communities of #anaerobic #methanotrophs coupled to #nitrite & #nitrate in #freshwater lake #sediments. 🧫💡 #MethaneOxidation #MicrobialEcology link.springer.com/article/10.100…

🔬 New study: Simultaneous removal of #humic acid & #nitrate using a combined #microelectrolysis–autotrophic #denitrification system! ⚙️ Efficient, synergistic, and #sustainable approach for #watertreatment. 📖 Read more: link.springer.com/article/10.100…

🧬 Tackling #antibioticresistance at the genetic root! New study designs antibiotic substitutes to inhibit vertical gene transfer of #ARGs, using drug compatibility analysis and #randomforest models. 🔗 link.springer.com/article/10.100… #MachineLearning #EnvironmentalHealth

📣REMINDER: RESEARCH AWARDS APPLICATION 📣 SIL STUDENTS: Don’t forget to apply for the Tonolli Research Awards to help fund your projects. Read about all the details on our website: limnology.org/funding/tonoll… ⏰ The deadline to submit a complete application is June 30, 2025.

🔥 Smart design meets #cleanwater! #Ce-based tubular boron carbon nitride synthesized via #temperature-controlled self-assembly shows boosted performance in #tetracycline #adsorption. 📄 A new frontier in #antibiotic pollutant removal. 🔗 link.springer.com/article/10.100…

🌡️⛈️ How does #globalwarming reshape the link between #extremeweather and #airpollution? This study leverages high-resolution # modelling to reveal their complex interplay under #climatechange. deliang chen 📖 doi.org/10.1016/j.scit…

‼️ FINAL REMINDER ‼️ ⏰ Stage 1 Deadline: June 30, 2025 If you're in a country with a SIL Ambassador, this is your last chance to submit to the Brian Moss Student Competition! 📥 Submit & read full details: 👉 limnology.org/funding/sil-st…

🧪♻️ New #review: #Biochar-enhanced #anaerobicdigestion offers a promising solution for treating #industrialwastewater with #refractoryorganics. Mechanisms, performance, and future directions all in one comprehensive analysis! YUYOU LI 📖 Read: link.springer.com/article/10.100…

🚢⚡ Toward greener rivers in #China! New study explores #decarbonization pathways for inland #waterway transport in Jiangxi Province (2019–2050) using scenario analysis and #mitigation strategies. 📉 A roadmap for low-carbon logistics. 📖 link.springer.com/article/10.100…

New study shows γ-MnO₂/NF efficiently activates #peroxymonosulfate to degrade 2,4,6-trichlorophenol. 💥 Explores performance, #degradation pathways & mechanism.#AdvancedOxidation #WaterTreatment Read more: link.springer.com/article/10.100…

Join us in congratulating this year's tenure and promotion recipients! Congratulations and many thanks for all your hard work and service to ABE!

🔬 Boosting #nitrogen removal efficiency! A novel magnetic #zeolite-modified reactor achieves enhanced performance via #SND + #Feammox under intermittent #aeration. 🌱 Smarter design for #sustainable #wastewater treatment. 📖 Read more: link.springer.com/article/10.100…

🇨🇳 The Chinese Academy of Engineering invites you to vote for the Global Engineering Frontiers! 🌏 Cast your vote and help shape the future of global innovation! #Engineering #Innovation #China #GlobalTech #VoteNow 🔗iss.ckcest.cn/engineeringFro…

🧫🌊 What lies beneath? New study reveals depth-related shifts in activity & community structure of #anaerobicmethanotrophs coupled to #nitrite/#nitrate in freshwater #lakesediments. 📖 Read more: link.springer.com/article/10.100… #MethaneOxidation #MicrobialEcology #LakeSediment