Highlighting the leading research published in Water Research X. Tweets are from the WRX Editors, not from Elsevier.
Joined January 2023
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We are pleased to announce the relaunch of Water Research X as a prestigious, gold open access journal for the science and technology of the anthropogenic water cycle, parallel to but independent of Water Research.
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Lastest WRX review paper provides molecular insights link landfill leachate DOM evolution, process selectivity and regulation to zero liquid discharge.
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Lastest WRX research paper shows AI + survival models predict critical sewer debris. LightGBM flags 76% of high-risk blockages for proactive action.
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PFAS sorption in activated carbon: a new benchmark for water remediation and treatment design.
#PFAS #WaterTreatment
@FabregatJoel
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ML in urban water infrastructure: are we reporting enough? Our review finds gaps and offers a reproducibility checklist. #UrbanWater #AI
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Our lastest publication shows coastal plastic debris harbors various harmful microalgae, posing overlooked risks to ecosystems and One Health.
#plastic #onehealth
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Groundbreaking 'One Water Quality' management: A paradigm shift toward circular, sustainable and economical regulations.
#OneWater #WaterQuality #CircularEconomy #WaterResearch #Sustainability
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A new editorial by Prof. Zhiguo Yuan recognises the dedication of the Associate Editors and reviewers behind WRX.
Their thoughtful reviews and commitment to scientific rigor play a key role in maintaining the quality of research published in the journal.
Congratulations!
Updated review: Advances in Activated Sludge Models— mechanism extension, multi-scale integration, and future challenges.
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Domestic wastewater treatment in a 40 L photobioreactor without sludge inoculum shows strong performance and new insights into N₂O dynamics.
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Our new review in @WaterResearchX: Biofilm bioremediation cleans wastewater for safe reuse. We bridge from microbial mechanisms to policy for a circular water economy. #WaterReuse #Biofilm #Sustainability
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Our lastest WRX paper showed ACDI (Asymmetric Capacitive Deionization) enriches trace PFAS through stop-flow operation, transforming dilute PFAS solutions into a concentrated and readily destructible effluent.
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Please join the special webinar:
Water Research X: Virtual Special Issue: PFAS Removal and Destruction
This webinar will highlight the new research that is needed to address the global challenge of PFAS contamination of water resources.
Wednesday, October 29, 2025, 8:30 am PDT / 11:30 am EDT / 3:30 pm GMT (30 minutes)
Speakers and Guest Editors:
Dr. Kyle Doudrick
Dr. Mei Sun
Dr. Hooman Vatankhah
Moderator: Dr. Treavor Boyer
RSVP and to join the live event: cassyni.com/events/EHGLsAafG…
Call for paper details:
Water Research X: Virtual Special Issue: PFAS Removal and Destruction
Submissions being accepted for research articles, research letters, and reviews
Submission deadline: June 1, 2026
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Machine learning connects flow cytometry 2D histograms to presence of E. coli to predict polluting microbes in water.
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Recent WRX paper showed Phytoplankton outcompete nitrifiers in well-lit shallow water, limiting sediment N removal supplied by nitrate diffusion.
read more at sciencedirect.com/science/ar…
How can we operationalize EU Regulation 2020/741 beyond the outlet of the reclamation facility?
doi.org/10.1016/j.wroa.2025.…