Discover how specialized cyclodextrin media treated over 65,000 gallons of highly concentrated reject water, achieving total removal of key target compounds across a 64-day trial without interference from complex background chemistry.
- Safeguarding Reliable Water Service In The Face Of Uncertainty
- Modernizing Pump Stations Without Compromising Cybersecurity
- Why Produced Water Treatment Is Becoming Critical For Sustainable Oil & Gas Operations
- Why Temperature Matters In Photometric Water Testing
- How Incremental Digitalization Empowers Wastewater Teams
- Stop Guessing, Start Predicting Pump Failures
- AI Is Already Entering The Water Sector. Here Is How We Use It Without Losing Control
- DEXSORB® Treatment Of Landfill Leachate In Pennsylvania
LATEST HEADLINES
- New ABC Report Finds More Opportunities To Put Wastewater Plants To Work
- Schneider Electric Launches ASCO's Next-Generation Controller For Critical Power Transfer Switching
- After 50 Years Of Water Treatment Innovation, Why Is Advanced Oxidation Entering Its Most Important Decade?
- Turning Invasive Plants Into Powerful Filters For Fluoride-Contaminated Water
- Newly Available Satellite Data Shows Just How Flawed Some River Models Can Be
FEATURED SOLUTIONS
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![pfas-treatment-RO-concentrate]( "DEXSORB® For PFAS Treatment In Reverse Osmosis Concentrate")
DEXSORB® For PFAS Treatment In Reverse Osmosis ConcentrateDiscover how specialized cyclodextrin media treated over 65,000 gallons of highly concentrated reject water, achieving total removal of key target compounds across a 64-day trial without interference from complex background chemistry.
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![landfill-leachate-NH]( "DEXSORB® Treatment Of Landfill Leachate")
DEXSORB® Treatment Of Landfill LeachateDiscover how packed-bed filtration downstream of a membrane bioreactor treated nearly 280,000 gallons of landfill leachate, maintaining smooth hydraulic operation without biofouling while removing targeted fluorinated contaminants across 218 continuous days of testing.
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![GettyImages-2233776792_450_300]( "Modernizing Pump Stations Without Compromising Cybersecurity")
Modernizing Pump Stations Without Compromising CybersecurityIncremental digitalization can help wastewater teams reduce field workloads, improve system visibility, respond to disruptions, and modernize legacy infrastructure without a wholesale technology overhaul.
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![Food_Industry_Influent_Raw_Olives_in_Water_480x319]( "Water Reuse Is Saving Food Plants Thousands Per Day")
Water Reuse Is Saving Food Plants Thousands Per DayReal-time sensing for organic load, conductivity, turbidity, and microbial activity lets food and dairy plants recover condensate and process water once diverted out of caution.
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![DR 4900_Spectrophotometer_TNT_LCK_Lab- W-15]( "Why Temperature Matters In Photometric Water Testing")
Why Temperature Matters In Photometric Water TestingTemperature shifts during colorimetric testing can bias photometric results, with ammonia methods showing double-digit deviations outside the 20°C reference condition used for calibration.
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![GettyImages-2200128716_450_300]( "How Incremental Digitalization Empowers Wastewater Teams")
How Incremental Digitalization Empowers Wastewater TeamsIncremental digitalization can help wastewater teams reduce field workloads, improve system visibility, respond to disruptions, and modernize legacy infrastructure without a wholesale technology overhaul.
WATER ONLINE FEATURED VIDEOS
Learn why unknown service lines can increase future replacement obligations under the LCRI and why reducing them before November 2027 can help utilities manage compliance.
Utilities may be overlooking substantial SRF funding opportunities, including principal forgiveness. Learn why acting early can help secure available federal infrastructure funding before programs become less accessible.
Learn why LCRI compliance extends beyond inventories and replacements, requiring utilities to manage data, reporting, communications, sampling, coordination, and administrative demands across the program effectively.
Jacqueline Mutter, National One Water Planning Lead for HDR, reflects on how potable reuse has evolved over the past decade from a long-range planning scenario into a critical water supply strategy.
CLOSING THE GAP: A MODERN PLAYBOOK FOR NON-REVENUE WATER
Reducing non-revenue water (NRW) is no longer just an operational goal; it’s a strategic imperative that directly affects asset life, service reliability, affordability, and public trust. This e-book on NRW is intended as a practical guide for utilities ready to take the next step — from managing water loss to controlling it.
SUPPLIER OF THE MONTH
Cyclopure is a leading PFAS treatment company built around one breakthrough: DEXSORB®, the first-ever fully regenerable, PFAS-selective adsorbent engineered specifically for engineered water systems.
Learn more here.
SPECIAL FEATURES
Join SWAN for the 16th Annual SWAN Conference in Tampa, Florida (June 2-4, 2026), focusing on the theme, “Adapting Your Digital Journey.” Digital transformation in the water sector isn’t a straight road. It evolves over time requiring pivots and continuous learning. This Conference aims to meet utilities where they are at, highlighting how to build and sustain success across people, processes, and technology.
Learn more here.
ON-DEMAND WEBINARS
- Smarter Sewer Systems: Using Continuous Monitoring To Improve Operations And Planning
- Practical Ion Exchange Strategies For PFAS Treatment
- DR4900 Product Showcase: Effortless Accuracy For Today's Lab
- Managing by Measurement: 8 Years of Proven Utility Performance
- AI-Enhanced Multi-Method Pipeline Monitoring
- Data-Driven Pumping: Improving Energy Efficiency And Smarter Asset Management