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How The City Of Fallon Improved Sodium Hydroxide Dosing Reliability
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By Blue-White Industries
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Learn how transitioning to peristaltic metering technology solved chronic priming and maintenance issues during arsenic removal. This overview highlights how specialized pump designs improve chemical dosing reliability, enhance operator safety, and maximize facility space.
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Aries Arsenic Reduction
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By ResinTech
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Arsenic has no smell, taste, or color when dissolved in water even in high concentrations. It is a potential concern to those who live in areas with high natural deposits of arsenic, receive runoff from orchards, or from glass and electronic production waste.
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Managing Disparate Data In Leakage
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By Xylem Vue
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By combining disparate data sources into a single system, water utilities can more easily glean insights and make more precise estimates about the size and location of leaks.
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Does Grinding Create Microplastics?
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By JWC Environmental
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Some industry professionals have concluded eliminating the use of grinders will prevent microplastics from entering the water cycle. This thinking is wrong for a range of reasons.
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New Sensor Provides Better H₂S Insights In Sewer Network
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By Hach
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Achieve superior accuracy in water monitoring by utilizing differential electrode technology. This design eliminates ground loops and reduces drift, ensuring reliable data and longer intervals between calibrations in demanding process and laboratory environments.
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Wastewater Collection System
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With an Orenco Sewer, raw sewage flows from a house or business to a watertight underground tank. Only the filtered liquid portion is discharged (by either pump or gravity) to shallow, small-diameter collection lines that follow the contour of the land.
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• Request Information
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Orenco Systems, Inc.
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WET WELL WIZARD
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Every modern town or city has a wastewater collection system of some type. The wastewater collection system is the conduit for used water, both sanitary and graywater (relatively clean, including stormwater), which initiates at the individual homes and businesses in the community.
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• Request Information
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RELIANT Water Technologies
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Monitor AMI pH-Redox
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Monitor for continuous measurement of pH or redox (ORP) in potable water and effluents with combined or separated sensors with reference electrodes for various sampling conditions.
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• Request Information
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Swan Analytical USA
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AOS Advanced Oxidation System
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Highly effective against bacteria and viruses, the Advanced Oxidation System (AOS) is also well-suited for the decontamination of hard-to-treat organic contaminants such as pharmaceuticals and other micropollutants.
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• Request Information
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BioLargo Inc
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XMTCpro
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The new XMTCpro is a compact, rugged, online thermal conductivity transmitter that measures the concentration of binary gas mixtures, including hydrogen, carbon dioxide, methane, helium, and many others.
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• Request Information
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Panametrics
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CertiSafe Active Mixer Brochure
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Mixing and circulating is water’s self-defense. Tested and certified, the new order. Now, operators in the mix become providers of only the highest quality. Health and safety, tank to tap. In total compliance. All set in motion by CertiSafe mixers. Now the world’s most powerful, yet vulnerable element, has an ally. Where the mix has no match. And how water gets Certi-fied. Because there’s sort of safe, or there’s CertiSafe.
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The Water Online Show: Bridging The Digital Gap In Water Utilities With AI Solutions
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On this episode of The Water Online Show, Travis Kennedy spotlights LeakZon’s breakthrough hybrid solution that bridges the gap between traditional AMR and full AMI systems. CMO Tomer Eisner explains how the technology seamlessly integrates with existing infrastructure, enabling utilities to capture AMI-like insights without costly overhauls.
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By The Water Research Foundation
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A recent series of workshops convened by The Water Research Foundation (WRF) underscores how utilities are beginning to use AMI data to support conservation, improve system performance, and move toward more proactive operations. The takeaway is straightforward: most utilities now have the data; the challenge is putting it to work.
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By Dave Shackleton
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For decades, the dominant framework for assessing and managing lake health has been built around surface water measurements: chlorophyll-a, total phosphorus, water clarity, and the composite Trophic State Index derived from them. These metrics are familiar, standardized, and widely accepted. They are also, according to a growing body of peer-reviewed literature, measuring the wrong part of the lake.
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