WASTEWATER TREATMENT RESOURCES

• Water Quality Monitoring Systems Helping Utilities Deliver Safer Water

  Safe drinking water has long been water utilities' core purpose. Today, however, that job is infinitely more complex. Climate change, infrastructure aging, industrial pollution, emerging contaminants, and more regulatory pressures require utilities to reassess every point at which they measure water quality in their treatment and distribution systems.

• The Enzyme Bottleneck: Why Conventional Lake Management Is Failing — And What The Science Says About Genuine Bio-Dredging

  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, standardised, and widely accepted. They are also, according to a growing body of peer-reviewed literature, measuring the wrong part of the lake.

• Rethinking The Role Of Grinders In Today's Collection Systems

  Customized grinders help wastewater utilities manage wipes and difficult solids while protecting infrastructure, reducing maintenance requirements, and improving collection system reliability.

• Wastewater Treatment Capacity Is Becoming A Critical Infrastructure Challenge In the Netherlands

  As Dutch utilities invest billions in wastewater infrastructure, generative design enables faster evaluation of treatment alternatives while meeting future regulatory demands.

• No Pain, No Drain: Making Wastewater Treatment System Upgrades Easier

  Skid-mounted slot injector systems help wastewater plants boost aeration capacity quickly, avoiding costly shutdowns while improving compliance, efficiency, and operational flexibility.

• Why The Water Sector's AI Ambitions Depend On Better Connectivity

  For AI to deliver real operational value, it needs a constant flow of reliable operational data. AI systems are relentlessly data-hungry, and the more data, the better. Yet, accessing this data remains a major challenge in the utilities sector, with remote reservoirs, wastewater treatment works, and sprawling infrastructure often located a long way from traditional cellular networks.
• 1,4-Dioxane And Advanced Oxidation: Designing Treatment Systems Around Radical Chemistry

  Learn why advanced oxidation processes are critical for treating 1,4-dioxane and how ozone-based systems can improve contaminant destruction and water quality.

• Smart Ozone Systems: Why Real-Time Monitoring Is Becoming Core Water Infrastructure

  Discover how real-time monitoring, automation, and smart controls help modern ozone systems improve treatment performance, efficiency, safety, and operational visibility.

• AquaSBR® Replaces 60 Year Old Treatment Plant At Moab, UT

  AquaSBR® technology helped Moab modernize wastewater treatment, improve effluent quality, manage growth, and achieve exceptional operational efficiency with flexible, automated performance.

• A Playbook For Reliable Reverse Osmosis Operations

  The best reverse osmosis (RO) programs are guided by a defined set of operating principles that provides operators with clear performance standards and a consistent framework for decisions.