04.10.26 -- Breaking Down PFAS In Real Time

Ozone and UV-AOP each offer powerful contaminant removal for drinking water, wastewater, and reuse applications. Their unique strengths — and potential synergy — help utilities meet diverse treatment goals efficiently.

Relying on assumptions when designing water treatment systems creates unnecessary financial and operational risks. Adopting predictive modeling and data-driven testing provides the precise, actionable insights required to optimize performance, manage costs, and ensure compliance.

To protect residents from environmental contaminants, the City of Aurora set stringent water treatment goals and adopted an advanced treatment process at the Aurora Reservoir Water Purification Facility.

"How much grit is my grit removal system removing?” is becoming one of the more frequently asked questions at Water Resource Recovery Facilities (WRRFs) and wastewater treatment plants.

Return activated sludge pumps are critical to wastewater treatment, maintaining biological balance, ensuring efficiency, and supporting resilient infrastructure amid aging systems and emerging contaminants.

Aging water storage tanks face stratification and stagnation, threatening water quality. Active mixing ensures uniform disinfectant distribution, reduces flushing, and improves system reliability and regulatory compliance.

It is more important than ever for cities and municipalities to leverage wastewater treatment plant data to optimize operational efficiency and sustainability, given the increase in energy prices and the rising frequency of severe weather events due to climate change.

In this article, we explore how ozone technology helps reduce pharmaceutical residues in wastewater, ensuring safer water for both the environment and communities.

Discover how one beverage manufacturer was able to balance producing a quality product while also undertaking the challenge of reclaiming and treating its effluent.

Learn how to design wastewater infrastructure that grows with demand. Modular systems allow phased capacity additions that match actual flow, avoiding the high cost of oversizing and eliminating the need for disruptive, repeated construction.

Advancements in cellular-based advanced metering infrastructure (AMI) make it a viable way to provide reliability and cost-effectiveness in practical solutions for water utilities and municipalities.

Generative design improves infrastructure-project internal rate of return (IRR) by accelerating pre-construction timelines, reducing design costs, enhancing CAPEX precision, and optimizing OPEX, compounding financial benefits over the asset’s full lifecycle.

Virtual Water Expo returns this spring with four focused sessions showcasing innovative solutions for today’s water and wastewater challenges. Explore technologies that improve efficiency, reduce costs, meet regulatory demands, and strengthen workforce resilience. Register once to access all live sessions — and the full on-demand archive — featuring insights from leading industry suppliers and experts. Click here to learn more.