03.19.26 -- The Next Wet-Wipes Problem?; Critical Infrastructure Fails The Way It's Funded

Successful wastewater infrastructure requires aligning engineering decisions with long-term capital improvement cycles. By prioritizing phased adaptability and modular design, utilities can manage staged funding effectively while ensuring systems remain scalable for future regulatory and growth demands.

Replacing DP transmitters with 80-GHz radar eliminates density errors, reduces maintenance, and simplifies installation — delivering safer, more reliable level measurement for modern wastewater systems.

Digital marketplaces offer a modular approach to water management, enabling utilities to integrate specialized tools within a unified environment. This collaborative ecosystem democratizes innovation, streamlines technology adoption, and fosters more agile, data-driven operational strategies.

Fire hydrants stand as silent sentinels that need to spring into action at a moment's notice. However, as these crucial components of our cities age, a pressing question emerges: should utilities continue to repair aging hydrants, or is it time for a wholesale replacement?

Legacy oilfield contamination requires advanced strategies to protect vital groundwater. Explore the technical challenges of subsurface remediation and how advanced oxidation processes provide a more effective pathway for destroying persistent hydrocarbons and restoring aquifer quality.

High-resolution laser technology detects microscopic particles and subtle filtration breaches that traditional systems miss. By monitoring signal fluctuations and utilizing concentrated light sources, operators can achieve superior effluent accuracy and optimize filter run performance.

Precise pH control is critical in biomanufacturing processes to ensure product quality, consistency, and safety. This application note explores the challenges of pH management across bioprocessing stages and introduces Pulsafeeder’s NextStep pump as a reliable solution for accurate chemical dosing and process stability.

This document outlines the essential steps required to exchange spent media, including disposal of spent media.

Artificial intelligence is now a common topic in the wastewater industry. Despite the rising interest, many people are unsure what AI means in a practical wastewater setting.

Part 5 of the Get Pumped Up series brings it all together with a bold but practical shift: treating pump and lift station design as a living process, not a one-time deliverable.

Accurate measurement and control of chlorine-based compounds and other relevant parameters in water has an important impact on your operations. In any industry, reliable accuracy and performance is vital to ensure ongoing safety, quality, and optimized operation of your facility. Despite often representing a relatively small percentage of the overall investment and operating costs, the implications of the failure of your analyzer and control system could have severe and wide-ranging consequences.

Proven in hundreds of installations, the S&L Model R OXIGEST Treatment System provides stable operation and flexible process options for wastewater applications. Its precursor was originally developed by the engineers at Smith & Loveless for treatment of domestic wastes, but after nearly four decades of continued development and evolution, the OXIGEST is designed to be a high-performance, custom-designed aerobic system that meets specific requirements.

In this episode of The Water Online Show: On Location, Scott Tucker from Hach introduces the innovative TNTplus system, a gamechanger in vial chemistries.