05.01.25 -- EPA Announces Major Actions To Combat PFAS; Innovations In Corrosion Prevention

Join us as we celebrate 16 years of Octave—Master Meter’s groundbreaking ultrasonic meter that revolutionized C&I water measurement. Discover how it set new standards for accuracy and efficiency, paved the way for residential tech like Sonata, and hear real-world insights from utilities that led the charge in ultrasonic adoption. Click here to learn more.

Chemical-free water treatment solutions, particularly the HOD UV system, represent a significant advancement in water purification technologies for power, energy, and heavy industries. This system eliminates the need for chemical agents, ensuring a cleaner and safer water treatment process.

By understanding how to implement a pressure management program, the amount of recoverable water losses can be staggering, as well as have a significant reduction in pipe breakages.

Read about the seven ways that the HUBER Sludge Cleaner STRAINPRESS saves money and time while establishing a safer work environment.

There is a range of options to destroy and remove per- and polyfluoroalkyl substances (PFAS). However, treatability study results should guide technological selection.

For municipal wastewater, industrial wastewater, commercial, and residential wastewater treatment plant operators and managers aiming to maximize treatment efficiency, reduce costs, and future-proof their infrastructure, MBR wastewater treatment is the clear choice.

The aquaculture industry is booming, driven by a growing global appetite for seafood. But behind this growth lies a challenge: ensuring water quality and sustainable operations in environments that are increasingly under pressure.

By connecting with operators, leadership can take note of their challenges and priorities and incorporate them into the strategy before vetting and choosing technologies.

There are many ways to monitor and control ozonation and biologically active filtration systems, and operators need to know which one will work best for the intended application.

By connecting sensors and instruments to AMI networks, water utilities can glean a level of visibility into and control over distribution systems that isn’t possible with flow data alone.

Read more about why it's time for the water industry to start prioritizing drinking water safety.

The Reliant Water Technologies' SCOUT Hydro Profiling System is the answer to obtaining this elusive information quickly and inexpensively. By not only providing a visual sonar obtained ‘picture’ of everything underwater, in any shallow body of water, the SCOUT provides the volume of sludge in the lagoon (as well as the volume of free water).

The PTP is a multi-phase approach to PFAS water treatment. It involves step-by-step testing, site evaluation, and process optimization to ensure that the treatment method selected is the best solution for each client’s PFAS removal requirements.

This instrument is designed to be extremely accurate, fast, and simple to use in diverse water quality applications. Advanced features include three user-selectable solution types that model the most commonly encountered types of water.