04.04.25 -- New Mechanism Remediates Arsenic And Uranium From Groundwater Simultaneously

This webinar covers Kamstrup’s ALD water meters with embedded acoustic leak detection, offering 20 years of life. This technology improves water management, reduces costs, and supports city planning by detecting leaks and pressure changes. Case studies highlight how utilities save time, water, and money. Key topics include battery life, leak detection, and benefits for city infrastructure and development. Click here to learn more.

The City of Riverdale was running into issues with arsenic, color, and iron treatment system at their Well 4 site, so they conducted a pilot test with the help of Loprest.

There are over 150,000 public drinking water systems in the U.S. and more than 80% of the population receives their potable drinking water from these systems. And today our water systems are faced with a growing list of challenges.

A cost-effective option for PFAS removal and MCL compliance is the addition of an ion exchange resin (IEX) treatment as a “bolt-on” to an existing DWTP.

Read about how Welsh Water sought innovative solutions, exploring clamp-on technology for accurate sewage flow measurement.

In the picturesque village of Arzacq-Arraziguet in southwestern France, a critical water pipeline repair showcased the efficiency of modern tools and techniques.

This bulletin delves into a more detailed discussion of the bearing and frictional resistance forces at work to balance thrust forces generated in pressurized pipelines.

Time-based batch processing allows WWTPs to gain the benefits of new suspended growth technologies in a much smaller footprint.

Oil-free blowers are an essential element of municipal and industrial wastewater treatment facilities, where they are utilized to power a variety of applications. Here are eight of the most common processes/applications fueled by blowers.

Municipal wastewater treatment is essential for protecting public health and maintaining environmental safety. One of the most crucial steps in this process is sanitization — eliminating harmful bacteria, viruses, and parasites before water is released back into the environment or reused.

If you want to understand the opportunities and barriers to the water industry’s use of AI, it’s helpful to understand how AI works, how it’s recently changed, and where we are now with the technology (and why that matters).

Residential communities, whether they house dozens or hundreds of families, increasingly view themselves as miniature towns with unique needs and challenges. One area where this perspective is particularly evident is in water network management.

The use of lead pipes was banned in the 1980s, yet over 9.2 million American households still connect to water through lead pipes and lead service lines. These decades-old lead pipes pose an ever-present risk to the health and wellbeing of Americans.