06.30.25 -- Supreme Court Decision Reshapes PFAS Regulation In Wisconsin

Recently, cyanobacteria and cyanotoxins have become a high profile drinking water quality concern in both the U.S. and abroad. The combination of weather conditions, agricultural phosphate runoff, and other factors has produced water conditions that have favored the formation of cyanobacteria in surface water supplies.

Understanding the impact of pore size distribution on adsorption is crucial for water utilities aiming to optimize PFAS removal.

What is 1,4-dioxane, and why is it an issue? Read this article to learn more about this byproduct and how it can be treated. 

Learn how a municipal water treatment department reduced annual maintenance costs by $265,000, while forecasting an ultimate savings of up to $3 million in yearly non-revenue water losses. 

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

Emmons Metro asked HOMA to provide a solution to a critical station at a facility that handles wastewater from produce and associated packaging for a large supermarket chain in the Northeast.

In 2000, the district’s average water demand was 2.3 MGD and was estimated to grow over 20% by 2030. Unfortunately, there was not a sufficient or permanent reliable source of supply to meet future demands.

Today’s customers can have higher pump system reliability, more and smarter functions, lower operating costs, and data connectivity when pumping wastewater using an intelligent pumping system.

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

Municipalities work diligently to produce quality drinking water and meet strict wastewater treatment regulatory standards while managing expenses. Advanced technologies allow utilities to gather actionable information and strategically offset deficiencies.

When something goes wrong, we often ask ourselves if there was some sort of sign that would have lessened the impact. Especially if you are in the business of providing water to people, you might wish you had a crystal ball to get in front of problems before they happen.

By waiting for water mains to break before taking action, utilities risk high, unanticipated costs, public disruption, safety concerns, and loss of community trust. So, what does it look like to move from reactive to proactive when it comes to water main management?