As global focus intensifies on environmental protection and public health, the need for reliable groundwater and soil remediation technologies is greater than ever.

In today’s competitive hotel and resort landscape, delivering a five-star guest experience goes far beyond amenities and aesthetics.

From aging infrastructure to rising threats like PFAS and microplastics, our water systems face growing pressure. But behind every treatment plant, filtration unit, and distribution system is the human element, skilled professionals who keep clean water flowing.

Water filtration is used in AI data centers much like in traditional data centers, but with even greater importance due to the higher power density and cooling demands of AI hardware like GPUs and TPUs.

Municipal water filtration systems are the quiet backbone of modern city life.

Water is a fundamental resource, yet its management varies significantly across regions. The United States and Europe approach water management differently, shaped by geography, governance, and environmental priorities.

As digital demand grows, data centers are expanding rapidly to power everything from cloud services to artificial intelligence.

Clean water isn't just a convenience; it's essential for modern businesses.

Water is more than a utility, it’s the lifeblood of every thriving community, business, and facility. From safe drinking water to sustainable wastewater management, how we handle water infrastructure today directly impacts our future.

Industrial water management is rapidly becoming a cornerstone of sustainable operations in the stormwater industry.

If you're into farming or ag-tech, you've probably heard of sand media filters. They're the go-to choice for keeping irrigation water clean and systems flowing smoothly.

Shopping for a carbon vessel? You’ve got options, a lot of them. But when it comes to making the right call, it’s about more than just price, warranty, or a friendly sales pitch.

A recent peer-reviewed study has uncovered that popular beers brewed across the U.S. contain traces of PFAS, a category of industrial chemicals known for their persistence in the environment and human body.

When we think of California’s Central Valley, we often imagine endless rows of almond trees, sun-scorched soil, and baskets brimming with produce that nourishes the nation.

Here are the top five advantages of using multi-media filters in agricultural irrigation systems if you're a grower, irrigation technician, or agribusiness manager.

When you pour a glass of your favorite craft brew, your mind likely drifts to the bold hops, rich malts, or even the yeast strain.

As global water supplies tighten due to climate change, urban growth, and rising demand, one unconventional solution is gaining ground: reusing treated wastewater for irrigation.

Per- and polyfluoroalkyl substances (PFAS), often labeled as "forever chemicals," are man-made compounds widely used in modern manufacturing.

As climate change accelerates and population growth intensifies pressure on freshwater supplies, more regions—especially arid and semi-arid ones—are turning to an often-overlooked resource: treated wastewater.

You’ve probably heard about “forever chemicals” — synthetic substances that just don’t go away.