Ensuring clean, reliable water is essential for both industrial processing and agricultural productivity. Whether you are running a manufacturing facility, greenhouse, livestock operation, or irrigation system, water quality directly affects equipment lifespan, crop yield, and overall operational efficiency.

When water clarity and system uptime matter, you need filtration that doesn’t slow you down. The Everfilt® STB-Series “TURBO” Screen Filters are built to do exactly that, deliver high-flow, self-cleaning performance with virtually zero downtime.

The latest government shutdown isn’t just a story about politics and paychecks; it’s about water. Across the country, towns and cities are watching vital clean water projects stall while federal agencies sit in limbo.

When it comes to clean water, the spotlight usually shines on flashy tech, membranes, UV disinfection, and advanced carbon systems. But the real MVP might just be something much simpler: anthracite filtration media.

In demanding environments where water quality directly impacts performance and productivity, the Everfilt® SK-SSM-Series Sand Media Filters stand out as a trusted solution for durable, mobile, and efficient filtration.

Let’s be real, cooling towers take a beating. Dust, debris, and biological gunk love to hang out in basins and loops, slowing everything down and eating away at your efficiency (and budget).

In a world where sustainability meets smart technology, advanced water treatment systems are redefining how we manage one of Earth’s most vital resources.

Clean, safe drinking water is foundational to public health, economic development, and environmental justice. Yet in the United States, many states struggle with aging infrastructure, contamination, underfunded systems, and natural challenges.

Not all water is created equal. Industrial plants and farms deal with water packed with chemicals, odors, and other contaminants. That’s where activated carbon comes in; a low-key champion quietly powering clean water.

Clean, safe water is vital to every American household and business. Yet, one often-overlooked contaminant—iron—can create a host of problems if left untreated.

Pumpkins, costumes, haunted houses, Halloween gives us all kinds of thrills. But the scariest thing you might face this year isn’t hiding behind a door. It’s flowing through your plumbing, sitting in your glass, running through your daily routine.

Water, whether as structural leaks, rising humidity, condensation, storm surge, piping failure, or contaminated supply, damages collections faster and more irreversibly than almost any other environmental factor.

When people hear about a government shutdown, they usually think of closed national parks, furloughed federal workers, or political gridlock in Washington. But one of the less obvious yet critical areas affected is water treatment and infrastructure.

When you think about what makes a city thrive, chances are you picture skyscrapers, public transit, or maybe that local coffee shop with the perfect oat milk latte. But here’s a fun fact: none of it works without clean, reliable water.

When you’re driving down a highway or watching a skyscraper go up, one thing you probably don’t think about is the water under that ground; what state it’s in, if it's safe, and how we manage it.

When it comes to agricultural and industrial water filtration, not all filters are created equal. In fact, one of the biggest debates in the filtration world today revolves around carbon steel and stainless steel sand media filters vs. carbon fiber filters.

If you’ve ever been out jogging, chilling at a park, or playing a quick nine holes and spotted a mysterious purple pipe, you probably thought, “Wait…why purple? What’s actually flowing through that thing?”

As global water scarcity intensifies, wastewater treatment and reuse are gaining momentum as essential strategies for sustainable resource management.

When developing a water purification setup, reverse osmosis (RO systems) are often the main focus. However, the effectiveness and longevity of RO membranes largely depend on the quality of the pre-treatment stage.

Whether you’re running a farm, managing a greenhouse, or overseeing irrigation in an industrial setting, your system is the backbone of production.