As 2026 begins, individuals, organizations, and industries are redefining what sustainability truly means. One of the most impactful commitments to make this year is a Clean Water Pledge, a pledge that goes beyond drinking water to protect all forms of clean water, including stormwater, wastewater, groundwater, irrigation systems, industrial water, and natural waterways.

Reverse osmosis (RO) systems get a lot of credit when it comes to clean water, and sure, they're effective. But behind every high-performing RO system is a solid pre-treatment setup doing the heavy lifting. Enter: multi-media filters.

In the water treatment industry, selecting the right filtration media is essential for achieving reliable, long-term contaminant reduction. Two terms you’ll frequently see from filtration-media manufacturers are Catalytic Carbon and Empty Bed Contact Time (EBCT).

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.

If you work in water treatment, you’ve probably heard of Greensand and DMI-65®. Both are widely used filter media for removing iron, manganese, and arsenic from groundwater, but which one actually performs better for your application?

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.

Each Labor Day, we pause to honor the contributions of America’s workforce. While many industries rely on dedicated labor, one sector where their work is especially vital, but often overlooked, is water treatment and management.

Clean, safe water isn’t just a necessity; it’s a strategic advantage. In sectors like construction, mining, hospitality, and energy, water drives operations daily.

Let’s be real: water is the lifeblood of almost every industrial process. But when it’s full of solids, chemicals, or other gunk, it’s not just inefficient, it’s expensive.

Let’s be real: water isn’t just “water” when it comes to industrial use. It’s either helping you hit peak efficiency… or silently wrecking your equipment from the inside out.

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.

With over 40+ years of expertise across industries like wastewater, stormwater, irrigation, groundwater, oil, and more.

There’s something even more terrifying than missed deadlines or system failures lurking in the shadows—contaminated water.

Several factors come into play when planning a filtration system for water treatment.

Contaminated site remediation is the process of cleaning up polluted environments, including soil, sediment, surface water, and groundwater.

Water is a vital resource for industrial, agricultural, and domestic purposes.

In textile production, water stands as a vital element, particularly in dyeing processes.

Efficient water management is crucial for both our environment and economy.

Among the key factors influencing filtration efficiency, the size of the filtration tanks plays a pivotal role.