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.

California’s economy, environment, and public health depend on one critical system: water infrastructure. From aging pipelines and dams to treatment plants and flood control systems, California’s water-related infrastructure is under increasing strain.

Water quality directly impacts agricultural productivity, crop health, and soil sustainability. As farming operations increasingly depend on irrigation systems, contaminants such as pesticides, herbicides, chlorine, and organic pollutants in water sources pose serious challenges.

When it comes to serious water treatment projects, industrial, municipal, remediation, or large-scale commercial, carbon vessels are the backbone of filtration. If you need equipment that can support high flow rates, long service cycles, and aggressive operating conditions, the conversation starts with industrial carbon media vessels.

If you’ve been paying attention to environmental news lately, you might’ve caught something pretty alarming: California farms have been using millions of pounds of PFAS-containing pesticides every single year.

When it comes to carrot production, Kern County stands unmatched. With over 167,700 acres of carrots, more than 75% of all carrot acreage in California, this region dominates the state’s carrot industry and plays a crucial role in supplying the nation with fresh, nutritious produce.

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.

If you grew up hearing that “farmers feed the world,” here’s the 2025 update: farmers can only feed the world if their water is clean enough to keep the whole system running.

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.

Whether you're growing row crops, tree orchards, vineyards, or specialty plantations, ensuring that irrigation water is free of debris, sand, organic matter, and particulates not only protects your system components but also supports healthier plant growth, better yields, and lower long‐term maintenance costs.

In agriculture, every drop of water counts. Whether you’re running micro-drip lines across acres of crops, managing irrigation for a dairy operation, or maintaining greenhouse systems, water quality directly impacts your productivity and efficiency.

Optimize your nutrient delivery with the Everfilt® F-Series Fertilizer Injection Tanks, the industry’s trusted solution for precision fertigation.

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.

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

When it comes to water treatment projects, equipment selection is rarely straightforward. A recent project provided a great example of how engineering questions + practical considerations shape the final system choice.

The way we think about farming is changing fast. Water isn’t just water anymore; it’s a lifeline that needs to be clean, balanced, and optimized for crops to thrive.

When you run a dairy operation, water isn’t just water; it’s the lifeblood of your cows, your milk output, and your bottom line.