If you grow avocados, you already know one truth: good irrigation water is everything. It’s the difference between a healthy, productive grove and a stressed-out orchard that drops fruit the second a Santa Ana wind rolls through.

High-demand irrigation systems rely on dependable filtration to protect pumps, pipelines, emitters, and fertigation equipment. The SM-Series3 Epoxy Removable Underdrain Sand Media Filter is engineered specifically for long-term field performance, offering a rugged design, serviceable construction, and the corrosion resistance required for harsh agricultural environments.

As urban farming becomes more popular, homeowners and community growers are planting fruit trees and cultivating crops right in residential neighborhoods.

When precision matters and flow rates are low, filtration performance is often the first thing to suffer. The LF-Series Sand Media Filters are designed specifically for low-flow irrigation and water treatment projects that need dependable, high-quality filtration where plastic disc filters fall short.

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.

If you’ve ever driven through California’s Central Valley, you know orchards stretch as far as the eye can see. Almonds, walnuts, pistachios, and citrus all thriving in a place where water is as precious as gold.

When it comes to irrigation and water treatment, low-flow doesn’t mean low-stakes. Precision is everything, especially in high-value Ag environments like greenhouses, orchards, and specialty crop operations.

In agriculture, ensuring orchard growth requires savvy irrigation strategies tailored to the unique needs of each grove.

California's Central Valley, often overlooked for its agricultural bounty, transforms into a mesmerizing spectacle each spring.