California’s construction, infrastructure, and environmental projects face a unique and growing challenge: groundwater management. From large-scale infrastructure builds to urban developments and remediation projects, dewatering, the process of removing groundwater to enable construction or excavation, is a routine necessity.

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.

California’s water treatment industry is undergoing a period of sustained and accelerated growth. Long-term water scarcity, increasingly stringent water-quality regulations, aging infrastructure, and major public investment have converged to make water treatment a central priority across the state.

New Hampshire’s lakes are more than sparkling scenery. They’re where you swim on hot July weekends, paddle at sunrise, fish with your kids, host cookouts, snap photos, and reset your brains. They’re also ecosystems, and their health is starting to wobble.

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.

Water professionals and newcomers alike know that arsenic in water is a silent threat. Let’s unpack why arsenic matters, and how filtration media like DMI‑65®, Greensand (and its advanced variant Greensand Plus™) can play a key role in tackling it.

You probably assume the water coming out of your faucet is clean. It looks fine, tastes fine, so it must be fine… right? Not always. Underneath our feet, groundwater and stormwater are often carrying a chemical cocktail that sounds like a chemistry class gone wrong.

California loves its greenery. From manicured lawns to tropical backyard escapes, the state’s landscapes are iconic, but they’re also thirsty.

Clean water is something most of us take for granted, until it isn’t. Beneath our feet, groundwater provides drinking water, nourishes crops, and keeps industries running.

If your water system is battling high levels of iron, arsenic, or manganese, a basic filter isn’t going to cut it. That’s where the I-Series Filtration Systems by Everfilt® come in.

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.

Yucca Valley, CA — The Hi-Desert Water District’s (HDWD) Phase 2 sewer expansion, a $103 million project, is more than just new pipes.

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

From agricultural runoff to industrial spills, pollution below the surface is a growing concern.

Groundwater is a lifeline for drinking water, farming, and industry, but pollution from industrial waste, agricultural chemicals, and...

Groundwater contamination is a growing concern worldwide, affecting drinking water supplies, irrigation systems, and industrial processes.

Groundwater is a vital source of fresh water, supplying drinking water to nearly half the global population and supporting agriculture.

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

Groundwater serves as a critical water source globally, yet its purity is increasingly threatened by contamination.

Groundwater stands as a pivotal resource nationwide, sustaining diverse sectors ranging from agriculture to municipal water supplies.