07.31.26 -- Magnetic Invention Removes 'Invisible' Microplastics, Plus Some PFAS

Cyclopure was invited to replace ion exchange resin to remove PFAS from groundwater at a groundwater pump station, located in New Jersey. The decision to replace IXR was due to poor PFAS removal caused by manganese fouling.

Temporary water reuse systems help industrial plants avoid costly downtime by maintaining treatment capabilities during maintenance, failure, or testing — offering fast deployment, flexibility, and permanent-quality results.

For some water providers, carefree days of producing pure, fresh water from groundwater sources are long gone. Years of evolving chemical complexity, industrial operations, and short-sighted disposal methods have taken a toll on groundwater sources. Fortunately, new technologies are helping water providers make the best of a challenging situation across a wide range of contaminants.

Choosing the right submersible centrifugal pump requires looking beyond the purchase price. Features like clog resistance, energy efficiency, and ease of maintenance can drastically reduce long-term operational costs.

Return activated sludge pumps are critical to wastewater treatment, maintaining biological balance, ensuring efficiency, and supporting resilient infrastructure amid aging systems and emerging contaminants.

Read this article for an overview of key advantages, as well as examples of how communities have achieved cost savings by moving towards above-ground systems.

Wastewater process intensification has long centered on a single instinct: hold more biomass in the same tank. Whether the technology is integrated fixed-film activated sludge (IFAS), a moving bed biofilm reactor (MBBR), or something else, the working assumption is that more retained biomass means more treatment capacity.

It’s a scenario that is becoming more common at food and beverage facilities. The introduction of a new product to market, or a boom in sales of an existing product, prompts management to increase production capacity. While there is plenty of space for production equipment, the corresponding need for additional wastewater treatment capacity may not be readily accommodated.

As water scarcity and energy costs rise, new ultrafiltration membrane technologies deliver higher flux, longer lifespan, and reduced fouling — turning water treatment from a compliance task into an efficiency opportunity.

This white paper underscores that cities and the new economy share the same vulnerabilities: drought risk, infrastructure fragility, and rising expectations for sustainability. It also highlights how leading technology and manufacturing companies are ready to invest in water security because their operations depend on it.

Explore how operational and financial resilience can be improved by implementing a water infrastructure digital twin.

Discover how the use of new smart technologies helps the Clean Water Project team better protect neighborhoods and local waterways through real-time monitoring of sewer system overflows, further driving digital transformation in one of America’s most historic cities.