VVater Awarded CES 2025 Best of Innovation Award for Groundbreaking Water Treatment Technology

 VVater, a next-generation water treatment company focused on delivering clean, sustainable water access solutions, announced today that its Farady Reactor has received the CES 2025 Best of Innovation Award. One of the most prestigious honors in consumer technology, this recognition celebrates the Farady Reactor's revolutionary, chemical-free purification process, positioning it as a powerful solution to critical water quality issues facing communities worldwide.

VVater Farady Reactor

The CES Innovation Awards, organized by the Consumer Technology Association (CTA)®, highlights top achievements in consumer technology across various categories. An expert panel rigorously evaluates each product's engineering, functionality, design, and impact. The Farady Reactor distinguished itself with its unique electricity-based purification method, eliminating the need for chemicals, filters, biologicals or membranes.

"Receiving the CES Best of Innovation Award is a tremendous honor for VVater," said Kevin Gast, CEO of VVater. "The Farady Reactor and our ALTEP technologies are a testament to our commitment to creating accessible, sustainable water solutions for communities around the world."

The U.S. Environmental Protection Agency (EPA) recently reported that $630 billion will be needed over the next 20 years to modernize water infrastructure. Harmful contaminants such as PFAS, known as "forever chemicals," and microplastics are emerging as significant threats to both environmental and human health. PFAS compounds, resistant to degradation, have been found in drinking water systems serving millions of Americans, while studies show that the average person ingests a credit card-sized amount of microplastics every week.

The Farady Reactor tackles these challenges by harnessing VVater's proprietary Advanced Low Tension Electroporation Process (A.L.T.E.P.). This method uses low-energy electric fields to eradicate PFAS, microplastics, and pathogens without leaving chemical residues. Its compact, modular design can scale to meet varying water treatment demands, from disaster relief to large-scale municipal systems, reducing costs and environmental impact.

The Farady Reactor's design addresses a critical gap in water technology. It operates with a 60% reduction in operating costs compared to traditional treatment systems, which typically rely on chemicals, filters, or membranes and produce harmful byproducts. Furthermore, its modular setup enables scalable, decentralized installations that can be powered by renewable energy, making it a versatile option for diverse environments and infrastructure needs.

"Our team's dedication to advancing sustainable technology has brought us here," Gast added. "The Farady Reactor provides an immediate, impactful solution to the world's water challenges, underscoring the role of innovation in creating a healthier future and a testament to the company's mission of providing Clean Water for Humankind."

Receiving the CES Best of Innovation Award is a significant milestone for VVater, offering industry-wide recognition and the opportunity to showcase the Farady Reactor in the Innovation Awards Showcase at CES 2025.

For more information on the Farady Reactor and VVater's mission to ensure Clean Water for Humankind, visit www.VVater.com.

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Taxonomy

• Treatment
• Treatment Methods
• Wastewater Treatment
• PFAS