#USA #Decatur #Claros Technologies #Daikin America #PFAS Destruction

Claros Technologies and Daikin America Achieve Landmark Success in PFAS Treatment

In a groundbreaking achievement in environmental sustainability, Claros Technologies, Inc. has completed a major commercial optimization run of its proprietary ClarosTechUV™ system in partnership with Daikin America, Inc. This advancement highlights a significant milestone in the battle against per- and polyfluoroalkyl substances (PFAS), demonstrating over 99.99% destruction of these persistent environmental pollutants in a real-world industrial setting.

The Partnership and Its Importance

The collaboration between Claros Technologies and Daikin America began as a pioneering effort aimed at tackling the pollution caused by PFAS—often referred to as 'forever chemicals' due to their prolonged presence in the environment. During this recent operation at Daikin's Decatur, Alabama facility, more than 170,000 gallons (approximately 640,000 liters) of industrial process water containing various PFAS compounds were treated using the ClarosTechUV™ system. The accomplishment not only proves the technology’s effectiveness but also reflects Daikin’s enduring commitment to sustainable manufacturing practices.

David Hendrixson, Executive Vice President of Daikin America, noted, "Over the past year, we've proven that complete PFAS destruction at industrial scale is not theoretical—it's happening now." This statement underscores the tangible impacts of innovative collaboration in addressing environmental issues.

The ClarosTechUV™ System Explained

The ClarosTechUV™ technology operates based on the principles of UV-photochemical reactions. It is designed to effectively degrade various PFAS species, including long, short, and ultra-short chain compounds. The system not only achieved an impressive destruction rate of PFAS but also maintained high flow rates—capable of processing hundreds of gallons per minute—while exhibiting stable performance and exceptional energy efficiency.

This accomplishment marks Claros Technologies as the only provider of a field-tested, scalable PFAS destruction platform, fully prepared for commercial deployment within the realm of industrial operations.

A Trailblazer in Environmental Solutions

With substantial verification of its technology, Claros Technologies stands out as a pioneer in the field of industrial PFAS treatment. Their successful run has demonstrated a verified destruction performance across diverse industrial applications, processing over half a million gallons of PFAS-containing water to date.

Michelle Bellanca, CEO and Co-Founder of Claros, expressed the significance of this achievement: "This commercialization marks a turning point—not just for DAI and Claros, but for the entire PFAS landscape." She emphasized that this collaboration is on the verge of introducing the most advanced commercial-scale PFAS destruction technology, proving that the industry can lead in sustainable and effective environmental practices.

Next Steps for PFAS Destruction Implementation

As the partnership progresses, both Claros Technologies and Daikin will focus on engineering specifications for the world’s first full-scale commercial PFAS destruction installation. This will facilitate a comprehensive approach for manufacturers and partners within the industry to effectively mitigate PFAS emissions and advance towards genuinely sustainable production methodologies.

Conclusion

The achievements of Claros Technologies and Daikin America illustrate not only technological prowess but also a commitment to safeguarding the environment against harmful chemicals. As awareness around PFAS continues to grow and regulatory pressures increase, innovations like the ClarosTechUV™ system stand as beacons of hope, leading the way toward cleaner industrial practices. Through their combined efforts, these companies are setting a powerful example of how collaboration can drive significant environmental progress, positioning themselves at the forefront of a critical industry shift.