How Xatoms is using AI to solve the global water crisis

Climate Week and Global Citizen Week in New York brought together policymakers, investors, and innovators to tackle pressing global issues. Among the attendees was Diana Virgovicova, founder and CEO of Xatoms, a Toronto-based company that utilizes artificial intelligence and quantum chemistry to create sunlight-activated materials for breaking down water pollutants. Xatoms recently won the Cisco Youth Leadership Award, which comes with a $250,000 grant.

Virgovicova's journey to Xatoms began during her childhood in a small village in Slovakia, where she witnessed the detrimental effects of pesticides on her community's health. After being diagnosed with ovarian cancer at 14 due to contaminated water, she was inspired to find a solution to the global water crisis, particularly affecting women and girls who spend significant time collecting clean water.

Xatoms focuses on complex industrial pollutants such as pesticides, pharmaceuticals, forever chemicals, and heavy metals, which traditional water treatment methods often overlook. The company's technology, developed through the use of quantum chemistry, involves designing photocatalytic powder that, when added to water, splits it into OH radicals that destroy contaminants. This process requires no UV light, as it works with visible light such as sunlight or LEDs, making it more cost-effective and accessible.

One of the key advantages of Xatoms' technology is its ability to treat large volumes of water quickly and efficiently. Traditional photocatalysts required expensive UV reactors and took a decade to develop, but Xatoms' AI-accelerated approach reduces the time to 30 days. The company has already implemented its technology in various countries, including Canada, Kenya, South Africa, Japan, and Azerbaijan, with a focus on Indigenous communities and regions under boil-water advisories.

Xatoms' innovative solution not only addresses the global water crisis but also offers potential benefits for data centers by improving water quality for cooling purposes, thus reducing the industry's environmental impact.