Critical Need

As billions of gallons are generated daily, industrial wastewater is facing disposal management issues: dwindling deepwell injection capacities, increased regulations, and thus increased costs. Simultaneously, rapidly expanding AI data center infrastructure faces severe fresh cooling water shortages, with data center water demand projected to spike 300% by 2028. Traditional thermal treatment options for harsh, hazardous industrial wastewaters are prohibitively expensive and fossil-fuel-intensive, leaving a massive bottleneck at the intersection of waste management and computing infrastructure.

Technology Vision

KIRA replaces fossil-fueled evaporators with a fully electrified, modular platform powered by Heat Pump Humidification-Dehumidification (HP-HDH). By simultaneously harnessing a heat pump's hot and cold streams, KIRA electrifies the natural water cycle to achieve minimal or zero-liquid discharge and can optionally leverage low-grade waste heat. Featuring a software-defined separation layer and chemically resilient materials, KIRA’s systems dynamically adapt to highly corrosive, hypersaline industrial feedwaters. KIRA delivers heavy-industrial thermal efficiency in an electrified, chemical-free, modular footprint, converting hazardous waste streams into the high-quality water required for advanced data center cooling.

Potential for Impact

Currently, a small fraction of industrial wastewater is repurposed for high-tech infrastructure, with the vast majority dumped into deepwells or processed via fossil-fueled evaporators. Transitioning this management to KIRA's electrified HP-HDH system can offset over 13 million metric tons of CO2 equivalent emissions annually, while unlocking over 400 million gallons of localized water capacity per year in the United States alone. This modular approach brings scalable, high-purity water directly to water-stressed regions, balancing AI data center growth with municipal resource conservation while optimizing downstream critical mineral recovery.