One of 20 semi-finalists for the $119M XPRIZE Water Scarcity prize.
Desolenator produces ultrapure water at industrial scale using solar or waste heat thermal energy: no chemicals, no membranes, no toxic brine. Two active deployments in the UAE. Validated for 1000 m³/day.
One of 20 semi-finalists for the $119M XPRIZE Water Scarcity prize.
Desolenator produces ultrapure water at industrial scale using solar or waste heat thermal energy: no chemicals, no membranes, no toxic brine. Two active deployments in the UAE. Validated for 1000 m³/day.
Circular, resilient desalination. No inputs but seawater and sunlight or waste heat.
Desolenator uses solar thermal energy or low-grade industrial waste heat to evaporate saline or contaminated water and collect pure condensate. The output is high quality ultrapure water, free from contaminants. At a cost of: $1 USD per 1,000 litres.
Circular, resilient desalination. No inputs but seawater and sunlight or waste heat.
Desolenator uses solar thermal energy or low-grade industrial waste heat to evaporate saline or contaminated water and collect pure condensate. The output is high quality ultrapure water, free from contaminants. At a cost of: $1 USD per 1,000 litres.
This is not an application. It is a verdict.
The $119M XPRIZE Water Scarcity competition does not select teams based on proposals or prototypes. Semi-finalist status is awarded only to organisations that have already demonstrated working technology at meaningful scale. Desolenator is one of 20 teams worldwide to have cleared that bar.
“Desolenator has innovated a fundamentally different clean water supply architecture. The shift from centralized, energy-intensive desalination plants to distributed, energy-efficient solar or waste-heat-driven solutions to cost-competitively purify water is the structural change in approach that the potable-water-stressed and increasingly thirsty world needs now more so than ever. Reaching the top 20 globally reconfirms my conviction that this technology is ready to scale.”
“Desolenator has innovated a fundamentally different clean water supply architecture. The shift from centralized, energy-intensive desalination plants to distributed, energy-efficient solar or waste-heat-driven solutions to cost-competitively purify water is the structural change in approach that the potable-water-stressed and increasingly thirsty world needs now more so than ever. Reaching the top 20 globally reconfirms my conviction that this technology is ready to scale.”
Speak to our team
We are currently engaging with strategic investors and potential customers. If you are evaluating resilient infrastructure, water security, or industrial water supply opportunities, let's talk!
Get in touch →Download press kit
High-resolution imagery, a whitepaper explaining our innovation, logo's, and approved quotes are available for editorial use. For interview requests, contact our communications team directly.
Download press kit →Speak to our team
We are currently engaging with strategic investors and potential customers. If you are evaluating resilient infrastructure, water security, or industrial water supply opportunities, let's talk!
Get in touch →Download press kit
High-resolution imagery, a whitepaper explaining our innovation, logo's, and approved quotes are available for editorial use. For interview requests, contact our communications team directly.
Download press kit →
