WATER WHERE
Welcome to Exaeris
We work to develop water focused technologies that are designed to address the world's growing water and energy challenges. Materials science, specifically in the area of nanotechnology, is utilized by Exaeris in its patented and disruptive technologies, to transform legacy processes involving vapor-compression and other condensation devices into the tools needed to help people, businesses and governments adapt to climate volatility.
Exaeris Water Innovations Owns The Process of Applying Materials Science to a Condensing Surface.
This process applies to vapor compression-based systems and other methods, such as HVAC, refrigeration, and more.
- Global patents cover the application of any superhydrophobic nanocoatings
- Global patents cover the application of any superhydrophilic nanocoatings
- Global patents cover the application of any combination of superhydrophobic and superhydrophilic nanocoatings
Discover Our Technology
Recent advances in nanosurfacing technologies are at the forefront of multiple applications that will help solve some of today's most pressing issues.
Superhydrophobic Technology
Superhydrophobic technology creates extremely water-repellent surfaces by trapping air pockets between the surface and water droplets at the nanoscale level. It improves water resistance and shedding, reduces ice buildup and frost formation, and has anti-fouling and anti-corrosion properties.
Superhydrophilic Technology
Superhydrophilic technology modifies surface chemistry to make materials extremely water-attracting, resulting in improved water absorption, faster drying, and anti-fogging properties.
Combined Nanocoating
Superhydrophobic and superhydrophillic nanosurfacing technologies can be utilized singularly or in combination to achieve significantly improved water shedding, which leads to greater amounts of collected water for functional use as well as increased coil efficiencies.
Let's Talk!
The increased coil efficiencies resulting from our technology translate directly to significant operational efficiencies that dramatically improve water shedding capabilities and also reduce energy consumption in various cooling devices, such as HVAC and dehumidification systems. Contact us to explore partnership, collaboration, or licensing opportunities.