Aqueris commercialises metal‑organic framework (MOF) technology that captures and releases water from atmospheric vapor with precise molecular control. Their low‑energy, scalable water‑capture products replace traditional, energy‑intensive dehumidification systems, offering affordable, clean water for industrial applications.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial water capture and dehumidification rely on processes that consume large amounts of energy, generate significant carbon emissions, and often lack scalability, making them costly and environmentally burdensome.
Solution
Aqueris offers commercial water‑capture products based on proprietary metal‑organic frameworks (MOFs) that adsorb atmospheric moisture and release it on demand with precise molecular control. The nano‑engineered MOFs are tunable for integration into existing industrial systems, enabling low‑energy, high‑capacity water harvesting and dehumidification. By maintaining total molecular integrity of the captured water, the technology provides a cleaner and more affordable alternative to traditional methods. Aqueris tailors its MOF solutions to specific client requirements, delivering up to 300 % higher capture capacity while reducing energy consumption by up to 50 % compared with conventional approaches.
Target Audience
Primary customers are industrial manufacturers, utilities, and large‑scale facilities that require efficient water harvesting or dehumidification solutions, such as power plants, food processing sites, and climate‑controlled warehouses.
Features
- Proprietary nano‑engineered MOF materials designed for high water adsorption capacity and controlled release
- Tunable sorption properties allowing customization for diverse industrial temperature and humidity conditions
- Low‑energy operation achieved through optimized adsorption/desorption cycles, reducing overall power demand
- Scalable manufacturing process delivering consistent product performance for large‑scale deployment
- Integration‑ready form factors compatible with existing water‑harvesting and dehumidification equipment