The startup develops smart water purification systems that utilize atmospheric water generation technology to extract moisture from the air, producing clean water with minimal maintenance and low energy consumption. This solution provides a reliable source of potable water in areas lacking adequate infrastructure, offering a cost-effective alternative for consumers.
Funding
$350K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Many regions face challenges in accessing clean and reliable water sources due to overused natural resources, poorly maintained distribution networks, and infrastructure limitations. Existing atmospheric water generation technologies often require intensive maintenance, including disinfection processes and particle filtration.
Solution
BeAir develops atmospheric water generation (AWG) systems that extract water vapor from the air using a unique, non-porous membrane technology. This membrane selectively extracts water vapor, enabling the production of pure, uncontaminated water with minimal energy consumption. The technology eliminates the need for traditional disinfection and particle filtration processes, reducing maintenance requirements and operational costs. BeAir's systems provide a climate-independent solution for generating potable water in areas lacking reliable water infrastructure or resources.
Target Audience
The primary target audience includes communities, businesses, and organizations in regions with limited access to clean water, as well as those seeking sustainable and cost-effective water solutions.
Features
- Proprietary non-porous membrane for selective water vapor extraction
- Continuous water vapor screening to prevent contamination
- Minimal maintenance requirements due to reduced need for disinfection and filtration
- Low energy consumption design for sustainable operation
- Climate-independent operation, enabling water generation in diverse environments