Air-to-Drinking-Water, at Dry-Climate Conditions: Now Seeking Pilots

Further Details

By Dr. Sharon Gotteiner, CPA
Sharon Gotteiner

Dr. Sharon Gotteiner is a Certified Public Accountant (CPA) specializing in the assessment of the financial feasibility of new business ventures, business models, and deal structures. Dr. Gotteiner has extensive experience working with technology startups and established corporations worldwide, catalyzing strategic initiatives aimed at improving financial performance and enterprise valuation. Academic background: PhD in Strategic Management (UIC, Barcelona, Spain). Co-author of highly cited academic publications, including Fighting organizational decline: a risk-based approach to organizational anti-aging, Turnaround types, stages, strategies, and tactics: Putting things in order, and The OPTIMAL MBO: A model for effective management-by-objectives implementation.

This innovative absorption system can produce drinking water in drier climates with greater efficiency and at a lower cost. The company is now seeking strategic partners to scale and implement this breakthrough solution.

1 in 4 people globally lacked secure access to clean drinking water in 2023 (Source: UN). Affected regions include developing nations in Central Africa, East Asia, South America, and the Middle East, as well as major cities in developed countries such as Mexico City, Los Angeles, Phoenix, Dallas, Bucharest, and New Delhi. While concerning, this crisis has also created a significant global demand for off-grid drinking water solutions.

Current, routine solutions include:

  • Routine supply of bottled water.
  • Air-condensatoin systems, where specific humidity levels exceed 10 gr/kg.

Where humidity levels go below 10 gr/kg, air condensation systems are challenged to produce water from air, and water supply relies on routine, expensive consumption of bottled water. Examples are Mexico, Argentina, Spain, Canada, and various states in the US.

A Breakthrough in Absorption Technology

A new absorption system overcomes the challenge of dry climate conditions, enabling mass water production in such areas with significantly higher efficiency and lower cost, compared to routine supply of bottled water. This is achieved through an innovative technology that separates moisture from bulk air. The system supports continuous water production, rather than batch-mode operation, and without biological, chemical, or physical airborne contaminants.

Partnership Opportunities

The company is actively seeking strategic partners for one or more of the following purposes:

  • Further development of large-scale systems to enhance efficiency and reduce costs.
  • Strategic pilot programs with urban, governmental, or international organizations.
  • Pilot collaborations with potential distribution partners.
  • Investment from companies capable of supporting large-scale deployment projects.

Contact Us

 

Disclaimer: The information presented above has been provided by the companies and inventors owning the technologies and products being presented, and is shared here for informational purposes only. Call4Pilots authors and/or the owner of this website do not independently verify the accuracy, completeness, or reliability of the information presented. Readers are advised to conduct their own due diligence and seek professional advice before making any business decisions or relying on the information provided. By using this information, you acknowledge and agree that Call4Pilots authors and/or the owner of this website shall not be held liable for any errors, omissions, or outcomes arising from the use of this information and that you waive any future claims related to it.