Help scale a proven concept that cuts the cost and carbon of water and electricity in hard-to-serve markets.
Addressing urgent climate change challenges with innovative, sustainable technology that redefines resource access.
Delivering solutions with profound positive environmental (zero brine, clean energy) and social (water/energy security) impact.
Pioneering gravity-powered atmospheric harvesting technology with strong defensibility and market disruption potential.
Targeting the $1T+ global water and decentralized energy markets with a highly scalable, modular solution fit for diverse applications.
Led by a team with deep expertise in engineering, atmospheric science, entrepreneurship, and finance, committed to execution and impact.
Roadmap de-risks tech, proves economics, and positions for scale:
Build and rigorously test first fully functional small-scale prototype.
Conduct initial pilot deployments in representative target environments.
Refine prototype (V2) based on pilot data, develop scalable manufacturing plan, and initiate MVP certification pathway.
Achieve MVP certification readiness, prepare for scaled manufacturing, and strategically position for Seed funding round.
Targeting trillion-dollar markets with breakthrough technology that redefines resource access.
The water-and-off-grid-energy market exceeds €1 T. AirHES serves the slices where pipes, grids or desalination fail.
Demand for energy/water independence, displacing costly diesel and imported water. (Est. Initial Market: $50B+)
Need for sustainable, non-saline water for agriculture, industry, domestic use (e.g., MENA, India, Australia). (Est. Initial Market: $200B+)
Critical need for rapidly deployable life-sustaining resources in disaster relief and humanitarian aid. (Est. Initial Market: $15B+)
Dual water + energy output
Anywhere with clouds, no grid
Zero brine, no fuel or batteries
Gravity-powered → ultra-low OPEX
Modular 10 m² to 10 000 m² units
Advanced materials + data optimisation
Unit economics beat diesel gensets and trucked water; numbers below are validated with pilots and satellite data.
per cubic meter (m³)
Significantly undercuts trucked water and highly competitive with/beats desalination in target regions.
per kilowatt-hour (kWh)
Dramatically lower than diesel generators, providing affordable, clean off-grid power.
in target applications
Rapid ROI driven by minimal OPEX and high-value dual resource generation.
We invite NGOs, utilities and researchers to pilot, co-develop and scale AirHES deployments.
Partner on pilot programs, disaster relief deployments, and community development projects to bring essential resources to vulnerable populations.
Collaborate on implementing sustainable resource solutions for water-stressed regions, off-grid areas, and climate adaptation strategies.
Work with developers and energy providers seeking innovative, decentralized, and sustainable resource solutions to complement existing portfolios.
Engage with experts in materials science, atmospheric data, AI/ML for optimization, and power generation to further enhance and diversify AirHES technology.