The Conundrum
Nature Has Always Been Part of the Solution
- Nature “desalinates” approximately one trillion gallons of water from the world’s oceans every day. Through evaporation, moisture is cooled to its dew point, forming clouds, which then condense into liquid water as rain.
- Earth's atmosphere contains 3,407,819,470,800,000 (3.4 Quadrillion) gallons (12.87 Quadrillion liters) of fresh water as vapor (US Geological Survey). The current worldwide (2023) fresh water demand is 0.01% of the vast undeveloped reservoir.
- The future of water lies not beneath our feet, but above our heads.
- For billions of years, nature has quietly performed the most effective water cycle on Earth—evaporating, purifying, and redistributing water across the planet. It desalinates ocean water, forms clouds, and delivers fresh rain without machinery, chemicals, or waste. This natural process is proof that sustainable solutions already exist—we just need to follow nature’s lead.
- At Ashera, we have built a technology that honors and replicates this process, turning the atmosphere’s humidity into clean, drinkable water.
Harnessing Nature’s Wisdom - Tapping the Future
Taking a Page from Nature's Playbook
- Suspended in the atmosphere is a vast, untapped reservoir—moisture that has already evaporated from the oceans and now drifts invisibly across the sky.
- By capturing this atmospheric water, we can access a renewable source of fresh water without further straining rivers, lakes, or underground aquifers. It’s a nature-inspired solution to a growing global challenge—harnessing the sky to meet the needs of a thirsty world.
- Ashera’s technology mimics nature by passing warm, humid air over cooled, condensing surfaces. As the air reaches its dew point, fresh water begins to form through condensation. This water is then collected, filtered, purified, and processed for safe distribution and consumption.
The Science – Just like a glass of ice water
Our Solution
- When warm, humid air is cooled to its dew point, the moisture it carries condenses into liquid water—a natural phenomenon that drives Earth’s rain cycle.
- Ashera’s technology replicates this process, transforming atmospheric humidity into a consistent and renewable source of clean drinking water.
- Our advanced water generation units are capable of producing between 2,000 and 7,000 U.S. gallons of fresh water per day, depending on environmental conditions. This makes them ideal for a wide range of applications, from supplying rural communities and emergency relief operations to supporting agricultural and industrial operations in water-stressed regions.
- What sets our system apart is its scalability. With modular design and parallel installation, multiple units can be deployed together to meet even the largest water demands. Whether for a single facility or an entire municipality, Ashera’s systems offer a flexible, expandable solution for sustainable water production.
Note: Production rates are based on optimal conditions, including temperature, humidity, and airflow, which may vary by location. Site-specific performance assessments are available upon request.
Growth in Water Demand is Driven by
Education
Industrialization
Manufacturing
- Higher education boosts awareness of hygiene and living standards, leading to greater water use in homes, schools, and communities.
- Enables innovation through stable resource availability.
Manufacturing
Industrialization
Manufacturing
- Growth in manufacturing increases water demand for processing, cooling, and cleaning across industrial operations.
- A reliable water supply ensures consistent manufacturing output.
Agriculture
Industrialization
Industrialization
- Expanding agriculture drives water demand for irrigation, livestock, and crop production.
- Irrigation availability ensures year-round food production, higher crop yields, and export potential.
- Reduces vulnerability to drought, stabilizing rural economies and food prices.
Industrialization
Industrialization
Industrialization
- Raising water demand for production processes, energy generation, and infrastructure development.
- Abundant water attracts industrial investment and expansion.
- Adequate water reduces operational and production costs.
- Supports high-tech and advanced manufacturing sectors.
- Enhances export capacity and global competitiveness.
Urban & Infrastructure Development
Climate Resilience and Economic Stability
Urban & Infrastructure Development
- Cities with strong water systems support larger populations and enable urbanization.
- Reliable water infrastructure attracts tourism, business development, and real estate investment.
- Hydropower and thermal plants rely heavily on water for cooling or generation.
- Water-rich countries can produce reliable, low-cost energy, powering homes, businesses, and industries.
Economic Benefits
Climate Resilience and Economic Stability
Urban & Infrastructure Development
- Drives economic growth and increases GDP.
- Creates jobs and reduces unemployment.
- Boosts productivity through mechanization and technology.
- Encourages infrastructure development (roads, power, water).
- Stimulates innovation and technological advancement.
- Expands export opportunities and trade.
- Improves standards of living and urbaniz
- Drives economic growth and increases GDP.
- Creates jobs and reduces unemployment.
- Boosts productivity through mechanization and technology.
- Encourages infrastructure development (roads, power, water).
- Stimulates innovation and technological advancement.
- Expands export opportunities and trade.
- Improves standards of living and urbanization.
- Generates government revenue through taxes and investments.
Political Benefits
Climate Resilience and Economic Stability
Climate Resilience and Economic Stability
- Enhances national security by reducing water-related conflicts.
- Strengthens diplomatic relations through transboundary water cooperation.
- Promotes political stability by meeting citizens’ basic needs.
- Supports effective governance and public trust in institutions.
- Enables sustainable development policies and environmental stewardship
- Enhances national security by reducing water-related conflicts.
- Strengthens diplomatic relations through transboundary water cooperation.
- Promotes political stability by meeting citizens’ basic needs.
- Supports effective governance and public trust in institutions.
- Enables sustainable development policies and environmental stewardship.
- Reduces migration pressures caused by water scarcity.
- Provides leverage in international negotiations over shared resources.
- Boosts social cohesion by ensuring equitable water distribution.
Climate Resilience and Economic Stability
Climate Resilience and Economic Stability
Climate Resilience and Economic Stability
- Access to consistent water resources helps economies withstand climate shocks, such as droughts and heatwaves.
- This reduces economic volatility and protects GDP growth over the long term.