Extracting clean water from air with unmatched efficiency
Water scarcity affects billions worldwide. Our innovative technology offers a sustainable solution to this growing crisis.
Current Solutions Fall Short
- •Desalination: High energy consumption and harmful brine discharge
- •Groundwater: Overuse leading to depletion and contamination
- •Conventional AWGs: Inefficient and costly operation
The EAWE Innovation
EAWE technology uses dielectrophoretic forces to extract water from air with unprecedented efficiency:
Our revolutionary technology harnesses dielectrophoretic forces to extract water from air with unprecedented efficiency.
Key Components
- •Advanced ElectrodesCarbon nanotube and graphene electrodes create powerful electric fields
- •Superhydrophilic SurfacesTiO₂ coated surfaces enhance water collection
- •High-Voltage System2-12 kV system optimized for maximum efficiency
- •Solar PowerRenewable energy integration for sustainable operation
The 6-Stage Process
Air Filtration
Ambient air is drawn in and filtered to remove particulates and contaminants.
Water Concentration
Dielectrophoretic forces concentrate water molecules from the air.
Condensation
Water vapor condenses on superhydrophilic surfaces.
Collection
Condensed water is collected in a reservoir.
Purification
Water undergoes filtration and UV treatment to ensure purity.
Distribution
Clean water is ready for use or storage.
Our technology offers unparalleled advantages over conventional water extraction methods.
Cost-Effective
Water production costs of $0.004-0.015/L, making it highly competitive in water-scarce regions.
Scalable
Costs drop to $12-15/L/day at commercial scale, with 18-22% cost reduction per production doubling.
Eco-Friendly
Solar-powered operation with no groundwater depletion or brine discharge issues.
Versatile Applications
Ideal for urban, agricultural, emergency response, and remote locations worldwide.
Applications
Residential
Provide clean water for households in water-stressed regions.
Commercial
Supply businesses and industries with reliable water sources.
Agricultural
Support irrigation needs with sustainable water extraction.
Emergency Response
Deploy rapidly in disaster zones to provide critical water supplies.
EAWE technology offers a cost-effective solution for water extraction that becomes increasingly economical at scale.
Efficiency
71%
more efficient
Energy Saved
25.0 kWh
per day
Cost Savings
$3.75
per day
Cost Structure
Capital Expenditure
The initial investment for EAWE technology follows the formula:
Cost = $3,500 × (capacity in liters)^0.75
Learning Curve
EAWE technology benefits from a steep learning curve, with:
18-22% cost reduction per production doubling
Competitive Advantage
At $0.004-0.015/L, EAWE is highly competitive with bottled water ($0.5-2/L) in water-scarce regions, while approaching the efficiency of large-scale desalination ($0.001-0.002/L) without the environmental drawbacks.