Atmospheric Water Generator FAQs
Find answers to the most common questions about our innovative water generation technology
Fundamentals & Technology
Atmospheric Water Generators (AWGs) capture moisture from the atmosphere and purify it, transforming humidity into clean, drinkable water. These innovative devices operate independently of traditional water infrastructure, making them ideal for areas with unreliable or contaminated water sources.
A household using dozens of plastic bottles each week generates hundreds of bottles in landfills annually. An AWG replaces this disposable plastic with a single, self-sustaining water source, drastically reducing plastic waste.
Our AWGs work through a condensation-based mechanism:
- Air Intake: Humid air is drawn into the system
- Cooling: Air is cooled to its dew point, causing water vapor to condense into liquid droplets
- Filtration: Water passes through multiple purification stages to remove impurities
- Collection: Clean water is stored and ready for use
Traditional water treatment involves large plants, extensive piping, and significant energy usage. With AWGs, water comes directly from the air, reducing strain on municipal water systems and their energy-intensive processes.
Yes. The Earth's atmosphere holds about 3.1 quadrillion gallons of water, which is more than sufficient to meet daily demands. AWGs tap into this virtually limitless reservoir without depleting local water supplies or sensitive ecosystems.
In drought-prone regions, drawing water directly from the air alleviates pressure on rivers, lakes, and underground aquifers, preserving these vital resources for agriculture and wildlife.
Water Quality & Safety
Our AWGs utilize a multi-stage filtration system:
- Anti-static/HEPA air filter: Removes dust particles
- LF2 active carbon filter: Removes organic compounds and reduces ammonia
- Pre-Carbon Filter: Removes colors, smells, residual chlorine
- RO membrane: Removes micro impurities, heavy metals, and bacteria
- Post carbon filter: Ensures improved water quality
- TCR carbon filter: Adds beneficial minerals and adjusts pH
This robust system removes particulate matter as small as 0.01 microns, ensuring exceptionally clean water.
By maintaining high purification standards, AWGs reduce reliance on chlorine and other chemicals used in conventional water treatment, lowering chemical discharge into the environment.
The AWG's water-generation process integrates ultraviolet (UV) light to inactivate bacteria, viruses, and other microorganisms. UV technology has been a globally accepted water disinfection method for decades, resulting in up to 99.9% purity.
Contaminated water sources can lead to widespread ecological harm. By ensuring safe, purified water at the point of use, AWGs minimize the risk of contaminated runoff entering local waterways.
Our purification system employs specialized filters to remove any odors or tastes that might originate in the air, resulting in clean, pure, and pleasant-tasting drinking water.
By ensuring taste and odor are not compromised, AWGs promote consistent use, making them a viable alternative to single-use bottled water—a key factor in reducing plastic consumption.
Practical Considerations
Production costs vary based on local electricity prices, humidity levels, and unit efficiency. On average, expect costs between $0.02–$0.15 per liter. This makes AWG water more expensive than municipal water but often cheaper than bottled water in the long run.
Producing one liter of bottled water requires oil for plastic, energy for bottling and transport, and significant packaging materials. AWGs bypass all of these resource-intensive steps.
Regular maintenance includes:
- Replacing air filters every 3–6 months
- Changing water filters every 6–12 months
- Sanitizing the water tank quarterly
- Annual professional inspections
- UV bulb replacement approximately once per year
The low-maintenance nature of AWGs means fewer service visits and replacement parts compared to traditional water systems, reducing the carbon footprint associated with system upkeep.
Energy usage varies by model and environmental conditions. Here's a comparison:
| System Type | Daily Output | Energy Usage |
|---|---|---|
| Residential Units | 5-30 liters | 200-600 watts |
| Commercial Systems | 50-200 liters | 1-3 kWh |
| Industrial Generators | 500-10,000 liters | 10-50 kWh |
| Solar-Powered | 15-50 liters | Self-sustaining |
Modern units increasingly incorporate solar panels and efficient designs to minimize carbon footprint.
While AWGs perform best in environments with moderate to high humidity (above 40%), our advanced models are engineered to function effectively even in drier conditions. Efficiency varies based on specific atmospheric conditions.
In coastal regions with high humidity, AWGs harness abundant atmospheric moisture that would otherwise go unused, creating a sustainable water source without drawing from limited freshwater supplies.
Technical Specifications
Residential Unit Specifications (PW-HR 30L Model)
Industrial Unit Specifications (PW-HR 5000L Model)
With proper maintenance, our AWGs are designed to last 7-10 years or more. The robust construction and high-quality components ensure long-term reliability and consistent performance.
The durability of AWGs reduces manufacturing demand and waste associated with frequent replacements, contributing to a more sustainable product lifecycle and reduced resource consumption.
Environmental Impact
AWGs eliminate the need for single-use plastic bottles by generating water on-site. This reduces both plastic waste and the fossil fuels associated with bottle manufacturing and transportation.
Plastic bottles often end up in landfills or oceans, harming marine life and ecosystems. Switching to AWGs drastically reduces this plastic footprint, helping protect biodiversity.
AWGs significantly reduce carbon emissions by:
- Eliminating transportation emissions from bottled water delivery
- Reducing energy used for water treatment in municipal systems
- Minimizing plastic production requirements
- Compatible with renewable energy sources like solar power
Decentralizing water production through AWGs reduces the load on municipal systems, potentially lowering overall energy consumption.
Unlike traditional water sources that deplete groundwater or surface water supplies, AWGs tap into the atmosphere's virtually limitless water supply. This preserves valuable freshwater resources for ecological needs and future generations.
In drought-prone areas, AWGs provide water without stressing local aquifers or rivers, helping maintain natural water cycles and ecosystems.
Still have questions?
Our water technology experts are ready to provide personalized advice and answer any additional questions you may have about atmospheric water generators.