Our Systems
AW International’s systems are designed with core principles in mind
Adaptable & scalable
Cost-effective
Environmentally responsible
Technologically smart
Our Systems
Designed to be the solution.
AW 2500
AW 800
AW 800 is a commercial and industrial system
that can produce up to 800 gallons of clean drinking water per day, from the air.
Ideal applications include:
- Resorts and Hotels
- Apartment Buildings
- Hospitals
- Disaster Response
- Community drinking water
- Hydroponics
AWI 250 G
The AWI 250 G is a great alternative to the solution of the best drinking water for semi industrial needs. It can produce up to 1,000 Liters per day.
AW 5K
AW 5K is a industrial system that can produce 5,000 gallons per day of clean drinking water from the air.
Ideal applications include:
- Resorts and Hotels
- Apartment Buildings
- Hospitals
- Disaster Response
- Community drinking water
- Hydroponics
Our Solar-powered Systems
AW Solar System
ADPV40K
Number of motion axis: 2 axis
Azimuth angle: 0~220 degree
Elevation angle: 20 ~ 80 degree
PV panel: Total 40 KW (70 sets of module)
Battery: Total 13,200 A (66 sets of batteries)
AW 9000
AW 12000
AW 18000S
AW 24000S
Advantages
Our systems’ benefits defined.
Accessible
Our units produce fresh clean drinking water anywhere; at home, the office, or remote locations
Reliable filtration
Water produced by our systems are free of impurities, such as air pollution and metal oxide contamination
Secure
You know you can trust your own AW water. No chemicals or pollutants
Effecient
Inexpensive to operate; simple to maintain, built to endure daily use
Environmentally-clean
Dehumidifies the home, office or factory building preventing dry-rot, mould & mildew
Bio-hazard free
AW International systems do not have all the contaminants and pharmaceuticals found in the ground water and eventually, your tap water.
F.A.Q.
Frequently Asked Questions
What is Atmospheric Water Generation?
Atmospheric water generation is a technology-based process used to condense water from the air, then capture and filter that moisture into drinkable water.
Under what environmental conditions is an atmospheric water generator able to produce water?
AW International’s technology will produce clean water effectively and economically from the air with humidity as low as 50%. This technology demonstrates cost savings and other notable advantages compared to desalination. Optimal water generation depends on average temperature and relative humidity. Higher humidity and temperature conditions improve the cost effectiveness of producing clean water.
How does it work?
AW International’s systems collect water from humidity in the atmosphere. This air is chilled to the “dew point” and the moisture is condensed onto stainless steel or specially coated coils, then channeled through advanced filtering chambers to provide a reliable source of clean drinking water. This technology enables significant amounts of water to be extracted from the air and purified efficiently at a relatively low cost per liter or gallon.
How pure is the water produced?
The water produced by AW International’s systems is free of impurities, such as air pollution and metal oxide contamination. The advanced filtering process works all day and night, non-stop, maintaining an optimal level of purification.
Water filtered with AW International’s technology has low TDS (Total Dissolved Solids, which is the amount of all inorganic and organic substances in the water).
Efficiency
Refined engineering and technology. A cost-effective process.
| Humidity in %RH | 60 | 90 |
| Temperature in degrees F/C | 68F/20c | 86F/30c |
| Gallons/liters generated per day | 280/1060 | 616/2333 |
| Electric Rate US$ per KWh | 0.10 | 0.10 |
| KWh used per day | 600 | 600 |
| Cost of electricity per gallon/liter in US$ | 0.21/0.06 | 0.10/0.03 |
This is an example of the low cost we can achieve using the AW400.
| Humidity in %RH | 60 | 90 |
| Temperature in degrees F/C | 68F/20c | 86F/30c |
| Gallons/liters generated per day | 280/1060 | 616/2333 |
| Electric Rate US$ per KWh | 0.10 | 0.10 |
| KWh used per day | 600 | 600 |
| Cost of electricity per gallon/liter in US$ | 0.21/0.06 | 0.10/0.03 |
This is an example of the low cost we can achieve using the AW400.
| Humidity in %RH | 60 | 90 |
| Temperature in degrees F/C | 68F/20c | 86F/30c |
| Gallons/liters generated per day | 280/1060 | 616/2333 |
| Electric Rate US$ per KWh | 0.10 | 0.10 |
| KWh used per day | 600 | 600 |
| Cost of electricity per gallon/liter in US$ | 0.21/0.06 | 0.10/0.03 |
This is an example of the low cost we can achieve using the AW400.
Still have a few questions?
We would love to have a conversation and arrange to send you more information.