Products

WHAT WE DO?

We manufacture air-water generators (AWG) to provide the highest quality water to people in need, and we sell and deliver to businesses, governments and humanitarian organizations to run their operations all over the world.

High quality water for drinking, industrial and agricultural use

Atmospheric-Air Water Generators

Atmospheric Water

Extracting water from the air is a concept as old as time.
Atmospheric water production (AWG) uses technology to produce drinking water from the surrounding air. This provides the potential to expand water availability during shortages, contamination events and other issues that can disrupt drinking water services. Natural disasters such as hurricanes and public water infrastructure failures such as pipe corrosion causing contamination issues have increased interest in AWG technology as both emergency and long-term supply solutions.

Creating Impact

Access to water and sanitation, a fundamental basis of public health, has been recognized as a human right by the United Nations General Assembly, reinforcing the essential role of clean water and adequate sanitation in protecting many aspects of public welfare.

The water produced by our generators is potable and ready for industrial use.

Water sanitation and health by WHO

Drinking water quality guidelines

WHO produces international norms on water quality and human health in the form of guidelines that are used as the basis for regulation and standard setting worldwide. The Guidelines for drinking water quality (GDWQ) promote the protection of public health by advocating for the development of locally relevant standards and regulations.

Drinking Water Quality Guidelines

AWG Generator 100 L

Average daily production 100 L
24 hour energy consumption 1.32 kWh
Calculated at ~25°C, 70-80% humidity
Daily water production under perfect conditions 100- 120 L
(~30°C and 85-100% air humidity)
Better conditions mean lower energy consumption

~15 minutes from generator start to water production
~1-2 hours from starting the generator to getting water from the tap

L = 1250mm W = 542mm H = 1263mm

Weight = 140 kg

AWG Generator 1000 L

Average daily production 1000 L
24 hour energy consumption 6.9 kWh
Calculated at ~25°C, 70-80% humidity
Daily water production in perfect conditions 1100 – 1500 L
(~30°C and 85-100% air humidity)
Better conditions mean lower energy consumption

~15 minutes from generator start to water production
~2-3 hours from starting the generator to getting water from the tap

L = 2170mm W = 1550mm H = 2090mm

Weight = 1070 kg

AWG Generator 2000 L

Average daily production 2000 L
24 hour energy consumption 13.9 kWh
Calculated at ~25°C, 70-80% humidity
Daily water production in perfect conditions 2200 – 2600 L
(~30°C and 85-100% air humidity)
Better conditions mean lower energy consumption

~20 minutes from generator start to water production
From starting the generator to getting water from the tap ~3 hours

L = 2170mm W = 3050mm H = 2090mm

Weight = 2030 kg

AWG Generator 5000 L

Average daily production 5000 L
24 hour energy consumption 33.8 kWh
Calculated at ~25°C, 70-80% humidity
Daily water production 5500 – 6000 L under perfect conditions
(~30°C and 85-100% air humidity)
Better conditions mean lower energy consumption

~45 minutes from generator start to water production
~3-4 hours from starting the generator to getting water from the tap

L = 2250mm W = 5650mm H = 2150mm

Weight = 3900 kg

AWG Generator 10 000 L

Average daily production 10 000 L
24 hour energy consumption 65.6 kWh
Calculated at ~25°C, 70-80% humidity
Daily water production in perfect conditions 11000 – 12000 L
(~30°C and 85-100% air humidity)
Better conditions mean lower energy consumption

~60 minutes from generator start to water production
~4 hours from starting the generator to getting water from the tap

L = 5450mm W = 11350mm H = 2190mm

Weight = 8200 kg

AWG Generator 20000 L

Average daily production 20000 L
24-hour energy consumption 130 kWh
Calculated at ~25°C, 70-80% humidity
Daily water production in perfect conditions 21000-22000 L
(~30°C and 85-100% air humidity)
Better conditions mean lower energy consumption

~75 minutes from generator start to water production
~4-5 hours from starting the generator to getting water from the tap

L = 2250mm W = 5650mm H = 2150mm

Weight = 15400 kg