WATER EXTRACTORS FROM ATMOSPHERIC AIR

As you know, in arid and semi-arid areas, the absolute humidity of the air is very low – up to 10 g/m³, which does not allow extracting water from the atmospheric air in sufficient quantities. The developed 'OASIS' system extracts water from the atmospheric air, taking into account the influence of environmental parameters, using the features of the climate, landscape, and soil of specific locations in arid and semi-arid regions.

The extractor's performance depends on the climatic conditions and the volume of air passing through the system. The projected results of the project will allow organizing water supply in water-deficient areas and improve the living standards of the population.

DEGRADATION OF AGRICULTURAL LAND

There are 2.0 billion hectares of fertile land in the world.

SURFACE WATER POLLUTION

The total mass of hydrosphere pollutants is about 15 billion tons per year

GROUNDWATER DEPUTY

Groundwater is depleted by more than 40%

DESERTIFICATION

There are about 1 billion hectares of agricultural land in the world

Since 2020, the MONTANS team has been working on the development of an atmospheric water extractor for operation in hot and dry climates, under the following climatic conditions:

• ambient temperature of 12-50°C,
• relative humidity of 10-90%,
• absolute humidity of 4-75g/m3

On the topic of atmospheric water extraction, the authors hold over 18 Russian patents and 1 foreign patent."

up to 1000 liters / day
up to 700 kg
up to 8.4 kWh
from 10 to 90%
from 3 to 75 grams / m3
from 12 to 50oc

Performance
Weight
Installed capacity
Relative Humidity
Absolute humidity
Temperature Range

The 'OASIS' atmospheric water extraction complex extracts water from the air considering the influence of environmental parameters, utilizing the peculiarities of the climate, landscape, and soil of specific areas in arid and semi-arid regions.

The productivity of the extractor depends on the climatic conditions and the volume of air passing through the system. The projected results of the project will allow organizing water supply in water-deficient areas and improving the living standards of the population.

Atmospheric water extractors (AWE 100) with a productivity of up to 100 liters per day, under the following environmental conditions:

• Ambient air temperature 10-60ºC
• Relative humidity 10-90%.

Mobile atmospheric water extractor (AWE 30) with a productivity of up to 30 liters per day, under the following environmental conditions:

• Ambient air temperature 10-60ºC
• Relative humidity 10-90%.