Water from air
There are many ways of extracting water vapor from air. We have studied them very carefully, but have not found a fully satisfactory solution. After 30 years of research, we have come up with an innovative technology patented in 88 countries around the world.
Benefits of our revolutionary technology
No treatment needed
Benefits of our revolutionary technology
Unlimited water source
All-season water production
Water cost close to tap water
No treatment needed
Most effective solution
How we did it
Three step strategy
The main goal of Sanakvo is to facilitate access to drinking water for people in need worldwide. To succeed, several problems must have been solved. What have we done?
The right selection of water source
Even in arid regions, a single cubic kilometer of air holds enough water vapor to meet the daily needs of 2 million people. This mass is also completely renewed by wind every 9 days making it an eternal source of water wherever you are. Selection of the right water source was made.
The development of the most efficient technology
Our innovative technology extracts water from the air in the most effective, simple, and cheap way using concentrated glycerol. The process involves independent adsorption and regeneration of water. Our use of glycerol as the water-absorbent also guarantees absolute safety, even in the case of intentional damage. A slightly sweet taste, easily recognized, is the only sign in the event of a glycerol leak, making it safer than any other technology.
Daily average water production of a solar device in Dubai
Making it available worldwide
We have come up with a product capable of providing drinking water based on our technology described above. Even better, it is easily scalable – water productivity increases linearly with the surface of glycerol covered hydrator and the energy available for water regeneration.
Untill now, we have worked with a minimum of support. However, in todays circumstances the spread of our technology requires a substantial financial support.
Therefore we are looking for good-willing sponsors, organizations, governments and non-governmental organisations to support the spread of the technology worldwide.
Solution for every use case
Three types of water from air units
How much does our solution cost? How much water can it produce? It depends on the type used.
Home unit
Introducing our innovative home and office water system that uses electricity to regenerate glycerol-captured water. They come in various sizes producing from 10 to 30 liters/day, making it a convenient source of pure water that can replace the need for bottled water and its plastic waste. The costs are lower than buying bottled water (depending on local electricity prices).
Home unit
Introducing our innovative home and office water system that uses electricity to regenerate glycerol-captured water. They come in various sizes producing from 10 to 30 liters/day, making it a convenient source of pure water that can replace the need for bottled water and its plastic waste. The costs are lower than buying bottled water (depending on local electricity prices).
Mini solar unit
This solution is ideal for areas with limited water and electricity access. Installed on roofs or near homes, these systems are powered by solar panels and a car battery. They can produce 10-50 liters of water per day. Although the installation and service costs may be higher, this reliable and effective solution can benefit impoverished regions such as those in Africa and India.
Mini solar unit
This solution is ideal for areas with limited water and electricity access. Installed on roofs or near homes, these systems are powered by solar panels and a car battery. They can produce 10-50 liters of water per day. Although the installation and service costs may be higher, this reliable and effective solution can benefit impoverished regions such as those in Africa and India.
Large solar water fields
Combining individual solar water modules can create solar water fields for communities and agriculture systems like hydroponics and aeroponics generating 50,000 liters of water per day on a 100x100m (10,000m²) area. These ’akvoltic’ systems can significantly increase the harvest productivity with 10% water consumption compared to traditional irrigation. This results in 10 to 50 times higher crop yields while consuming much less water. This approach allows for year-round cultivation in warm regions rather than being limited to one season per year.
Large solar water fields
Combining individual solar water modules can create solar water fields for communities and agriculture systems like hydroponics and aeroponics generating 50,000 liters of water per day on a 100x100m (10,000m²) area. These ’akvoltic’ systems can significantly increase the harvest productivity with 10% water consumption compared to traditional irrigation. This results in 10 to 50 times higher crop yields while consuming much less water. This approach allows for year-round cultivation in warm regions rather than being limited to one season per year.