Wherever there is light & air.
A global challenge:
Availability of drinking water in industrialized and emerging countries.
Although our planet is largely made up of water, only a fraction of it is drinkable or usable for us in everyday life: Only 0.3% of the world’s available water reserves consist of directly usable freshwater.
Only 0.3% usable freshwater
In emerging countries, clean drinking water from the tap is not a matter of course: 2.3 billion people here have no access to basic sanitary facilities.
In industrialized countries, too, water supply is a pressing problem: in many places, tap water is not edible or acceptable in taste (e.g., due to chlorine).
Bottled water as an alternative?
In addition, trust in the public infrastructure is often low. This leads to an increased consumption of expensive bottled water.
Adsorbus has developed a system that enables a safe, cost-efficient and robust water supply anywhere in the world: The Waterpanel.
The only requirement:
Obtain perfectly balanced, pure drinking water,
by harnessing the potential of humidity and the power of the sun.
ADSORBUS Waterpanel solar collectors use the power of sunlight to produce pure drinking water from the air.
This works in dry deserts as well as in humid swamps, in hot climates as well as in cold regions.
Preserve drinking water
We simply tap the air: We extract water molecules from the ambient air and convert them into clean, safe, high-quality drinking water using solar energy.
Thanks to globally unique technology, this process works completely without chemical additives, without costly energy supply and without complex infrastructure.
Can be used anywhere in the world
High water quality, tasteless
Sustainable in production & operation
Robust, proven technology
No complex infrastructure required
Particularly cost efficient
Hello, drinking water
Adsorbus Waterpanels use the power of the sun to convert water molecules in the air into clean, safe, high-quality drinking water.
This works anywhere in the world, without costly energy supply, without chemical additives and without complex infrastructure.
A solar collector that converts atmospheric humidity into drinking water (Atmospheric Water Harvesting) is realized by an integrated adsorption process.
Adsorption refers to the binding of atmospheric moisture in a porous material.
First Step: Adsorption ( Water harvesting)
Second Step: Desorption ( Wasser collecting)
Thanks to flexible scalability, different performance ranges can be implemented with Adsorbus Waterpanels: Small as well as very large systems can be implemented without restrictions.
Would you like to learn more?
We look forward to being contacted by you!