Autonomous system
The «smart» material condenses water vapour into drinking water, without
the need for an external battery
or power source. Its productivity grows significantly in humid, hot regions like Qatar allowing just 1 kg of the material to collect up to 40 litres a day.
Its efficiency has been put through rigorous testing and its ability
to condense water molecules
and autonomously gather them
has been scientifically confirmed
the need for an external battery
or power source. Its productivity grows significantly in humid, hot regions like Qatar allowing just 1 kg of the material to collect up to 40 litres a day.
Its efficiency has been put through rigorous testing and its ability
to condense water molecules
and autonomously gather them
has been scientifically confirmed
The «smart» material condenses water vapour into drinking water, without the need for an external battery or power source.
Its productivity grows significantly in humid, hot regions like Qatar allowing just 1 kg of the material to collect up to 40 litres a day.
Its efficiency has been put through rigorous testing and its ability to condense water molecules and autonomously gather them has been scientifically confirmed
Its productivity grows significantly in humid, hot regions like Qatar allowing just 1 kg of the material to collect up to 40 litres a day.
Its efficiency has been put through rigorous testing and its ability to condense water molecules and autonomously gather them has been scientifically confirmed
Water treatment
of Activated carbon
of Activated carbon
Activated Carbon is an essential part of many filtration processes. Its porous and absorptive qualities make
it exceptionally effective at accumulating minerals and solutes that are dissolved in water. In particular Activated Carbon is useful in filtrating many harmful substances, such as chlorine and lead. Most of global production
of activated carbon is produced from wood, husk and coal. Different sources of Activated Carbon result
in vastly different physical properties and hence different molecular structures. The molecular structure of AC influences its effective area of contact which
is the differentiating factor between low and high grade Activated Carbon. Our Activated Carbon that
is produced from Russian Peat has up to 40% higher surface contact area than other market competitors making it exceptionally cost efficient.
it exceptionally effective at accumulating minerals and solutes that are dissolved in water. In particular Activated Carbon is useful in filtrating many harmful substances, such as chlorine and lead. Most of global production
of activated carbon is produced from wood, husk and coal. Different sources of Activated Carbon result
in vastly different physical properties and hence different molecular structures. The molecular structure of AC influences its effective area of contact which
is the differentiating factor between low and high grade Activated Carbon. Our Activated Carbon that
is produced from Russian Peat has up to 40% higher surface contact area than other market competitors making it exceptionally cost efficient.
Activated Carbon is an essential part of many filtration processes. Its porous and absorptive qualities make it exceptionally effective at accumulating minerals and solutes that are dissolved in water.
In particular Activated Carbon is useful in filtrating many harmful substances, such as chlorine and lead. Most of global production of activated carbon is produced from wood, husk and coal. Different sources of Activated Carbon result in vastly different physical properties and hence different molecular structures.
The molecular structure of AC influences its effective area of contact which is the differentiating factor between low and high grade Activated Carbon. Our Activated Carbon that is produced from Russian Peat has up to 40% higher surface contact area than other market competitors making it exceptionally cost efficient.
In particular Activated Carbon is useful in filtrating many harmful substances, such as chlorine and lead. Most of global production of activated carbon is produced from wood, husk and coal. Different sources of Activated Carbon result in vastly different physical properties and hence different molecular structures.
The molecular structure of AC influences its effective area of contact which is the differentiating factor between low and high grade Activated Carbon. Our Activated Carbon that is produced from Russian Peat has up to 40% higher surface contact area than other market competitors making it exceptionally cost efficient.