- The Air to Water
Technology started out about eight years ago and initial
applications included household and office use. The applications
scope has been expanded to meet water supply requirement for rural
communities, oil & gas offshore and remote drilling sites, remote
military camp sites and remote construction sites.
- The Water
Factory Atmospheric Water Generatoring technology pulls moisture out
of the ambient air (water from air) similar to that of a
dehumidifier and turns it into 99.9% clean drinking water. During
the process of removing moisture from the air the air is first
filtered then the water is thoroughly filtered and purified without
using any chemicals. The A.W.G. system can also come with air
conditioning capabilities. The air is then both cooled, filtered,
purified, and dehumidified.
benefits of making water from air are tremendous combined with the
fact that our atmospheric water makers don't need any outside source
of water to function. Water from air is a completely sustainable,
environmentally friendly source of water that is readily available
for you to use everyday. You can have the most advanced water
filtration system or water purification system in the world that
treats tap water, well water, etc.
- In the
event of an emergency such as a terrorist attack, hurricane,
tornado, water contamination, or something as simple as a broken
water main that could disrupt water supplies; the depletion of
existing water supplies (drought); or there simply is no existing
water supplies available; water from air gives you the freedom to
extract, harvest, and generate a sustainable daily supply without
fear or worry of interruption.
- Air to
Water Generators (AWGs) is one of the technologies that can be
adopted in the provision of clean drinking water, especially in
Air to Water products are best described as Atmospheric Water
Generators (AWG). It is a technology that extracts clean drinking
water from the air.
- The unit
first pulls air through an electrostatic filter, removing 93 percent
of all air borne particles. As it collects water drops into a
collection tray and immediately passes into Ultraviolet (UV)
light.The water stays in contact with UV rays expected to kill germs
and bacteria in the water and is then pumped through a sediment
screen into a water pump and through a series of solid carbon
block.The water is then re-circulated through UV or treated by
ozonation, a water purification process. It is then circulated back
into the dispensing tanks.Finally, the water is chilled or heated
and dispensed to the consumer.
government needs to be knowledgeable about the application of the
Air to Water Technology for the right purposes for which they are
designed - Rural Water Supply for small communities, so that they do
not jump into white elephant projects that never see the light of
the day. The nation has suffered more than enough of these
investment calamities and we should spare ourselves more
encounters.The Air to Water technology should be a welcome
development for Rural Water Supply. However but it is grossly
inadequate for Urban Water Supply.
of scale,easy transfer of available technologies from air to air
heat pumps and boiler systems, shorter decision and sales routes and
other reasons have put the market focus for air to water heat pumps
for residential heating towards solutions for individual single
- The air to
water technology along with our advanced water filtration and water
purification system not only creates great tasting drinking water
but can also serve as air conditioning, dehumidification, and air
purification; a complete air quality control package in addition to
manufacturing clean, fresh drinking water.
air-to-water heat exchanger captures waste heat from the ovenís
exhaust flue, providing all the restaurant's hot water.
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