Principles of Operation

A new technology coming to this part of world for the first time, the AirWater uses refrigeration techniques optimized to condense water from air. Blower driven air is drawn into the system through an electrostatic filter. In the machine's exterior housing, a compressor circulates refrigerant through a coil array located in the path of the air providing a temperature differential between the air and coil surface, resulting in condensation.

The condensation is funneled into a holding tank. A level switch in the holding tank controls the water making cycle. Water is pump circulated in an ozone generating UV light chamber to kill bacteria and then through high and low density charcoal filters to remove solids and oxygenates. It is finally collected back in the holding tank. The water filtration cycle is both flow and time controlled. Water is dispensed by tap valve diversion.

The most important advantage of the AirWater is that all the major competitive supply companies begin with either tap water or well water or salt water and add their filtering process to purify water, which can then be used for bottling. Whereas AirWater begins with nature's atmospheric water - source created by God.

It is also environment friendly by virtue of its unique evaporation and heresite coated dehumidification and electrostatic filtering process and vortex filtering which ignores pollution.

The AirWater works most efficiently in warm areas with high humidity. Water generating capacities will vary according to these meteorological variables.

In an area approximately 2500 miles (4000 kms) north and south of the Equator, annual temperatures and relative humidity permit continuous, efficient operation of water production. These areas are where nearly 70% of the world's populations reside and where the world's most acute water crisis exist.