Breakthrough in Taking Water Out of Air for Drinking Water from A.S.R. Inc.

Chicago, IL, November 03, 2014 --(PR.com)-- A.S.R. Inc. knows it takes 972 BTU’s to take one pound of water out of air, with this system they subtract the sensible heat. The sensible heat is not absorbed in their coil; they use an inferred camera to see this heat generated which heats the surrounding air around the coil.

The A.S.R. Inc. system has a compressor which cools a fluid below the dew point of the air, and absorbs the latent heat circulating this fluid threw a coil exposed to the air. An inferred camera sees the sensible heat being release, causing the fluid to be pumped back to tank, leaving the coil empty. The sensible heat is displaced by means of a fan. This keeps the heat away from the coil; this is a cause efficiency effect on this system. You can see this displacement by means of this inferred camera witnessing the movement of the heat away from the coil. When the coil temperature returns to ambient, the pump is activated and the fluid goes through the coil starting the cycle, this is call this the dew cycle.

This system causes energy efficiency, so it can be powered by solar cells, for drinking water, livestock, and, also helps in third world countries.

US Patent 8, 833,091, available for license. A.S.R. Inc.