Climate Impact
Our goal is to provide the most sustainable source of drinking water. Air water. Water is harvested with no depletion of the water table. It is all about the flows in the water cycle. Join us as we move towards drinking from the most sustainable source of water?
Where does the Water Flow in the Water Cycle?
Most of us associate water sources with what is in the ground as aquifers or on the surface in rivers and lakes. We look at the reservoirs and not at the flows in an out. The important question is not "Where is the water?" but rather "Where does the water flow?"
The largest flow of water is into and out of the atmosphere. All water evaporated goes into the air and rapidly replaces water that falls out of the atmosphere as rain or snow.
Taping into the flow through the atmosphere is the most sustainable way of meeting our drinking water needs.
Comparison of Drinking Water Sources
Desalination requires large plants and high concentrated energy.
Production:
approx. 8 liters of salt water = 1 liter of drinking water and 7 liters of brine.
Reverse Osmosis utilizes low-quality tap water from the municipal water supply
Production:
approx. 6 liters of tap water = 1 liter of drinking water and 3 liters of brine.
Atmospheric Water Generation uses humidity laden air and can use local solar energy.
Production:
approx. 1 liters of water from 0.25 kWh. No brine and no Greenhouse gas emission. 100% sustainable.
Development of Our Plant-Based Bottles
Plant Based Bottles (PLA Bottle)
Reverse Osmosis utilizes low-quality tap water from the municipal water supply
Production:
approx. 6 liters of tap water = 1 liter of drinking water and 3 liters of brine.
Atmospheric Water Generation uses humidity laden air and can use local solar energy.
Production:
approx. 1 liters of water from 0.25 kWh. No brine and no Greenhouse gas emission. 100% sustainable.