How an AWG system works

WaterMaker is a revolutionary system designed to produce drinking water using an Air Water Generator (AWG) process. This technology is particularly valuable in remote areas lacking access to traditional water sources, where environmental challenges make conventional solutions like tanks or wells impractical or unsanitary. 
The AWG process, depicted in the accompanying diagram, outlines the entire water production procedure and the associated safety and purification mechanisms.

Here's how it works:
1. Air is drawn into the machine using extractor fans (1).
2. The air passes through a first micro-perforated filter (2) to remove larger impurities like sand or dirt.
3. Next, the air enters a condenser (3), where it is cooled, causing the moisture in the air to condense into water droplets that collect in a tank (4).
4. The water undergoes an initial purification process, including treatment with antibacterial UV light, a reverse osmosis system, and a series of activated carbon and graphene filters (5)-(9).
5. The purified water is then pumped (6) to a secondary purification section with additional activated carbon filtration (7) and mineral infusion (8) for improved taste and quality.
6. Further purification steps under antibacterial UV blue light (9) ensure the water is safe and drinkable (10).
Simultaneously, the refrigerant liquid is circulated through a duct (11) to the compressor (12), then to the condenser for cooling before returning to the collection tank (3) to begin the cycle anew.
Meanwhile, the dehumidified air is directed towards the condensate, cooling it before being expelled (14) via a dedicated fan.