WWS-G500, 500L per day, atmospheric water generator

The atmospheric water generator 500L per day is an environment-friendly device that helps to generate clean and fresh water. This machine is equipped with a self-sterilization system that makes it easy to transport and store. With its large output capacity this machine is perfect for families or businesses who need a lot of fresh water on a daily basis.

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The Waman Solutions WWS-G500 is a 500L per day atmospheric water generator that can be used to generate clean drinking water from the air. It is designed for use in areas where water is scarce or contaminated and it can be used to generate water for both personal and commercial use. The WWS-G500 uses a patented technology to extract water from the air and it has a five-stage filtration system that removes impurities and contaminants from the water. The WWS-G500 is certified by the World Health Organization (WHO) and is backed by a five-year warranty.

The WWS-G500 is a 500L per day atmospheric water generator that can provide an endless supply of clean drinking water. It is ideal for use in homes offices schools hospitals and other commercial establishments. The WWS-G500 uses a unique filtration system to remove impurities from air leaving behind pure water that is safe to drink. It also has a built-in UV sterilizer to kill bacteria and viruses. The WWS-G500 is easy to install and requires no plumbing or electricity.

WWS-G500 Features

  • 500L per day capacity
  • Environment friendly
  • Chilled water
  • Easy transportation
  • Independant infrastructure
  • Automatic self-steralization

Atmospheric water generator principle

 

An atmospheric water generator (AWG) is a device that extracts water from the air. They are used in a variety of settings including homes offices and industrial facilities. There are many different types of AWGs but they all work by using a condensation process to collect water vapor from the air and turn it into liquid water.

The most common type of AWG uses a cold surface to condense water vapor. This can be done by using a chilled coil or an ice-cold plate. The cold surface causes the water vapor in the air to condense and collect on the surface. The collected water is then channeled into a storage tank for later use.

Other types of AWGs use more sophisticated methods to condense water vapor. For example some devices use reverse osmosis membranes to filter out impurities before collecting the water. Some devices also use ultraviolet light to kill any bacteria or viruses that may be present in the air before collecting the water

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