Water from Air
Atmospheric Water Generator - Innovative Technology for Water Supply
Innovative Water from Air Technology
The innovative device that produces water from air is a sustainable and innovative solution for water supply.
To learn more and discover how it can be used, contact the experts and request detailed information about the product.
GAT Manual - Atmospheric Water Generator
GAT - Water Generator
This device is intended for use in numerous applications such as:
- Kitchen areas for personnel in shops, offices and other work environments
- Agritourism
- Hotels, motels and other residential-type environments
- Bed and breakfast type environments
After startup, the machine will begin to produce and store cold and hot water from air for a maximum of 20 hours a day, depending on ambient temperature and humidity. The device is easy to use and environmentally friendly, helping to clean the surrounding air.
Fields of Application
The device has been designed exclusively for water production from air with a **minimum temperature of 15°C** and **humidity of 20% or higher**. The device can only be used in indoor environments.
How the Device Works
This device uses an **eight-stage filtration process** to produce clean drinking water from air. The device draws air through the HEPA air filter to prevent microparticles and dust from entering the device.
Clean air and water vapor then come into contact with the evaporator, where water vapor freezes due to the compressor refrigerant in the coils. Subsequently, the compressor heats up thanks to its reverse function, causing the ice to condense into water, which drips into the stainless steel water tray.
Technology Process
HEPA air filtration
Water vapor freezing
Condensation into water
Collection in stainless steel tray
The device uses a thermodynamic cycle that exploits the use of adsorbent materials and low-temperature heat to capture and concentrate vapor contained in the air. When the adsorbent material is saturated, heat is used to regenerate it and extract the captured vapor again in a more concentrated form. The vapor thus produced is then condensed at room temperature, generating drinking water.
Device Applications
Domestic Use
Production of drinking water for a family unit, ensuring a sustainable and low-impact water supply.
Industrial Applications
Use in technical contexts in arid regions, for example in agriculture or industry.
Device Advantages
Low Consumption
Reduced electricity consumption and very low heat supply temperatures
Sustainability
Highly sustainable from an environmental point of view with renewable energy
Modular
Compact system that minimizes footprint and adapts to needs
Efficient
Efficient operation even in arid climates
Key Points
- The device produces drinking water from arid regions
- The innovative thermodynamic cycle uses adsorbent materials and low-temperature heat
- The device is highly sustainable and works with renewable energy
- The compact modular system allows you to adapt the device to specific needs
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