How do they work?
Ydorgen generators produce drinking water through the condensation of water vapors into the air. They use the thermodynamic cycle with mechanical cooling technology with advanced electronic control.
All Ydorgen models are state-of-the-art for maximum water production efficiency and reduced energy consumption.
To ensure the highest quality of water, the process involves air and water treatment to eliminate airborne particle matter and water-soluble volatile organic compounds, increase inorganic water supply for drinking water and ensure proper conservation of stored water.
Design and construction
Ydorgen, in collaboration with research centers and universities, designs, manufactures and develops all its products to meet all your needs.
Aerospace technology, patented, innovative design and manufacturing.
Our commitments
Customized solutions
Our Technical Department is at your disposal to support and develop customized solutions for your project. Contact our engineers directly.
Technical support
Our highly specialized team has extensive experience and know-how concerning atmospheric water generators, providing effective support to our customers.
After sale support
We provide instructions, monitoring and troubleshooting of any possible issues with Ydorgen products within and beyond the warranty period.
Spare parts
In order for the Ydorgen products to function properly and for the consumer to get the optimal results, it is essential to use our original spare parts.
Warranty
All Ydorgen products come with a warranty for any manufacturing defects for 24 months from the date of delivery. This warranty covers the repair of the unit at the Ydorgen plant or the replacement of the product and / or its defective components.
Environment
We ensure that our units meet environmental standards, providing our customers with the highest quality and efficiency of the water generator throughout its life cycle.
Unique Technology & Efficiency
The use of coolant for dehydration is not a particularly new technology. However, in order to maximize the efficiency of this process for large-scale water production, applied science and engineering must co-operate.
One of the key areas of our R&D was to make this improvement. Our water production rates are extremely high in relation to energy consumption.
Obviously, there is only a certain amount of water that can be extracted from any given, amount of air, however our systems are designed to extract as much moisture as possible from the air per given unit of energy.
