Fresh-hygienic water is the most important need of humans today. We have to bring the water to our houses with the city network line in a way that the water does not damage its hygienic features. For this reason, in buildings, factories, and other places where hydrophore systems are used, it is obligatory that the membrane inside the hydrophore tank strictly corresponds to hygienic standards.

EDS Global potable water tank series provides high hygienic standards to its users. The membrane used inside the EDS Global Tanks corresponds to all European Union and USA potable water hygienic standards and all the membranes are made in Italy completely. Furthermore, the only point where the water touches the tank, inlet-outlet, is the flange cover and connector which are made of stainless steel or electro galvanized.

EDS Global hydrophore tanks are available in 8 bar- 10 bar-16 bar and 25 bar which can be used in combined with irrigating pumps, centrifugal pumps, and other hydrophore systems in a safe way...

It is well known that water can not be compressed

Taking that as a principle, the volume of the system's water increases along with the temperature increase in the closed-circuit heating and cooling systems. As the increasing water volume can not be compressed, the excess of the water has to be compensated into the closed circuit system. For this reason, the most common way to compensate for the excess water is to add an expansion tank to the system.

When comparing, EDS Global heating series expansion vessels in use at closed-circuit systems to open-circuit systems, the expansion vessels provide great advantages to the system:

■ The outside going water has to be added back into the system each time in the open circuit systems.
■ Corrosion is quite possible in open circuit systems because of the oxygen penetrating into the system.
■ The installation of the expansion vessels is much easier than the open circuit systems

EDS-HeatPower - NonPotable Water Fixed Diaphragm Expansion Tanks are used for close circulation heating system applications with non-potable water at maximum +100 Celcius water temperature. It is produced in tank sizes from 2lt to 200lt ( 1.3 Gallon to 53 Gallon ) at 10Bar -16Bar maximum working pressure.

EDS-SolarPower - NonPotable Water Fixed Diaphragm Solar Expansion Tanks are used for close circulation solar system applications with non-potable water at a maximum +130 Celcius water temperature. It is produced in tank sizes from 2lt to 200lt ( 1.3 Gallon to 53 Gallon ) at 10Bar -16Bar maximum working pressure. These tanks are used in boiler systems, solar systems, etc.

EDS-HeatPower - NonPotable Water Fixed Diaphragm Expansion Tanks are used for close circulation heating system applications with non-potable water at maximum +100 Celcius water temperature. It is produced in tank sizes from 2lt to 200lt ( 1.3 Gallon to 53 Gallon ) at 10Bar -16Bar maximum working pressure.

EDS-SolarPower - NonPotable Water Fixed Diaphragm Solar Expansion Tanks are used for close circulation solar system applications with non-potable water at a maximum +130 Celcius water temperature. It is produced in tank sizes from 2lt to 200lt ( 1.3 Gallon to 53 Gallon ) at 10Bar -16Bar maximum working pressure. These tanks are used in boiler systems, solar systems, etc.

EDS-HeatPower - NonPotable Water Fixed Diaphragm Expansion Tanks are used for close circulation heating system applications with non-potable water at maximum +100 Celcius water temperature. It is produced in tank sizes from 2lt to 200lt ( 1.3 Gallon to 53 Gallon ) at 10Bar -16Bar maximum working pressure.

EDS-SolarPower - NonPotable Water Fixed Diaphragm Solar Expansion Tanks are used for close circulation solar system applications with non-potable water at a maximum +130 Celcius water temperature. It is produced in tank sizes from 2lt to 200lt ( 1.3 Gallon to 53 Gallon ) at 10Bar -16Bar maximum working pressure. These tanks are used in boiler systems, solar systems, etc.