The membranes characterized by the HQ+ (High Quality Plus) are the last generation of osmotic membranes that synthesize all the technological innovations of recent years.
They are membranes with a high rate of salt retention, they manage, in fact, to hold up to 99% of dissolved salts. These values, until recently, were achieved only by the best industrial membranes with very high costs and with operating pressures of 10 – 15 bar.
Moreover, the particular composition of the structure of the membrane allows to take more osmotic water and to decrease the waste while maintaining a very high quality of water. With normal membranes, it can be taken from 15% to 20% of the water that enters the membrane while 80% to 85% goes into waste. The HQ+ membranes allow to recover from 30% to 50% of the total water.
Member Aquili HQ+ 75 GLD
A 60 PSI (~ 4 Bar) 30% water recovery held Sali 99%
A 60 PSI (~ 4 Bar) Water recovery 40% held salt 98%
A 75 PSI (~ 5 Bar) Water recovery 50% held Sali 97%
Membrane tested at 250 ppm = 390 microsiemens = 14 d°KH of Sali in solution.
25° temperature
pH 6.5 - 7,0
Each area of Europe has a different water for organoleptic characteristics from all other waters.
To allow proper use of our plants in every country of Europe, we have set them up with a security report ranging from 1:1.5 to 1: 2. This report, during use, is automatically set according to the incoming water pressure. (standard membranes work with ratio 1: 4)
In this way we have sacrificed the maximum peak of production reached (in fact, we can get to report 1: 1), but in every European country, to vary the pressure or hardness of the water, the plant always has excellent performance and does not subject the excessive stress membrane that can make it collapse.
Warnings and precautions:
Do not use the water produced after entering the new membrane. Throw the first 30 liters of water to remove traces of the harmful product in which the membrane is stored.
Do not use the water produced by the membrane to drink or for food without mineralized in order to bring dissolved salts to the right levels.
The membranes have a limited contact resistance with chlorine (hypochlorite). Continued exposures cause irreversible damage.
It is recommended to change prefilters in the osmosis system at most every 6 months to ensure the efficiency and durability of the membrane for several years. It is also recommended to carry out monthly checks to prevent mineral fouling and to have maximum efficiency.
