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Osmosis System OSMO membrane HQ+ with capacity for 100 G/day (378L/day), with pressure pump and stage with Deionization Resin. High profitability, up to 50% utilization.
Components:
• 9" ¾ 5 micron sediment filter
• 9" carbon block filter ¾
• Filter with Deionization Resin: totally eliminates NPS (NO3 PO4 SiO2)
• HQ+ osmosis membrane with capacity for 100 gallons per day (378 liters per day)
• Booster pressure pump
Aquili HQ Membranes +
Membranes characterized by the acronym HQ + (High Quality Plus) represent the latest generation of osmosis membranes that synthesize all the technological innovations of recent years.
They are membranes with a high salt retention rate, being able to retain up to 99% of dissolved salts. These values, until recently, were only achieved by the best industrial membranes with very high costs and operating pressures from 10 to 15 bar.
Furthermore, the particular composition of the membrane structure allows more osmosis water to be withdrawn and waste to be reduced, while maintaining a very high water quality. With normal membranes, 15% to 20% of the water that enters the membrane can be tapped, while 80% to 85% is discarded. HQ + membranes, on the other hand, make it possible to recover from 30% to 50% of the total water.
Aquili HQ Membrane +
At 45 PSI (~ 3 Bar) 30% water recovery 99% retained salts
At 60 PSI (~ 4 Bar) 40% water recovery 98% retained salts
At 75 PSI (~ 5 Bar) 50% water recovery 97% retained salts
The minimum pressure for the membrane to develop its performance is 2.5 - 3.0 bar. The maximum operating pressure is 5.0 bar.
Membrane tested on:
250 ppm = 390 microsiemens = 14 d°KH of salts in solution.
25° of temperature
pH 6.5 - 7.0
Each region of Europe has its own water, which differs in organoleptic characteristics from all other waters. To enable the correct use of our systems in all European countries, we have defined them with a security ratio ranging from 1:1.5 to 1:2. This ratio, during use, automatically adjusts according to the inlet water pressure. (standard membranes work with a ratio of 1:4)
In this way, we sacrifice the maximum production peak that can be achieved (actually, you can reach the ratio of 1:1), but as in different European countries, the pressure or hardness of the water varies, the system always performs excellent and does not subject the membrane to excessive stresses that can cause it to collapse.