The Hydenex PRO10 system uses a 34 mil water inlet separator.
Colloidal and microbial contamination accounts for about 75% of the membrane element pollutants, which is due to the contamination contained in the influent water flowing into the membrane element, causing the blockage of the raw water flow channel, resulting in an increase in the differential pressure of the system and a decrease in performance. The development and use of a special shape of 34mil water inlet separator can more effectively prevent the blockage of the flow channel.
Not only does it increase the thickness of the inlet channel, but the careful design of the diaphragm shape also plays a role in reducing and preventing the clogging of contaminants. For the membrane element rolling, PROC uses a 34 mil water inlet separator (invention patent applied). Since the company uses a fully automated production line to manufacture membrane elements, the rolling process can be controlled more accurately and errors can be reduced. When using the 34mil water inlet separator, the effective area of the 8-inch membrane element is still guaranteed to be 400F2 (37.).2m2)。
The 34 mil water inlet separator can reduce the working pressure and pressure drop of the reverse osmosis membrane element, which not only saves energy consumption, but also significantly improves the permeate balance of the membrane element in the front and rear sections of the system, and effectively protects the reverse osmosis membrane element, as shown in Figure 22 and Figure 23。