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|Product Name:||PLC Control RO Water Treatment Plant Reverse Osmosis For Drinking Water Purification||Processing:||Ro System|
|Certification:||ISO， CE||Usage:||Pure Water Process|
|Application:||Drinking||Product Type:||Reverse Osmosis|
reverse osmosis water treatment plant,
ro water purifier machine
PLC Control RO Water Treatment Plant Reverse Osmosis For Drinking Water Purification
Also known as water production, water flux, refers to the capacity of the reverse osmosis system, that is, the amount of
membrane water per unit time, usually expressed in tons per hour or gallons per day (GPD). The amount of permeate is directly proportional to
the effective membrane area and is an important performance indicator for reverse osmosis membranes.
The standard operating pressure of the reverse osmosis membrane in the test environment. Unlike the reverse osmosis
system operating pressure, the reverse osmosis system operating pressure can refer to the operating pressure.
Refers to the percentage of water supplied to the produced water or permeate in the membrane system. The recovery rate of the
reverse osmosis system has been determined at the time of design and is based on the preset influent water quality. Recovery rates are usually
expected to be maximized in order to increase economic efficiency, but should not be precipitated as a limit in the reverse osmosis system due
to supersaturation of impurities such as salts. Recovery rate = (product water flow / influent flow rate) × 100%. Single membrane element water
recovery: The recovery rate of a reverse osmosis membrane element is generally low (about 15%). System recovery rate: recovery rate of
reverse osmosis system, multiple reverse osmosis membrane elements can increase the recovery rate of the system, and the recovery rate of
large reverse osmosis engineering system can be as high as 80%.
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Contact Person: Jessie