Introduction: Reverse osmosis membrane technology is a high-tech commonly used in sewage treatment at present. Whether it is industrial production, water plant or household, as long as there is a water demand, this kind of reverse osmosis membrane technology will be chosen. However, in the entire use process, people usually lack the maintenance concept of reverse osmosis element membrane, which endangers the actual effect of sewage treatment and increases the cost.

1. Model and specification selection of reverse osmosis element membrane

The matching water quality requirements in different fields are different. In order to better meet the water standards, the manufacturer has developed a variety of models and specifications of reverse osmosis element membrane for customers to choose from. Throughout the selection process, the customer must make a selection based on the actual application criteria. If you have high requirements for the purity of the water quality, you can choose nanofiltration membranes and reverse osmosis membranes. Their diameter can be based on the small residues in the water quality of the throttle.

If used in food companies, you can choose an anti-fouling film to prevent bacterial growth. There are many new areas, such as desalination equipment. There are many types of membrane for ro water purifier, and effective and scientific choices can reflect their characteristics.

2. Cleaning method of membrane for ro water purifier

There are two key methods to clean the membrane: one is the physical cleaning method. The second is chemical water treatment methods. The physical cleaning method is mainly to use water power for cleaning, and this method is mainly to remove the stains remaining on reverse osmosis element membrane. Chemical water treatment methods must be combined with organic chemical drugs to dissolve difficult chemicals and remove organic chemicals.

The application of reverse osmosis element membrane must be maintained and cleaned in accordance with scientific methods to extend the service life of the membrane, reduce the investment cost of customer projects, improve economic benefits, and better reflect the use value of reverse osmosis membranes.