1、 Composition of Cabinet style Reverse Osmosis Water Heater System

The cabinet type reverse osmosis water boiler system generally includes pre-treatment system, reverse osmosis device, post-treatment system, cleaning system, and electrical control system.

The pretreatment system generally includes raw water pumps, dosing devices, quartz sand filters, activated carbon filters, precision filters, etc. Its main function is to reduce the pollution index of raw water and other impurities such as residual chlorine, in order to meet the inlet requirements of reverse osmosis. The cabinet type reverse osmosis water heater mainly consists of multi-stage high-pressure pumps, reverse osmosis membrane elements, membrane shells (pressure vessels), brackets, etc. Its main function is to remove impurities from water and make the effluent meet the requirements for use.

The post-treatment system is a configuration added when reverse osmosis cannot meet the effluent requirements. It mainly includes one or more equipment such as anion bed, cation bed, mixed bed, sterilization, ultrafiltration, etc.

The cleaning system mainly consists of a cleaning water tank, a cleaning water pump, and a precision filter. When the reverse osmosis system is contaminated and the effluent indicators cannot meet the requirements, it is necessary to clean the reverse osmosis system to restore its effectiveness.

The electrical control system is used to control the normal operation of the entire reverse osmosis system. Including instrument panel, control panel, various electrical protections, electrical control cabinet, etc.

2、 Characteristics of Cabinet style Reverse Osmosis Water Heater

1. The reverse osmosis membrane is an imported roll type composite membrane. Membrane material: Aromatic polyamide.

2. High permeability and desalination rate. Under normal circumstances, ≥ 98%

3. It has a high retention and removal effect on organic matter, colloids, particles, bacteria, viruses, heat sources, etc.

4. Low energy consumption, high water utilization rate, and lower operating costs compared to other desalination equipment.

5. The separation process has no phase transition and is reliable and stable.

6. The device has a small size, simple operation, easy maintenance, strong adaptability, and long service life.