Industrial Production Reverse Osmosis Pure Water System, Water Solution Recovery Unit, Stainless Steel, Economical and Durable

Reverse osmosis water treatment equipment is an efficient water treatment unit that employs multi-media filters and reverse osmosis technology to effectively remove various impurities, pollutants, heavy metals, and other harmful substances from water, resulting in high-quality clean water. The equipment is equipped with a fully automated control system, enabling intelligent operation and featuring safety, reliability, and stable performance. The multi-media filter is one of the key components, consisting primarily of filter media, support structures, and inlets and outlets. The filter media layer is made up of a combination of various high-efficiency filtration materials, such as quartz sand, activated carbon, and resins. These materials can effectively remove suspended particles, bacteria, organic matter, coatings, ferric oxide, and other substances from the water, as well as adsorb pollutants and harmful substances, thereby improving water quality. Following the multi-media filter is the reverse osmosis membrane module, a special membrane material with small pore sizes. When water passes through this material, the pores are smaller than water molecules, allowing the majority of harmful substances to be filtered out, achieving the goal of water purification.

Process Flow: Raw Water Pump - Multi-Media Filter - Activated Carbon Filter - Softening System - Security Filter - First Stage Reverse Osmosis Machine - Second Stage Reverse Osmosis Machine - Storage Tank - Pure Water Transfer Pump - Water Usage Points.

Process Description:

1. The pretreatment system consists of a raw water tank, raw water pump, mechanical filter, activated carbon filter, softener, security filter, or a raw water tank, raw water pump, mechanical filter, security filter, and ultrafiltration unit.

2. The reverse osmosis system consists of a high-pressure pump, a reverse osmosis membrane module, and a membrane housing, and is divided into primary and secondary stages.

3. The degassing system consists of a degassing membrane and a self-priming pump.

4. The ED system consists of an intermediate reservoir, freshwater pump, EDI membrane module, and direct current power supply.

5. The dosing system consists of ST flocculant or anti-scalant and pH adjuster.

6. The water supply system consists of a pure water tank and a pump.

Performance Features:

1. Utilizing imported reverse osmosis membranes (RO membranes) and the latest reverse osmosis water treatment technology, we produce pure water that can remove fine impurities, colloids, organic matter, heavy metals, soluble solids, bacteria, viruses, and pyrogens. Ready. Only water molecules and dissolved oxygen remain in the raw water, achieving an effective removal rate of over 96%.

2. Utilizing a high-pressure pump, featuring low noise, minimal vibration, extended service life, and stable operation quality.

3. The high-pressure cleaning function of the reverse osmosis membrane can effectively extend the service life of the RO membrane.

4. Automatic water production process control (shuts off when raw water is insufficient, ends when reservoir is full). Reverse osmosis commercial pure water systems produce a large volume of water, suitable for factories, companies, public places, etc.

Product Advantages:

1. Must have high desalination rate under high flow conditions.

High mechanical strength and long service life.

3. Operates under low working pressure.

4. Resists chemical or biochemical influence.

5. Less affected by factors such as pH value and temperature.

6. Film raw materials are easy to purchase, process, and have low cost.

Application Fields:

Pure and ultra-pure water preparation for industries such as electronics, medical, food, and boiler make-up water. Production of space water, distilled water, and purification of water for beer and beverages. Pretreatment for desalination of high-pressure boiler make-up water. Desalination and brackish water淡化. Processes for separation, concentration, and liquid de-colorization in light纺, chemical, and food industries. Recovery and application of useful substances in industrial production solutions. Other separation processes aimed at separating bacteria, heat sources, colloidal particles, and organic matter.