Product Description:

Nanofiltration equipment uses efficient membrane separation technology, which is mainly used to remove small molecules, dissolved salts and organic pollutants in water. Compared with traditional ultrafiltration and reverse osmosis, nanofiltration technology has higher flexibility and can selectively remove specific solutes while retaining minerals and other beneficial components in water. It is suitable for a variety of industrial water treatment scenarios. This technology uses advanced nanofiltration membranes, combined with optimized water treatment processes, to effectively improve water quality and reduce operating costs.

The working principle of the nanofiltration system is based on membrane separation technology. It uses a special nanofiltration membrane to allow water molecules and small solutes to pass through the membrane under a certain pressure, while large molecules, organic matter and most salt ions are retained.

The process starts with influent pretreatment, in which the water source undergoes preliminary physical and chemical treatment to remove suspended matter and large particle impurities. The next step is pressurized filtration, wherein a high-pressure pump is used to pressurize the pretreated water and push it through the nanofiltration membrane. The membrane separation stage follows, where small molecules and ions in the water pass through the membrane to form clean water, while larger pollutants and salts are retained on the other side of the membrane. Finally, the outlet water is tested by a water quality monitor to ensure that it meets the usage standards.

Features:

Our water treatment equipment uses high-performance polymer material, which provides excellent chemical resistance and mechanical strength. This ensures optimal efficiency and durability that stands against time and usage.

Our treatment system is designed to effectively remove harmful substances in water while retaining necessary minerals to ensure water quality standards. You can trust us to provide you with clean and safe water for your daily use.

The structure of our water treatment system adopts skid design, which makes it convenient for later expansion and maintenance. This design can also adapt to water treatment needs of different scales, providing you with a flexible and versatile solution.

We understand that every water quality requirement and treatment goal is unique. Our treatment system can be customized to suit specific requirements and goals for optimal results and customer satisfaction.

Our optimized system design significantly reduces energy consumption, making it more economical than traditional methods. Our equipment is designed to operate with low energy consumption to provide you with sustainable water treatment solutions.

Our treatment system efficiently removes small molecules and soluble salts in water and improves water quality. It uses selective separation based on the pore size of the membrane, which removes different solutes to retain necessary minerals. The system comes with a real-time monitoring system to track water quality and automated control functions to improve efficiency. Trust us to provide you with efficient, safe, and automated water treatment solutions.

Technical Parameters:

The equipment comes with the following specifications:

• Maximum operating temperature: 45℃
• Maximum operating pressure: 41bar
• Maximum pressure drop: 1bar
• PH value range (continuous operation): 2~11
• PH value range (short-term cleaning): 1~13
• Maximum water flow rate: 4040 3.6t/h; 8040 19t/h
• Maximum water supply SDI: 5
• Allowable free chlorine content: 0.1ppm

The maximum operating temperature of the equipment is 45℃. This means that the equipment should not be operated at a temperature above 45℃. The maximum operating pressure of the equipment is 41bar. This means that the equipment should not be operated at a pressure greater than 41bar. The maximum pressure drop is 1bar.

The PH value plays an important role in the operation of the equipment. The PH value range for continuous operation is between 2 and 11. This means that the equipment can be operated continuously within this range of PH values. However, if the equipment needs to be cleaned for a short term, the PH value range should be between 1 and 13.

The equipment has a maximum water flow rate of 4040 3.6t/h and 8040 19t/h. This means that the equipment can handle a maximum of 4040 3.6t/h or 8040 19t/h of water flow. The maximum water supply SDI is 5. This means that the water supplied to the equipment should have an SDI value of 5 or less.

The equipment can handle water with an allowable free chlorine content of 0.1ppm. If the free chlorine content is more than this, it could damage the equipment.

Take note of these specifications to ensure that the equipment operates optimally and to avoid any damage to it.

Applications:

Support and Services:

The Nanofiltration System product technical support and services includes:

• Installation guidance
• Operation and maintenance guidance
• Troubleshooting assistance
• Repair and replacement services
• Product upgrades and retrofits
• Training and education programs