Phosphate dosing device in Linjiang City

Phosphate dosing device in Linjiang CityIt is a device used to add phosphate agents to a specific system.

Equipment composition:

Liquid dissolution system

Solution tank: used for storing phosphate solution, usually made of corrosion-resistant materials such as stainless steel, carbon steel lining, etc., to prevent the solution from corroding the tank.

Blender: Installed in the solution tank, it is used to stir phosphate solution to ensure uniform mixing and accurate dosing.

Magnetic flap level gauge: Real time display of the liquid level height in the solution tank, making it easy for operators to understand the remaining amount of solution. It can also be connected to the control system to achieve automatic control of the liquid level.

Drain valve and pipeline valve: used for regularly discharging impurities and sediment in the solution tank, as well as controlling the inlet and outlet pipelines of the solution.

Measurement and dosing system

Metering pump: It is the core component of the dosing device, responsible for accurately delivering phosphate solution according to the instructions of the control system. The flow rate and pressure of the metering pump can be adjusted according to actual needs.

Flow calibration column: used to calibrate and calibrate the flow of the metering pump, ensuring the accuracy of the dosing amount of the metering pump.

Phosphate dosing device in Linjiang City

safety system

Safety valve: When the system pressure exceeds the set value, the safety valve automatically opens to release pressure and protect the system equipment from damage.

Check valve: prevents the backflow of phosphate solution and ensures that the solution can only flow in the specified direction.

Pulse damper: used to reduce the pulsation of the output flow of the metering pump, make the flow more stable, and improve the accuracy of dosing.

Y-shaped filter: installed on the inlet pipeline of the metering pump, used to filter impurities and particles in the solution, preventing blockage of the metering pump and pipeline.

control system

Online phosphate analyzer and online pH meter: Real time monitoring of phosphate content and pH value in the water system, providing accurate data support for the control system.

Automatic control cabinet: It is the control center of the dosing device, which can achieve multiple control modes such as manual, automatic, and remote. Based on water quality monitoring data and preset dosing strategies, it automatically adjusts the working frequency and on/off status of the metering pump.

Equipment advantages:

High degree of automation: With highly automated functions, it can achieve automatic dissolution, dosing, monitoring and other operations, reducing manual intervention, lowering labor intensity and the risk of human operation errors, and improving the stability and reliability of the dosing device.

Stable and reliable operation: High quality materials and manufacturing processes are used to ensure that all components of the dosing device have good performance and reliability. At the same time, it is equipped with comprehensive safety protection devices such as pressure protection, liquid level monitoring, leakage alarm, etc., further ensuring the long-term stable operation of the equipment.

Low maintenance cost: compact structure, modular design, easy installation, maintenance, and overhaul. In addition, due to the stable operation of the equipment and low failure rate, the number and time of repairs have been reduced, and maintenance costs have been lowered.

Energy saving and consumption reducing: The low-energy phosphate dosing device adopts energy-saving technologies and equipment, such as efficient metering pumps and energy-saving mixers, which reduce the energy consumption of the equipment. Meanwhile, through precise dosing control, the waste of chemicals caused by excessive dosing is avoided, indirectly reducing energy consumption and operating costs.

Accurate dosing: Based on water quality monitoring data and preset dosing strategies, the dosage of phosphate can be precisely controlled to ensure that the concentration of phosphate in the water system remains within an appropriate range, improving water treatment efficiency and reducing water quality fluctuations and equipment damage caused by inaccurate dosing.