Product Description:
The automatic high-speed filter is an advanced water treatment equipment designed for the industrial field. It is a large-capacity filtering equipment that can perform continuous high-speed processing operations, greatly improving the filtering efficiency. It is a new type of filtering equipment with the main purpose of removing SS and suspended matter in water.
Working principle:
The working principle and steps of the automatic high-speed filter:
Water inlet: The water to be treated enters the filter through the water inlet, and the flow rate increases rapidly.
Filtration: The water flows through multiple filter media (such as sand layers, activated carbon, etc.), solid particles are intercepted, and clean water flows out from the bottom of the filter.
Monitoring: The internal sensor monitors the water flow rate and pressure changes in real time to determine the operating status of the filter.
Cleaning: When the pressure in the filter is detected to drop to the preset threshold, the system automatically starts the cleaning program.
Backwashing: The filter medium is flushed with reverse water flow to remove attached particles and restore filtering capacity.
Resume filtration: After cleaning, the equipment returns to normal filtering state and continues to process water flow.
Product Function:
- Automatic cleaning: Automatic backwashing and self-cleaning mechanisms reduce the need for manual maintenance.
- High-efficiency filtration: Effectively remove suspended matter and particles in water to ensure that water quality meets standards.
- Real-time monitoring: Intelligent monitoring system can detect the status of the filter to ensure safe operation.
- Flexible adaptation: It can be adjusted according to different water quality, flow rate and application scenarios.
- Energy-saving design: Optimize water flow and energy consumption, reduce operating costs and improve overall efficiency.
System Design:
Analysis of water quality;
Determination of filter type and design parameters;
Evaluation of flow demand;
Integrated design of control system;
Design of equipment layout;
Setting of maintenance plan.
Industrial manufacturing: used for cooling water, circulating water and cleaning water treatment to ensure water quality safety.
Water treatment: improve water quality and safety in municipal water supply and sewage treatment plants.
Agricultural irrigation: improve the cleanliness of irrigation water and promote healthy growth of crops.
Chemical industry: treat water in chemical reactions to ensure compliance with safety standards.
Food and beverage: ensure that water quality meets hygiene standards during production and ensure product safety
