1. Building water supply system
In building water supply systems, vertical centrifugal pumps are often used in water supply and booster systems of high-rise buildings. Due to their compact structure, they can provide a stable water flow in a limited space to meet the water supply needs of high-rise buildings. In addition, they are also commonly used in fire pump systems to provide a reliable fire water source for buildings.
2. Industrial production
In the industrial production process, vertical multistage pump are widely used for the transportation and circulation of various liquids. For example:
– Cooling system: used for the circulation of cooling liquids, such as cooling towers in power plants and cooling systems in chemical plants.
– Processing technology: in the chemical, pharmaceutical and other industries, used for the transportation and circulation of chemicals, solvents or other processing liquids.
– Wastewater treatment: Treat industrial wastewater and sewage to ensure that sewage can be effectively treated and discharged.
3. Heating system
In the heating system, centrifugal pump horizontal are often used in hot water circulation systems and floor heating systems. They can effectively promote the circulation of hot water in the heating network, ensure the efficient operation of the heating system, and improve indoor comfort.
4. Air conditioning system
In large air conditioning systems, vertical multistage centrifugal pump are used for the circulation of cooling water and chilled water. They can maintain the stable operation of the air conditioning system and ensure that the temperature and humidity of the indoor environment are effectively controlled.
5. Agricultural irrigation
In agricultural irrigation systems, inline centrifugal pump are used to transport water to fields or farmland. Due to their high efficiency and reliability, they can ensure the effective use of water resources and support large-scale agricultural production.
6. Municipal engineering
In municipal engineering, pumps are used in urban water supply and drainage systems. For example, in urban drainage systems, they can effectively transport sewage and rainwater, prevent urban waterlogging, and maintain the normal operation of municipal facilities.
Selection and maintenance of pumps
When selecting a pump, the following factors need to be considered according to actual needs:
– Flow rate and head: Select the appropriate flow rate and head according to the needs of the system.
– Liquid properties: Consider factors such as liquid temperature, corrosiveness and particle content.
– Energy efficiency: Choose a high-efficiency pump to reduce energy consumption and operating costs.
Regular maintenance is key to ensure the normal operation of pumps, including:
– Check seals and bearings: Make sure there is no leakage or wear on the pump body and bearings.
– Clean the pump body: Prevent impurities and sediments from affecting the performance of the pump.
– Lubrication system: Regularly check and add lubricating oil to ensure smooth operation of the pump.