During the use of traditional water tanks, dirt adhesion and frequent cleaning have always been a problem that troubles users. Most ordinary water tanks use welding to connect plates, and stress concentration is easy to form at the welds, causing the water flow velocity to change in these parts, forming vortices and dead corners. In these areas, the scouring force of the water flow on the dirt is weakened, and the silt, impurities and microorganisms carried in the water are easily deposited, gradually forming a dirt layer. Over time, dirt not only affects the water quality, but also may breed bacteria, corrode the water tank, and shorten the service life of the water tank. At the same time, cleaning the water tank requires a lot of manpower, material resources and time costs.
SW integrated pumping station, from the selection of materials, lays the foundation for the realization of free cleaning. It usually uses stainless steel with excellent corrosion resistance. Its surface is smooth and its chemical properties are stable. It is not easy to react chemically with substances in the water, which reduces the adhesion of dirt to the water tank wall. Even if a small amount of dirt is attached, it is more likely to be carried away by the water flow.
In terms of manufacturing technology, the unique compression molding technology is the key to the SW integrated pumping station water tank. The plates of the water tank are not welded together like traditional water tanks. Instead, raw materials such as stainless steel are cut into suitable specifications and then molded and stretched in one go using a large press. This process allows the water tank module to form a structure without transverse seams, eliminating the problem of stress concentration at the welds of traditional welded water tanks. The structure without transverse seams makes the internal surface of the water tank smoother and smoother, and the water flows more smoothly in the water tank without obstructions and eddy currents formed by welds. The water flow can pass through all parts of the water tank at a stable flow rate and direction, exerting a uniform scouring force on the water tank wall, effectively preventing sediment, impurities, etc. from depositing in the water tank.
In addition to molding, the special structural design of the SW integrated pumping station water tank also provides strong support for automatic cleaning-free. The internal structure of the water tank has been carefully designed, such as the use of a reasonable diversion structure to form a specific flow path and flow state in the water tank. This design can guide the water flow to fully flush every corner of the water tank to avoid dead corners of water flow. Even in the corners and bottom of the water tank where dirt is easily deposited, it can ensure that there is enough water flow to take away the dirt that may be deposited in time.
This water tank design has shown significant advantages in practical applications. In the field of fire water supply, SW integrated pumping station needs to ensure that the water quality in the water tank is clean at all times so that reliable fire water can be provided when a fire occurs. Due to the problem of dirt, traditional water tanks may need to be emptied and cleaned regularly. During the cleaning process, the supply of fire water cannot be guaranteed at any time, which poses a fire safety hazard. The SW integrated pumping station has a water tank with automatic free cleaning function, which does not need frequent cleaning and always maintains a good water storage state, ensuring that fire water is available at any time, improving the reliability and safety of the fire water supply system.
In the field of sewage treatment, sewage contains a large amount of impurities, suspended matter and organic matter, which is more likely to form dirt in the water tank. When traditional water tanks face sewage, the dirt problem is more serious, which not only affects the normal operation of the water tank, but also may cause blockage and damage to subsequent sewage treatment equipment. The SW integrated pump station uses an automatic no-cleaning water tank design, which can effectively reduce dirt adhesion, reduce the residence time and pollution degree of sewage in the water tank, ensure that sewage can be smoothly transported to the treatment plant for treatment, and improve the overall efficiency of the sewage treatment system.
In rainwater discharge and flood control and drainage scenarios, rainwater will carry a lot of mud, sand, leaves and other debris into the water tank of the SW integrated pump station during rainfall. If the water tank cannot discharge these debris in time, it is easy to cause blockage and affect the drainage speed. The automatic no-cleaning water tank, with its smooth water flow design, can quickly discharge debris with the water flow, keep the drainage channel unobstructed, and ensure that in extreme weather such as heavy rain, it can quickly and effectively remove accumulated water to ensure urban safety.
From a cost perspective, the automatic no-cleaning water tank of the SW integrated pump station saves users a lot of maintenance costs. The annual cost of cleaning traditional water tanks, including labor costs, purchase costs of cleaning equipment and detergents, is a considerable expense. The automatic no-cleaning water tank of the SW integrated pump station greatly reduces the expenditure of these costs because it does not need to be cleaned frequently. At the same time, reducing the number of cleaning times also reduces the risk of damage to the water tank during the cleaning process, prolongs the service life of the water tank, and further reduces the cost of equipment replacement.
In terms of manpower input, traditional water tank cleaning requires professional operation, and the cleaning process is relatively complicated, consuming a lot of manpower and time. The automatic cleaning-free water tank of the SW integrated pump station frees maintenance personnel from tedious cleaning work and allows them to devote more energy to other important equipment maintenance and management work, improving the utilization efficiency of human resources.
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