Sealed Standoffs,Sealed Studs,Waterproof Fasterner,Water Resistant Studs Dongguan Tiloo Industrial Co., Ltd , https://www.sales-fastener.com
Plumbing pump to high-rise buildings pressurized water supply
Pipeline pumps used for pressurized water supply in high-rise buildings are primarily designed to increase the pressure and flow of liquid within the piping system. One of the most common applications is to provide sufficient water pressure to high-rise structures, ensuring that water reaches upper floors effectively. This type of pump helps enhance the performance of the local piping network, making it more efficient and reliable.
Water supply systems can generally be categorized into two main types: downward flow and upward flow. The first type involves a gravity-fed system where water flows from higher levels to lower ones. However, when it comes to specific uses like showering, a pipeline pump is often necessary to boost the pressure. In contrast, general water supply systems rely on the natural force of gravity, without requiring additional pumping equipment.
The second type is an upward-flow system, which is commonly used in commercial buildings or residential complexes. In this setup, water is drawn from a reservoir, passed through a pipeline pump, and then distributed through the pipe network to the point of use. For such systems, it's typical to install three main pipeline pumps operating in a "two on, one standby" mode, automatically switching between them to ensure continuous service. A smaller auxiliary pump may also be included to handle low-demand periods at night, allowing the system to maintain stable pressure while conserving energy.
Another variation of the upward system involves a reservoir → pipeline pump → elevated water tank → point of use. This method is widely used in high-rise buildings. An underground reservoir is typically installed, and two pumps operate in a "one on, one standby" configuration to fill the elevated tank. Once filled, the water is supplied to the end users using the potential energy of the elevated tank, which ensures a steady and consistent water supply throughout the building.