![]() ![]() As long as the water tower is elevated enough, it should effectively distribute water with hydrostatic pressure, driven by gravity, alone.Water towers provide a good reserve of water to cope with times of peak demand.Water towers make it easy to maintain consistent pressure in a public water system, which is normally very difficult.Water can be pumped up to the tower during off-peak times of the day, which reduces costs linked to running the pumps.Water towers reduce the quantity of pumping stations required in the region and allow for the centralization of pressurization and pumping.Electricity is eventually needed, however, because the pump used to refill the tower is usually electric.Ī water tower is designed to minimize costs associated with water distribution, for two reasons: Water towers can even work for a limited time without electricity because they just need gravity to send water through the distribution pipes. That’s thanks to water towers, which almost guarantee a stable, adequate supply of water for all household uses. The majority of people on a city water supply will have never experienced reduced or no water pressure after switching on a faucet. Water towers use gravity-driven hydrostatic pressure, which forces water at speed through the system. Without a water tower, there wouldn’t be enough pressure to send water through the distribution pipes at a fast enough rate. Then, in times of peak demand, water can be supplied from the tower to supplement the water being produced instantly by the treatment plant. If more water is produced than is needed, the leftover water will be sent into the water tower.In most towns, the water is then pressurized by a high-lift pump and sent to the community in primary feeder pipes.First, water is sourced (usually from a reservoir, river, or well) and treated by a water treatment plant to remove suspended sediment, microorganisms, and other pollutants.Water towers are used to store and deliver pressurized water to a community: Instead, a water tank can be placed on the highest hill. In some hilly regions, a water tower isn’t needed. Most water towers are sized to be able to hold up to one day’s worth of water for the community they serve. A water pressure of about 0.43 PSI (pounds per square inch) is provided by every foot of height in a water tower.Ī water tower’s tank is large, holding 1,000,000 gallons of water or more. Water towers are located on high ground to provide enough pressure to send water into a municipal water supply with enough force to supply all the customers in the area. Most water towers are about 130 to 165 feet tall. Water towers have an interior coating to protect the water from contaminants in the outside materials. Steel and concrete are two popular materials used in the construction of a water tower. Most water towers store potable (drinkable) water and operate in conjunction with drinking water reservoirs. What Is A Water Tower?Ī water tower is a tall structure that holds a pressurized potable water system. This article will discuss the uses and purpose of water towers, as well as how they’re built and how they work. Most people who live in suburbs are used to consistent, reliable water pressure. ![]()
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