There are several key considerations for water tower overhead construction. First, the location of the tower must be considered to ensure that the water will have a proper flow rate. The location should be at least 200 feet above the ground level of the service area. This height will keep water pressure between 60 and 80 PSI. A smaller water tower that is less than 200 feet tall should be situated at a higher ground elevation. The height and location of the tower should be chosen carefully, as poor site selection can result in decreased service or lower quality water.

HOW TO MAKE THE WATER NOT LOSE PRESSURE

Another reason to construct a water tower is to ensure that water pressure is constant. By keeping the water high above the ground, water pumps can run more efficiently. This means that water towers help municipalities save money by enabling them to use smaller pumps. Water demand varies throughout the day, and it is not uncommon for people to use a large amount of water before work or school. This means that if a water tower was not installed, municipalities would have to purchase and maintain large water pumps that would go unused during less busy hours of the day. In addition, these towers can be costly to build and maintain.

Another option for overhead water tower construction is the use of standpipe systems. These are used by large cities and smaller communities as their main water storage supply. These towers take advantage of the forces of gravity to provide gravity-fed pressure to the entire community, and also provide reserve storage for fire emergencies.