The most common type of overhead water tower construction involves an elevated tank and a supporting structure. This is ideal for communities where there is not enough elevation or ground capacity for a tank to be installed on the ground. During cold weather, the water in the tower can be pumped back up with a pump, learn more – https://tankproinc.com/services/tank-construction/
HOW TO NOT HAVE A PRESSURE PROBLEM IN WATER DISTRIBUTION
For smaller communities, standpipe systems can provide sufficient water storage. They take advantage of gravitational forces to produce water pressure. Like elevated water tanks, standpipe systems use water in the upper part of the tower where gravitational forces are greatest to provide reserve storage and gravity-fed pressure. This type of construction can reach up to 140 feet.
Choosing the location of the tower is an important consideration in overhead water tower construction. Choosing a site must be based on an understanding of water movement in the distribution system. The wrong location can have a negative impact on water quality. It’s important to consider how water will be pumped from the tower to the distribution system.
While the most common overhead water tower construction includes a tank that holds millions of gallons of water, there are some additional components that contribute to high pressure. The height of the tower is critical, as it increases the pressure of water. Overhead water tower construction requires that the tower be taller than the surrounding buildings. Every additional foot of height increases water pressure by.43 psi per square inch.