Water Supply Gravity System Of Water Distribution

Generally the gravitational networks are designed as branched systems and in order to maintain their looped configuration the missing links are joined by pipes of nominal diameters.

Water supply gravity system of water distribution.

Water supply system infrastructure for the collection transmission treatment storage and distribution of water for homes commercial establishments industry and irrigation as well as for such public needs as firefighting and street flushing. People depend on water for drinking cooking washing carrying. A distribution network that leads to a tap at each house. The treated water is directly pumped into distribution mains without storing in high level reservoirs.

This water distribution system is often the major investment of a municipal waterworks. Generally the gravitational networks are. Gravity can then be used to move water over hills and undulations between the spring and the reservoir tank. Depending upon topography of the town the water may be distributed by.

High lift pump are provided for forcing water into mains. Gravity flow water distribution systems are reliable and cost effective over pumping systems as no external power is required to maintain the flow. Combine of pumping and gravity dual system 1. Of all municipal services provision of potable water is perhaps the most vital.

When the distribution reservoir is located at a higher elevation than the target community. Then water can be supplied with the gravity flow. Types of water distribution system. If topographic conditions are ideal gravity distribution is used.

Combined gravity and pumping system most common system treated water is pumped and stored in an elevated distribution reservoir then supplies to consumer by action of gravity the excess water during low demand periods get stored in reservoir and get supplied during high demand period economical efficient and reliable system. Gravity flow water distribution systems are reliable and cost effective over pumping systems as no external power is required to maintain the flow.