Drainage and Rainwater System Among the key features of a building are the electricity, drainage, and the water systems. The study is particularly based on the drainage and water rainwater systems. It

Drainage and Rainwater System Among the key features of a building are the electricity, drainage, and the water systems. The study is particularly based on the drainage and water rainwater systems. It

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Drainage and Rainwater System

Among the key features of a building are the electricity, drainage, and the water systems. The study is particularly based on the drainage and water rainwater systems. It is vital to construct a building, whether at home or business premises with effective drainage and rainwater system in order to avoid the damage of the structure by water. Effective drainage systems ensure effective water flow from the structured roofing to the area of disposal, or from the interior of the building such as bathrooms, without eroding or damaging the structure. Among the key elements to consider in the establishment of drainage and rainwater systems is the piping system. It is important to ensure that the way around the pipes of drainage is accessible and easily identifiable. This will ensure that any damage can be easily be identified and fixed before it creates a serious damage.

Structure roofing is not complete without the gutters. A roofing without gutter will pour the water directly on the ground, damaging the wall or eroding the surrounding, which may threaten the foundation and the stability of the building. Guttering ensures that all the rainwater falling on the roofs is collected and channeled properly to the nearest downpipe. Large roofs will require wider gutters to accommodate the large amounts of rain water collected during rains. The gutters should either be made of polyester materials or aluminum to ensure that they do not rust when exposed to water and moisture. Materials made of cast iron have also been used in