High school Geography made us understand that over 76% of the earth is occupied by water and the remaining 24% land. It is still being stressed that 24% landmass has a body of water beneath it, known as the water table. This means that there is water almost everywhere on earth. The water that is present in the water table tends to rise through capillarity action, especially in Spring.

The excess groundwater tends to obstruct various activities of man when interacting with his environment. However, recent developments have devised means to reduce excess water levels present in a specific area to enable man to carry out his activities efficiently.

The most effective means of achieving this technology is known as the dewatering process. This process gives man more control over the amount of groundwater present in a specific area at a particular time. Perhaps you are interested in finding out more about this technology. In that case, you have been reading the perfect article that will answer your questions. Read on to discover more interesting information.

What does the Dewatering Process Entail?

Dewatering is a process of controlling the amount of water in a particular area using specific devices called water pumps. Dewatering has received much attention from various professionals who employ dewatering services it when working. This article better explains dewatering by highlighting the areas or sectors where dewatering is used, the types of dewatering pumps, and the factors that determine the type of dewatering pumps to use.

Reasons For Dewatering

As explained earlier, dewatering allows for groundwater control in a specific area. These are reasons for Dewatering:

1. Construction: This is concerned with building structures and buildings, and these structures and buildings demand a foundation for them to be erected. The foundation is constructed by tilling the soil, and when there is excess groundwater, construction is complicated. However, using dewatering construction is made easy.

2. Mining: Involves digging the earth for mineral resources. The presence of excess groundwater in areas with mineral resources is a norm for mining industries, making extracting natural minerals difficult. But dewatering allows this sector to function effectively.

3. Agriculture: Agriculturists use dewatering in the marsh and arid lands. In the marsh, dewatering is used to reduce the water in the soil by transferring water to a particular place, while in arid lands, dewatering is used for irrigation practice.

Types Of Dewatering Pumps

There are primarily three types of dewatering pumps. They are:

1. Submersible pumps: They are submerged in water; this enables them to push water through a discharge pipe to the surface. Based on where the pipe is directed. This pump requires less space.

2. Centrifugal end-suction pumps: Applies centrifugal force, allowing it to collect water via a suction pipe placed into the water. This pipe sucks the water to the surface, channeled into a pond or vessel.

3. Well-pointing piston pumps: are placed in wells constructed around the active region and absorb water into the wells. The water is then channeled to a distant place. They allow working and dewatering simultaneously.

Factors To Using Dewatering Pumps

1. The groundwater level

2. How far the discharged water will travel

3. The geology involves soil nature, topography, and more.

4. The aim of dewatering.

Conclusion

Controlling water levels is more effective when using the right dewatering pump. Luckily, this article has explained what dewatering is and tips for using dewatering pumps, including the various types of dewatering pumps available today. This is so that you can make more informed choices. If you are a construction or engineering firm that requires high quality pump equipment, be sure to seek out dewatering pump hire equipment from a trusted industry specialist.