A List of Infrastructures that Can Benefit from Screw Piling Design and Installation

April 26, 2023

Construction projects take advantage of specific processes to guarantee the stability and longevity of structures and buildings. One of these processes is screw piling.

Screw piling is a process of embedding helical piles or anchors into the ground. These piles are comprised of a steel shaft with one or more helix-shaped plates attached to it. The plates are designed to screw into the ground, giving a strong foundation for the structure or building being built. The piles are then screwed into the ground using a hydraulic motor.

As the pile is installed into the ground, the helix-shaped plates displace the soil, generating a void around the shaft. This void creates a high-capacity pile that can support the weight of the structure or building. Once the pile is at the required depth, the hydraulic motor is removed, and the pile is cut to the required length. A wide array of infrastructures can benefit from screw piling. Some of them are as follows.

Residential Buildings

Residential buildings constructed above unstable soil can take advantage of screw piling as the piles used for this process can conveniently stabilise and support the structures found in buildings. The piles used for this process are likewise cost-effective and versatile, making screw piling a highly recommended process for single-family homes, townhouses, and multi-story apartment buildings. It can even be utilised on residential sites with limited access.

Commercial Buildings

Like residential buildings, screw piling can also be maximised by commercial buildings as the process can provide a strong foundation for these structures for years. And as mentioned earlier, screw piling can be effective in areas with unstable or soft soil, which makes it the best technique for office buildings, retail stores, and warehouses found in the said places. Screw piling can also be used in buildings with heavy loads. Hence, owners of storage facilities and distribution centres can easily maximise screw piling to enhance their foundation.

Industrial Structures

The durability, longevity, and versatility of screw piling also make the process highly recommended for industrial structures like factories, power plants, and other heavy industrial buildings. Since these buildings often handle heavy equipment and machinery, they require a foundation that can deal with their weight and stress load optimally. Piles and other elements of screw piling can, fortunately, handle them without any issues. The effectiveness of this process against unstable soil also makes it useful for landfills and waste disposal sites.

Power and Telecom Structures

Residential, commercial, and industrial buildings will never work optimally without any energy source. Some sources of energy that these buildings may maximise are solar farms and wind turbines. For these power structures to work optimally, they should stand on a strong and reliable foundation. Screw piling, fortunately, can be utilised in the construction of solar farms and wind turbines as the piles can support the weight of their primary components. This technique can also be used to build telecom structures.

Bridges

Ultimately, screw piling can be used to support the foundation of small pedestrian bridges, large highway overpasses, and other types of bridges. The technique is ideal for bridges built on soft or unstable soil, where traditional foundation methods are not suitable. Screw piling is also great for bridges as it reduces the need for extensive excavation work and foundation preparation.

Screw piling is a versatile and cost-effective foundation technique that can benefit a wide range of infrastructures. Through this technique, structures can be set on a foundation that can withstand heavy loads and other environmental conditions.

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