Restricted Access
Encountering restricted access scenarios in construction and infrastructure development is not uncommon. Whether it’s working in confined urban spaces, remote locations, or areas with limited accessibility, executing construction projects in such environments presents numerous challenges. Traditional foundation methods may prove impractical or time-consuming, necessitating the need for innovative solutions.
One such solution that has gained significant popularity in recent years is the utilisation of screw piles for restricted access projects. Screw piles (helical piles or screw anchors), are deep foundation elements designed to provide support and stability to various structures. Their unique design and installation process make them particularly suitable for projects with restricted access, where conventional methods may fall short.
The key advantage of screw piles lies in their installation process, which eliminates the need for extensive excavation or heavy machinery. Unlike traditional concrete foundations that require significant digging and space, screw piles are screwed directly into the ground using hydraulic machinery, minimising the impact on the surrounding area and reducing construction time. This makes them ideal for areas with limited space or where underground utilities and structures prohibit conventional digging.
Moreover, screw piles offer versatility in terms of load-bearing capacity, making them suitable for a wide range of projects. They are capable of withstanding both tension and compression loads, ensuring stability for structures of varying sizes and weights. From residential buildings and commercial structures to infrastructure installations such as bridges and transmission towers, screw piles can provide reliable foundation support across multiple applications.
The adaptability of screw piles is further enhanced by their ability to be installed at various angles and depths. This flexibility allows construction professionals to overcome challenging site conditions, including sloped terrain or areas with varying soil profiles. By adjusting the angle and depth of installation, screw piles can efficiently distribute the load and provide the necessary stability, even in challenging environments.
In addition to their ease of installation and adaptability, screw piles offer other notable advantages. They require minimal site preparation, reduce noise and vibration during construction, and have a lower carbon footprint compared to traditional foundation methods. These factors not only contribute to a more efficient and environmentally friendly construction process but also mitigate disruptions to nearby areas and communities.