The piling foundation technology has significantly been influenced by the advancement of technology and innovation. Modern equipment allows the piling foundation process to be free of noise and dust pollution. Piling contractors can provide more efficient service to clients by using these technologies.
We shall take a glimpse here at the latest innovation in piling foundation technology. If you plan to hire contractors for piling works, read on to learn more about technical developments in the field.
Why is piling a foundation necessary for buildings?
Piling foundations help maintain a building's structural stability. They are most effective in areas with poor soil quality and vulnerability to ground settlement.
Piles used in constructing the building foundation help to protect from earthquakes as well. Buildings with piled foundations are generally used to protect them against natural ground settlement.
What is the latest innovation in piling foundation technology?
Ever since the inception of piled foundations in construction, it has gone through several changes. In ancient times, timber was used for piling; now, reinforced concrete, iron rods, etc., are used. Some of the modern innovations in this section include:
Automated drilling rigs
Automation technology has advanced piling techniques. Automated drilling rigs are used to drill holes in the ground, which are then filled with liquid concrete reinforced with steel bars. These machines use GPS and machine learning technology to safely install piles in the ground.
When such machinery is used, human labour is minimal. It also delivers efficient and error-free piling foundation service.
Micro piling
Micro piles, also known as mini piles, are very effective innovations for supporting existing foundations in a compact space. Mini piles are slender and range from 100mm to 300mm in diameter. Hence, they do not require heavy and large machinery for installation.
It works perfectly fine in poor surrounding soil quality due to its easy and efficient installation process.
Piling using hydraulic force
A hydraulic force-in pilling system is the most effective piling method for installing large piles in the ground. Piles are driven in the ground using hydraulic pressure. It doesn't use much human labour and protects their safety on the work site.
The process is widely accepted in the construction industry due to its silent and vibration-less method for pile installation. However, the technology can be challenging in a compact area as it involves large hydraulic machines.
Jet grouting
This is another groundbreaking technology for installing piles. In this process, high-pressure grout is injected deep into the ground to build walls or columns underneath the superstructure. Injecting high-pressure grout helps improve soil quality, and the process can be used in areas with loose soil.
Geosynthetic reinforcement
Geosynthetic reinforcement may not be considered a piling reinforcement solution, but it is used as an alternative. Geosynthetic grids, membranes, and textiles increase soil load-bearing capability. The method has become popular in construction due to its cost-effectiveness and sustainability. Geosynthetic reinforcement technology can support the foundation of a building and surrounding soil.
The technique has been used in various applications such as retaining walls, stabilising slopes or increasing foundation strength.
How are these technologies beneficial to you as a client?
The above-mentioned piling foundation technology and innovation can help to complete a project in a shorter time frame than in previous conditions. Automated drill rigs and hydraulic pressure-in reinforcement are functional in large-scale piling foundation projects. These machines make the process safer and time-efficient. These modern inventions are essential if you plan to get your piling foundation project done within a strict timeline and without errors.
However, if you are a domestic house owner and willing to support the foundation of your existing house, mini piling, a geosynthetic reinforcement technique, can be helpful. These cost-effective methods are very beneficial for domestic house owners to maintain the structural stability of their houses.
Environment protection and technology
Large-scale piling foundation projects tend to involve more human labour, and it becomes complex. However, automation and machine learning technology reduce human labour requirements. Hence, the site remains clean and excess construction materials do not impact its environment.
Methods like geosynthetic reinforcement are cost-effective and sustainable. They can help protect the environment by reducing the need for concrete or metal piles.
Conclusion
The changes in the piling foundation technique are beneficial when used carefully. Large piling foundation projects have become simple by using automation technology.
Piling Contractor London is an industry-leading contractor for piling foundations and other construction works in London. Contact us today to experience your area's best professional piling foundation service.
