Find Silent Piling Contractors Near You

Find Silent Piling Contractors
Near You

Let’s Find You a Silent Piling Contractor

Are you seeking silent piling contractors for the first time and are unsure where to begin? Provide us with your project details, and we will provide a list of silent piling contractors for you to evaluate. You can take your time to compare these contractors by reviewing their quotes and requesting any additional information you may need. There’s no pressure to make a hiring decision quickly, so feel free to evaluate the options thoroughly before making your choice.

Our Process

3 Steps For Getting Our Services

01.

Describe Your Requirements

Simply share the specifics of your project with us, and we will assist you in finding the ideal contractor. Our goal is to ensure a hassle-free selection process for you.

02.

Get Free Quotes

Once you provide us with the project details, contractors will offer free quotes, allowing you to evaluate and choose the most suitable contractor for your needs.

03.

Select Your Silent Piling Contractor

You can select from a range of top silent piling contractors in your area after reviewing the quotes. Our selection process is designed to make you confident about your choice

Introduction to the Silent Piling

Silent piles are foundation systems used to support various structures. They are called “silent” piles because they generate much lower noise and vibration levels during installation compared to traditional pile-driving methods.

Silent piles are typically made of concrete or steel and are driven into the ground using hydraulic hammers or jacks. The hydraulic system generates a high-frequency vibration that causes the soil to move out of the way and allows the pile to penetrate the ground. This process displaces and compacts the soil around the pile, increasing its load-bearing capacity and providing stability.

Silent piles can be installed in various soil conditions, including soft soils, clay, and rock. The soil type will determine the piles’ type, dimensions, bearing capacity, concrete mix design and reinforcement density.

Benefits of Silent Piling

Silent piling offers several benefits over traditional piling methods, including:

Reduced Noise Pollution: Silent piling produces significantly less noise pollution, making it perfect for use in urban areas or locations with noise restrictions.

Minimal Vibration: Silent piling generates much lower levels of vibration than traditional piling methods, reducing the risk of damage to nearby structures, particularly those with shallow foundations.

Faster Installation: Silent piling can be installed faster than traditional methods, reducing construction time and costs.

Reduced Environmental Impact: The low noise and vibration levels associated with silent piling have less impact on the surrounding environment, particularly in areas with sensitive wildlife or ecosystems.

Improved Safety: Silent piling is a safer method of piling as it eliminates the need for manual handling of piles and reduces the risk of accidents associated with traditional pile-driving methods.

High Load Capacity: Silent piling can achieve high load-bearing capacity, making it suitable for use in a wide range of construction projects, including high-rise buildings, bridges, and other large structures.

Methods of Construction

There are different types of silent piling methods, including:

Hydraulic Hammer Method:

This method uses a hydraulic hammer with an isolator that absorbs the vibrations and noise generated during pile driving.

Press-in Piling Method:

This method uses a hydraulic press to insert a sheet pile into the ground. The press-in method generates lower noise and vibration levels than traditional pile driving methods.

Vibro Hammer Method:

This method uses a vibro hammer, which generates vibrations that help the sheet pile to penetrate the ground. The vibrations can be adjusted to reduce noise and vibration levels during pile driving.

Auger Cast-in-Place Method:

This method involves drilling a hole into the ground, inserting a reinforcement cage, and filling it with grout. This creates a column of soil cement that provides support for the structure.

Screw Piling Method:

Screw Piling Method: This method uses a hydraulic torque motor to rotate a screw pile into the ground. The rotation of the screw pile generates low levels of noise and vibration.

How Does it Work?

The working principle of silent piles is based on the transfer of load from a structure into the ground. When a silent pile is installed into the ground, it displaces and compacts the soil around it, creating a void that is filled with grout or soil as the pile is driven deeper. This displacement and compaction of the soil around the pile increases the density of the soil and creates friction between the soil and the pile, providing stability and load-bearing capacity.

Noise Policy Statement for England

The noise policy statement for England or NPSE was published by the UK government in 2010 and provides guidance on how noise pollution should be managed and controlled. The statement sets out a framework for managing noise that includes:

Identifying Noise Sources:

Local authorities are responsible for identifying sources of noise pollution in their areas and taking appropriate action to manage them.

Preventing Noise Pollution:

The statement emphasises the importance of preventing noise pollution at source through the use of quieter technology and better design.

Protecting Health and Well-Being:

The statement recognises that noise can significantly impact health and well-being and sets out measures to protect people from excessive noise exposure.

Promoting Good Practice:

The statement promotes good practice in managing noise and encourages the adoption of noise reduction measures.

Ensuring Consistency:

The statement aims to ensure consistency in noise management across England and provides a framework for local authorities to develop their own noise policies.