20+ years experience building

Large Foundation Ground Screw Anchors for Civil & Mining

Screw Ground Anchor Solutions for Civil & Mining Projects

Screw piles, or steel ground anchor screws, are particularly useful in Queensland civil and mining projects. These types of projects are often in remote or difficult access areas, where transporting heavy traditional foundation installation equipment can be impractical, expensive, or sometimes even impossible. Helical, screw-in, ground anchors are also ideal due to their versatility, rapid installation, and adaptability to hold and secure within challenging Australian soil conditions, including sand and clay.

Earth Anchors For Structural Foundations

In civil projects, screw piles provide efficient and reliable foundations for various structures, including bridges, pipelines, overpasses, and walkways. These types of structures are often located in remote areas or installed on varying terrain, and the ease of transportation and fast installation of screw piles make them advantageous for meeting tight project timelines, unlike traditional concrete, which requires curing and excavation.

Helical Screw Pile Anchors For Retaining Walls

Screw piles are employed to support retaining walls in civil projects, providing stability for changes in elevation and preventing soil erosion. This application is crucial in infrastructure development and landscaping.

Sound Barriers and Fencing

Civil projects often include the construction of sound barriers along highways or fencing for safety and security. Screw piles offer a stable foundation without the need for extensive excavation, and ensure minimum disruption to existing infrastructure.

Secure Utility Poles and Towers

Screw piles are used in civil and mining projects to provide extra stability for foundations for utility poles, towers for power lines, telecommunication installations, and other infrastructure, especially in remote or challenging terrain.

Large Ground Screws For Mining Infrastructure

Screw piles can be used in mining projects to provide stable foundations for infrastructure such as conveyor systems, equipment platforms, and storage facilities. Their adaptability to varying soil conditions is particularly advantageous in mining environments.

Dewatering Systems

In mining projects where dewatering systems are needed to control groundwater, screw piles can be used to support the structures associated with these systems, ensuring stability in dynamic mining environments.

Portable Equipment Foundations

Mining projects are often not intended to be permanent, and screw piles can be utilised to support portable equipment in mining projects, offering a quick and reliable foundation solution that can be easily adjusted or relocated as needed.

Construction Of Temporary Structures

In both civil and mining projects, where temporary structures like construction offices, storage facilities, or on-site facilities are required, screw piles offer a fast and effective foundation solution.

Screw-In Drilling Platforms

In mining operations involving drilling, screw piles can provide stable foundations for drilling platforms, ensuring the safety and stability of the equipment and personnel.

Environmental Building Remediation

Screw piles can be used in civil projects for environmental remediation efforts, providing a stable foundation for structures involved in soil or water treatment processes.

The adaptability, speed of installation, and load-bearing capacity of screw piles make them well-suited for various applications in civil and mining projects. Their ability to overcome challenging soil conditions, minimize environmental impact, and facilitate rapid construction is perfectly suited to the demands of dynamic or remote project environments.

What our customers say about us

Rated 5 out of 5 stars based on 7 customer reviews.

SUCCESSFUL SOLUTIONS

Recently Screw Piling Qld received a request for help with a building that was designed overhanging the water. After consideration of the surrounding area and the building plans, Screw Piles were installed directly into the wall of the dam, stablising the entire structure.

Not only was this a successful solution, but it was by far the most cost effective method as well.