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Benefits of Helical Piles for the Telecom Industry
Clients have experienced significant cost and time savings with helical piles compared to concrete foundations. On average, projects save over $140,000 and approximately two weeks per installation. Additionally, helical piles reduce construction emissions by more than 93% compared to concrete. Helical piles are revolutionizing the foundation solutions for telecom companies in Ontario. Concrete foundations are not ideal for the region’s wet, snowy, and remote conditions. Helical piles provide a superior alternative, meeting the unique demands of telecom construction in Ontario. Build on helical piles for a more efficient and sustainable future.
Tower Remediations with Helical Piles
Foundation Reinforcement
Over time, the foundations of telecom towers can settle or become unstable due to soil erosion, water damage, or changes in ground conditions. Helical piles provide a reliable method to reinforce these foundations without the need for extensive excavation or disruption. By installing helical piles around the existing foundation, the load is transferred to deeper, more stable soil layers, ensuring the tower remains secure and stable.
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Supporting New Equipment
As technology advances, telecom towers often need to support additional or heavier equipment. This can strain the original foundation, leading to potential safety and performance issues. Helical piles can be easily installed to bolster the existing structure, allowing it to handle increased loads. .
Mitigating Soil Movement
In areas prone to soil movement, such as regions with expansive clay soils or areas with significant freeze-thaw cycles, helical piles provide an effective solution. They anchor the tower deeply into stable soil layers, mitigating the effects of soil expansion, contraction, or shifting. This stability is crucial for maintaining the integrity and performance of your telecom infrastructure.
Mitigating Soil Movement
In areas prone to soil movement, such as regions with expansive clay soils or areas with significant freeze-thaw cycles, helical piles provide an effective solution. They anchor the tower deeply into stable soil layers, mitigating the effects of soil expansion, contraction, or shifting. This stability is crucial for maintaining the integrity and performance of your telecom infrastructure.
Build on a Foundation of Quality
Frequently asked questions
Why are helical piles a good choice for telecommunication towers?
Helical piles offer several advantages for telecommunication towers, including:
- Adaptability to all soil types: Whether it’s clay, sand, or rock, helical piles can be installed effectively.
- Fast and efficient installation: Installation is quicker than traditional concrete foundations, reducing project timelines.
- Reduced environmental impact: Helical piles can be installed with minimal excavation and soil disturbance.
- Long-term stability: Helical piles provide durable support in various weather and soil conditions.
How are helical piles installed for telecommunication towers?
Helical piles are installed by rotating them into the ground using specialized equipment. The pile is screwed into the soil until it reaches the desired depth, where it can support the necessary load. This installation process causes minimal disturbance to the site.
Can helical piles be installed in remote or hard-to-reach areas?
Yes, helical piles are particularly well-suited for remote and hard-to-access locations. Their installation requires less heavy equipment than traditional foundations, making them ideal for areas where transporting materials like concrete is difficult.
Do helical piles require concrete for telecommunication tower foundations?
Not necessarily. Helical piles can be used in concrete-free designs or with concrete pile caps, depending on the engineering requirements of the project. Concrete-free designs can save time, reduce costs, and minimize environmental impact, while concrete pile caps can provide additional stability when needed.
How long do helical pile foundations last?
Helical pile foundations are extremely durable and can last decades, depending on site conditions and maintenance. They are made from corrosion-resistant steel, designed to withstand harsh environmental conditions, including extreme weather and fluctuating soil conditions.
Are helical piles adaptable to different soil conditions?
Yes, one of the major benefits of helical piles is their versatility. They can be used in virtually all soil types, from soft, loose soils to hard, compacted ground. They are effective in sandy, clayey, rocky, or even disturbed soils, providing consistent, stable support.
How are the load-bearing capacities of helical piles determined?
The load-bearing capacity is determined through a combination of soil testing, geotechnical analysis, and load testing on-site. Pile size, depth, and the number of helical plates are adjusted based on the soil conditions to meet the specific load requirements of the tower.
