This project used helical piles to stabilise expansive soil cut slopes on the Zhounan Expressway in Henan, China. SSP provided slope stability assessment, reinforcement design, pile manufacturing and supply, and construction support, and participated in site installation.

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This double-track railway project in a lake and marshland area of Ireland used helical piles to address differential settlement in soft ground. SSP provided technical assessment, reinforcement design, product manufacturing and supply, and installation support. The piles were manufactured in China and installed by a local contractor in Ireland.

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This Canadian highway embankment project used helical anchors, a geotextile layer and steel wire mesh to protect shallow slope soils and support vegetation recovery. Prefabricated anchors secured the surface layers to the ground, combining shallow soil restraint and erosion protection with a slope face suitable for grass cover.

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This ground-mounted solar project in Warner County, Alberta, used helical pile foundations for its mounting structures. The project records identify a capacity of approximately 41.4 MW and a site area of approximately 334 acres. With foundation points repeated across the array, pile position, elevation and connection consistency were important to the mounting-system layout.

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This project in Maldonado, Uruguay, used helical pile foundations for an elevated park walkway. The foundation arrangement supports the walkway above landscaped ground, with individual steel supports following its alignment. The project illustrates the use of helical piles for public-space structures where access and disturbance to the surrounding landscape are important considerations.

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This Canadian BESS project used helical piles with steel support frames beneath containerised energy storage equipment. The foundation arrangement provides multiple support points coordinated with the equipment frame. The photographs show the installed units, foundation installation activity and a close inspection of the pile-to-frame connection.

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