In this scorching summer season, the construction of an underground passage interchange in Nantong, Jiangsu, has reached a milestone moment. The main body of the interchange has been completed, and the steel sheet piles on both sides of the interchange need to be removed. As a crucial component of the support structure, the removal of these steel sheet piles is of utmost importance.
🔸 This is a challenging project. The steel sheet piles are neatly arranged on both sides, with small spacing, and are buried deep into the foundation, about ten meters deep. How can these support piles be safely and efficiently removed?
The construction team turned to Beiyi's professional pile extractor, the BYPM360LS H-beam pile extractor, to handle these hundreds of dense steel sheet piles.
As a well-known brand in the industry, Beiyi's pile extractor has always been renowned for its efficiency, stability, and safety. During the construction process, Beiyi's pile extractor, with its powerful extraction force and stable performance, successfully removed the 300*500 and 300*700 steel sheet piles on both sides. Workers operated the machinery remotely with a remote control, ensuring the entire process was orderly and safe.
Beiyi's pile extractor also demonstrated high efficiency and energy-saving features during the work. Compared to traditional mechanical removal methods, Beiyi's pile extractor’s integrated design does not occupy space and does not require auxiliary equipment, significantly improving work efficiency. It not only saves human resources but also reduces energy consumption. This undoubtedly saved a lot of costs for the construction team and also reduced the environmental impact. The fully extracted steel sheet piles can be recycled, creating secondary use value!
During this pile extraction project, Beiyi's pile extractor showcased its excellent performance and high work efficiency. It is believed that in future developments, Beiyi will continue to leverage its advantages to provide high-quality products and services for more engineering projects.