Ground reinforcement work | The necessity to reliably overcome humic soil and difficult ground while reducing environmental impact.
Ground reinforcement work
The necessity of ground reinforcement work to overcome humus soil and ultra-soft ground. A technology that enables the reduction of surplus soil and CO2, protecting both the global environment and buildings.
In ground reinforcement work on weak or organic soil, it is essential to accurately address the risks of poor solidification and settlement accidents caused by soil conditions. Neglecting appropriate measures can lead to uneven settlement in developed land or former wetlands, potentially resulting in structural failure of buildings. The Tiger Pile method is a high-performance hybrid technique that integrates soil-cement columns with highly adhesive stepped steel pipes, reliably supporting loads even in organic soil layers where poor solidification is a concern, thanks to the material strength of the steel pipe core. By significantly shortening the construction length through increased load-bearing capacity, it contributes to the reduction of cement-based solidifying materials and the suppression of CO2 emissions during production. Furthermore, it can greatly reduce the amount of excavated soil, significantly lowering the costs of industrial waste disposal and the environmental impact of truck transportation. GeoTech Co., Ltd. proposes sustainable reinforcement solutions that achieve a high level of environmental consideration and economic efficiency while tackling harsh ground conditions.
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basic information
The Tiger Pile method is designed to accommodate organic soil (humic soil) with specific design specifications. The soil-cement column diameters are available in three sizes: φ400, φ500, and φ600 mm, and the design strength is optimized according to specifications and test results. The core material uses stepped steel pipes (φ76.3 mm, φ114.3 mm) with controlled groove width and depth to exhibit high adhesion effects, and the steel pipe lengths range from 0.5 to 8.0 m. By enhancing load-bearing capacity, the construction length can be shortened compared to conventional columnar improvements, significantly reducing the amount of construction waste and cement usage, making it an environmentally friendly specification.
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Applications/Examples of results
It is extremely effective for foundation reinforcement of single-family houses and small buildings in soft ground where cohesive soil layers, mud, and humus layers are thickly distributed. It is selected to ensure reliable vertical bearing capacity in sites where conventional ground improvement methods raise concerns about insufficient strength and quality degradation. Furthermore, it is widely used in practical designs for urban narrow sites where there is a desire to minimize the amount of excavated soil generated during construction and to reduce the burden on surrounding roads caused by material delivery vehicles in environmentally conscious projects.
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