Ground reinforcement work | ETP-G method that is environmentally friendly with zero industrial waste emissions.

Rotary penetration construction that does not produce industrial waste or excavation residual soil! Ground reinforcement using the high-support ETP-G method that prevents soil contamination and contributes to the preservation of the global environment.

In ground reinforcement work that supports the long-term safety of buildings, preventing differential settlement accidents and balancing environmental considerations represented by the SDGs is a significant modern challenge. The ETP-G method provided by Geotech is a type of rotary driven steel pipe pile method that integrates disc-shaped enlarged wings and excavation assist bits at the ends of steel pipes. By adopting a rotary driving method, it demonstrates high penetration thrust and reliable end bearing capacity, robustly supporting everything from small buildings to various structures. The greatest strength of this method lies in its completely non-disposal construction that does not use any cement solidifying agents. Since no excavated residual soil, which would become industrial waste during construction, is generated, it significantly reduces the costs and hassles associated with residual soil disposal and transportation. Furthermore, it prevents the risk of soil and groundwater contamination from chemicals such as hexavalent chromium, and protects the surrounding living environment with low noise and low vibration construction. The applicable range accommodates buildings with three stories or fewer and a total floor area of 1,500 square meters or less, allowing for optimal design from a rich variety of steel pipe diameters and wing diameters. Our company provides high-quality reinforcement work that protects the global environment and residential safety, under construction management compliant with ISO 9001, with thorough data monitoring by qualified personnel.

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