Disaster Recovery and Disaster Mitigation Technology: "Foam Styrene Light Drain Civil Engineering Method"
Construction done manually! It offers better workability, performance, and effectiveness compared to other drainage materials.
The "Expanded Polystyrene Light Drain Civil Engineering Method" is a disaster recovery and disaster prevention technology that enhances performance and effectiveness by adding drainage functionality to a modified structure built with expanded polystyrene blocks. As a result, it offers higher workability, performance, and effectiveness compared to other drainage materials. Additionally, since the construction is done manually, there is no need for specialized workers or special machinery. 【Features】 ■ Adds drainage functionality to a modified structure built with expanded polystyrene blocks ■ Higher workability, performance, and effectiveness than other drainage materials ■ Pre-cut products delivered to the site from an expanded polystyrene molding factory ■ No need for specialized workers or special machinery as the construction is done manually *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Characteristics of Expanded Polystyrene (EPS)】 ■ Lightweight (about 1/100 the weight of soil) ■ Self-supporting (can be stacked to create a self-supporting wall structure) ■ Workability (can be installed quickly by hand without the need for large machinery) ■ Cost-effectiveness (significant reduction in construction time) ■ Low load on the ground (increased underground stress is minimal due to its lightweight) ■ Insulation properties ■ Cushioning properties *For more details, please refer to the PDF document or feel free to contact us.
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【Applications】 ■ Load reduction measures (soft ground, ground elevation) ■ Soil pressure reduction measures (behind bridge abutments, retaining walls) ■ Measures against differential settlement and liquefaction in soft ground ■ Liquefaction measures for residential land and similar (Light Drain Columbus Method) ■ Slope measures *For more details, please refer to the PDF materials or feel free to contact us.
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■Disaster Mitigation Technology and Environmental Technology Company - First-class architectural design office - A venture company that researches, develops, commercializes, proves performance, and sells new technologies in the fields of architecture, civil engineering, and renewable thermal energy, contributing to national resilience. ■Architecture Field - Providing new technologies to architectural design offices - Guiding construction methods to construction contractors - Discussing client requests with architectural design offices - Assisting with commissioning - Quickly reinforcing earthquake-resistant structures for buildings damaged by major earthquakes (classified as severely damaged or collapsed, and restricted access) - A hybrid method that combines ground improvement and formwork construction - By utilizing the hybrid effect, reducing construction time and improving labor productivity by more than twice - A foundation structure that combines foundation concrete with thick insulation material for thermal storage - Air conditioning cost reduction effect of over 30% - Passive dampers for long-period seismic motion in base-isolated buildings - A renewable energy utilization system that uses surface ground ■Civil Engineering Field - Lightweight concrete ground improvement method using foamed particles - Shortened construction period - Labor productivity of ordinary workers increased by more than twice - Ground improvement material with adjustable bulk density (specific gravity 1.3 to 0.5) - Safe elevation for liquefiable ground - Safe embankment for soft ground - Construction that does not require special heavy machinery ■Renewable Thermal Energy - Offshore wind power foundation structure - Onshore wind power foundation structure
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