We introduce the differences from conventional methods and construction reports regarding the Light Drain Columbus method.
This document introduces the ground replacement method "Light Drain Columbus Method." It includes differences from conventional methods, performance design goals based on the design technology of Light Drain Columbus, and construction reports. Additionally, actual measurement reference materials such as ground temperature are presented with photographs. We encourage you to read it. 【Contents】 ■ To the client (public works contractor) ■ Proposed technology with expected effects ■ Differences from conventional methods ■ Performance design goals based on the design technology of Light Drain Columbus ■ Construction report for ground improvement "Light Drain Columbus Method" *For more details, please refer to the PDF document or feel free to contact us.
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【Other Published Content (Excerpt)】 ■ Heat Environment Verification Test "Measured Reference Data for Ground Temperature, etc." ■ Comparison of Light Drain Columbus, Insulated Residential Structures, and General Insulated Houses ■ Conceptual Diagram of Flood Prevention Housing and Structural Heat Storage (Disaster Prevention / Energy Saving) ■ Conceptual Diagram of Medium-Sized Buildings Utilizing Solar Thermal Energy *For more details, please refer to the PDF materials or feel free to contact us.
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For more details, please refer to the PDF document 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