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Submergence Risk Assessment Product List

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Measurement and Analysis Method for Uneven Ground Subsidence at the Site of Demolished Wooden Apartment Buildings for Real Estate Development

Evaluate and prevent differential settlement risks at the demolition site through multi-point SWS testing.

In real estate development, it is essential to accurately understand the potential risks of the land and avoid future troubles. Particularly in the case of sites where wooden apartments have been demolished, the presence of remnants of old foundations and the unevenness of backfill can easily lead to the formation of "uneven ground," where the ground strength varies by location, increasing the risk of differential settlement in new buildings. To prevent this risk in advance, precise ground surveys that accurately predict and evaluate ground settlement behavior are indispensable. This service identifies the specific ground risks associated with demolition sites and supports the safety of buildings and the preservation of asset value. 【Usage Scenarios】 - New development on sites of demolished wooden apartments - Evaluation of differential settlement risks due to ground unevenness - Risk assessment before purchasing development land 【Benefits of Implementation】 - Early detection of differential settlement risks and planning of countermeasures - Improvement of structural safety of buildings - Maintenance and enhancement of asset value

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  • Geological Survey Company
  • Ground foundation construction method
  • Pile and foundation work
  • Submergence Risk Assessment

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[Urban Planning] Analysis Method for Measuring Settlement of Uneven Ground in Demolition Sites | Geotech

Analyzing the uneven ground of the demolition site using multiple-point SWS tests to reduce the risk of differential settlement.

In urban planning and regional development, managing the ground conditions of sites where existing structures have been demolished is crucial. At demolition sites, the removal of old foundations and the unevenness of backfilling can lead to the formation of "uneven ground," where the ground strength varies by location, raising concerns about future settlement and differential settlement risks. This can potentially impact the safety of new development projects and their long-term asset value. This service precisely evaluates the unique ground risks associated with such demolition sites and supports the planning of safe development projects. 【Usage Scenarios】 - Preliminary ground surveys for new development projects - Site evaluations after the demolition of existing buildings - Understanding ground risks in regional development plans - Confirming ground stability in infrastructure development plans 【Benefits of Implementation】 - Early detection of differential settlement risks and planning of countermeasures - Improved safety of development projects - Maintenance and enhancement of long-term asset value - Visualization of ground risks during the planning stage

  • ボーリング.gif
  • Geological Survey Company
  • Ground foundation construction method
  • Pile and foundation work
  • Submergence Risk Assessment

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[For Design Offices] Optimal Foundation Design Soil Investigation | Geotech

We provide objective evidence that serves as the basis for structural calculations through high-precision ground data and subsidence analysis.

In a design office, securing accurate ground data that serves as the basis for structural calculations is essential when designing buildings on complex ground conditions such as embankment sites. A uniform reinforcement assessment not only leads to excessive improvement construction costs but also hinders the optimization of structural design. Our ground investigation service strongly supports design optimization by providing objective evidence that can be utilized as the basis for structural calculations while ensuring safety, through the integration of precise field data and advanced analytical techniques. 【Usage Scenarios】 - Multifaceted evaluation of differential settlement risks in embankment sites - Calculation of long-term allowable stress and predicted consolidation settlement required for structural calculations - Selection of foundation specifications that eliminate excessive reinforcement and preparation of supporting documentation 【Benefits of Implementation】 - Realization of safe and economical foundation design based on precise data - Securing a reliable ground data set as the basis for structural calculations - Smooth response to ground guarantee reviews and increased efficiency in design work

  • ボーリング.jpg
  • Site and ground investigation
  • Geological Survey Company
  • Geological Survey
  • Submergence Risk Assessment

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