Designated Investigation Agency | Methods for Safely Removing Excavated Soil from Large-Scale Apartment Construction Sites
Soil survey
A method for safely transporting excavated soil from large-scale development off-site by managing and sorting the vast amount of soil from apartment construction by grid sections, along with a soil removal plan and expedited official analysis.
In large development sites such as vast properties and super high-rise condominiums, it is not uncommon for the amount of excavated soil to reach tens of thousands of cubic meters, requiring specialized construction management capabilities for its handling. This document compiles technical know-how for developers and large construction companies involved in such mega-projects to safely and seamlessly manage vast amounts of soil. It provides detailed explanations of specific grid design methods for "sectional management" to completely control the movement of large machinery and yard congestion, as well as how to optimize large "soil transportation plans" involving hundreds of dump trucks per day. Furthermore, it introduces the operational system for "short-term public analysis" that processes a large number of soil samples in parallel without slowing down construction pace, along with GeoTech's advanced sampling techniques and agility, which have been proven in numerous large sites. This is an essential read for resolving the unique mixed-load risks and logistics delays characteristic of large-scale sites.
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basic information
This technical specification is specially designed for large-scale condominium sites that handle tens of thousands of cubic meters of earth and sand. As a management specification by work area, it accommodates high-density grid division of up to several hundred and three-dimensional depth-based risk mapping. The earth and sand removal plan specification applies a multi-vehicle operation management algorithm that controls multiple removal gates and simultaneous loading lanes, calculating the optimal number of dispatches per hour to avoid congestion. In the short-term public analysis flow, a high-speed line for large sample processing is operated to handle dozens of samples simultaneously each day, achieving high-precision continuous analysis output without slowing down the progress of large-scale construction.
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Price range
P3
Delivery Time
P4
Applications/Examples of results
The main applications are large-scale excavation work for the construction of high-rise condominiums, urban redevelopment projects, and large-scale complexes with vast sites. The daily volume of soil and sand generated is extremely high, and it is utilized to prevent congestion in mixed loads and logistics at sites where multiple heavy machinery and hundreds of dump trucks operate simultaneously. It is used for area-specific management purposes to spatially control contamination risks by subdividing the site into detailed grids, as well as for the formulation and operation of meticulous soil transportation plans to alleviate congestion near the gates. Furthermore, it is optimal for safely handling soil and sand without halting the progress of large-scale construction under harsh conditions where a large number of samples must be processed at once, enabling rapid public analysis.
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