Investigation of soil acceptance standards based on optimal construction methods according to depth and site conditions.
Soil survey
Investigation of soil acceptance standards based on optimal construction methods according to depth and site conditions.
To meet the acceptance criteria for excavated soil generated from construction work, accurate sampling that complies with the "sampling depth" and "analysis items" required by disposal sites and municipalities is essential. This technology is a cutting-edge soil investigation solution that selects and utilizes the optimal method according to the geographical environment, confined conditions, and depth at the site. For the top layer, double shovels are used; for shallow layers, heavy machinery is employed; and for accurate deep core sampling at greater depths, a self-propelled boring machine is deployed. This optimal process ensures reliable soil screening without rework and significantly reduces analysis costs. Furthermore, it strongly supports the swift selection of safe acceptance sites by reliably meeting stringent acceptance criteria (such as dioxins, oil content, fluorine, etc.) that exceed 45 items, as well as regional lot regulations.
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basic information
Sampling methods: double shovel (surface layer), heavy machinery excavation (shallow layer), self-propelled boring machines, etc. (deep core of several meters or more). Corresponding analysis items: national soil environmental standards (approximately 29 items) plus additional items according to regulations and internal standards of disposal sites (dioxins, oil content, fluorine, etc., totaling over 45 items).
Price information
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Price range
P3
Delivery Time
P4
Applications/Examples of results
Preliminary compatibility analysis of construction waste in areas with complex geological layering, accurate geological information and soil contamination status up to deep layers, and screening surveys of excavated soil in special sites where large machinery cannot access, such as narrow plots, sloped land, and under eaves of existing buildings.
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