Three-dimensional horizontal geological section map manufacturing method and applications thereof

Abstract

The invention discloses a three-dimensional horizontal geological section map manufacturing method and applications of the three-dimensional horizontal geological section map manufacturing method. The method comprises the steps of obtaining wild geological raw data according to relevant correlation technical standard requirements of energy mineral resource geology and engineering geology, wherein the wild geological raw data comprise but not limited to drilling geological data, drilling point three-dimensional position information, geophysical exploration information and relevant indoor and outdoor testing data. The total number of the steps is ten. The method is applied to engineering geological map manufacturing and energy mineral resource geological map manufacturing, and geological mapping result expressing in geological mapping in the engineering geology and the energy mineral resource geology, wherein the geological mapping result expressing comprises but not limited to relevant mapping result expressing in the links of engineering geological mapping, designing, analyzing, constructing, monitoring and running and relevant mapping result expressing in the links of energy mineral resource planning, mapping, designing, monitoring, exploiting, running and repairing.

Description

technical field [0001] The invention relates to geological engineering information contained in a three-dimensional horizontal geological profile, a production method and its application, specifically a method for producing a three-dimensional horizontal geological profile and its application. The three-dimensional horizontal geological profile is used for the mapping of energy mineral geology and engineering geology, the expression of geological survey results in geological surveys in engineering geology and energy mineral geology, the expression of survey results in design, analysis, and construction related to geotechnical engineering and energy The expression of survey results in mining-related design, mining, and restoration. Background technique [0002] At present, there is no systematic horizontal geological section drawing technology, and there is no systematic horizontal geological section applied to energy and mineral geology and engineering geological mapping. T...

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Problems solved by technology

The vertical geological section can only describe the stratum distribution on a certain vertical plane, and cannot effectively reflect the overall geological distribution on different elevations and horizontal planes. Provide comprehensive and effective technical support

[0004] 2. The existing two-dimensional engineering geological vertical section is only analyzed based on the boreholes at both ends of the section; and the stratum distribution in the middle of the two ends of the borehole has nothing to do with the distance between the boreholes, so in essence Just the trend stratigraphic distribution between two boreholes; cross-engineering vertical sections are often ambiguous

[0005] 3. Engineering designers can only grasp the general geological conditions based on geological survey data, and cannot comprehensively, accurately, clearly and intuitively analyze the horizontal plane of geological bodies. Faced with huge and complicated data, the geological conditions mastered by engineering and technical personnel are Large deviations and omissions from the actual geological and stratigraphic conditions are not conducive to scientific, quality and quantity, and economical processes in engineering survey, design, construction, monitoring, operation, and energy and mineral exploration, design, mining, and restoration.

[0006] 4. In the process of existing engineering survey and design or energy and mineral development, sporadic engineering and technical personnel construct schematic horizontal geological sections through manual interaction according to special application requirements; but the production cycle of this horizontal geological section is long and the cost is low. Large, random technical quality and lack of systematic technical quality assurance, it is not yet a necessary result type in engineering survey, design, construction, monitoring, operation and energy and mineral exploration, design, mining, restoration, etc.

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