基于Surpac的地质矿产勘探三维建模与可视化研究

Research on 3D Modeling and Visualization of Geological and Mineral Exploration Based on Surpac

近年来,信息化、数字化与智能化等先进技术应用,已成为矿产行业创新发展的新兴研究课题。为构建数字矿山,加强矿产信息化建设,利用新型科学技术,全面改善矿产工作方式,提高地质矿产勘探效率与科学性。本文利用国际矿业软件Surpac,以内蒙古某铅锌矿场为例,构建内蒙古某铅锌矿矿体三维模型,从三维建模与可视化的角度出发,分析基于Surpac的地质矿产勘探三维建模与可视化过程,分析建模过程中地质数据的设计、地质解译及矿体储量估算技术与方法。利用Surpac软件,构建科学完善的地质矿产勘探三维模型,为全面掌握矿场地质信息与矿产资源储量分布信息,提供依据,提出新型技术手段,指导矿床勘探与开发,提高地质矿产勘探效率。

In recent years,the application of advanced technologies such as informatization,digitization,and intelligence has become an emerging research topic for the innovative development of the mineral industry.To build digital mines,strengthen mineral information construction,utilize new scientific technologies,comprehensively improve mineral work methods,and improve the efficiency and scientificity of geological and mineral exploration.This article uses the international mining software Surpac to construct a three-dimensional model of a lead zinc mine in Inner Mongolia,taking a lead zinc mine as an example.From the perspective of three-dimensional modeling and visualization,it analyzes the process of geological and mineral exploration three-dimensional modeling and visualization based on Surpac,and analyzes the design of geological data,geological interpretation,and estimation techniques and methods of ore reserves during the modeling process.Using Surpac software,construct a scientifically sound three-dimensional model for geological and mineral exploration,provide a basis for comprehensively grasping geological information and mineral resource reserve distribution information,propose new technical means,guide deposit exploration and development,and improve the efficiency of geological and mineral exploration.