在当今俄罗斯采矿业形势下开发采矿和地质信息系统

O.V. Nagovitsyn
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引用次数: 0

摘要

文章介绍了开发 MINEFRAME 采矿和地质信息系统的方法。采矿业的现状和对外政策的挑战要求利用数字技术作为提高劳动生产率和工业安全的驱动力。采矿和地质信息系统是采矿企业使用的最重要的一类软件,即在处理采矿系统设施的矢量、线框和块模型时,提供复杂的自动化解决地质、矿山测量和技术任务的信息系统。采矿和地质信息系统通过使用三维地质和地质力学模型,在矿山勘探、设计和运营的各个阶段对矿藏有可靠的了解,确定有用和有害矿物成分的分布模式,以全面分析矿区开发顺序的方案,选择最有效的采矿技术和设备,评估设计方案的风险水平及其经济效益。这种方法完全符合俄罗斯联邦政府宣布的数字化转型趋势,代表着经济活动自动化和信息化以及向数字技术过渡的新阶段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of mining and geological information system in the present-day situation in the Russian mining industry
The article presents an approach to the development of the MINEFRAME mining and geological information system. The current situation in the mining industry, the foreign policy challenges require to use digital technologies as a driver to improve labor productivity and industrial safety. One of the most important classes of software used at mining enterprises are mining and geological information systems, i.e. the information systems that offer complex automation in solving geological, mine surveying and technological tasks when working with the vector, wireframe and block models of mining system facilities. The mining and geological information systems make it possible to have reliable knowledge of the deposit at each stage of exploration, design and operation of the mine through the use of 3D geological and geomechanical models, determination of distribution patterns for useful and harmful components of minerals for comprehensive analysis of scenarios of the sequence of field development, selection of the most efficient mining technologies and equipment, assessment of the risk level for design solutions and their economic efficiency. This approach fully corresponds to the trends of digital transformation declared by the government of the Russian Federation and represents a new stage of automation and informatization of economic activities and transition to digital technologies.
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