为了保持海兰瓦利铜矿的竞争力 ,在整个矿山的服务年限内采用新技术十分必要 ,在未来的几年里将会进一步看到引进的新发明和新技术。本文考察了该矿的采矿部分和矿山工程 ,尤其是新技术和新设备。作为分析的一部分 ,还考查了对矿山工程部分人力的影响作用。现在 ,对工程部门影响最大的技术是全球定位系统 (GPS)。直到现在 ,GPS一直主要是测量工具 ,但是在不久的将来准备把它扩展到机器监测和导航领域。尽管GPS已变得更耐用和更精确 ,但是在应用领域的缺陷一直使它在一些领域不能使用。地理信息系统 (GIS) ,像GPS一样 ,已经问世数年了 ,但是仅在近来才应用于矿业。GIS是一个用图形表示数据库信息的工具 ,因此 ,任何能在空间定位的数据都可以用图形形式 ,如地图进行描绘。在海兰瓦利铜矿 ,准备把这种技术用于跟踪领域诸如土地开垦的规划、指导和报告 ,以及监测和控制活动 ,如土地占用、使用和资产管理。多年来 ,由于需要和技术的可行 ,所有采矿设备的规模越来越大 ,同时其技术成熟程度也增加了。这主要是受降低生产成本需要驱动的。放眼当前采矿工业的发展趋势 ,未来将是远程监控 ,增加系统监测和一些设备规格的大型化。预测对采矿工艺影响逐渐增大的其他技术和系统是更好的通讯系统 ,通过计算机增加使用? In order to maintain the competitiveness of the Highland Valley copper mine, it is necessary to adopt new technologies throughout the service life of the mine, and further introduction of new inventions and new technologies will be further seen in the coming years. This article examines the mining part of the mine and mine engineering, especially new technologies and new equipment. As part of the analysis, the effect on the manpower of the mine engineering was also examined. Now the technology that has the most impact on the engineering department is the Global Positioning System (GPS). Until now, GPS has been primarily a measurement tool, but in the near future it is planned to extend it to the field of machine monitoring and navigation. Despite GPS has become more durable and more accurate, but in the field of application has been made in some areas it can not be used. Geographic information systems (GIS), like GPS, have come out for years, but have only recently been applied to mining. GIS is a tool for graphically representing database information, so any data that can be located in space can be represented graphically, such as on a map. At the Highlanval Mine, this technology is intended to be used in the planning, guidance and reporting of areas such as land reclamation, as well as monitoring and control activities such as land occupation, use and asset management. Over the years, all mining equipment has grown in size and technological sophistication as demand and technology have become viable. This is mainly driven by the need to reduce production costs. Looking at the current development trend of the mining industry, the future will be long-range monitoring, increasing system monitoring and the size of some equipment specifications. Other technologies and systems that predict a gradual increase in mining technology impact are better communication systems that increase usage through computers?