The typical requirements for planning and scheduling a mine include:ġ.
#Surpac overburden software
However, as scheduling software developers delve into mine design, while modelling companies increase their scheduling capabilities and expertise, the playing field levels out. Many packages attempted to bridge this division, but due to their inability to effectively meet the requirements of mining operations, no clear leader has emerged in scheduling software. Historically, geological modeling and mine design and planning have been packaged together, while scheduling, reporting, and costing were often done using spreadsheets or a separate package.
The engineer employs the software systems that are most in demand in the industry.
A well-integrated process flow allows the engineer to mesh and sequence steps in the process, maintaining the consistency of data that leads to meaningful results. These processes are integrated with each other in a flow – Geological Model to Mine Design to Mine Plan to Production Schedule to Mine Reconciliation. The mining engineer looks for processes, not independent solutions that link the computer model of the geology to the production crews who recover the reserve. Today’s mining engineer is the link between production and technical services, determining the direction the project will take, and how it will get there. The role of the engineer in mining operations has evolved along with the industry. With Global Positioning Systems (GPS) and automated machinery, today’s operating mines are at the cutting edge of technology – taking the best of space-age advances to drive the industry. Gone are the days of canaries in cages, pick-axes, and candle-lit headlamps. One of the oldest industries in the history of man, mining has evolved over the centuries.
0 kommentar(er)
