Dewatering Optimisation & Design

Related reading

• Mine Dewatering Design and Optimisation

  Mine dewatering engineering for underground and surface operations: site audits, hydraulic models of the existing system, scenario analysis against the life-of-mine plan, and detailed design of pump stations, sumps and rising mains.

• Underground Pump Station Design

  Design of primary and secondary underground pump stations: hydraulic modelling, pumpset and valve specification, monorails, civil works and rising mains, checked at full scale in virtual reality before construction.

• Rethinking Mine Dewatering

  Adding pumps to a daisy chain of stations is the reactive approach to mine dewatering. Why flexible, monitored primary systems cut cost and downtime as mines go deeper.

• “Sumps, are they the hidden cost to your operation?”

  Sumps matter as much as the pumps in underground dewatering. How settling, bogging schedules and sump design affect solids, clean water and the real cost of your operation.

• VR Pump Station Design

  A primary underground pump station with 4 pumps, 80 m of monorails, 71 valves and 200 m of piping, reviewed at 1:1 in virtual reality before approval for construction.

• The Resurgence of Hydromining

  What hydromining is, its gold-rush origins, and why high-pressure water monitors are back in use for reprocessing old tailings as commodity prices and technology improve.