Mine dewatering is crucial to maintaining safe and productive critical minerals operations. Uncontrolled inflow can halt mining operations, damage assets, and breach regulatory thresholds. Whether you're dealing with rainwater, groundwater seepage, or unexpected aquifers, SLB provides robust solutions tailored to your needs. Designed for mine operators facing challenging environments, our integrated solutions ensure efficient water management and improve safety and compliance—keeping your mine running smoothly.
Traditional vertical dewatering bores are often inefficient, requiring multiple boreholes and pumps that drive up cost and complexity—especially in deep or remote pits. SLB electric submersible pumps (ESPs) for mine dewatering are designed for directional (or slant) drilling and feature durable components built to last the life of the pit. A single directional well can replace more than 20 conventional wells, reducing capex while enhancing safety and sustainability. The ESP system is suitable for high flow rates of up to 330 L/s, supported by a submersible motor with a capacity of up to 1,300 kW (limited by the lift requirements).
Prevent flooding and equipment damage with our high-performance pumps engineered for harsh conditions.
Effectively manage fluctuating groundwater levels and complex geological conditions.
Reduce downtime and operational delays by positioning all dewatering hardware outside the mining area, ensuring compliance with environmental regulations while keeping mining costs in check.
Ensure minimal impact on adjacent water systems, safeguarding ecosystems while avoiding mining hazards caused by wet and unstable ground.
SLB integrated solutions, which use proven technologies to reduce emissions and environmental impact and are all managed through real-time remote technology, can provide efficient water disposal. Our approach is designed to achieve the lowest carbon footprint possible while enhancing operational efficiency for your mine. Central to our offering are Reda ESP™ pumps, ideally suited for horizontal directional (slant) drilling below design pit levels, powered by Reda PMM™ permanent-magnet ESP motors to further minimize environmental impact. Completion screens provide effective sand control, ensuring smooth operations. Our compact water treatment systems, coupled with Reda HPS™ horizontal multistage surface pumping system technology, facilitate precise water disposal management. Skidded switchrooms and variable speed drives, featuring the highest possible power factor, optimize energy use. Additionally, real-time monitoring and remote control capabilities enable precise downhole monitoring via specialized gauges. With high-tech solar power systems incorporating thermal storage, we deliver sustainable energy to power your entire operation.
Faster ROP & better well placement in extended-reach, horizontal, unconventional, pad, high-dogleg, and other challenging oil and gas well schemes.
Boost production in any environment, including conventional, unconventional, high-temperature, intervention-constrained, and offshore applications.
ESP Permanent magnet motors have power efficiency, power factor, and power density and help lower electricity consumption.
Increase production with our standard ESP motor, designed for conventional, unconventional, and shallow well conditions.
Centrifugal pumps for oil and gas, mine dewatering, geothermal energy, carbon sequestration, saltwater disposal, and water desalination.
Minimize downtime, reduce cost, and improve sustainability via optimized artificial lift performance.
Extend well production with gravel- and frac-pack services, fluids, screens, ICDs, and tools for openhole and cased hole wells.
Prolong ESP system life, minimize downtime, and reduce operating and installation costs
Monitor downhole performance with diagnostics and analytics needed to protect your pumping system.
Reverse osmosis systems achieve near total removal of dissolved salts from seawater used for injection or as desalter washwater.