Mine Water Treatment Plant Retrofit & Recommissioning
Designed for 40 m³/hr, this legacy mine water treatment plant retrofit included troubleshooting, bench-scale testing, and dosing optimization to guide reliable recommissioning.
Designed for 40 m³/hr, this legacy mine water treatment plant retrofit included troubleshooting, bench-scale testing, and dosing optimization to guide reliable recommissioning.
Designed for 3,000 m³/day, this mine water treatment plant evaluation improved dosing automation, integrated sludge systems, and delivered rapid troubleshooting to maintain compliance.
Low-density sludge water treatment system optimization for a mining client included site validation, infrastructure assessment, and conceptual retrofit planning to improve operability and environmental performance.
Delivered operational continuity at mine water treatment plants through operator mobilization, dosing circuit calibration, and membrane replacement—supporting mining operations through seasonal demand peaks.
Geotechnical and civil designs for staged expansion, slope stability, infiltration control, and discharge compliance for coarse refuse storage.
Groundwater monitoring, well installation, hydraulic testing, and baseline water quality assessment across fracture-dominated bedrock zones.
Mining client required full operational support five months post-commissioning. Our team optimized treatment systems, developed tailored SOPs, and completed a gap analysis to support long-term care and maintenance operations.
32,706m3/day mine water treatment plant, including a temperature-resilient moving bed bioreactor for year-round ammonia removal.
Developed mine waste management plan addressing acid-generating materials, permitting needs, and contact water monitoring at a reactivated mine site.
Feasibility study and engineering for consolidating two mine water treatment assets, based on mine plan, water chemistry, and timing analysis.
Feasibility study and engineering for consolidating two mine water treatment assets, based on mine plan, water chemistry, and timing analysis.
Please complete this short form to access the content.