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.
Adaptive water management framework and initial dilution zone modelling to guide discharge planning and compliance at a mine.
Explore how we modelled the impact of mining on groundwater with a detailed analysis of contact water migration and seepage rates.
Explore how we modelled the impact of mining on groundwater with a detailed analysis of contact water migration and seepage rates.
Mine water transfer and treatment project designed for seasonal extraction at 65L/s. Used 8” layflat hose and 3” HDPE pipeline for water discharge. Focused on removing ammonia and nitrate using MBBRs with 432 m³/day capacity. Delivered full engineering from concept to permitting, optimizing processes to reduce cost and footprint.
Surf Lakes waterbody classification analysis and detailed water treatment reticulation study concurrent with detailed design of an Australian base Surf Park wave generation facility.
Feasibility study determining the reliability of existing water sources and define the costs associated with accessing and treating water for a prospective hydrogen project.
Conducted assessment of groundwater wells to provide potable water to the camp water treatment plant and reviewed septic storage and effluent system. Performed engineering review of camp drinking water system to confirm water sanitation and system function
Please complete this short form to access the content.