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.
Active arsenic removal process estsimate costs to meet IFC targets, proposing hydroxide precipitation with iron co-precipitation, reverse osmosis, and ion exchange. The project focuses on sustainable water management, design optimization, and reintroducing treated water to meet environmental standards.
Designed a wastewater treatment plant and disposal for remote location in the Yukon. Treatment allowed effluent to be discharged to the surface in the surrounding soils. Freeze measures were also put into place to ensure freezing within pipes did not occur.
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
Engineering design for a new mine water treatment plant in Newfoundland. Design incorporated a gravel bed bioreactor and option for an equalization pond for flow rates.
Studied and designed solution for sustainable treatment concepts to be integrated into the active water management strategy. Provided background research on water volume and chemistry analysis. Supported engineering deliverables and supplied operating costs.
Detailed design and commissioning of a mine water treatment plant in the Yukon to manage ammonia concentrations using breakpoint chlorination. Conducted water treatment for metals removal and optimized plant design.
Conceptual design to upgrade the two wastewater treatment facilities in Barbados (the Bridgetown & South Coast Wastewater Treatment Plants)
Development of a 10,000 m3/day river water intake, water storage tanks, 10,000 m3/day treatment facility, and 200,000 m3 saline water storage ponds
Major constituent removal was focused on selenium and metals and was designed to treat water to environmental discharge criteria. The selenium treatment system can perform up to 6,500 m3/day. The metals remove system can perform up to 16,000 m3/day. Integrated Sustainability provided discipline engineering including plant layout optimization and piping design to maximize performance while reducing footprint and cost.
18,980 m³/day mine wastewater facility treating for nitrate, selenium, and dissolved metals removal in a remote arctic location
Design-build turnkey delivery of nine H2S scavenging skids, including two of the largest H2S scavenging skid packages in Alberta.
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