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.
18,980 m³/day mine wastewater facility treating for nitrate, selenium, and dissolved metals removal in a remote arctic location
Feasibility level engineering design and cost estimating for a mine water treatment plant.
Major constituents for removal included copper, cadmium, iron, arsenic, and ammonia. Plant designed for peak flows of 3,000 m3/day. The design included targeted treatment for arsenic and ammonia. Integrated Sustainability provided full process design, discipline engineering and cost estimating to support the feasibility level design development of the WTP. This includes Influent pre conditioning was investigated to reduce size of ammonia treatment system and reduce estimated plant TIC by $3.4 million.
Provide hydrogeological and geospatial analytical services for the creation of a regional fluid disposal assessment in Alberta.
Scale formation in the client’s produced water pipeline has been a challenge, resulting in unnecessary pigging and chemical treatment costs. The client requested that Integrated Sustainability conduct and evaluation to mitigate the scale formation as well as determine an optimal approach to reuse of produced water.
Analyze the energy and mass balance for five different process pathways to determine the most economic and feasible method for fuel synthesis fro CO₂ for a commercial scale synthetic fuels plant.
Site selection, crown land permit application and preliminary design for a 70,000 m³ fresh water storage pond
Subsurface desktop study and field investigation, feasibility study and conceptual design for landfill optimization.
Feasibility evaluation of various surface water options for source water and preparation of a Water Act application for the selected option.
Developing sustainable and holistic treatment concepts into the active water management strategy and the mine closure plan.
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