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.
Treatment of dissolved metals (Cd, Cu, Fe, Zn), as well as ammonia, from several underground sources prior to discharge into the environment.
Developed a water reuse strategy to encourage water reuse to reduce operational costs and maintain the client’s social license to operate.
A study designed to provide a detailed overview of current operational conditions of a thermal energy plant, which consists of drafting piping and instrumentation diagram (P&IDs) and process flow diagrams (PFDs), sampling plan, and an evaluation of the water chemistry. Following the completion of the water chemistry evaluation, Integrated Sustainability conducted a multi-criteria evaluation which assessed water treatment technologies and optimization strategies to reduce disposal costs.
Integrated Sustainability investigated opportunities to improve the management of waste at a gas processing facility in British Columbia in order to achieve operational cost savings. The team was also tasked with developing Class 5 estimates regarding CAPEX investments required to achieve OPEX savings.
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.
Preliminary redesign of the Source Water Station (SWS) for a heavy oil facility to meet the demand of an upcoming expansion.
Evaluate the potential process advantages and operational issues associated with boiler “rifle tube” retrofits for an Industrial Water Treatment Plant. Moreover, it was critical to consider additional equipment required, and whether increased maintenance wold be needed.
Predict the quantity and types of solids that will form in the disposal tank and in downstream disposal dumps, pipeline, and disposal well at an operating SAGD Central Processing Facility.
Subsurface desktop study and field investigation, feasibility study and conceptual design for landfill optimization.
Mine water treatment project from feasibility design to provincial discharge to treat mine waste and new tailings including arsenic, metals removal, and ammonia treatment. Developed system for underground dewatering.
Integrated Sustainability was retained to both evaluate and recommend alternate treatment options and new technologies that could enhance process recycle and reuse reuse.
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