Delivered operational continuity at mine water treatment plants through operator mobilization, dosing circuit calibration, and membrane replacement—supporting mining operations through seasonal demand peaks.
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.
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
18,980 m³/day mine wastewater facility treating for nitrate, selenium, and dissolved metals removal in a remote arctic location
Developed a water reuse strategy to encourage water reuse to reduce operational costs and maintain the client’s social license to operate.
Retrofit an existing water treatment plant (WTP) to soften and reduce silica to acceptable feedwater levels for drum pressure of 425 psig.
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.
Flowback sampling and analysis for baseline characterization, norm management, and treatment recommendations for reuse. The sampling was performed to provide a baseline characterization of the N2-foam linear gel flowback waters and determine the required treatment process for flowback reuse.
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.
The water treatment system will provide treatment of produced water generated from the client’s operations. The water treatment system will treat for total suspended solids, iron, hydrogen sulphide, and bacteria. Treated produced water will meet the client’s post-treatment requirements.
Preliminary redesign of the Source Water Station (SWS) for a heavy oil facility to meet the demand of an upcoming expansion.
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