Integrated Sustainability was retained by the client to design a revised river intake that reduces the volume of sediment that is introduced into the raw water supply system. The revised system is to provide increased reliability and easier maintenance. The new design would need to be completed and submitted to receive regulatory approval within a condensed timeline.
The client requested that Integrated Sustainability transform an existing borrow pit into a Lined Water Storage Pond/Water Hub in northeast British Columbia. The Pond will be used to store a combination of hydraulic fracturing fluid (flowback) and make-up source water, which could include saline groundwater, freshwater, or a combination of the two.
Site investigation & assessment, detailed reservoir and associated infrastructure design, contractor tender services, and on-site construction management services
Preliminary redesign of the Source Water Station (SWS) for a heavy oil facility to meet the demand of an upcoming expansion.
Evaluating water demand for a community potable water system along with identifying raw water reservoir development options
Site selection, crown land permit application and preliminary design for a 70,000 m³ fresh water storage pond
Assessment of the environmental net effects of saline water use in the full lifecycle context of hydraulic fracturing operations.
Provide a preliminary design, support for an application for Water Act approval from the Alberta Energy Regulator (AER), and detailed design for a Pond and associated Pumped Outtake System, in the Duverney Shale Region in central Alberta.
Preliminary design and application for Water Act approval and a detail design of a 300,000 m2 freshwater storage pond.
9 freshwater ponds and 5 produced water ponds on schedule and under budget with procurement, construction QA/QC, and groundwater monitoring.
Site identification, including review of existing geotechnical investigations, regulatory application, and selection of two water hub sites.
Engineering and regulatory services required to design and construct water supply infrastructure at a pulp and paper facility.
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