Integrated Sustainability was retained to execute the design phase of the client’s Water Hub and Intake Pipeline infrastructure project. The Water Hub and associated infrastructure was required to store and distribute 300,000 m³ of water between two storage ponds, while the Intake Pipeline utilized a pumping system to transport the water over 5.5 km from the source to the Water Hub.
Selecting an appropriate pipeline route to carry and unconfirmed volumetric flow rate of natural gas to connect into a major transmission line
Integrated sustainability was tasked by their client to develop a flexible pipeline design. This design was required to meet a range of volumetric flow rates due to uncertain client targets and future projections.
Preliminary redesign of the Source Water Station (SWS) for a heavy oil facility to meet the demand of an upcoming expansion.
Changing regulatory requirements surrounding the use of fresh water for Steam Assisted Gravity Drainage (SAGD) heavy oil extraction resulted in the need for this study. Through it, Integrated Sustainability was able to provide a quantitative comparison of the capital, operational and maintenance costs of all feasible water options, while validating the basis of design and the technical feasibility of pipeline transport and on-site water treatment.
A small section of a potable water main on Salt Spring Island was exposed within a creek crossing and sustained external damage. Integrated Sustainability was retained to replace the section of the water main and install the new section one meter below the creek bed, as per updated BC regulatory guidelines.
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.
Geotechnical and civil design, procurement and construction support for the earthworks, drainage, access road for a long-term pipeline camp.
Full evaluation of costs and associated risk of two pipeline routes for water supply and wastewater disposal.
Modelling services for conceptual drawings, pump station needs analysis and technology selection, pipe material evaluation and selection.
Obtain landowner agreements to complete field investigations in a condensed, 3-week timeframe to prevent winter delays.
Successfully modify a KERMIT application to be one of the first prepared and submitted under the new AMS application system.
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