Binnie Projects


This road infrastructure project is located along 4 distinct segments of Highway 29, between Fort St. John and Hudson’s Hope, BC, impacted by the construction of the reservoir associated with the Site C Dam Project. In total, the project is approximately 20 km in length...

Binnie planned and designed the bicycle/pedestrian approaches to the Highway 17 Mission Bridge. Pedestrian and cyclist safety were key factors in the planning and design of the approaches. The new cycle approaches were proposed to improve access to the bridge sidewalks...

This project involved detailed design of 4.0 m wide and approximately 6.2 km long northbound shoulder bus lane on Highway 99 from the King George Highway Interchange on-ramp merge to the Highway 91 Interchange on-ramp merge to Highway 99. 

Binnie was retained by the Ministry of Transportation and Infrastructure in 2008 to complete the Functional and Detailed Design of a 4.9 km long stretch of the Trans Canada Highway (TCH). The project site is located just east of Sorrento in a suburban setting with...

The Hoffman's Bluff Highway 1 project involved the widening of 6.3km of Trans Canada Highway 1 between Pritchard and Chase to achieve 100km/h four-lane undivided highway standard. The existing highway geometry was poor in some areas due to right-of-way constraints...

The Delta Landfill assignment involved the detailed design of a portion of the South Fraser Perimeter Road (SFPR) through existing landfill sites in Delta.  The design and construction of the landfill closure on this section of the SFPR was to be...

Acting as a sub-consultant to Klohn Crippen Berger Ltd., Binnie was retained to provide detailed roadways design, preparation of major works tender packages, and engineering and inspection support during construction for the SFPR / Hwy 17 Interchange project, as...

As part of the Roberts Bank Rail Corridor Program, this project eliminates the existing at-grade rail crossing, and facilitates planned future expansion of the railway servicing Deltaport.