Engineering Excellent Design: Innovative Designs Awarded at Kokish River Power Project

Engineering Excellent Design: Innovative Designs Awarded at Kokish River Power Project

Publication: International Water Power & Dam Construction
Issue: December 2015

Knight Piésold recently received an award for engineering excellence from the Association of Canadian Consulting Engineers for the detailed design and construction supervision of the Kokish River hydroelectric project. The award was in recognition of the project’s unique solutions and innovative designs that cater to the sensitive environmental attributes of the site, primarily on the presence of steelhead trout and salmon throughout the diversion reach.

During every step of the project development process the diversity, attributes and value of fish habitats in the Kokish River were considered and design and construction techniques were implemented to; safeguard these values. As an example, the diversion weir has one of the largest capacity Coanda screen intakes in the world, combined with probably the world’s smallest Obermeyer crest gate and a vertical-slotted fish ladder, to allow for the safe upstream and downstream passage of adult and juvenile salmon and steelhead trout past the structure. The sections presented in the article below describe the project characteristics, design approach and unique features of the project.

 

Read the full article.

Online   or   Download

Recent Insights

October 2025
2025 CCE Awards Showcase: Salton Sea Species Conservation Habitat Project
September 2025
Klamath River Renewal Project - Dam Breach Analysis Used for Designing the Final Breach of the Iron Gate Dam
September 2025
Klamath River Renewal Project - Optimization of the Iron Gate Dam Historic Diversion Tunnel Using CFD Analysis to Support Reservoir Drawdown
September 2025
Klamath River Renewal Project - Design of Dam Modification for Reservoir Drawdown, River Diversion and Dam Removal of the Copco No. 1 Dam
September 2025
Drawdown Modelling of Four Reservoirs on the Klamath River to Support Hydroelectric Facility Decommissioning
September 2025
Laying Groundwork for Future Mining: Infrastructure Support by Knight Piésold
September 2025
Lessons Learned in the Interpretation of SCPT on a Tailings Facility Using the CSSM Framework
September 2025
Challenges of Tailings Transport Pumping Systems in Negative Static Head Applications
September 2025
Hydraulic Evaluation of Tailings Transport Systems in Mountainous Terrain: Density Wave Analysis
September 2025
The Role of Rheology Tests in the Design and Operation of Long-Distance Slurry Transport Systems
August 2025
The Evolution of Structural Domains from Scoping Study to Operations for the Meadowbank Mine – Amaruq Site
August 2025
Safe Dams, Straight Talk: The Knight Piésold Difference
July 2025
Knight Piésold Zambia: Building a Future of Engineering Brilliance and Local Empowerment
July 2025
Water Engineering for Modern Mining: Bridging Mining with Sustainability
June 2025
The Essence of Material Compatibility in Advanced Barrier Systems of Existing TSFs
June 2025
Inverted Barriers in Tailings Storage Facilities: Lessons Learnt
June 2025
Prioritizing the Mitigation of Legacy Geomechanical Mine Hazards Using a Risk-Based Approach
May 2025
Knight Piésold: Sustainable Projects in DRC Through Baseline Studies
April 2025
Advancements in Geotechnical Investigations for the Characterisation of Upstream Tailings Dams in SA
November 2024
Knight Piésold: Commitment to African Excellence