Power Generation
Value protection against the heaviest ice flows.
Ice Management
Designing and implementing ice control systems to protect offshore oil rigs and gas platforms from the impact of sea ice and icebergs, ensuring operational stability and safety.
Intake Protection
Installing barriers and screens to safeguard cooling water intakes for power plants from ice and debris, ensuring uninterrupted water flow essential for cooling processes and preventing machinery damage.
Pipeline Protection
Providing solutions for protecting submerged and above-ground pipelines from ice movement and freeze-thaw cycles, which can lead to structural failures or leaks.
Access and Safety
Constructing and maintaining ice roads and bridges to facilitate safe and reliable access to remote oil fields and power facilities during winter months or in polar regions.
Environmental Containment
Designing and deploying containment booms to prevent the spread of oil or chemicals in the event of a spill, particularly in ice-covered waters, which pose unique containment challenges.
Run-of-river & Traditional Dams
We provide solutions for run of river dams that provide continuous, low-impact hydroelectric power and traditional dams with changing water levels and controlled water release for energy production.
Projects
A few of the solutions we've delivered to the hydro/power generation industry.
Jenpeg Generating Station
Ice boom designed, and deployed upstream of the Jenpeg Hydroelectric Generating Station 525km north of Winnipeg.
Beauharnois Canal
Ice resistent safety booms, one 23km long, replacing the previous booms that did not provide enough resistance to the frazil ice.
Chenaux and Stuartville
Design and supply of components for two permanent safety booms at the Chenaux and Stuartville generating stations.
Port Colborne
Ice boom deployed to replace an existing ice boom to project a power generating station downstream.
Gentilly Fish Protection
Ice Boom prevents ice drifts from being blown into the outlet channel to prevent crushing of fish by floating ice drifts.