Cylindrical steel pontoons were used to create ice resistent safety booms, one 23km long, replacing the previous booms that did not provide enough resistance to the frazil ice at Hydro Québec's Beauharnois Generating Station
In 2011, an Ice Boom was designed, and deployed upstream of the Jenpeg Hydroelectric Generating Station (GS) located 525km north of Winnipeg, on the Upper Nelson River.
Multiple ice-resistant debris and safety booms designed and installed as part of the Eastmain project in Quebec for the James Bay Corporation (Hydro Quebec).
Design, fabrication and deployment of an ice boom to reduce the amount of ice generated in the Rideau River.
Ice and safety booms on the Nelson River, Northern Manitoba for the Keeyask Project.
Design and fabrication of an ice boom deployed to replace an existing ice boom to act as safety boom and protect a power generating station downstream.
Design, fabrication and deployment of an ice boom to protect the Hull 2 and E.B. Eddy hydroelectric power plants’ intakes from ice.
In 2005, an Ice Boom was designed and deployed at the outlet canal of the Gentilly Nuclear Power Station. The purpose of the Ice Boom is to prevent the ice drifts from being blown into the outlet channel, in order to prevent the accidental crushing of fish by floating ice drifts.