Safe-Moor Systems for Floating Aquaculture Cages in Bear River
Overview
In Bear River, Nova Scotia, EOM Offshore supplied Safe-Moor™ compliant mooring systems to support local aquaculture operations using floating cages.
The site required a solution that could withstand strong tidal flows while ensuring the safety of stock and infrastructure. The Safe-Moor™ patented stretch-hose design provided the compliance and durability needed to meet these challenges.
The Challenge
Aquaculture operators in Bear River face powerful tides, shifting currents, and wave exposure that put constant stress on cages, nets, and mooring infrastructure. Traditional rigid anchoring solutions risk equipment wear, stock stress, and reduced system lifespan. The operators needed a stable, environmentally responsible, and low-maintenance solution that could maintain cage position without damaging the ecosystem.
Our Solution
EOM Offshore delivered Safe-Moor stretch-hose moorings that:
- Reduced swing radius, allowing cages and lines to remain in controlled positions even in strong tides.
- Absorbed tidal and wave energy, lowering stress on both fish stocks and mooring hardware.
- Minimized maintenance requirements, extending the lifespan of infrastructure.
By combining resiliency, flexibility, and environmental responsibility, Safe-Moor created a dependable foundation for sustainable aquaculture growth in Bear River.
Key advantages of this solution included:
- Stock health: Reduced stress on fish by stabilizing cages in dynamic waters.
- Durability: Lowered wear and tear, extending equipment lifespan.
- Sustainability: Environmentally friendly design with minimal seabed disturbance.
- Efficiency: Operators improved daily reliability and long-term cost savings.
Summary
This project shows how Safe-Moor compliant mooring systems support sustainable aquaculture operations in challenging tidal environments. By securing floating cages in Bear River, EOM Offshore demonstrated the benefits of space-efficient, environmentally conscious mooring technology that protects stock, reduces infrastructure wear, and enables long-term aquaculture success.