Rope Access Mountain Work
Alpine Solutions performed valve shut off and repair in a challenging mountainous environment, using its rope access mountain work team.
Squamish, BC
A Rope Access Project in a Mountain Environment
Alpine Solutions repaired a water valve inside a 400-foot mountain tunnel in remote, snow-covered terrain. Adding to the complexity of the work, the project included helicopter access, travelling from the reservoir to the water valve over hundreds of meters on snow covered slope with confined space equipment. Using rope access, confined space expertise, and helicopter long-line support, our team navigated steep slopes safely. Avalanche risk assessments and careful planning ensured safe operations.
Specialized Team Requirements for Mountain Rope Access Work
The project required a team of rope access, confined space, and avalanche technicians. Key tasks included hazard assessment, safe access to steep and confined areas, helicopter transport of personnel and equipment, and isolating and repairing the water valve.
Complex Site Conditions in a Mountain Rope Access Project
The project posed several logistical and technical challenges when completing rope access mountain work.
- Potential for avalanches
- 400-foot confined space tunnel
- Helicopter long-lining on steep and technical terrain
- Steep slope to access infrastructure
- Limited communication with client’s operator
Multi-Disciplinary Solutions for Rope Access Projects
With time being of the essence, Alpine Solutions mobilized a strong, multi-disciplinary team to respond quickly and safely. Our rope access, confined space, and avalanche mitigation teams worked together to manage the project’s many potential hazards effectively. Strong planning and coordination ensured all tasks were completed efficiently.
Successful Repair of Critical Mountain Infrastructure
The water valve was turned off promptly, minimizing water loss from the reservoir, which is essential to the client’s operations. Alpine Solutions supported the repair of the valve, ensuring the proper functioning of this critical infrastructure component.
