Hydromechanical Equipment Rehabilitation at Norland Hydropower Plant

Client

Timber Run Hydropower Corporation

Location

Norland, Ontario, on the Gull River

Project status

Completed in 2017

Equinox Construction Services (ECS) was mandated to support the rehabilitation and upgrade of hydromechanical equipment at the Norland Hydropower Plant.

The mandate focused on ensuring the reliability, safety, and long-term operational performance of critical hydraulic control systems. The project required precise coordination between engineering teams, specialized suppliers, and site crews to execute interventions within an operational hydroelectric environment.

Through a structured construction management approach and field-driven expertise, ECS helped secure the continued performance of key hydraulic infrastructure components.

Expertise
  • Dam rehabilitation
  • Structural concrete works
  • Construction management in remote environments
  • Multidisciplinary coordination
  • Regulatory compliance and dam safety
  • Hydromechanical equipment rehabilitation
  • Spillway and intake systems
  • Construction management
  • Hydraulic infrastructure maintenance
  • Dam safety compliance

Timeline

3 years

Cost

398 000$

Professional fees

64 000$

The Challenge: Modernizing Hydromechanical Systems in an Active Hydroelectric Plant

Hydromechanical equipment plays a critical role in the safe and efficient operation of hydroelectric plants. At Norland HP, several components required rehabilitation and modernization to ensure reliable operation and compliance with current dam safety expectations.

The main challenge was to coordinate technical upgrades within an operating facility while minimizing disruptions to water management operations. This required careful planning of work sequences, integration with existing infrastructure, and close coordination with stakeholders responsible for operations and safety.

Projects involving hydraulic infrastructure demand a strong understanding of both structural and operational constraints. Each intervention had to maintain system reliability while enabling future maintenance and improved operational performance.

Norland HP – Hydromechanical Equipment
Norland HP – Hydromechanical Equipment
Norland HP – Hydromechanical Equipment

Intervention by Equinox Construction Services

Equinox Construction Services provided construction management and technical coordination for the rehabilitation and integration of hydromechanical equipment.

Our team oversaw the planning of intervention sequences, coordinated suppliers and specialized contractors, and ensured that installation activities complied with the project’s technical and safety requirements. Particular attention was given to maintaining operational continuity and mitigating site-related risks.

To support execution, ECS developed detailed work methodologies, coordinated technical documentation and supplier inputs, and ensured proper commissioning procedures. The result was the successful rehabilitation of key equipment supporting the hydraulic control systems of the Norland plant.

Services Provided

  • Concept preparation and validation
  • ECI for optimizations
  • Sourcing and budgeting
  • Managed the logistics, timing and delivery of the various
  • products
  • Responsible for the
  • Execution of the work as well as the
  • QA/QC requirements
  • Owner of the Project Budget and Schedule
  • Owner of the Change Management process and
  • Communications
  • Management of all involved Stakeholders

Team

Bryan Moloughney
Bryan Moloughney
P.Eng., M.Eng.M., PMP

Strengthening the Reliability of Hydraulic Infrastructure

Hydromechanical systems are essential to controlling water flows, protecting dam structures, and maintaining safe hydroelectric operations.

At Norland HP, Equinox Construction Services applied its field experience in hydraulic infrastructure projects to ensure that rehabilitation work was executed efficiently and safely. By combining structured planning, technical oversight, and proactive risk management, our team helped modernize the facility’s critical equipment while maintaining operational stability.

Close collaboration with the client throughout the project ensured that technical decisions, construction activities, and commissioning steps remained aligned with long-term operational objectives.

Our approach prioritizes constructibility, reliability, and regulatory compliance — essential elements when intervening on critical hydraulic infrastructure.

Five diverse coworkers standing and smiling in a modern office with a wooden desk and computer behind them.
“Delivering hydromechanical upgrades in operational hydroelectric plants requires more than technical coordination — it requires practical field expertise and disciplined execution.”
Bryan Moloughney, P.Eng., M.Eng.M., PMPP
Additional Resources
Printable project sheet