Reinforced Concrete Structure at Norland HP

Client

Timber Run Hydropower Corporation

Location

In the village of Norland, On., on the Gull River.

Project status

Completed in 2017

Equinox Construction Services (ECS) was mandated to support the construction of a reinforced concrete structure as part of the Norland HP hydroelectric project.

The objective of the project was to deliver a durable and precisely executed concrete structure integrated into the hydroelectric infrastructure. Such structures play a critical role in ensuring the stability, functionality and long-term reliability of hydraulic installations.

The project required close coordination between engineering teams, contractors and field crews to ensure that the reinforced concrete works were executed according to strict technical specifications and site constraints.

Expertise
  • Dam rehabilitation
  • Structural concrete works
  • Construction management in remote environments
  • Multidisciplinary coordination
  • Regulatory compliance and dam safety
  • Hydroelectric infrastructure
  • Reinforced concrete construction
  • Hydraulic structure integration
  • Construction coordination
  • Field engineering and supervision

Timeline

3 years

Cost

935 000$

Professional fees

184 000$

The Challenge: Delivering a Durable Hydraulic Concrete Structure

Hydroelectric infrastructure relies on reinforced concrete structures capable of withstanding significant hydraulic loads, environmental exposure and long-term operational stresses.

At the Norland HP site, the challenge was to execute the reinforced concrete works while maintaining strict construction tolerances and ensuring compatibility with the surrounding hydraulic systems.

The structure had to meet rigorous technical requirements related to durability, structural performance and integration with the hydroelectric installation. Achieving this required careful coordination between design, formwork installation, reinforcement placement and concrete pouring operations.

Ensuring quality control during each construction phase was essential to guarantee the long-term performance of the structure.

Norland HP – Reinforced Concrete Structure
Norland HP – Reinforced Concrete Structure
Norland HP – Reinforced Concrete Structure

Intervention by Equinox Construction Services

Equinox Construction Services coordinated the implementation of the reinforced concrete structure, ensuring that construction activities were carried out efficiently and in accordance with project requirements.

Our team supported the planning of construction activities, coordinated field operations and supervised the execution of the reinforced concrete works. Detailed work methods and quality control procedures were implemented to guide the construction process and ensure compliance with engineering specifications.

Through rigorous site supervision and effective coordination between stakeholders, the reinforced concrete structure was successfully completed and integrated into the Norland hydroelectric facility.

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

Supporting Reliable Hydroelectric Infrastructure

Reinforced concrete structures are essential components of hydroelectric facilities. Their design and construction must ensure long-term durability, structural integrity and compatibility with hydraulic operating conditions.

At the Norland HP project, Equinox Construction Services applied its field experience in hydroelectric infrastructure construction to deliver a structure that meets both operational and environmental requirements.

Through careful planning, rigorous supervision and close collaboration with project stakeholders, ECS contributed to the successful execution of this key structural component of the facility.

Our experience in hydraulic infrastructure construction enables us to support complex projects and deliver reliable solutions tailored to the realities of each site.

Five diverse coworkers standing and smiling in a modern office with a wooden desk and computer behind them.
“Hydroelectric infrastructure requires construction precision and strong coordination between engineering and field execution. Our role is to ensure these structures are built to perform for decades.”
Bryan Moloughney, P.Eng., M.Eng.M., PMP
Additional Resources
Printable project sheet