Assessing the feasibility of an energy project includes several detailed analyses to consider its viability and sustainability. These include the needs analysis, the technical and economic feasibility study, which assesses the various technological options and associated technical constraints, and the environmental and social impact study, which analyzes the potential environmental impacts and considers the social acceptability of the project to minimize these impacts. In addition, obtaining the necessary permits and authorizations is an essential component of this assessment, demonstrating that the project complies with all applicable regulations and standards, thereby ensuring its legal and environmental compliance.  

Norda Stelo offers due diligence services to organizations seeking to invest in new assets or evaluate existing ones. Our clients include financial institutions, investment funds and private companies. We carry out a comprehensive analysis of financial, technical, environmental, social and legal risks.  

Norda Stelo distinguishes itself in the realization of energy projects, from the point of production to the end consumer. In addition to proven expertise in hydroelectric power and renewable energy infrastructure (wind, solar, biomass), we hold CSA N299 certification in nuclear power. We also offer consulting services in technological innovation in fields such as CO₂ capture and storage, equipment electrification and hydrogen production.  

In addition, we provide expertise in petrochemicals, chemicals, polymers, oil and gas processing and refining. Our engineering team is qualified to design all the infrastructure required for energy projects, including roads, civil engineering works, buildings and storage structures.  

Over the years, Norda Stelo has built up experience in EPCM (Engineering, Procurement and Construction Management) projects, ensuring efficient execution and maximum financial savings for the client, who obtains the required services at the lowest cost and in the shortest possible timeframe. 

Norda Stelo’s integrated approach to project management also enables us to monitor on-site progress, and ensure quality construction in full compliance with the produced engineering plans and specifications.  

Among other forms of mandate, Norda Stelo is able to take on the role of designated client representative, acting as a consultant to assist the client in decision-making and risk management throughout all project activities and phases.  

Norda Stelo also provides independent engineering services to project investors, ensuring compliance with international standards. We advise consultants and contractors at every stage, from pre-construction to commissioning and closure, to ensure the quality and compliance of the work.  

At Norda Stelo, asset sustainability has become a business model. Our decades of experience in brownfield engineering have enabled us to develop an approach that aims to increase an asset’s lifespan while proactively managing risk. We deliver dynamic monitoring of an asset’s state of health, taking into account the environment and operational context.  

We offer our clients expertise to help them maintain the technical reliability, integrity and proper functioning of physical assets (production, infrastructure). The goal is to maximize asset availability and performance, ensure regulatory compliance as well as protect the environment, people and the community, throughout the entire asset lifecycle.  

As a member of the Institute of Asset Management, Norda Stelo develops proven asset management approaches in line with the ISO 55000 standard. In addition to auditing services, we also offer training courses for our clients wishing to adopt best practices in asset management. We invite you to consult our Solution page for Asset Management. 

Norda Stelo excels in end-of-life planning and execution for industrial facilities. We develop detailed plans for closure and dismantling, respecting the safe removal of equipment and complete site rehabilitation. Our approach incorporates robust environmental and safety management practices, ensuring a smooth, regulatory-compliant transition throughout the decommissioning process.