Carter Albis has had a lifelong fascination with nuclear energy, sparked by growing up near the Pickering Nuclear Station. This interest led him to enroll in Ontario Tech University’s nuclear engineering program, situated close to the Darlington Nuclear Station. Albis sees a promising future for his career in this field, considering nuclear energy’s crucial role in Ontario’s energy sector.
Recently, the Ontario and federal governments announced a joint investment of $3 billion to construct Canada’s first small modular reactors (SMRs) near the Darlington power plant. This initiative is expected to create 18,000 construction jobs and sustain 3,700 energy-related jobs annually over a span of 65 years.
The SMRs project is anticipated to inject $500 million into Canada’s supply chain each year, with a total GDP contribution of over $38 billion over the next 65 years. While the project is still in its early stages, local businesses are already benefiting from the economic opportunities it presents, as noted by Bonnie Wrightman, the executive director of Clarington’s board of trade.
The construction of the SMRs is set to boost various sectors throughout the region, with approximately 80% of the project spending directed towards Ontario companies. This strategic positioning is expected to enhance support for the nuclear industry in the region.
The technology behind these reactors is groundbreaking, positioning Canada as a leader in SMR development within the G7 nations. The project has garnered significant attention, both locally and internationally, showcasing Clarington on a global stage.
Clarington Mayor Adrian Foster emphasized the project’s potential to alleviate economic challenges and attract international interest. He highlighted the project as an opportunity for workers in struggling sectors to retrain and contribute to the SMR project’s success.
Post-secondary institutions are expected to play a crucial role in preparing the workforce for the opportunities created by the Darlington project. With the first SMR projected to be operational by 2030, the initiative aims to produce 1,200 megawatts of electricity, sufficient to power 1.2 million homes.