First Nations and Prodigy Clean Energy Advance Canada’s First Transportable Nuclear Power Plant
Pabineau First Nation, Eel River Bar First Nation and Prodigy Clean Energy have announced plans for an Indigenous-led nuclear energy development in Belledune, New Brunswick, that could establish Canada’s first full-scale Transportable Nuclear Power Plant (TNPP).
The proposed project is being advanced under an exclusive agreement between the two First Nations and Prodigy Clean Energy. The partners intend to deploy a commercial-scale Prodigy TNPP capable of generating up to 50 MWe of electricity within the traditional territory of Pabineau First Nation and Eel River Bar First Nation.
Known as the Prodigy TNPP Pilot Project, the initiative is expected to demonstrate the logistics, construction, deployment and operational requirements of transportable nuclear power infrastructure. The facility would be owned by First Nations and is intended to serve as a commercial and operational model for the future deployment of a fleet of transportable nuclear power plants across Northern Canada and potentially in international markets.
The partners are targeting commercial operation of the pilot facility in the early 2030s.
At full output, the proposed power plant would provide up to 50 MWe of clean baseload electricity, an amount of generation that could supply power to as many as 40,000 homes. The project has also received significant institutional support from the Government of New Brunswick.
The provincial government has signed a Letter of Intent indicating its interest in purchasing the electricity generated by the proposed facility. New Brunswick has also formally informed Natural Resources Canada of its support for the project and its intention to advance the development to Canada’s federal Major Projects Office as a potentially nationally transformative infrastructure initiative.
Supporters of the proposal say the project could contribute to Canada’s broader nuclear energy strategy while strengthening energy security, supporting regional economic development and creating new opportunities for Indigenous participation and ownership in major energy infrastructure.
Serge Cormier, Member of Parliament for Acadie-Bathurst, said Canada’s evolving nuclear energy strategy is creating opportunities to improve energy security, support innovation and encourage economic growth. He said the involvement of Pabineau First Nation and Eel River Bar First Nation demonstrates the potential for Indigenous communities to play a leading role in the country’s clean energy transition.
Cormier added that projects of this nature could help position New Brunswick as an important contributor to Canada’s future clean energy system while supporting employment and economic opportunities throughout the region.
The Government of New Brunswick also views the proposal as having potential strategic importance for Canada’s Northern and Arctic energy needs.
The Honourable René Legacy, Deputy Premier and Minister Responsible for Energy in New Brunswick, said reliable, resilient and secure energy infrastructure is essential to Canada’s ability to protect, connect and develop its Northern regions. He described the project as a Canadian opportunity that could advance national strategic priorities while supporting Indigenous reconciliation and economic participation.
According to Legacy, the deployment of the first Prodigy TNPP and the establishment of an associated supply chain in New Brunswick could demonstrate the capabilities of the province’s industrial base, First Nations communities and nuclear-trained workforce.
The project could eventually support Northern communities and contribute to Canada’s energy sovereignty objectives, while also creating economic development opportunities in Northern New Brunswick.
Prodigy Clean Energy’s Transportable Nuclear Power Plant concept is designed to provide an alternative approach to deploying nuclear generation in remote, coastal and difficult-to-access regions.
The company’s proprietary Canadian technology is engineered to package microreactors and Small Modular Reactors within transportable power plant infrastructure. The platform is designed to be reactor agnostic, allowing different qualified nuclear technologies to be integrated into the overall plant design.
This approach is intended to provide flexibility in both power output and deployment. The infrastructure could potentially be adapted for installation on land or in coastal and marine environments, depending on the requirements of individual projects.
Unlike conventional large nuclear power plants, which require extensive on-site construction over many years, Prodigy’s TNPP concept emphasizes factory construction and modular delivery. The company says a transportable facility could be built in a controlled manufacturing environment, shipped to its deployment location and installed in approximately 18 months.
Once delivered to the project location, the plant would arrive substantially assembled and prepared for the final stages of deployment, including fueling and related commissioning activities.
The company believes this approach could reduce some of the construction and logistical challenges associated with developing energy infrastructure in remote locations. By shifting more construction activity into factory environments, transportable nuclear plants could potentially reduce on-site construction requirements, lower project costs and shorten overall development timelines.
Prodigy also says its approach could reduce the environmental impact associated with large-scale construction projects in remote areas.
Transportable nuclear facilities could potentially be used to provide reliable electricity to Northern ports, isolated communities, defence installations, critical mineral projects and other locations where conventional electricity infrastructure is difficult or expensive to build.
At the end of a facility’s operating life, the TNPP is designed to be removed from the deployment location and transported for centralized decommissioning. The company says this feature could reduce concerns associated with maintaining permanent nuclear infrastructure at remote project sites.
The facilities are also designed to be transported as cargo by heavy-lift ships, allowing completed power plants to be moved from manufacturing locations to coastal deployment sites.
Chief Terry Richardson of Pabineau First Nation said the partnership represents an opportunity to develop new solutions for energy and food security in Canada’s Northern regions.
He said the combination of Canadian clean baseload nuclear technology with Indigenous ownership and economic participation could establish a model that can be replicated across the country, particularly in Northern and Arctic regions where access to reliable energy is closely connected with community development and economic sovereignty.
Richardson added that the project could demonstrate a transportable nuclear power plant capable of supporting markets beyond Canada. He said such an approach could generate economic benefits for Indigenous communities, New Brunswick and the broader Canadian economy.
Chief Chris George of Eel River Bar First Nation said Prodigy Clean Energy has prioritized engagement, consultation, capacity building and Indigenous equity participation throughout the development process.
He said Eel River Bar First Nation is looking forward to working with Pabineau First Nation, Prodigy and the Government of New Brunswick as the project progresses through public engagement activities and key regulatory and permitting milestones.
Beyond the construction of the power plant itself, the proposed TNPP Pilot Project includes plans for a broader energy and innovation campus in Belledune.
The development would include a centralized Operations and Maintenance hub designed to monitor and service a future fleet of transportable nuclear power plants operating in Northern regions. The facility would also support workforce development and training for future nuclear plant employees.
The proposed campus would additionally include an Indigenous Energy Innovation Visitor Centre focused on education, innovation and public engagement.
The project is expected to create more than 150 jobs during site preparation and development activities. Once operational, the facility is projected to support approximately 40 permanent on-site positions.
Mathias Trojer, President and CEO of Prodigy Clean Energy, said demonstrating a commercially operating transportable nuclear facility in an established Canadian nuclear jurisdiction will be an important step toward integrating microreactors and transportable nuclear technologies into Canada’s Northern and Arctic energy portfolio.
He said the company’s development strategy has been shaped through engagement with Indigenous Rights Holders, provincial and federal governments, utilities and industry stakeholders.
Trojer described the proposed partnership with Pabineau First Nation, Eel River Bar First Nation and the Government of New Brunswick as a significant step in advancing the commercial deployment of transportable nuclear power technology.
BWXT Canada Ltd. and Kinectrics Inc., which is owned by BWXT, will act as strategic collaborators on the initiative. The companies are expected to support project development, including licensing activities and the expansion of the supply chain required for the proposed TNPP program.
John MacQuarrie, President of Commercial Operations at BWXT, said BWXT and Kinectrics bring experience across the Canadian nuclear lifecycle, including engineering, manufacturing and nuclear infrastructure development.
He said the companies look forward to supporting the First Nations partners, Prodigy Clean Energy and the Government of New Brunswick as the pilot project advances.
During the coming months, the project partners plan to establish the formal venture organization that will act as the project proponent and begin several critical development activities.
These activities will include selecting and characterizing a suitable site in preparation for the nuclear licensing process. The partners will also continue evaluating reactor technologies before selecting a reactor system that can demonstrate readiness to generate commercial electricity by 2032.
Those steps are expected to prepare the project for submission of a Licence to Prepare Site application.
The project team is targeting a Final Investment Decision within approximately 18 months, subject to progress in development, licensing, technology selection and other key project requirements.
During the initial planning phase, the partners also intend to procure a qualified nuclear operating organization. That organization is expected to become the facility licensee and play a central role in the future operation of the proposed power plant.
If successfully developed, the Belledune pilot project could become a significant demonstration of Canada’s emerging transportable nuclear power sector. By combining First Nations ownership, modular nuclear technology, domestic manufacturing capabilities and government support, the project aims to establish a new model for delivering reliable, clean baseload electricity to regions where traditional energy infrastructure remains challenging to develop.
Source Link: https://www.businesswire.com/
