Nuclear Innovation Is Changing the Narrative
The nuclear industry is taking on global challenges with commitment and courage, applying the expertise of its leaders, skilled trades, researchers and scientists to address the critical issues of climate change, deadly disease and energy security.
While the pace of innovation is encouraging, skepticism fuelled by misconception is an unfortunate companion on the path to progress. Industry leaders are exploring creative approaches to present the facts and shift the narrative.
Building Advocacy
It is almost impossible to remain oblivious to the worldwide threat of climate change and the need for reliable energy. This awareness is transforming perceptions and strengthening support for nuclear. Studies estimate that nuclear energy capacity must be doubled, possibly tripled, by 2050 to meet our net zero goals, accelerating the push for advanced nuclear solutions for cross-sector decarbonization.
Nuclear advocacy is also heightened by the positive impact of its medical isotopes on patient outcomes. For decades, Bruce Power has supplied cobalt-60 to sterilize medical devices and diagnose and treat cancer. Following the launch of their Isotope Production System in 2022 to produce lutetium-177, a targeted therapy for prostate cancer and neuroendocrine tumours, they are installing a second line to double the output. Laurentis Energy Partners, a subsidiary of Ontario Power Generation, is starting production at the Darlington Nuclear Generating Stations of the medical isotope yttrium-90 and molybdenum-99 to treat cancer and other diseases.
Finding Solutions
Industry visionaries are harnessing collaborative expertise to develop solutions and put them into action. Among them are large cutting-edge builds; modern reactor designs like micro and small modular reactors; and the use of artificial intelligence, robotics, and additive manufacturing.
Beyond their cost-saving efficiencies, the new reactors expand the scope of nuclear applications. Small modular reactors will provide clean energy to remote areas and developing countries. Advanced reactors can help to decarbonize industries that currently rely on fossil fuels, such as hydrogen production, seawater desalination, petroleum refining, fertilizer production and space exploration.
Significant Investment
Interest in nuclear solutions is intensifying, and countries are acting on this interest. The International Atomic Energy Agency reports that Korea is urging the private sector to take the lead in nuclear technologies. Morocco’s National Centre for Nuclear Energy was recently recognized as a global learning platform. By 2035, China expects to add 150 more reactors, and France is planning six new builds. The United Kingdom has a target of 24 gigawatts of nuclear power on the grid by 2050. And the US government has injected billions of dollars into the industry, with tax incentives for facilities and production.
Closer to home, the rising appreciation for nuclear’s benefits is driving substantial investment. The Ontario government is starting pre-development steps to consider a new large-scale nuclear build at Bruce Power. The province is also conducting site preparation for four small modular reactors at Darlington and supporting OPG’s plan for refurbishments at the Pickering station. Together, these initiatives could power the equivalent of eight million homes.
Moving Ahead
Storytelling is a persuasive tool in challenging negative views and inspiring activism, not only for today’s stakeholders, partners and communities, but also by engaging the next generation that will take their place.
Forward-looking organizations can share their stories and promote the opportunities with our youthful citizens. They are the future workers, researchers, innovators and advocates who will follow the progressive leaders of today to sustain tomorrow’s healthy nuclear-powered planet.