Impact

The Canadian nuclear industry rose to immediate challenges posed by the cracking issues, employing neutron beams as part of their research on materials. That research provided confidence to continue with a multi-billion export project, enabled all the stations to assure safety for continued, and resulted in spin-off technology.

Operators of nuclear power plants using Canadian technology joined together to study the cracking issues observed at Point Lepreau and later at Gentilly-2, and ultimately solved the underlying issue for all Canadian reactors.

Studies of nuclear fuel at the CNBC help Canada to contribute to global nuclear security.

The CNBC applied its world-class scientific tools to help the Transportation Safety Board understand the underlying reasons for rail failures.

MEEIR Technologie Inc. is seeking to commercialise energy-saving technology following research that accessed the CNBC.

Neutron beams reveal the molecular mechanisms behind a new technology that could reduce the risk of complications and death from heart bypass surgery and dialysis. The same technology might soon help more women survive ovarian cancer.

The CNBC is enhancing its neutron imaging capabilities to see inside concealed objects. Identifying unknown radioactive material reduced the cost of a long-term waste management liability for the Government of Canada and demonstrated new capabilities.

Stress data from the CNBC helped Canada leverage closer research collaboration with allies.

Defence Research and Development Canada (DRDC) accessed the CNBC for award-winning cooperative research with Canada’s allies.

The CNBC data provided strong evidence that the pipe was likely subjected to tension over time while in service, and that the fracture was not due to faulty pipe.

Government and academic researchers use neutron beams to test a new repair technology capable of supporting the aerospace industry to adopt more fuel-efficient jet engines.

Aircraft manufacturers sponsor researchers who are using stress data from the CNBC to evaluate methods of preventing distortion in thin aluminum parts.