Nuclear waste safety case on display at GTA demo centre

Storing nuclear waste demo NWMO built a replica of the storage containers they plan to bury Canada’s high-level nuclear waste in. CTV London’s Scott Miller reports.

Jeff Binns is one of many scientists who has spent the past two decades trying to come up with the safest way to keep Canada’s most radioactive waste safe for the next million years.

“We often use that number, but that means forever,” said Binns, who works for the Nuclear Waste Management Organization (NWMO).

Binns and a team of scientists and researchers have been doing some of that work at NWMO’s Discovery and Demonstration Centre in Oakville.

They’ve spent over a decade designing a copper-lined, carbon steel canister to protect the used nuclear fuel bundles from corrosion, and the bentonite clay boxes that could house each copper lined canister.

Those bentonite clay boxes would then be placed in a series of cavernous underground tunnels, called emplacement rooms, approximately 550 metres underground. Each designed to keep the highly radioactive fuel bundles from interacting with the natural environment.

“Each level of safety has a very, very low chance of failure in and of itself, and when you stack them on top of each other, it’s an exceedingly low chance of failure. We have an incredible amount of confidence in the safety of the design,” said Binns.

That level of confidence is not shared by some of the potential neighbours of the project near Teeswater or Ignace, where the proposed project could end up.

However, Binns said he would personally be more than happy to live near or even above the project. He’s that confident in the design.

“100 per cent. I would feel completely confident living on top of this DGR (Deep Geological Repository),” said Binns.

NWMO plans to choose between building Canada’s first permanent nuclear waste storage facility under farmers’ fields near Teeswater, or under forested land near Ignace, in just a few months time.

“The Nuclear Waste Management Organization believes we’ll be able to pick a site this year. All of this engineering work to develop solutions for containers, transportation, and deep burial, is well underway so we can prove the concepts when we go for licensing approvals,” said NWMO’s Fred Kuntz.

In the meantime, Binns and his fellow researchers will continue to try and perfect something that nuclear nations around the world are attempting to do, but none has yet accomplished. The permanent isolation of radioactive nuclear waste, for eternity.

“In any sort of event, deep underground is a much safer scenario than at the surface where the fuel stands today,” said Binns.