Nuclear power: The ultimate near shore threat to the Great Lakes?


Gary Wilson


“I hope you rethink your really scary plan to bury radioactive waste located only half a mile from Lake Huron…”

That’s a concerned citizen responding to a Canadian nuclear power company’s proposal to store radioactive waste underground near Lake Huron for 100,000 years.

The best-known near shore threats to the Great Lakes are raw sewage and algae blooms. Both receive considerable attention from government agencies and accounts about them are regularly reported in the popular media.

The threat posed by the nuclear power plants that dot the region could easily trump both. It may be the ultimate near shore threat.

There are 33 nuclear reactors  in the Great Lakes region, many of them near the water’s edge such as Palisades in Michigan.

After a seeming dormant period of public concern about nuclear power risks, awareness increased this past year. The Fukushima Japan meltdown is likely the reason.  That incident played out in the news over weeks and impacted not only nearby residents and workers but food and water supplies. Remnant amounts of radioactivity eventually hit this nation’s west coast.

Closer to home, there has been increasing activity in Canada. In addition to the 100,000-year underground waste storage proposal, Bruce Power has sought permits to transport contaminated equipment on the Great Lakes and St. Lawrence River to Sweden for decontamination.

That’s an issue for activist John Jackson.

He’s concerned about transporting nuclear waste on lakes and rivers because “most accidents happen near harbors” which means near population centers.  Jackson is executive director of Great Lakes United, a bi-national group that focuses on Great Lakes issues.

 His group, and others want the U.S. and Canada to assess ”the risks, threats and unknowns“ of nuclear power plants.

They have asked the International Joint Commission to request the U.S. and Canada to reinstate a task force for the assessment.   The commission, which advises the countries on trans-border water issues,  has declined.

“Traditionally, such references (requests) either come with funding to conduct the examination or direction as to how such a study would be funded,” said John Nevin a spokesperson for the commission.

“Short of such action by the governments, the commission continues to monitor this important issue and remains acutely aware of the concerns raised by the public on both sides of border.”

Jackson disagrees and says the commission “sets up task forces all the time.”

Illinois Senator concerned

The Zion Nuclear Station is equally 50 miles north of Chicago and south of Milwaukee on the shores of Lake Michigan.

“The Zion facility holds roughly 1,100 tons of nuclear waste just yards away from Lake Michigan,” says Nicole Barrett, a spokesperson for Illinois Sen. Mark Kirk.

“It’s critical the nation protects its water resources from nuclear contamination,” Barrett said. “We must find a safe, permanent storage facility for the country’s nuclear waste.”

Kirk has a keen interest in near shore Great Lakes issues including the dumping of billions of gallons of sewage into the lakes.

He is in a position to spotlight near shore threats as he co-chairs the senate Great Lakes Task Force with Michigan Sen. Carl Levin. The task force prioritizes and emphasizes Great Lakes issues in Congress.

A precautionary tool

A new addition to the recent update to the Great Lakes Water Quality Agreement between the U.S. and Canada requires caution:  “Where there are threats of serious or irreversible damage, lack of full scientific certainty shall not be used as a reason for postponing cost-effective measures to prevent environmental degradation.”

This precautionary approach seems tailor-made for nuclear issues like underground storage of waste. Who can say with certainty that it’s safe to store waste for 1,000 years let alone 100,000?

The test as always with the agreement is will the U.S. and Canada comply with the document of their own creation?

Understanding the advantages, risks and threats of nuclear energy is daunting. That may be why we don’t hear much about it until there is a problem. Then all hell breaks loose as with the Fukushima disaster.

Those of a certain age may remember Pennsylvania’s Three Mile Island near disaster. A huge concern then was that we didn’t know what we didn’t know. And it’s inherent in us to fear the unknown, with justification, when it comes to nuclear power because of the potential for a loss of drinking water, evacuations and long-term threat of disease.

The Great Lakes region has a long history of neglecting or ignoring its environmental problems.

Palisades Nuclear Power Plant on Lake Michigan. Image: U.S. Nuclear Regulatory Commission

The many legacy toxic hotspots that dot our shores were ignored for decades and it will be decades more before they’re cleaned up. That assumes we have the will to keep funding the effort.

Every year we continue to dump billions of gallons of sewage into our rivers and lakes because we won’t invest in infrastructure. That shows no signs of changing and those problems aren’t insurmountable, if we want to tackle them.

However they pale compared to the consequences of neglecting the nuclear waste storage and transport issues.  The least the U.S. and Canada can do is assess those threats and unknowns.

Senators Kirk and Levin could easily use the gravitas of their offices to spotlight this issue and they should if their concern for the Great Lakes is more than perfunctory.

To neglect the nuclear threats that are literally on our shores…… that’s “really scary.”


2 thoughts on “Nuclear power: The ultimate near shore threat to the Great Lakes?

  1. I grew up in north east ohio, in a little town on the shore of Lake Erie. Let me start by saying that, because of that background, I’m absolutely committed to preserving the beauty and cleanliness of our Great Lakes. They are truly an amazing natural resource.

    But, I’m also pro-nuclear. Why is that? Because I think nuclear power is the best source for clean, low-land footprint, reliable, affordable power. Nuclear power contributes greatly to clean air and clean water, and provides very reliable power almost all the time.

    Now, safety and nuclear waste are the problems. But, they are solvable problems. I used to think it was an unsolvable problem – then I learned about nuclear recycling.

    With nuclear recycling, we can take the waste that is currently going to be radioactive for 100,000 years, and turn it into a different type of waste which is only radioactive for about 300 years. 300 years is a manageable problem – much more so than 100,000 years, at any rate.

    While you might prefer that we not have created any nuclear waste to begin with, the cold hard truth is that we HAVE, and so now we must do something with it. I think recycling nuclear fuel in “fast reactors”, so that the resulting waste is only radioactive for 300 years, is about the best option left to us at this point.

    I want to be part of the solution to nuclear waste, but to do that, I have to, ironically, be pro-nuclear power – because the solution is to fission the waste in a fast reactor.

    There are a number of very innovative reactor designs currently being proposed which claim to be much safer than current nuclear reactor technology (with no risk of ‘melt-down’, because they don’t use solid-oxide fuel rods like current nuclear reactors), and which consume our nuclear waste to produce waste which only is radioactive for 300 years).

  2. Keep beating this drum. You are right this is the hundred pound gourilla sleeping
    Additionally disturbing is that regular ongoing monitoring throughout Lake Erie is absent. The fact that over 20,000 tons of Detroit sewage sludge was dumped into Lake Erie from 2009 through 2011 and was undetected is cause for alarm.

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