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Opinion
The following is presented as part of The Columbian’s Opinion content, which offers a point of view in order to provoke thought and debate of civic issues. Opinions represent the viewpoint of the author. Unsigned editorials represent the consensus opinion of The Columbian’s editorial board, which operates independently of the news department.
News / Opinion / Columns

Camden: ‘Modular’ nuclear plants studied

By Jim Camden
Published: August 7, 2024, 6:01am

Proponents of nuclear power, who have been wandering for decades like latter-day Israelites in a desert of public skepticism, might be feeling hopeful about a revival of their prospects.

After all, when the National Republican platform supports expanding nuclear power and the Washington Democratic platform doesn’t come out against it, one might assume a window of opportunity is opening. In the push to reduce carbon emissions that come from burning coal, petroleum products or natural gas to generate electricity, some people are even lumping nuclear into the “green” energy column.

The latest push is for so-called modular nuclear reactors, smaller than the nuke plants built in the last half of the 1900s, with claims that they can be sized to a particular need. The Hanford Nuclear Reservation has been mentioned as a possible home for one or more such reactors. The Legislature earlier this year set aside $25 million for a feasibility study on the devices, which some enthusiastic supporters see as a magic bullet to the world’s climate crisis.

Even some people who doubt that there is a climate crisis — or that if one exists it is not human-made and thus cannot be unmade by humans — are happy to jump on the modular reactor bandwagon.

This seems to gloss over the fact that despite the reactors’ virtues of carbon-free emissions, pollution from spent nuclear fuel has a half-life measured in geologic time. Well, at least it can be encased, carted away and buried to become the problem of some future, and let’s hope smarter, generation.

A feasibility study is all well and good as long as at least someone compiling it remembers that magic bullets sometimes misfire and blow up in your face.

One previous effort to solve a projected power shortage in Washington with nuclear power did just that in the 1980s.

In the 1960s and 1970s, utility leaders and government officials worried the rapidly growing Northwest wouldn’t have enough power for new business with their lights and machinery and new homes with more heaters, air conditioners and televisions.

In their search for new sources of affordable power, a group of public utilities hit on the idea of building commercial nuclear power plants at Hanford, which had a history with nuclear power — albeit the kind that primarily made bombs. It also had lots of open space owned by the federal government, and thus not likely to generate opposition from pesky NIMBYs.

By the end of the 1970s, a consortium of utility districts known as the Washington Public Power Supply System had embarked on plans to build three commercial reactors at Hanford and two more at Satsop on the Olympic Peninsula.

The financial, legal and political troubles of that grand scheme have filled books. The Cliffs Notes version is that cost overruns and schedule delays made the plan so expensive that the consortium shut down construction, defaulted on a then-record $2.5 billion in municipal bonds sold to pay for them and led to the universal pronunciation of the WPPSS acronym as “Whoops!”

Because of rebranding — the consortium eventually changed its name to Energy Northwest — there are probably people who have moved to the region in the past few decades who have never heard the Whoops story, and even some longtime residents who have forgotten it.

This is not to say that because of the WPPSS debacle the Northwest should never consider nuclear power. But it should at least be included as a cautionary tale about believing all the hype about a new generation of nuclear reactors in that feasibility study.

It should also be noted that the last time a power shortage loomed, the region solved some of its problem with a series of smaller “fixes.” As prices went up, people put more insulation in their old homes and built less energy-hungry new ones; they switched from electric heat to natural gas and bought more efficient appliances. It wasn’t the panacea that some of the anti-nuke forces touted, but it wasn’t as negligible as some utility experts predicted.

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