Editor, Crosscut:
The
article
Central WA
eying nuclear power again – but at a smaller scale
, by John Stang,
dutifully recycles the puff pieces of the nuclear power
industry. The writer has been doing that for at least four
years, repeating the
optimistic and unfounded claims of NuScale about the cost
and schedule of notional “small modular nuclear reactors.”
In
2018, Stang wrote that NuScale hoped to build such a power
plant by the mid-2020s. Now he says 2030. So the goal has
not gotten any closer.
NuScale’s cost projection per kilowatt started at $1700 in
2003. In 2020 it was $4200. At that time, its customer’s
projection was twice that, at $8500. Meanwhile, the actual
cost of completed projects has been $10,500 (Russia) and
$22,000 (Argentina).
Cost
predictions and scheduling are imaginary for an unproven
technology. What’s real is the history of nuclear
technology: the “negative learning curve.” The more the
technology advances, the more expensive it gets and the
longer it takes to build. This is a virtually unique
experience in the history of technology. The only nuclear
power station now under construction in the United States,
years behind schedule, is estimated to
cost double its original
$10 billion budget.
Stang
repeats the promoter’s claims that the NuScale project is
“carbon free.” This is true only at the moment of the
nuclear reaction, ignoring uranium mining and refining, as
well as plant construction. Furthermore, like the nuclear
industry, he has nothing to say about how the project’s
high-level nuclear waste will be disposed of. All we really
know is that it will be dangerous to humans for longer than
our species has existed on this earth, and that, per
kilowatt of plant capacity, it is likely to be more than
what is produced in existing nuclear reactors.
NuScale’s sole customer, in Utah, is leaking support for the
project. Of its initial subscribers, about 10 have reduced
their commitments or pulled out altogether. That just leaves
the rubes, who have signed
up for
less than one quarter of the Idaho Falls project output, 103
out of 462 megawatts.
Forward thinkers about energy and climate are looking at the
cheapest, cleanest, and quickest substitutes for fossil
fuels. Fortunately, our region is rich in them, especially
solar and wind energy. These are available now, in large
quantities, at low cost, using technology that is well
developed.
For
deep background on the subject of Small Modular Nuclear
Reactors, please see the website of Nuclear Free Northwest,
at http://nuclearfreenw.org/modular.htm .