The headwinds that nuclear energy has faced are
blowing once again. It’s not just about the latest
plant closures. It’s also about the announced delays
and potentially higher costs associated with two
separate nuclear projects now underway. Despite all
that, the industry is pushing back and making
headway.
It boils down to whether the nation values a
portfolio of fuel options and whether it places a
high priority on curbing climate change. If that is
the case, then nuclear energy provides
round-the-clock energy that has proven over the
decades to be not just safe but also relatively
emissions free, and dependable.
It’s image, however, is less-than-stellar. Part of
that is because the materials used to fuel nuclear
energy are the same ones that are used to make
atomic weapons. And part of that is because the
industry is filled with intellectually-powered
engineers and scientists who lack the patience and
the technique to explain their positions to mere lay
people.
Consider: Southern California Edison, as we now
know, had installed two new steam generators in 2009
and 2010. In 2012, a non-lethal leaked occurred,
forcing the facility to temporarily close. And this
past week, it chose to permanently shut down.
Letters released prior to its decision had showed
that the utility expressed concerns related to
“vibrations” and “leaks” in 2004.
“Dozens of U.S. nuclear energy facilities have
replaced steam generators over the past 25 years, a
period during which the industry has invested more
than $90 billion in capital expenditures at plant
sites,” says Steve Kerekes, with the
Nuclear Energy Institute. “This is a situation
that is unique to Southern California Edison and the
replacement of steam generators at the San Onofre
reactors.”
He says that 60 reactors, since 1980, from around
the country, have replaced their steam generators.
Each has done so without incident, with the
exception of Southern California Edison.
That matter, though, is coming on the heels of two
separate nuclear plant shutdowns: One is a unit in
Florida owned by Duke Energy and the other is one in
Wisconsin owned by Dominion Resources. The former
has been tied to the high cost of repair while the
latter is linked to cheap natural gas prices.
Generally, the nation’s nuclear fleet is aging and
the facilities must either be updated, or retired.
Cheap Gas
That is putting pressure on the two utilities with
active nuclear projects: SCANA Corp. has said that
the completion date of its South Carolina-based
project will be delayed by a few months. Southern
Company, meanwhile, appears to be several months
behind on its two new reactors. All those reactors
should be on line by 2019.
The partners involved in the Georgia project are
getting an $8.3 billion federal loan guarantee but
will also invest at least $6 billion on their own.
SCANA is not getting a nuclear loan guarantee. In
both cases, though, ratepayers are helping to fund
the plants through so-called advanced cost recovery
mechanisms.
A paper issued by the
Vermont Law School and written by an expert in
nuclear energy finance, gives a dour view of the
South Carolina and Georgia projects. Marc Cooper
says that ratepayers have a choice between eating
the monies that have already been paid or shelling
out more funds -- perhaps as much as $20 billion --
to pay for an uneconomical power source.
“In the face of escalating nuclear construction
costs, cheap natural gas, rising competition from
increasingly inexpensive wind and other renewables,
falling consumer demand, and a heightened focus on
energy efficiency, the economics of these new
nuclear reactor projects could not be more abysmal,”
says Cooper.
Cheap natural gas is not just an issue for nuclear
but it is also a factor for all other energy forms.
As for nuclear, it is a 40 year investment during
which time the price of natural gas will assuredly
gyrate. At the same time, the efficiencies
associated with operating nuclear plants are quite
high while the abundance of uranium to fuel reactors
means greater energy independence. Over time, the
high cost of construction would be off-set by those
advantages.
Nuclear energy’s major advance over the last decade
is because of the ever-increasing focus on climate
change. Here, the environmental community has split,
with some of its members in favor and others who
remain staunchly opposed -- a proposition
underscored by the film Pandora’s Promise.
Just as significantly, the fourth-generation nuclear
reactors that are now being designed have redundant
features that would likely make nuclear mishaps a
thing of past. Chernobyl, by contrast, lacked the
critical safety technologies, while Fukushima had
tools that failed to perform. Prospective units also
have a higher thermal efficiency and can be used in
industrial applications.
“We are watching this evolution," says Adam Cohen,
deputy associate laboratory director for energy
sciences and engineering at
Argonne National Laboratory. "France, China,
India, South Korea and Russia are hard at work. The
same companies that are building reactors there will
also build them here. We are not waiting for
international input. But we are waiting for economic
and political changes to occur.”
Just when it appears that the nuclear sector has
regained its footing, events emerge that cause it to
lose its balance. Despite the setbacks, the industry
remains committed and sells itself as safe, clean
and plentiful.
EnergyBiz Insider has been awarded the Gold for
Original Web Commentary presented by the American
Society of Business Press Editors. The column is
also the Winner of the 2011 Online Column category
awarded by Media Industry News, MIN. Ken Silverstein
has been honored as one of MIN’s Most Intriguing
People in Media.
Twitter: @Ken_Silverstein
energybizinsider@energycentral.com

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