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Nuclear Reactors, Bankrupting Their Owners, Closing Early

Nuclear Reactors, Bankrupting Their Owners, Closing Early

On January 22, FirstEnergy Corporation announced that its faulty and nearly-self-destructed Davis-Besse power reactor east of Toledo, Ohio, will be closed well before its license expires. But the shutdown is not because the reactor represents reckless endangerment of public health and safety. FirseEnergy was fine with that. No, the old rattle trap can’t cover its costs any more, not with the electricity market dominated by cheaper natural gas, and renewable wind and solar.

Davis-Besse’s early shutdown date has not been announced, but CFO James Pearson of FirstEnergy Nuclear Operating Co., the corporate division in charge of the wreck, said the reactor will close if lawmakers don’t approve a taxpayer bailout.

FirstEnergy had said the financial sky was falling in March 2017. Chief nuclear officer Sam Belcher [his real name] told the Toldeo Blade then — as the firm was floating the bailout measure (SB 128) through the Ohio legislature — “In the absence of something happening, [taxpayer-funded handout to the private, investor-owned firm] we’re going to have to make some tough decisions.” So far, state lawmakers have refused to save the decrepit reactor with state taxes. They cite old-fashioned market competition, and the failure of previous subsidies to save the mature, well-established reactor industry once led by the now bankrupt Westinghouse.

Serious accidents at David-Besse in 1977, 1985, 1998, and 2002 endangered its neighbors. The most hair-raising was the discovery in 2002 that corrosion had eaten through more than 6-inches of the reactor head’s carbon steel. The corrosion went undetected by federal and company inspectors for decades. Having gouged a hole in the reactor cover the size of a football, the corrosion left only 3⁄8 inch of steel holding back the high-pressure coolant. A break would have caused a massive loss-of-coolant accident and out-of-control overheating, resulting in catastrophic uranium fuel melting (known as a “meltdown”) and massive radiation releases.

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What A Westinghouse Bankruptcy Could Mean For U.S. Utilities

What A Westinghouse Bankruptcy Could Mean For U.S. UtilitiesToshiba Reactor

International news services now report that Japan’s Toshiba Corporation (9502.T) is preparing to make a chapter 11 bankruptcy filing for its Westinghouse Electric subsidiary as soon as this Monday, March 27. For most of our readers this news evokes little surprise. This is merely another chapter of a slow moving financial and accounting train wreck involving nuclear design and construction firm Westinghouse and its troubled Japanese parent, Toshiba. But like an old, leaky garbage scow there is much to clean up in its wake.

The two U.S. utilities with the most at risk are Southern Company and SCANA Corp. Westinghouse is presently constructing two unit, AP 1000 nuclear power stations for each utility. These projects are over-budget and behind schedule. It appears that Westinghouse offered both utilities a fixed price contract for these new nuclear plants. Our best guess is that this fixed price construction guarantee has doomed Westinghouse and prevented other potentially willing buyers from stepping in. No one it seems is willing to take on this seemingly open-ended nuclear construction liability.

What does this mean for the two domestic utilities embroiled in this international financial quagmire?

First, we expect that they will complete both nuclear construction projects. The bulk of heavy capital expenditures for both utilities seem to be in the 2017-2019 period.

Second, it is in all interest of all potential litigants to see these plants completed. Westinghouse/Toshiba, for one, would at least get to showcase the AP 1000 design and its successor entity could advocate for additional sales of this reactor design. A working design has value. (What happens in the UK is another matter where Toshiba hoped to build several plants). The utilities, which need new power stations, get large, rate based, non-fossil base load power generating resources for the next 40-60 years.

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