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ARTICLE ARCHIVE

Nuclear Costs

Estimates for new reactor construction costs continue to sky-rocket. Conservative estimates range between $6 and $12 billion per reactor but Standard & Poor's predicts a continued rise. The nuclear power industry is lobbying for heavy federal subsidization including unlimited loan guarantees but the Congressional Budget Office predicts the risk of default will be well over 50 percent, leaving taxpayers to foot the bill. Beyond Nuclear opposes taxpayer and ratepayer subsidies for the nuclear energy industry.

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Entries from January 1, 2012 - January 31, 2012

Friday
Jan272012

"Another One Bites the Dust!": Progress Energy may cancel two new AP1000s targeted at Levy, Florida!

Graphic courtesy of Fairewinds Associates

As reported by the Tampa Bay Times, Progess Energy has announced an indefinite suspension of the construction plans for two Toshiba-Westinghouse so-called "Advanced Passive 1000" (AP1000) atomic reactors targeted at the greenfield (no old reactors already there) site at Levy, Florida. That's the good news. The bad news is that Florida ratepayers are nonetheless locked into paying "advance" charges for the new reactors on their electricity bills month after month for years to come, even though the reactors may never get built. Such "Construction Work in Progress" charges are illegal in most states, although have been made legal in such states as Florida, South Carolina, and Georgia in an effort to grease the skids for new atomic reactor proposals, at ratepayer expense.

By the end of last year, Progress Energy's 1.6 million Florida ratepayers had already made $545 million in "advance" payments on their electricity bills toward the Levy new reactors, or an average of about $340 per person. Progress Energy fully intends to extract yet another $555 million from its ratepayers in the years ahead, or another $350 per person, whether or not the reactors actually get built and fired up.

The Levy new reactors have been a case study in cost overruns. As the article reports, Progress Energy first estimated in 2006 that a single AP1000 would cost as little as $4 billion. The very next year, the projected price tag had jumped to $10 billion per reactor. A year after that, Progress added a second new reactor to the proposal, and estimated the cost at a total of $17 billion. But last year, the price projection had reached $22 billion for the twin AP1000s.

The project has also been a case study in schedule delays. In 2006, Progress said its new reactor would fire up in 2016. By 2009, Progress admitted the opening date had slipped two years into the future, to 2018. By 2010, the opening date had retreated yet further, to 2021. Progress is now admitting that the project won't open till 2027, if at all.

Arnie Gundersen, a nuclear engineer at Fairewinds Associates in Vermont and expert witness for an environmental coalition opposed to new AP1000s targeted throughout the Southeast, was quoted as saying "It's a dramatic strategy change (by Progress)...Now, it looks like they're retreating." Gundersen has identified a major safety flaw in the AP1000's supposedly "advanced, passive" design, which could actively pump hazardous radioactivity into the environment during an accident (see graphic, above).

Monday
Jan022012

Fukushima further bursts "nuclear renaissance" bubble

In a new report entitled "Nuclear Safety and Nuclear Economics: Historically, Accidents Dim the Prospects for Nuclear Reactor Construction; Fukushima Will Have a Major Impact," Dr. Mark Cooper of the Vermont Law School's Institute for Energy and the Environment compares the cost increases for new reactor construction -- due to increased nuclear safety regulation in the aftermath of the 1979 Three Mile Island meltdown -- to escalating costs that can be expected after the Fukushima nuclear catastrophe. Cooper points out, however, the new reactor construction costs were already skyrocketing before the TMI and Fukushima meltdowns -- but the accidents accelerated the cost increases dramatically.

He concludes: "From a big picture perspective, Fukushima has had and is likely to continue to have an electrifying impact because it combines the most powerful message from TMI on cost escalation with the most powerful message from Chernobyl on the risk of nuclear reactors in a nation where it was not supposed to happen. And, it has taken place in an environment where information and images flow instantaneously around the world, so the public sees the drama and trauma of losing control of a nuclear reaction in real time."