Sweden Goes Nuclear (maybe)

The Riksdag, Sweden’s parliament, voted on June 17 to overturn a three-decades old ban on new nuclear reactors in what many see as a test-case for the long-predicted “nuclear renaissance ” in Europe.

The legislation annuls a a referendum in 1980 in which Sweden’s population voted against renewing or replacing the country’s fleet of 12 power plants. In the last few years Sweden has gradually placed concern over climate change and fossil-fuel dependence over fear of atomic power. That has been a cause of excitement for nuclear supporters: if  environmentally conscious and right-thinking Scandinavians could embrace the atom—thanks to the fact that, once built, nuclear reactors do not emit greenhouse gasses—then surely the rest of Europe would follow. Britain, Poland and Italy have joined atom-loving France in proposing new reactors. Even Germany, where fear of Atomkraft has been at the center of the country’s green movement since Chernobyl, is considering extending a long-planned “phase-out” of its nuclear sector.

But yesterday’s vote is no simple victory for nuclear supporters.  Fission—which works by releasing the “binding energy” that holds atoms together—remains both literally and fundamentally divisive, even in Sweden. The Riksdag voted in favor of renewing nuclear power—which currently provides around 50% of the country’s electricity through 10 remaining plants—by the near-divided vote of 174-172. The left-leaning opposition party has vowed to reverse the legislation if it gains power in September’s general election.

Even if the overturn of the ban stands, political will alone does not new nuclear power plants make–as neighboring Finland can attest. In 2002, the Finns decided to build new reactors as part of their effort to honor their Kyoto obligations. French nuclear giant Areva unveiled designs for a grand new reactor on the island of Olkiluoto. Since then, things have not gone smoothly. The reactor, originally scheduled to open last year, now won’t be operational until 2013 at the earliest. The project is over-budget—by billions of euros—and Areva and it’s client TVO have been slinging accusations back and forth as to which party is responsible for the overrun.

What’s more, the Olkiluoto reactor was financed before the credit crunch. Energy companies may find it more difficult to raise the amount of debt finance needed to pay for the multi-billion dollar machines. And if rich, corruption-free Northern Europe finds it difficult to build new reactors to budget, how on earth are other regions looking at nuclear energy, such as the Middle East and North Africa, going to succeed? (Incidentally, I and many others concerned about nuclear proliferation fear that the explosion of interest in the Middle East in nuclear power portends a nuclear arms race, rather than a race to fight climate change, in the region).

So far, Finland, rather than Sweden, seems to be the emblem of Europe’s “nuclear renaissance.” Political will may be shifting in nuclear’s favor, but so far there are indications that the economics are not. There have been false-calls of  nuclear renaissances before:In 1974, President Richard Nixon predicted that the U.S. would have 1,000 plants in operation by the end of the century. By the turn of the millennium, only 104 plants were operating in the U.S. When I visited Olkiluoto in 2008, Areva officials were bullish about their future in Europe–and elsewhere. They felt their time had come. Sweden’s parliament might agree, but ultimately it’s not up to them.

Related Topics: Areva, Finland, Fission, nuclear power, Sweden, Energy, Regulation, Uncategorized
  • Latest on Ecocentric

    Bloomberg via Getty Images

    Bright Days: How India Is Reinventing Solar

    In 2009, when policymakers in New Delhi set a goal to produce 20,000 megawatts of solar energy by 2020, few gave India more than a slim chance. The world’s solar-savvy countries put together were generating that much solar power at the time, and India was contributing virtually nothing. But today, with acres of land in its arid, sun-drenched northwest carpeted with thousands of gleaming solar panels, analysts say India is poised to exceed its target. And the most tangible indicator of this makeover is money. In the last year, funding for solar projects in India increased seven-fold, from $0.6 billion in 2010 to $4.2 billion in 2011, a new Bloomberg New Energy Finance report said.

    Joe Raedle / Getty Images

    How Smart Paint Saves Bridges

    Up to 73,000 American bridges are considered “structurally deficient,” and the consequences of that can be as terrible as they seem. The most recent large-scale bridge disaster in the U.S. occurred in 2007, when the Mississippi River Bridge in Minneapolis collapsed during rush hour, killing 13 people and injuring 145. Scarily, the bridge had earned its structurally deficient label 17 years prior, but that simply meant it would, in theory, be replaced by 2020, depending on the availability of funds.

    NASA

    Drill, Baby, Drill: Russian Scientists Reach a Massive Underground Lake

    If life were a Michael Bay movie, the moment this week when Russian scientists finally drilled into the subglacial Lake Vostok in Antarctica would immediately be followed by the sudden and frightening appearance of unfrozen aliens, or the Predator, or the Decepticons, or giant prehistoric piranhas, and only Shia LaBeouf—plus leggy starlet to be named later—could save the human race from extinction.

  • jfarmer9

    It has now been 59 years 174 days since the first commercial western nuclear reactor (EBR-I) went online at Idaho National Laboratory on December 20, 1951. There has never been a death attributed to an acute radiation dose in the western production of nuclear power.

    It is good to see that in some democracies scientific reasoning is still able to overcome fear mongering.

    Viva the Nuclear Renaissance,

    Jfarmer9

  • harrywr2

    “The project is over-budget—by billions of euros—and Areva and it’s client TVO have been slinging accusations back and forth as to which party is responsible for the overrun.”

    The price of two things required to build power plants, nuclear or otherwise has been rising. The cost of cement and the cost of steel.

    Coal plants suffer similar ‘overruns’
    http://amppartners.org/newsroom/amp-announces-likely-conversion-of-ampgs-project/
    “The AMP Board of Trustees and AMPGS Participants determined it was in the best interest of the member participants to give termination notice to the engineer-procure-construct (EPC) contractor, emission control and other equipment vendors on pulverized coal construction and equipment. The decision was the result of a November 2009 unexpected approximately 37 percent increase in the EPC contractor’s indicated capital cost for the project including air emission control vendor costs. t”

    Any large construction project that is subject to regulatory delay is going to have cost overruns.

    The ‘cost overrun’ meme the anti-nuclear advocates like to trot out, while true, applies to any large scale construction project subject to regulatory delay.

  • romoen

    Had the environmental movement in the United States not put the kibosh on building additional nuclear power plants in the 1980s, we’d be living in a different world today. Quite possibly CO2 would be under control. Quite possibly electricity rates would not be skyrocketing.
    – Robert Moen, http://www.energyplanUSA.com

  • jfarmer9

    Robert Moen,

    Brother, I have never heard the truth spoken better. Keep it up. We can still get there even if the road is now even further. I personally will never forgive the anti nuclear planet killers for putting up the numerous road blocks that they have to clean, safe, and affordable nuclear power.

    Let us save this planet by planning to start building 3,500 Integral Fast Reactors like the one we successful built INEL called EBR-II,

    Jfarmer9

blog comments powered by Disqus