Japan Skittish, U.S. Persistent on Nuclear Front
The Japanese government is having second thoughts about adding to its nuclear fleet. But the United States is moving in the opposite direction and trying to ramp up here.
The conflicting situations are understandable: Japan’s struggles are an experience from which this country says it will learn, and make the necessary improvements to nuclear power. Indeed, the Japanese prime minister is making the most forceful statements since the Fukushima nuclear accident, saying that the Asian nation must wean itself from such a resource while some U.S. lawmakers and nuclear regulators are working to give the power source a leg up.
“We should seek a society that does not rely on nuclear energy,” says Japanese Prime Minister Naoto Kan, in a televised press conference. "We should gradually and systematically reduce reliance on nuclear power and eventually aim at a society where people can live without nuclear power plants,” he adds, without giving any timetables for such goals.
Currently, nuclear power supplies 30 percent of Japan’s electricity needs. Before the accident in March 2011, the country had set a goal providing half of its electric power in 20 years. Things have changed: 35 nuclear reactors have been idled until government regulators can ensure that they could survive the type of double-whammy that those at Fukushima endured: a huge earthquake coupled with a mammoth tsunami.
In that case, the reactors survived the earthquake but then lost their back-up generation once the tidal waves came ashore. Without such power, the spent fuel rods could not cool down, allowing for the possibility of radioactivity leaks. To avoid a similar situation, the Japanese government has ordered all of the country’s 54 reactors to be stress tested. All told, just 19 of the total 54 reactors are operating now, leaving Japan with an energy crisis of its own.
"As I've experienced the March 11 accident, I came to realize the risk of nuclear energy is too intense," Kan said during the news conference. "It involves technology that cannot be controlled by our conventional concept of safety."
The German government is sympathetic to what the Japanese have gone through and have made plans to scrap its nuclear program. Ditto for Switzerland. Italian voters, meanwhile, have said they want a moratorium on nuclear construction there. But support for nuclear energy remains strong in France, which gets about 80 percent of its energy from such a source, as well as in Great Britain.
In the United States, nuclear executives are emphasizing that the nation’s generation fleet is getting old and that it will need to be replaced. And because nuclear plants are clean and reliable, they must remain in the mix.
Government Moves
Any delays in nuclear construction will be a function of the economic downturn and its effect on energy demand -- not the events tied to Japan, they say. Industry says that the way to move ahead is to get government assistance to build the first few modern nuclear facilities by 2020. That would demonstrate that those plants are safe. Beyond that, such strategy would also help to create a steady supply stream for parts and fuel.
The federal loan guarantees are the essential ingredient, industry maintains. That’s because Wall Street is hesitant to invest in projects that may get mired in a regulatory or legal mess. President Obama had proposed increasing such loans from about $18 billion to $54 billion, or enough to get three or four underway.
Once a nuclear plant is built it is both reliable and cheap. And over 40-50 years, such units are more cost effective than competing generators -- the key reason that government should take the long view and help finance the first few plants, industry says.
“Hoover Dam was not built by Wall Street,” says Jacques Besnainou, chief executive of Areva North America, in an earlier interview with this writer. “This is why we have a government. It does not mean because it is harder, we should not do it. Once a nuclear plant is built, I can guarantee the cost of power, unlike a natural gas plant.”
In light of the Japanese nuclear accident, the U.S. Nuclear Regulatory Commission has released a study and recommends that the 104 reactors here get scrutinized every 10 years for seismic and flooding risks. And that includes routine inspections to ensure that the vulnerabilities of each and every plant are fully understood. Plants would furthermore be required to have licensed, back-up emergency equipment to ensure that the cooling pools containing fuel rods would continue to operate in the event of a power failure.
And beyond the regulatory commission’s activities, there is President Obama’s effort to increase the loan guarantees given to nuclear developers as well as his initiative to list nuclear power under clean power alternatives. Meantime, the U.S. Senate has introduced bills that would assist the developers of small nuclear reactors of 300 megawatts – compared to the base-load size of 1,000 megawatts – in demonstrating their products.
The U.S. Senate is furthermore working on legislation to provide the funding to build two interim storage sites to house spent nuclear fuel. And, finally, Congress is trying to hammer out a bill that would give funding to fourth generation nuclear reactors, which advocates say reduces the odds of radioactive leaks to almost zero.
While Japan’s misfortunes are causing it to rethink its domestic energy strategy, this country is pausing to learn from that experience. Nevertheless, U.S. industry leaders are working in tandem with some national lawmakers and regulators to ensure that the nuclear program here does not get sidetracked, or become moribund.
EnergyBiz Insider has been named Honorable Mention for Best Online Column by Media Industry News, MIN. Ken Silverstein has also been named one of the Top Economics Journalists by Wall Street Economists.
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Comments
Economics determine future of Nuclear Power in USA
This month (July 2011) FPL announced plans to build a new 1280 MW Natural Gas Fired plant in Port Everglades; costing about $1Billion or $781/KW (similar to my article’s older $2010 cost figures). Building this NG base load plant justified their long-term delay of expanding capacity at Nuclear Plants [Pt. St. Lucie and Turkey Point].
Please refernce by article "NATURAL GAS POWER PLANTS’ FUEL OF CHOICE"
Published recently in Engergy Biz
Richard W. Goodwin West Palm Beach FL
US Nuclear Future
I don't know who the writer is (above), but s/he makes several good points. Unfortunately, one of those is the strong possibility that the US government is just giving nuclear power lip service, a posture that I fear is likely to continue - and even intensify - in the face of the Fukushima nuclear accident. But the point I'd like to make is the deplorable job the nuclear industry has done - and is continuing to do - in defending and explaining the safety and integrity of our nuclear infrastructure.
The fact that these are not the same plants as those in Japan, and, that the newest nukes are far less costly, dramatically safer and better designed than the majority of the aging nuclear fleet, is completely absent from the public dialog.Thus, everybody just assumes that we're still living in the world of 3-Mile Island and Chernobyl, simply for lack of any better information! This education will NOT ever happen through the pages of industry publications; it has to be available to everyone, regularly, if the stigma associated with nuclear power is ever to be removed or, at the vey least, vastly diminished.
IMO, it's time for the nuclear industry to stand up to the naysayers and put forth a credible, fact-based campaign to educate the population about what nuclear power is - and can be - TODAY. This needs to be done in professionally produced media campaigns that truly educate people about what is real and what is hyberbole regarding nuclear power, rather than dutifully (and repeatedly) falling on its sword every time there's a problem anywhere in the world. I believe that long-term incremental education is the ONLY way average Americans will ever see nuclear for the safe, clean energy source it is and arguably, the most critical ingredient in the recipe for getting away from our truly dangerous and dibilitating dependence on foreign oil, once and for all.
Japan Skittish, U.S. Persistent on Nukes
Is this an example of arrogance? The world has just witnessed a nuclear disaster, which appears to indicate that he world does not have all of the answers. In fact the world probably does not even have all of the serious question that need answers let alone the answers. In addition to the question of "what to do with the waste", the question of how do we protect containment requires an answer. In addition, the price of construction for nuclear energy being vastly more formidable than for fossil-fueled energy brings about the question of whether or not the concept is actually cost effective. This nation has many more safer and more cost effective options for energy than nuclear. To answer this writer's first two questions, investigate safe and eficaceous answers yes, but until we have satisfactory answers forget about building new nuclear facilities. In the event of an error the consequences are far too great!
Nuclear Power and Fukushima
Lets start with Japan. When you build 6 reactors on an active fault line in an active tsunami area and you site them at an elevation of 10 meters, yes, a 23 meter tsunami will cause a problem. At least the US west coast plants are at an elevation of 89 meters. The knee jerk reactions by both Japan and Germany to Fukushima with respect to their nuclear fleets is understandable in the short term but their replacement strategies (Japan reverting to renewables and gas; opportunistic and peaking capacity to replace base load is not sustanable, German coal and renewables will run into environmental issues and with the rollback of feed-in tariffs renewables won't make up the shortage created by shuttering the nukes) will most likely give way to rational thought post next elections.
The US program of supporting nuclear is, I believe, a smoke screen and not a sincere effort. If you look at the drubbing Constellation / Unistar got with the DOE guarantee program that point is made painfully clear. The original guarantee program protected the first 6 reactors to be build in the US against actions or inactions by the US government which delayed the placement in service of a reactor. This was deemed to be a viable guarantee program. However, the government decided to cover all risks under its new program and vitually no gurantees have been put in place with the exception of the conditional guarantees for Vogl units which are moving very slowly.
France has the most effective and safe nuclear program in the world and as a result their reliance on energy resources ourside of France are minimal. Germany , which keeps vacillating on its enegy program, is extremently reliant on Russia to feed its heavy reliance on gas fired units giving Russia the ability to severly damage the German economy witht the twist of a valve. The US has a very safe program rivaling that of France but it can't seem to divorce a comprehensive energy program from political rhetoric and as a result our quest to improve energy independence is faltering. Finding a effective residence for spent fuels, ala Yucca Mountain, was a good start but now is a monument to rate payers being fleeced to the tune of over $30 billion to build an important milestone to support safe clean nuclear capacity. And to add insult to injury the federal goverment, which has cancelled Yucca Mountain, refuses to return the billions sitting on deposit to the utilities so that it can offset future rate hike requests.
The US and many of the developed economies are short of base load capacity but we keep pushing wind and solar (federal government in support of wind is in the range of $40 billion per year in the US for at best opportunistic capacity) projects. And yet it has put out conditional support for nuclear on a one shot basis of about $8 billion.
We need a rational energy program that encompasses all forms of energy and covers base load, peaking and peaking offsets but each component must be part of a comprehensive rational, non-politically driven program.