My, my, aren't these fellows knowing. Latest jet engine technology?
Christopher Flavin and Nicholas Lenssen
Two decades after the world's first major nuclear accident at Three Mile Island, the nuclear industry is experiencing a meltdown of historic proportions. After growing more than 700 percent in the 1970s, and 140 percent in the 1980s, nuclear generating capacity has increased less than 5 percent during the 1990s so far. (See Figure 1.) In the last decade, nuclear power has gone from being the world's fastest growing energy source to its slowest, trailing well behind oil and even coal. In 1998, world nuclear generating capacity fell by 175 megawatts.
As the world approaches the 20th anniversary of the Three Mile Island accident on March 28, global nuclear capacity stands at 343,086 megawatts, providing just under 17 percent of the world's electricity. Both of these figures will likely turn out to be close to the all-time historical peak-and less than one-tenth the 4,500,000 megawatts that the International Atomic Energy Agency predicted back in 1974. The Worldwatch Institute projects that global nuclear capacity will begin a sustained decline by 2002 at the latest, and the U.S. Department of Energy projects that it will fall by half in the next two decades...
...Nuclear power's biggest problems are economic: it is simply no longer competitive with other, newer forms of power generation. The final 20 U.S. reactors cost $3 to $4 billion to build, or some $3,000 to $4,000 per kilowatt of capacity. By contrast, new gas-fired combined cycle plants using the latest jet engine technology cost $400-$600 per kilowatt, and wind turbines are being installed at less than $1,000 per kilowatt...
...Orders for new reactors have largely dried up. (See Figure 2.) The few remaining nuclear companies, including France's Framatome and Germany's Siemens, are surviving on maintenance work, and government-sponsored contracts to refurbish Eastern Europe's decrepit reactors. If new business does not turn up soon, there may be little nuclear construction capacity left. In light of the long lead times in nuclear construction, the decline of nuclear power in the early decades of the new century has become virtually inevitable. The U.S. Department of Energy, successor-agency to the U.S. Atomic Energy Commission, now projects a sharp decline in nuclear power generation in the next two decades.
Nuclear industry supporters argue that given recently heightened concern about fossil fuel-induced climate change, the timing is tragically ironic. Existing nuclear plants do displace the emission of large quantities of greenhouse gases from coal-fired plants, but few governments are seriously considering nuclear power as an alternative to fossil fuels.
http://www.worldwatch.org/node/1646They offer us a table, confidently predicting the decline in world-wide nuclear capacity from then until now:
1999 339
2000 335
2001 331
2002 327
2003 323
2004 319
2005 315
2006 310
2007 306
Now let's deal with something called
reality:
In 1999 nuclear power produced 2,393.13 billion kilowatt hours, or 8.62 exajoule of electrical energy.
In 2000 nuclear power produced 2,449.89 billion kilowatt hours, or 8.82 exajoule of electrical energy, 2% more than 1999.
In 2001 nuclear power produced 2,516.67 billion kilowatt hours, or 9.06 exajoule of electrical energy, 6% more than 1999.
In 2002 nuclear power produced 2,517.76 billion kilowatt hours, or 9.06 exajoule of electrical energy, 5% more than 1999.
In 2003,2, nuclear power produced 2,619.18 billion kilowatt hours, or 9.43 exajoule of electrical energy, 9% more than 1999.
http://www.eia.doe.gov/pub/international/iealf/table27.xlsBasically, the "peaked," "dying" industry produced 0.81 more exajoules of electrical energy (almost 2.5 exajoules of primary energy.) than it did when these fellows announced it was about to die because of economics.
They prattled about renewable energy, how solar is an alternative to nuclear, the usual tripe that would get you to fail out of engineering school. Ironically in 1999, when they were writing the
entire world production from non-hydro renewables was 221.43 billion kilowatt-hours or 0.81 exajoules, exactly the amount by which nuclear would
increase between 1999 and 2003. By 2004 (a year further along the growth curve than was available for nuclear), renewable energy had increased to 334.27 billion kilowatt-hours, to 1.20 exajoules. Thus the increase in that period for all renewables except hydro was 0.39 exajoules, or less than half of the nuclear increase.
http://www.eia.doe.gov/pub/international/iealf/table17.xlsWe
still have people predicting the imminent demise of nuclear energy and the rise of the renewable nirvana.
Hemp is sometimes advanced as a great biofuel. Maybe guys who write the kind of crap I linked should stop smoking so much of it.
As for France, this year they've announced the plan to construct a new reactor at Flamanville, a 1600 MWe EPR. They have announced plans as well to upgrade, beginning in 2020, their entire reactor fleet to new EPR's, building several reactors a year from that time on and decommissioning the old ones..