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Japan's Last Nuclear Reactor Shuts Down

AmiMoJo writes "Japan's last active reactor is shutting down today, leaving the country without nuclear energy for the first time since 1970. All 50 commercial reactors in the country are now offline. 19 have completed stress tests but there is little prospect of them being restarted due to heavy opposition from local governments. Meanwhile activists in Tokyo celebrated the shutdown and asked the government to admit that nuclear power was no longer needed in Japan and to concentrate on safety. If this summer turns out to be as hot as 2010 some areas could be asked to make 15% power savings to avoid shortages, while other areas will be unaffected due to savings already made."

88 of 452 comments (clear)

  1. Good job japan! by Lanteran · · Score: 2, Insightful

    That's securing your nation's future in the post-oil world! /s

    --
    "People don't want to learn linux" hasn't been a valid excuse since '03.
    1. Re:Good job japan! by Anonymous Coward · · Score: 5, Informative

      The activists have a point. The reactor designs are relatively unsafe compared to modern designs, though it took a hell of a lot of punishment to show it.

      Here's hoping Japan makes the switch to thorium.

      Except the Activist are against the building of newer safer designs.

    2. Re:Good job japan! by Anonymous Coward · · Score: 5, Insightful

      Adding to this:

      At current LNG prices Japan pays additional $200 billion a year for its elecricity generation from gas compared to what nuclear generation would cost. The anti-nucreal crowd can calculate the cost of Fukushima disaster as they want, but in no way they can deny the fact that cheaper elecricity would cover the cost of the disaster in few years. The bigger economic cost was not the nuclear disaster itself, but that the reactors shutdowns afterwards.

    3. Re:Good job japan! by Delarth799 · · Score: 5, Insightful

      These activists seem to be against ALL forms of power
      No matter if its coal, gas, wind, hydro, solar, nuclear, tidal, or anything else these people are always there protesting its construction.

    4. Re:Good job japan! by aurispector · · Score: 5, Insightful

      You speak the truth. Coal fired power plants have spewed more radioactive isotopes into the atmosphere than all the nuclear disasters ever did.

      The only rational thing to do is ignore the radical environmentalists and get on with building the next generation of nuclear plants.

      Renewable energy remains a sick joke, coal and oil aren't going to last forever, nor should we wait until it reaches a crisis point.

      --
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    5. Re:Good job japan! by AmiMoJo · · Score: 2

      Seems like they are securing their future in a post-nuclear world pretty well though.

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
    6. Re:Good job japan! by AmiMoJo · · Score: 3, Informative

      Wind doesn't work, too intermittent (even off shore wind, and that won't cover the midwest)

      We were talking about Japan. I don't know about the US, but Japan and the UK both have enough off-shore wind to supply all their base load needs on a 100% reliable basis. Out in the Pacific and the North Sea the wind always blows enough to provide the minimum level of energy required with spare capacity if you build enough turbines. Yeah, you need a lot, but that isn't beyond our ability to do or anything like as expensive as what nuclear has cost.

      Solar isn't dense enough for major cities, think eastern seaboard of the USA, NYC, DC, Boston, etc. or any other major city, Chicago, Minneapolis, Saint Louis.

      Again I don't know about the US specifically but 0.3% of the Sahara gets enough solar energy to supply all of western Europe. That is why the EU wants to build solar thermal plants in north Africa. Distance isn't an issue now we have efficient DC voltage conversion and besides which the "fuel" is free and will never run out anyway.

      It seems like there should be plenty of places in the southern states where the US could do something similar. The northern states are obviously not well positioned.

      Hydro... methane...

      Geothermal? Japan has lots of that.

      It would also seem that making nuclear power plants a comercial venture, corners will be cut, plants will operate longer than designed to, back up and spare power will not get tested as often as it should.

      I agree, but what is your proposed solution? Until the early 1980s all UK nuclear facilities were run by the government and they still had accidents. You don't even want to know how they handled our nuclear arsenal. The government has a limited budget too and a strong desire to cut costs.

      All I'm saying is that you should look again at the viability of renewable energy and maybe instead of spending all that time and money developing new nuclear devote it to developing safer forms of energy.

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
  2. Greenies have won while the majority in Japan lost by sethstorm · · Score: 3, Insightful

    While nuclear can be done safely, there seems to be no effort to do so - as it would deny environmentalists a chance to remake the power grid in their own way.

    Environmentalism - as practiced today - has been about control versus the original intent of cleanliness and efficiency.

    --
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  3. Thorium Nuclear by iCEBaLM · · Score: 4, Informative

    We need to start making some of these Thorium reactors.

    1. Re:Thorium Nuclear by cbarcus · · Score: 5, Informative

      This comment is very far off.

      Unlike molten salt reactors, a class of fast breeders utilize liquid sodium, which reacts violently with water- and has been a bit of a problem (very costly) when heat-exchangers, reheaters, and similar equipment fails.

      Molten salt reactors, like the one prototyped at Oak Ridge National Laboratories back in the 60s, ran for years. The corrosion issue stems from the inadvertent production of tritium (from an undesired isotope of lithium in some formulations of the salt) which can combine with the fluorine (Liquid Fluoride Thorium Reactor/LFTR) to produce a strong acid. These and other problems appear to have very viable solutions (from listening to the relevant scientists and engineers), and should not be used to disparage the technology.

      To compare this fission technology that has already been demonstrated in principle with a prototype, to fusion which has not even achieved break-even demonstrates a serious lack of understanding of the issues involved. The primary advantages of the molten salt reactor to energy production are the following:
      - based on fission which is a well-understood phenomena; U-233 liquid-fueled reactor already demonstrated in principle decades ago (found to be very reliable)
      - a liquid fuel system that operates at low pressure and high temperature which allows for very high levels of safety and efficiency
      - the above which contribute to the high likelihood of low-cost reactors
      - low cost reactors will dramatically lower the cost of carbon-free energy
      - high temperatures allow for more efficient cogeneration; example: ammonia synthesis which could be used as an energy carrier on the scale of petroleum, which would address both concerns about fuel supply and carbon emissions
      - high temperatures also allow for the use of dry cooling (as opposed to "wet" cooling which uses a lot of water), necessary for an efficient thermodynamic cycle
      - thorium fuel is about as abundant as lead (3-4 times more abundant as uranium), and so very low cost
      - fissile startup requirements are minimal (less than a tonne of 20% enriched U-235 is possible)
      - system is very proliferation resistant (lots of technical details in the specifics)

      The disadvantages:
      - we must face our fear of nuclear energy
      - more R&D (substantially less than $10 billion) will be required before this technology is a commercial reality
      - bureaucratic and industry resistance to a new technology (they've already committed themselves to something else which is not suited for solving our systemic problems)
      - the general public remains woefully ignorant of the risks it is facing by foregoing nuclear energy

      The potential is that we have a nuclear system that is so safe and efficient that it may have the convenience, but at lower cost, than modern and ubiquitous natural gas plants. We are looking at perhaps the greatest technology humanity has ever developed, at best critical to our transition to a sustainable existence, and at worst, an essential technological step to reduce the risk we currently face. The United States may lack the technical leadership to step into a new era of low-cost carbon-free energy, but its rivals are seriously looking at this approach (China is apparently putting around $100 million annually into this), and if it proves viable on a commercial scale (all signs so far showing absolutely "yes"), the US will be left behind. It is difficult to overstate the importance of this issue to national security. Our economic well-being is dependent upon the cost and convenience of energy, and "farming" low-density energy sources dramatically increases our risk in this area. Lower the cost of energy and you will facilitate wealth creation, otherwise we face recession and decline.

    2. Re:Thorium Nuclear by careysub · · Score: 4, Insightful

      Molten sodium and other light metals are highly erosive and destroy the containment pipes they flow through. There are so far no materials that can withstand the corrosion.

      Huh? Liquid Sodium cooled reactors are nothing new.

      And none of them have been run successfully as a commercial unit. If someone could build one successful sodium cooled power reactor, and have it run for a decade with decent availability then sodium-cooling might be viable. Based on current evidence, the technology for a successful plant does not exist.

      --
      Starships were meant to fly, Hands up and touch the sky - Nicky Minaj
    3. Re:Thorium Nuclear by WalksOnDirt · · Score: 2

      Liquid thorium reactors do not require active cooling once shut down. Once they drain their fuel into holding tanks they are passively cooled.

      A Fukushima-style meltdown is hard to imagine, especially since they are already molten.

      --
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  4. Math? by jklovanc · · Score: 4, Interesting

    Before the accident 27% of Japan's energy came from nuclear power. Even if everyone could 15% (which is impossible because many big users are already conserving due to costs) that still leaved 12% unaccounted for. Sure green power can make up for some of that in the long term but in the short term it means increased import and burning of fossil fuels. A 54% increase in fossil fuel base electricity production in one year is significant.

    1. Re:Math? by mehrotra.akash · · Score: 2

      Increased import, and the 15% is over and above current savings

    2. Re:Math? by AmiMoJo · · Score: 3, Informative

      There was a lot of excess capacity in the system. All power sources are unreliable, including nuclear, so there needs to be spare capacity available in case it one goes offline. Japan was able to use that capacity and run its non-nuclear generators harder than usual (postponing maintenance to low demand periods etc.) The electricity grid had been upgraded to allow power to be distributed more efficiently and further to even out local demand too.

      The 27% figure is for all nuclear installations, and in normal operation a significant number of them were offline for maintenance and safety checks anyway. They have magnitude 5 or 6 earthquakes every single month in Japan so need to regularly look for damage to reactor casings, plumbing and so forth.

      The 15% figure is on top of what has been done so far, which has reduced power consumption significantly. Most of it is simple stuff like turning off lights in shops that are not open or turning air-con down. Government ministers turned up to work in Hawaiian shirts to encourage people to dress less formally at work and reducing their cooling needs.

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
    3. Re:Math? by AmiMoJo · · Score: 2

      The numbers I quoted are production number and not capacity numbers. How do you get around a 54% increase in fossil fuel based production with a 15% possible reduction in consumption?

      You seem to think that the 15% reduction is supposed to cut out all the extra fossil fuel based production. It isn't, the goal is simply to avoid power rationing.

      So by closing of the nuclear power plants is projected to increase overall CO2 emission from Japan by 15%.

      Yes. Not sure what your point is. The people celebrating yesterday understand this and are not disputing it, they are merely saying that this increase is a better alternative than re-starting the reactors and that it could be reduced by increased use of clean energy sources.

      What exactly are you arguing with?

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
  5. Save Face, not Environment by Mathinker · · Score: 5, Insightful

    You have it wrong --- this is "we can save face if we blame the problems we had with our nuclear reactor on nuclear energy being inherently unsafe, not the fact that we totally f**ked up the safety management and planning in multiple ways".

    BTW, at least one of these errors is being made practically everywhere in the world: stopping research into new, possibly safer reactor designs because of the public's knee-jerk fear of technology. (Maybe not so much in China, though.)

    1. Re:Save Face, not Environment by loneDreamer · · Score: 2

      Why not? As long as its not coal or oil, anything is an improvement. Japan seems to be going on the opposite direction, which is a sad thing to see.

      Also, stopping to do research and improvements seems like a bad idea to me, even if there are alternatives. Are you THAT confident in any other technology that you can rule out all potential improvement on nuclear energy as irrelevant? This is science, you never know where the breakthrough are going to come from, and exploring options is the way to move forward. Abandoning a young and promising technology (especially one some mind-blowing in terms of human knowledge and achievements) seems to me ill-advised.

    2. Re:Save Face, not Environment by Githaron · · Score: 4, Insightful

      Why does it have to be nuclear? Why are you so intent on using nuclear, even if better options exist ...

      What better option?

    3. Re:Save Face, not Environment by hairyfeet · · Score: 4, Insightful

      The simple fact is we DON'T have anything else, not that doesn't have serious drawbacks. 1.-Wind...can't be placed when needed, can't be ramped up during peaks, can't be controlled. 2.-Water..same problem as wind in can't easily be placed where needed, also has the problem of screwing up a lot of valuable land that could be used for farming which with a growing population is undesirable, 3.-Solar...theoretically you could use molten salt solar which would provide power at night but again no way to ramp up when needed and can't easily be placed where needed, then of course there is the huge size required to generate the same amount of power as even a small reactor.

      So there you have it folks. While i'm all for research into new forms of power generation, in fact i would argue that research is vital for the survival of our race, ATM we really only have two choices and that is fossil fuels or nuclear power. We all know the drawbacks of fossil fuel generation, no need for me to list them, and for those that argue that nuclear isn't safe frankly we have no idea how safe nuclear is or isn't because all the current reactors are decades old. It would be like claiming cars aren't safe and using a 75 Pinto as the basis. Until we at least get some research reactors of decent size built with the new designs frankly we simply aren't gonna know how safe we can build a reactor but one thing we DO know is that every year our need for power grows and the renewable sources in their current designs simply won't be able to keep up.

      So its up to you, keep cranking out them coal and gas burners or try the newer designs.

      --
      ACs don't waste your time replying, your posts are never seen by me.
    4. Re:Save Face, not Environment by K.+S.+Kyosuke · · Score: 4, Informative

      1. We are using, in one way or another, 50% of all *SOLAR* energy that falls on this planet

      Are you joking? Do you have any idea how much energy are those 50% of Earth's total incident solar radiation? Our civilization is in no way consuming anything near those 87,000 TW. It's currently somewhere around 15 TW.

      --
      Ezekiel 23:20
    5. Re:Save Face, not Environment by Anonymous Coward · · Score: 3, Informative

      Yes, here's the worst dam failure, where 171,000 people died and 11m people were made homeless:
      http://en.wikipedia.org/wiki/Banqiao_Dam

      Note also that the Chernobyl death toll is estimated at 4,000 by other sources. 1m is by no means an undisputed figure.

    6. Re:Save Face, not Environment by AmiMoJo · · Score: 3, Interesting

      Are you seriously trying to pin dam failure on hydroelectric power? In all cases were dams have failed and killed people those dams were not built simply to provide electricity, rather the turbines were a nice added extra on a project to control a large volume of water. It would be like blaming your car stereo for the chassis falling apart.

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
    7. Re:Save Face, not Environment by pseudofrog · · Score: 2, Interesting

      Some sources say the death toll will reach 4,000. Others predict somewhere in the 20,000-60,000 range. Greenpeace predicts up to 200,000. One Russian publication said 1,000,000, but their methodology has been thoroughly panned. Unfortunately, it doesn't stop some anti-nuclear idealogues from citing it, despite being five times greater than the already dubious Greenpeace estimate.

    8. Re:Save Face, not Environment by jamstar7 · · Score: 2

      On the other hand, technologic research is, you know, that thingie about advancement of civilization and then, is terribly doubtful because everything we currently know about the physical world around us, that there's any source of energy with more potential than nuclear (both fission and fussion) with the exception, maybe, of matter/antimatter reaction which is practically science fiction right now.

      What little antimatter that's been produced (and we're talking femtograms here) has been expensive as hell to make. Think the world GDP to make a couple grams, it's within an order or 2 of magnitude of that IIRC. Definitely not gonna make any difference in any conceivable timeframe. And besides, the process we use to create those random femtograms is very energy-intensive, we're not within 6 orders of magnitude of breakeven yet.

      --
      Understanding the scope of the problem is the first step on the path to true panic.
    9. Re:Save Face, not Environment by jamstar7 · · Score: 2

      The people who think that nuclear power can be affordable and safe at the same time are drinking the Kool-aid.

      "It's not safe now, so why bother developing something that is safe?" My ghost will remember this when my grandkids are freezing cause they can't afford to buy heating oil at any price.

      --
      Understanding the scope of the problem is the first step on the path to true panic.
    10. Re:Save Face, not Environment by Mathinker · · Score: 2

      http://en.wikipedia.org/wiki/Fukushima_Daiichi_nuclear_disaster#Investigations :

      From these documents could be concluded:

              TEPCO did not make sufficient preparations to cope with critical nuclear accidents.

              After the batteries and power supply boards were inundated on 11 March, almost all electricity sources were lost

              TEPCO did not envision such a power failure or any kind of prolonged power loss.

              TEPCO thought that in a serious incident, venting pressure in the reactor containment vessels or carrying out other safety procedures would still be possible, because emergency power sources would still be available.

      One can argue that the nuclear incident itself is not particularly significant compared to the tsunami; the largest estimate for deaths caused by the radiation leaks is approximately 1K, compared to 15K deaths and 3K missing (i.e., probably dead).

      http://en.wikipedia.org/wiki/Fukushima_Daiichi_nuclear_disaster#Regulation --- which is something other nations, including the US, for sure have to be worried about.

    11. Re:Save Face, not Environment by K.+S.+Kyosuke · · Score: 2

      These processes are inefficient in the extreme. They exist because they were simple for nature (and later for humans) to achieve (and a random factor may be involved in their particular form, since nature only searches for an adequate solution of evolutionary problems, not the most efficient one), not because they are the pinnacles of energy conversion. An overwhelming majority of all incident solar energy gets reflected and/or re-radiated away from Earth.

      --
      Ezekiel 23:20
    12. Re:Save Face, not Environment by pakar · · Score: 2

      And where did you get Hiroshima from?? That's not related to nuclear power... That's related to a nuclear weapon designed to kill people...

      Check this page... people killed per TWh for different energy-sources..
      http://nextbigfuture.com/2011/03/deaths-per-twh-by-energy-source.html

    13. Re:Save Face, not Environment by pakar · · Score: 2

      Supposedly one that does not kill us. "Better" is not just a matter of engineering; it's about having the basic sense not to do anything that will render our habitat useless.

      A better nuclear-plant like a thorium reactor does not go critical. It does not risk the same problems as the old reactors that where built during the 50-80'ies.. The problem with nuclear power is not safety, it's the inability for people to accept development of them since they think all nuclear devices are harmful without actually having an idea of what is safe or not and this is causing the politicians to stop accepting new, safer, reactors to be built and we are stuck with the old ones since we still need the power from them...

      Even if a dam breaks and thousands die, the land itself can be used again somehow. Contrary to that, Chernobyl (and most surely Fukushima) are off limits to mankind now.

      And what happens with farm-land when a dam breaks... top-soil gets washed away, houses demolished, peopled killed.
      - Power to rebuild the houses.
      - Power to transport new top-soil back to the farm-land..

      With Chernobyl it was gross human error that caused the tragedy.. Turning off the safety systems and pushing the stuff well pasts it's limits is not safe...
      People have already started to move back to the surrounding areas that has dropped to safe levels... The actual Chernobyl plant will probably be unsafe for some time (300-600 years).. But this accident was due to grossly incompetent people and a plant that was not maintained as it should..

      Even if you burn something, it is possible to devise a close cycle where you plant, absorb CO2 and then release it again by burning wood, which is far better than just burning oil or dealing with the uncontrollable: radioactive reactors.

      The problem is that we could never grow enough trees to facilitate the energy-demands... But the biggest parts to make something like that sustainable..
      - Fuel for the machines and trucks for chop the trees down, transport to the plant and then transport the ashes away from the plant..
      - Risks for the workers.. People in this line of work today have quite high injury/death rates.

      Death-rates by energy-source: http://nextbigfuture.com/2011/03/deaths-per-twh-by-energy-source.html
      Some information about thorium reactors: http://theweek.com/article/index/213611/could-thorium-make-nuclear-power-safe

      The pro about a thorium reactor is that as soon as you stop the proton beam it will stop power-generation.. Ie, it cannot go into a melt-down state... http://energyfromthorium.com/lftradsrisks.html

  6. Re:Greenies have won while the majority in Japan l by ohnocitizen · · Score: 3, Insightful

    Do you have a shred of evidence suggesting environmentalists want control over power vs clean energy? It almost sounds like an oil executive projecting his own motivations onto green activists: "Harumph, CLEARLY they are just after more control and power, and don't actually give a rat's behind about the well being of the planet or the implications for human health! ... (cough) ... Stevens, fetch me a glass of brandy, I'm done giving press conferences for the day."

  7. Re:Greenies have won while the majority in Japan l by Anonymous Coward · · Score: 3, Insightful

    How about the simple fact that "environmentalists" are celebrating the shut down of nuclear reactors while ignoring the coal and oil based power plants?

    When solar and wind power becomes widespread then we can celebrating shutting down nuclear power plants. Until then, all you're doing is trading one evil for an even greater evil.

  8. Alternatives by girlintraining · · Score: 3, Insightful
    The main alternative to nuclear is coal. Most people who oppose nuclear power don't realize the amount of radioactive material that is raining down on them near a coal plant. It's enough to trigger radiation alarms if they aren't recalibrated from 'nuclear' to 'coal'.

    And despite what the greenies say, wind and solar aren't always reliable, especially near the ocean -- clouds come and go, as do storms, and wind fluxuates, whereas power demand is constant. Not only that, but the efficiency of solar panels isn't high enough yet to be a replacement in an urban area -- panels have to be installed outside the city and cover large tracts of land. That may work in America, but it will not work for an island city-state.

    Japan is taking a step backwards here because of political pressure and disinformation about the safety of nuclear power: Fukishima wasn't a failure of engineering, it was a failure of management, and it's something every government has to contend with when they hand over to capitalists and industrialists anything that can go boom; They are asked to balance profit with safety, but invariably when the two conflict, profit wins.

    --
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    1. Re:Alternatives by Anonymous Coward · · Score: 5, Insightful

      Actually it is not uncommon for air monitoring alarms to go off in a nuclear plant from the effluents from and adjacent coal plant when the wind is wrong. Japan probably had a spinning reserve of about 15% just like the US but now even with all of nuclear units down there is no reserve even with a massive conservation effort and there is a significant shortfall that will have to be picked up by coal. Wind and solar have a place but they cannot be the baseload. Energy storage is extremely difficult and costly rendering them appropriate for peaking but not much else. Nuclear plants have an incredible safety record when it comes to direct industrial safety and I would bet that there are far more injuries playing on windmills than in the entire nuclear fuel cycle in a given year. Are solar panels made out of toxic materials? I would expect so. Without subsidies use of solar panels to produce electricity works out to about a dollar a kilowatt. Nuclear about a nickel at the bus bar (poor performer). The news emphasised the scary nuclear plant which had 3 fatalities (2 drownings and 1 heart attack) at the expense of a human tragedy that cost 18000 people their lives. A large area was exposed to numerous chemical carcinogens that are a part of modern life that probably exceeded the risk from radiation. In a couple of years a lot of the area quarantined may be reclaimed. The nuclides that are causing the concerns are Cesium and Strontium both of which have about a 30 year half life but both of which are relatively soluable, weathering will result in quite a bit of removal over time. The bigger concern for the area would be the social stigma for those that moved back into the area because of ignorance.

    2. Re:Alternatives by K.+S.+Kyosuke · · Score: 2

      Most people who oppose nuclear power don't realize the amount of radioactive material that is raining down on them near a coal plant.

      These days, as a sum total for the whole planet, it's somewhere around six or seven Chernobyls of radioactive material annually. Not once per a quarter of century, like with nuclear power plants.

      --
      Ezekiel 23:20
    3. Re:Alternatives by AmiMoJo · · Score: 2, Insightful

      The main alternative to nuclear is coal. Most people who oppose nuclear power don't realize the amount of radioactive material that is raining down on them near a coal plant. It's enough to trigger radiation alarms if they aren't recalibrated from 'nuclear' to 'coal'.

      They understand, and this is not their concern. They are worried about accidents.

      Fukishima wasn't a failure of engineering

      Yes it was. The original design didn't take into account a very large earthquake causing a very large tsunami, or the prospect of the emergency cooling generators being flooded and no other power source being available.

      There were management failings as well, but the designers and engineers are not blameless.

      And despite what the greenies say, wind and solar aren't always reliable, especially near the ocean -- clouds come and go, as do storms, and wind fluxuates, whereas power demand is constant.

      No, there is always enough wind available offshore in Japan to supply its entire power needs. All year round, 24/7, no exceptions ever. There is also geothermal and hydro, both of which are as or more reliable than fossil/nuclear.

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
    4. Re:Alternatives by symbolset · · Score: 2

      There is not an electric grid on the planet that uses wind or geothermal as base loads,

      This statement is not true.

      --
      Help stamp out iliturcy.
  9. Re:Oh Great by jklovanc · · Score: 5, Informative

    According to this Fukushima 4's fuel was removed soon after the disaster and therefore has been shut down for some time.

  10. Re:Greenies have won while the majority in Japan l by rgbrenner · · Score: 5, Insightful

    Of course he doesn't have any evidence. The pro-nuclear crowd wants to pick and chose the best parts about nuclear... they want to pretend that each plant lasts for 40-60 years--so that the cost of nuclear is competitive with coal,etc.. and then when those 50 year old reactors are found to be unsafe, they say it's because they are out of date.

    Well... if they were rebuilt every decade with the latest safety improvements, they would not be cost competitive. So chose: unsafe reactors... or uncompetitive energy prices.

  11. There are reasons by Grayhand · · Score: 5, Insightful

    I know we are all supposed to point out how foolish they are being but they do have reasons for such a strong reaction. Up until Chernobyl they were the only country to deal with major contamination in heavily populated areas. Even Chernobyl was in a rural area not two major cities. It badly scarred them not only physically but mentally. The recent disaster effectively killed a chunk of the country and Japan already has a shortage of land especially farmland. It may have been smarter to phase it out but the fear of a second such disaster was too great. Japan is fairly new to nuclear power and they are in a unique situation. The country is very active geologically and earthquakes are commonplace and it has a lot of potential for similar disasters. None of us can know the real position they were in. The accident happened because they got sloppy and after reviewing other plants they may have seen shortcomings in the other plants that could have lead to disasters and the upgrades would take too long. I'm just saying there may be more to it than we know and Japan has a lot of pride and it's hard for them to admit they got sloppy. It's easy to say all the disasters are human error but it's impossible to take human error out of the equation. Growing up I heard there would statistically be one disaster every thousand years. If statistics were accurate we would be safe for the next three thousand years. Human error will always be a factor. As costs rise also there's a tendency to cut corners increasing risk. That's what caused the gulf oil spill. All the reactors in this country are rapidly approaching the end of their projected lives and many have already passed it. The nuclear materials have a corrosive affect on the pipes so the risk keeps going up on existing plants. The point I'm trying to make is it isn't as cut and dry as most think. There are a lot of pros and cons. Fusion makes a lot more sense but in truth I've never heard anything to convince me it'll ever be practical. For all it's potential every test so far takes nearly as much energy as it produces. We need safe, stable, long term solutions and there is no magic bullet one size fits all solution. In the near term we need all of the sources including coal and oil but a critical part of the puzzle will be that ugly word, conservation. Trust me, the Japanese will be hearing that word a lot over the next few years. Used wisely conservation is a powerful part of the puzzle. Obama got laughed at for suggesting properly inflated tires would save as much oil as the arctic reserve would contribute. As funny as some found it the fact is he was right. If everyone embraced conservation they wouldn't have to change their lifestyles significantly and we could put off new power plants for a decade or more. That would buy us time to make the needed changes including building more nuclear plants if that's the solution. I'll predict this, Japan will become the world leader in conservation. It's the only way they'll survive.

    1. Re:There are reasons by Teancum · · Score: 2

      The problem with conservation is that you can't conserve or recycle your way out of a shortage. It can be something to be done as a temporary measure, but it shouldn't be viewed as a long term solution. I'm all for wise use of our resources, so don't take this as being against higher efficiency devices, but you also must take a more pragmatic way of thinking about this stuff. BTW, Obama was justifiably ridiculed over his comment of inflating tires while doing things like shutting down oil pipeline construction and killing oil leases and permits on a widespread basis.

      As for the irrational fear that the Japanese people have over nuclear energy, I don't understand the concern. I still insist that the nuclear bombs ended up saving more Japanese lives in the long run and ended a bloody war that could have dragged on for many more years and left Japan as a complete ruin. That the bombs were shocking is true, although in the end I think Japan still prospered in a way that wouldn't have happened had the Japanese Imperial Army succeeded with all of their plans.

      My hope is that this misguided attitude towards nuclear energy simply ends in Japan. If it does, they can try their experiments in environmental disaster as they see fit, and perhaps they will show the rest of the world how it should be done. Perhaps they will fail as well, so I'm glad that I'm not either a leader or citizen of that country. I just don't want to have it be said that pattern must be repeated elsewhere in the world too, certainly without seeing what the long term impacts of that experiment in Japan actually do. I believe it will be a disaster for Japan, but one that only time will tell.

      As for nuclear fusion, I think we are much closer to getting it to work out than you may realize. I would put it in the range of something working in the next decade or so. It used to be said that fusion was something about 30-50 years in the future, but that was also 50 years ago when that was said. It still is a future technology, but advances of things like Focus Fusion, Polywell, and other kinds of technology that has seriously been studied may prove to be fruitful in the next few years. I have no hope for the Tokamak concept, which is sadly getting most of the financial support at the moment. If you want to follow an interesting blog put together by somebody who is making some real interesting progress in this area, I'd suggest you read this one: http://prometheusfusionperfection.com/

    2. Re:There are reasons by girlintraining · · Score: 3, Insightful

      After reading your post I lorem ipsum dolor sit amet, consectetur adipiscing elit. Nam libero arcu, fringilla in convallis eu, hendrerit vel odio. Nulla convallis lectus vitae purus bibendum ut faucibus tellus dignissim. Nulla facilisi. Cras vitae aliquet felis. Morbi placerat magna ac nulla cursus posuere. Ut ultrices, sapien non vestibulum tristique, mi ligula sodales neque, quis bibendum eros libero nec nisi. Sed elementum auctor ultrices. Mauris porta lacinia tempor. Donec sodales mattis velit eget aliquam. Donec erat purus, tempor sed eleifend sit amet, cursus a mi. Nullam sit amet urna eu lacus aliquam scelerisque. Morbi laoreet elit non leo eleifend bibendum. Pellentesque viverra tellus ut mi vulputate vitae imperdiet lorem tincidunt. Proin a auctor lacus. Aliquam pharetra, odio eu pulvinar interdum, neque nibh molestie nunc, vel dapibus risus elit non dolor. Cras sit amet euismod nisi. Sed sed nisl felis. Mauris venenatis porttitor accumsan. Donec non diam diam, at convallis diam. Suspendisse potenti. Etiam ultrices pulvinar rutrum. Fusce tincidunt purus in augue porttitor blandit. Phasellus pulvinar nisl a ligula faucibus consectetur. Suspendisse ullamcorper lacinia nisl quis pretium. Class aptent taciti sociosqu ad litora torquent per conubia nostra, per inceptos himenaeos. Aliquam lobortis sapien at orci scelerisque varius. In hac habitasse platea dictumst. Proin cursus ligula et sem congue sit amet hendrerit ligula cursus. Donec sapien sem, suscipit vitae accumsan sollicitudin, pretium sit amet nunc. Pellentesque feugiat ante neque, eget facilisis magna. Pellentesque auctor orci in sapien condimentum molestie. Nulla elementum sapien at nibh egestas condimentum. Nulla nec est odio, vel tempus nunc. Donec vitae tellus erat. Maecenas at enim a erat tristique molestie semper eu nulla. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Pellentesque tempor, urna vitae laoreet facilisis, velit magna mollis metus, rutrum aliquet enim nunc vel felis. Suspendisse vitae sagittis enim. Sed sit amet diam in arcu suscipit consequat. Nulla diam ante, consequat non sodales ac, accumsan eget sapien. Class aptent taciti sociosqu ad litora torquent per conubia nostra, per inceptos himenaeos. Integer diam sapien, tempor nec vulputate a, pulvinar nec neque. Donec vel neque et odio varius fringilla non at erat. Praesent sed nisl quis purus vestibulum porta at dapibus est. Vestibulum ante ipsum primis in faucibus orci luctus et ultrices posuere cubilia Curae; Cras lobortis sodales diam, non hendrerit nisi pulvinar a. Vestibulum quis mi et libero consequat malesuada. Donec iaculis commodo accumsan. Aliquam urna est, tempus vitae accumsan sit amet, dapibus eget enim. Integer quis quam enim. Donec tellus enim, suscipit aliquet fermentum in, rhoncus vel eros. Cras sapien erat, posuere in pulvinar molestie, luctus eu eros. Donec feugiat facilisis dictum. Nullam lacus nisl, iaculis quis varius vel, vulputate in nibh. Vivamus lectus massa, viverra et rutrum a, molestie in nibh. Suspendisse potenti. Integer quis orci turpis. Maecenas convallis velit ac mi laoreet tristique. Vestibulum viverra bibendum felis eu venenatis. Vestibulum sodales libero non felis imperdiet sed varius odio facilisis. And so, in conclusion, the use of the paragraphs is a good idea.

      --
      #fuckbeta #iamslashdot #dicemustdie
    3. Re:There are reasons by wrook · · Score: 2

      Living in the prefecture containing most of the auto-manufacturing industry as I do, you are completely wrong. All of the major auto-makers had to restrict production due to lack of energy. And that was even on the west side of the energy divide, which didn't have rolling blackouts. Conservation for residential and office workers is not a problem. People are already used to setting their air conditioners to 28C (and heaters to 15C in the winter). Every second light standard is turned off where I live and I, personally, think it's better that way (hey, Japan is famously "safe" anyway). But for heavy industry, this is a major, major problem.

    4. Re:There are reasons by youngatheart · · Score: 2

      People are scared by a nuclear disaster, so you shut down nuclear. Then people are frustrated by shortages, and you meanwhile start pushing news about "new nuclear technology and preventing people from making the mistakes they made in the past." Sure, companies are doing without air-con but consumers will start experiencing a world without Internet, lights and television. In two years, I expect the population will support the "new wave of safe nuclear" that eliminates the shortages. I'm sure that much attention will be paid to the increased role of alternative energy in a supporting role as nuclear quietly reassumes more electrical production than it did prior to the disaster.

      In ten years, expect Japan to be proud of their ability to manage clean energy resources in parallel with safe "new" nuclear generation.

      In ten years, you and I will will both be a little older and hopefully a little wiser. You suggest that Japan will become a bastion of "clean" energy, and I suggest that they'll pay it lip service while relying more than ever on nuclear as their primary "clean" energy. I wonder which of us will look back and think we were naive. I've rarely found myself too pessimistic in retrospect, but often found I wasn't pessimistic enough.

    5. Re:There are reasons by AmiMoJo · · Score: 2

      They let most of their reactors run over the winter to provide the needed power.

      WRONG. I was there in January and there were two out of 50 reactors running.

      Then things will cool down a bit and winter will hit.

      Winter did hit and it was fine. Summer is when demand goes up because people want air-con.

      Japan has already proven that they will cope by having 80%+ of their nuclear power shut down for over a year.

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
  12. This is pushing up the price of oil. by Animats · · Score: 4, Informative

    Japan has essentially no internal oil or natural gas resources. Everything has to be imported. As a result of the nuclear shutdown, imports are up. Way up. So are prices.

    From the Financial Times:

    As utilities last year met the shortfall of nuclear power, Japanese consumption of LNG rose by 56 per cent, crude oil for direct burning by 27 per cent and fuel oil usage by 20 per cent. The trend, which is helping to keep spot LNG prices in Asia and global oil prices higher, is set to accelerate in the next few months as utilities burn more hydrocarbons to compensate for the lack of nuclear power.

    Energy analysts say utilities have maximised LNG-fired electricity output, leaving crude oil and fuel oil to meet additional needs. Oil traders believe that Japan's nuclear cutback could add between 450,000 and 800,000 barrels a day to world demand for crude and fuel oil. The figures are significant. The bottom end of the range equals the production of Ecuador and the upper end matches the output of Qatar.

    1. Re:This is pushing up the price of oil. by Teancum · · Score: 2

      About the only significant natural resource Japan ever had was coal.... which is one of the reasons why it industrialized in the first place. Much of that coal has already been extracted though, so Japan generally does need to look elsewhere for their energy needs.

      It is a good point to make though that oil prices are going to skyrocket due to this action in Japan. That will have some interesting impacts on other parts of the world.

    2. Re:This is pushing up the price of oil. by jamstar7 · · Score: 2

      Japan has essentially no internal oil or natural gas resources. Everything has to be imported. As a result of the nuclear shutdown, imports are up. Way up. So are prices.

      IIRC, that was one of the reasons for the attack on Pearl Harbor that got the US involved in WW2 when the Americans decided to cut petroleum and metals imports to Japan in order to slow them down a bit in their war effort in China. Of course, I was taught that 45 years ago back in the Stoned Age of the 60's in high school, they obviously teach more politically correct points of view these days, judging from the history texts I read when my kids were in high school.

      --
      Understanding the scope of the problem is the first step on the path to true panic.
  13. Re:Oh Great by gstrickler · · Score: 2, Insightful

    You can't convince the anti-np crowd or conspiracy theorists with facts. They just keep on repeating the same misinformation hoping it will eventually override all the evidence.

    --
    make imaginary.friends COUNT=100 VISIBLE=false
  14. Re:Greenies have won while the majority in Japan l by ohnocitizen · · Score: 4, Insightful

    I don't see environmentalists ignoring anything at all. In fact efforts to fight Oil have been really stepped up, especially in light of what happened in the Gulf with BP. Plus, more and more environmentalists are arguing for modern, safe nuclear power, not against ALL nuclear power. Just the sort of plants that put profits before safety.

  15. Re:Contradict much? by Kagetsuki · · Score: 2

    It's the activists that claim we don't need nuclear power, but the majority of them don't realize that as the reactors are being refused activation licenses there has been a massive increase in the reliance coal and natural gas - which has increased power generation costs, has large carbon footprint, and is neither sustainable nore feasable for long-term power needs. We absolutely need nuclear power, and even now there's no reason not to restart the Chubu Denryoku and Touhoku Denryoku reactors.

    Of course the more rigerous tests and highered standards have exposed potentialy dangerous reactors and broght into quetsion the location and "benefit" packages of certain reactors - so hopefully this will usher in a newer, safer age of nuclear energy. But the reactors that have already passed all the safety tests need to be restarted as soon as possible lest there be a significant and needless economic impact.

  16. Re:Oh Great by Anonymous Coward · · Score: 5, Funny

    You can't convince the anti-np crowd or conspiracy theorists with facts. They just keep on repeating the same misinformation hoping it will eventually override all the evidence.

    don't worry, the day you prove p=np they will all bow before you. /mutates & /ducks

  17. Re:Greenies have won while the majority in Japan l by Kenja · · Score: 4, Interesting

    2002-2008 the United States handed out subsidies to fossil fuel industries to a tune of 72 billion dollars. I sure wish the government would block me like that...

    --

    "Have you ever thought about just turning off the TV, sitting down with your kids, and hitting them?"
  18. Re:Great step. Now about the plutonium. by Teancum · · Score: 3, Informative

    That is why nobody listens to anti-nuke people. How is someone outside Japan affected? The rods won't go critical if the building comes down, so there'll be no fallout. So "humanity" isn't under any threat at all. It can't hurt most of the world. So humanity won't care.

    Considering that debris and radioactive waste from Fukushima landed in my back yard, it does become somewhat of an issue. And no, I don't live in Japan... but I do live downwind from Japan. At least the Pacific Ocean offered a little bit of protection so the bulk of the cloud from that disaster didn't hit my house. There are some large scale issues with nuclear engineering, and sometimes you do need to consider the effects outside of the immediate area where the reactors are built.

    This said, I do think the GP post was way over the top and exaggerating things a bit. The storage of the rods isn't all that difficult to deal with, but it does take some creative solutions.

  19. Re:Oh Great by jklovanc · · Score: 2

    My bad; I was at least closer to the truth.

  20. Re:Greenies have won while the majority in Japan l by Kreigaffe · · Score: 3, Interesting

    So 12 billion a year across a wide industry, of which how many companies went bankrupt? Didn't Solyndra get 2 billion? Wasn't there a few other billion-dollar handouts to solar firms that have gone belly-up?

    Government money should not be involved in the creation or propping up of business and industry. Research, yes, and if such research leads to advancements that are economically feasible and viable.. money will find and support those advancements.

    --
    ... still waiting for this free-as-in-beer free beer I keep hearing about. :|
  21. Re:Greenies have won while the majority in Japan l by Teancum · · Score: 5, Insightful

    It sort of looks like these environmentalists are celebrating the fact that ALL nuclear power plants have been shut down in Japan. While I will admit there might be some bad plants that needed to be shut down and that some changes needed to happen, was it necessary to shut all of them down at the same time?

    Keep in mind that the celebration is over the last of the nuclear power plants being shut down. They are celebrating the death of even the concept of nuclear energy.

    If there was a real concern about the environment, they would be far more worried about increasing dependence on coal and oil for electrical power. Heck, just by restarting some of these older coal power plants they are going to be introducing more radioactive debris into the environment than had they simply left the nuclear power plants running. These environmentalists are in that way celebrating a nuclear future AND the destruction of the environment on a massive scale, where many more people will die because these plants are being shut down.

    If you were genuinely concerned about safety, you would be insisting that these nuclear power plants be restarted ASAP. If you look strictly at deaths directly caused from mining coal to replace these nuclear power plants, I think that would more than offset any potential deaths caused from even casual handling of spent nuclear rods, much less the risk of having another Fukushima-type disaster happening in the next few years.

  22. Biggest social disaster in millenia. by djh101010 · · Score: 3, Insightful

    The failure to build more nuclear reactors is the biggest social disaster since the sacking of the library of Alexandria. Just as that act set world civilization back by 1000 years, the failure of humankind to use carbon-neutral and safe modern designs of fission reactors will be seen by centuries of people in the future as a major failing. It disgusts me that people who don't understand reality and science pretend that a 40 year old reactor design in Fukishima, or a completely unsafe design as in Chernobyl, have ANYTHING to do with modern nuclear energy generation technology. The ironic thing is that so often it's the people who pretend to care about the environment who are ignorantly opposing modern nuclear energy plants.

    1. Re:Biggest social disaster in millenia. by dunkelfalke · · Score: 2

      Apparently Japanese do not understand winter very well, or else they had more houses with central heating. Besides, heating with electricity is very inefficient.

      --
      "It's such a fine line between stupid and clever" -- David St. Hubbins, Spinal Tap
  23. Re:Greenies have won while the majority in Japan l by fermion · · Score: 2

    I look at it another way. We can get rid of a whole inefficient industry at the loss of 15% of peak capacity. Sure the wasteful liberals just want everything to be given to them, but sometimes we must live within our means. This is what we should be doing everywhere. Figuring out how to be efficient.

    --
    "She's a scientist and a lesbian. She's not going to let it slide." Orphan Black
  24. Re:Greenies have won while the majority in Japan l by Teancum · · Score: 2

    Do you see coal plants or even solar power farms being rebuilt every ten years?

    It takes time to phase in changes in engineering and design, where certainly nuclear energy plants built in the early 1960's perhaps ought to be phased out and shut down. Then again that was over 50 years ago. I would agree that 50 year old nuclear power plants should be decommissioned and perhaps even rebuilt. Sadly too many of plants that age are still being used because the new plants aren't being built to replace them.

    There are also a number of factors that drive up costs for nuclear power plants. I think they can be made cost effective, and even safe enough that you don't ever need to worry about a disaster like Fukushima happening in the future. The largest driver of nuclear power plant cost in America has been largely due to the one-off nature of the plants. Most of them were experiments in engineering design where each plant was essentially a prototype incorporating the newest technology known at the time. Other countries (notably France) have gone beyond that and standardized designs which made it much cheaper to build those facilities... and because France built their reactors more recently they have higher standards as well.

    Nuclear power isn't perfect, but it can certainly be something that should be in the mix and not ruled out.

  25. Re:Greenies have won while the majority in Japan l by WrecklessSandwich · · Score: 3, Insightful

    The safety improvements in modern designs are enough that they don't need to be rebuilt every decade. This isn't like computers where you need the latest and greatest all the time. There is no Moore's Law of Reactor safety. This is an issue of the technology having matured since the reactors in question were built.

  26. Re:Greenies have won while the majority in Japan l by JoshuaZ · · Score: 4, Insightful

    That people are celebrating is not evidence that they want control. What is evidence of is that a large number of environmentalists are deeply ignorant about the pros and cons of different types of power and that they have absorbed a large number of anti-technology memes. That's not an indication of a desire for "control". Hanlon's razor seems a bit relevant here.

  27. There is a way for NP to thrive by Anonymous Coward · · Score: 5, Insightful

    Every time this topic comes up, there is the same string of irrelevant nonsense. Wake up.

    There are only two long-term, large, successful, safe nuclear power projects on Earth - the U.S. Navy's and France's. Last year, the Navy logged its 6,500th reactor-year of experience w/out a single serious accident - nuc subs Thresher and Scorpian went down for reasons unrelated to their power plants. Both the Navy and France use a high degree of standardization between plants, rigorous operator selection and training, and procedures enforced by iron-fisted independent regulators - anathema to the unregulated free-market mavens designing and selling reactors and the natural-monopoly privatized power companies either trying to maximize profit or with guaranteed profit margins regardless of efficiency. The U.S. nuc power system failed as much because of the heterogeneous designs afoot - and resultant inability to insure standardized reliable performance and procedures, as because of the political resistance. But, the two are highly related - that is, there was good reason to be skeptical of promises of safe, long-term operation. A small, compact variation of the Navy's system is being marketed to U.S. communities for local power production at this time, but its adoption is meeting strong resistance in the regulatory agencies and congress due to big power and big energy special-interest influence - i .e. corruption.

    So yes, there is a way to have safe, long-term nuclear power right under our feet and it is only our inept corrupted political system that keeps us from realizing it.

  28. It's not just misinformation by rsilvergun · · Score: 3, Interesting

    the trouble with Nuclear is the disasters are so bad, and sooner or later the reactors get privatized and some wealthy jackass cuts funding to safety. Since he doesn't live anywhere near the disaster (or could just move if he did) he's fine. Running a nuclear reactor is very, very expensive. So there's a LOT of money to be made by cutting corners and skipping maintenance. The kind of people who run our world (thanks to the way inheritance works) are not very bright either. Unless safety can be made so cheap that the margins aren't good enough to attract your average capitalist you'll never have 100% safe nuclear power.

    --
    Hi! I make Firefox Plug-ins. Check 'em out @ https://addons.mozilla.org/en-US/firefox/addon/youtube-mp3-podcaster/
    1. Re:It's not just misinformation by LordLimecat · · Score: 5, Insightful

      The trouble with Hydro power is the disasters are so bad, and sooner or later the dams get privatized and some wealthy jackass cuts funding to safety.

      See what I did there?

      Heres a tip, find every stat you can on nuclear deaths. Go ahead, even include the hypothetical assumptions about who got cancer but might not have. Now compare it to a single hydro dam failure. Or to estimated coal mining deaths.

      All of a sudden it starts to look a lot less terrible.

    2. Re:It's not just misinformation by AmiMoJo · · Score: 2

      The trouble with Hydro power is the disasters are so bad, and sooner or later the dams get privatized and some wealthy jackass cuts funding to safety.

      Which is why we don't build very large dams much any more, unless absolutely forced to. Perhaps you can agree that the same logic should apply to nuclear power.

      Heres a tip, find every stat you can on nuclear deaths.

      Death is not the only consequence of a nuclear disaster. Look at the economic damage and the cost of fixing the problem. A large area of Japan is uninhabitable, a large number of people were displaced and are now jobless and living on benefits just outside the exclusion zone. You can argue all you like about whose fault it is and if the actions taken were justified, but none the less it happened.

      If Fukushima had been a geothermal plant, if instead there had been large off-shore wind farms, even if there had been a coal plant on that very same spot this would not have happened.

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
    3. Re:It's not just misinformation by dkf · · Score: 5, Insightful

      Which is why we don't build very large dams much any more, unless absolutely forced to. Perhaps you can agree that the same logic should apply to nuclear power.

      In a lot of the world, large dams aren't being built because the suitable sites either already have a dam or have a large number of NIMBYs in residence. The geology matters; build in a limestone area, and your reservoir will never hold water as the rock will always be too permeable. (Put the dam itself in a bad area and it will collapse. That's occasionally happened, until everyone learned not to do that, and far more died from that "learning" than have ever died due to nuclear accidents.)

      Look, we don't claim that nuclear power is 100% safe (it clearly isn't) but we do claim that you're putting a falsely low estimate of risk on the alternatives. Remove those rose-tinted glasses!

      Death is not the only consequence of a nuclear disaster. Look at the economic damage and the cost of fixing the problem. A large area of Japan is uninhabitable, a large number of people were displaced and are now jobless and living on benefits just outside the exclusion zone. You can argue all you like about whose fault it is and if the actions taken were justified, but none the less it happened.

      But most of that is due to excessive caution and fear-mongering. If you can't measure the radiation or the chemical pollution, by what possible standard is it unsafe? Mystic karmic vibration disturbance?

      If Fukushima had been a geothermal plant, if instead there had been large off-shore wind farms, even if there had been a coal plant on that very same spot this would not have happened.

      That is true. It is also the case that the pollution produced by that plant's normal operation would have caused many cases of respiratory diseases and low-to-medium levels of chronic poisoning. Furthermore, the cost of importing all that coal (Japan has none to speak of domestically) would have resulted in the Japanese people having significantly less money to spend on other things (such as healthcare, but it's really a long list of missed opportunities). As I said before, take off those rose-tinted glasses; don't just see the downsides of one alternative, look the others fairly too and weigh them all in the balance.

      --
      "Little does he know, but there is no 'I' in 'Idiot'!"
    4. Re:It's not just misinformation by thegarbz · · Score: 4, Informative

      Some context for others reading your post:

      https://en.wikipedia.org/wiki/Banqiao_Dam

      Effectively Hydro is the king of devastating disasters in the power industry. Yet most people haven't even heard about this incident.

    5. Re:It's not just misinformation by Luckyo · · Score: 4, Insightful

      The coast would have still been fucked up to hell and back by that little tsunami, that you know did all the minor damage that killed over 30.000 people, left hundreds of thousands homeless and a whole lot of other bad things.

      But let's whine about Fukushima instead. Because radiation is scarier then big ass waves and earthquakes, since we can see big ass waves and earthquakes. Actual lethality and damage potential is irrelevant when faced with illogical feeling of fear of something we cannot see!

    6. Re:It's not just misinformation by gstrickler · · Score: 4, Informative

      Your ignorance is showing. The notable fission products released from a nuclear plant accident are 131I, 137Cs, and 90Sr. 131I has a half-life of just over 8 days. In 80 days, it's 1/1000 the level, in 160 days, 1/1M, in 240 days 1/1B. It's a short term hazard.

      137Cs and 90Sr each have a half-life of ~30yrs, making them a factor for up to 600 years. Both are beta emitters, so they're primarily a hazard only when inhaled, ingested, or with direct skin contact. However, 90Sr isn't produced in large quantities, so it's not a major factor. That leaves 137Cs. The main concern with 137Cs is with unknown/untreated exposure. It's easy and fairly cheap to treat exposure (including land) if you know about the contamination. 137Cs and 131I are the primary isotopes released at both Chernobyl and Fukushima.

      So, what about the others. 238U (4.4B yrs) and 235U (700M yrs) in the fuel have such long half-lives and are primarily alpha emitters, such that you can hold them with just gloves.

      Uranium fueled reactors will produce small amounts of 239Pu (24,100 yrs), 242Pu (373K yrs), and 241Pu (14yrs) The 241Pu is the most radioactive of these, but it's produces in much lower quantities than the other two. The other two are less radioactive, and are produced in small quantities. Contrary to urban legend, Pu is not "the deadliest substance known", in fact, the body generally won't absorb it even if eaten (definitely not recommended). The real risk from Pu is if it's inhaled, and still, due to the long half-life of 239Pu and 242Pu, you would have to inhale a notable number of atoms to have any likelihood of increased risk.

      And if you switch to thorium fueled reactors, they produce virtually no plutonium, and no weapons grade uranium. The do produce some different isotopes that need to be managed. Overall, they're significantly "cleaner" and "safer" than a uranium fuel cycle.

      In either case, using fuel reprocessing, you drastically reduce the nuclear waste. If you do it well, you can separate it into short-lived waste that needs only to be buried for ~400 years, and long-lived waste, which is less of a risk, and could be safely mixed in with the original ore from which the Ur or Th was mined. That ore would be less radioactive than it was before mining. Yes, I did just say that we could dispose of "radioactive waste" by putting it back where we originally mined the Ur/Th, AND that that would leave LESS radiation in the environment than was there naturally.

      That would require people get over the fear of the terms "nuclear" and "radiation" (which we're exposed to constantly), and it would require changes in environmental regulations. I know it sounds scary, to put the waste back into the tailings from which it was mined, but that's actually the safest way to dispose of it, and it has a net effect of reducing radiation in the environment.

      --
      make imaginary.friends COUNT=100 VISIBLE=false
    7. Re:It's not just misinformation by gstrickler · · Score: 3, Informative

      No, but Hanford, and Savannah River are products of creating plutonium for bombs, not nuclear power. Those were also experimental sites before we understood radioactivity well. They bear no particular relevance to using thorium fuel reactors.

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      make imaginary.friends COUNT=100 VISIBLE=false
    8. Re:It's not just misinformation by The+Master+Control+P · · Score: 2

      20000 years? Please.

      The overwhelming contribution to radioactivity from Chernobyl is presently Cs-137. Current typical dose rates in the exclusion zone, except in the immediate vicinity of the plant itself, are from 2-20uSv per hour. That would have to decrease by a factor of roughly 100 to return to levels compatible with background (~.1uSv/hr). With a halflife of 30 years, that means a wait of roughly 200 years maximum.

      Expect the exclusion zone in almost all of Fukushima to be lifted within 10 years (mainly due to the cesium diffusing into the soil and thereby blocking its own radiation from the air), with all areas except those immediately near the plant within a factor of 2 of original background levels within 60 years.

    9. Re:It's not just misinformation by mok000 · · Score: 2

      The problem with131I is that it gets incorporated in your thyroid gland, and as you write, it is very hot and can do a lot of damage in a shorte time. The problem with 90Sr is that it chemically behaves like calcium, and is accumulated in your teeth and bones, and also contaminates milk. Although it's not as hot as 131I, 90Sr can stay in your body for a very long time, and do damage over time. The problem with 137Cs is that it is chemically very soluble, and can make its way into all cells of the body via various ion channels and transporters, and it spreads easily in the environment where it remains quite hot during the time of a human life-span.

    10. Re:It's not just misinformation by Teancum · · Score: 2

      Geothermal plants are so few and produce such low amounts of power that it really can't be used as a legitimate comparison. Besides, there aren't enough sources of geothermal power to be able to produce the energy of even a single nuclear power plant.

      You might be surprised though about industrial accidents in geothermal plants, and certainly on a per kilowatt-hour of power generated it would at least be comparable to nuclear power plants, if not a bit higher because nuclear plants have much higher training standards for their workers.

      Also look at the environmental impacts of these kind of plants, that aren't insignificant. If that article is correct, world-wide electricity production from geothermal sources is about 10 Gigawatts, which is about twice the amount that the Fukushima plant provided on its own. Sure, the potential is there for increased capacity, but it is a valid comparison and you shouldn't presume there have been zero deaths from that form of energy production.

  29. Try Nature's Power by Green+Salad · · Score: 3, Funny

    I can think TWO better options. We can reduce the global dependency on uranium by switching to nature's organic power.

    1. fuels created from organically-fed, free-ranging dinosaurs.
    2. 100% Certified Organic Coal (also reduces dependency on hydro from dams)

    Of course, reducing power consumption is part of the equation.

    1. Stop reading slashdot using manufactured, powered devices and switch to better alternatives.
    2. Stop distributing slashdot using manufactured, powered devices and switch to better alternatives.

    Toss your power-hungry, multi-core laptops in the landfill and invest in clay. "Tablets" are power-efficient and will be next big thing in global communications.

  30. Re:Contradict much? by K.+S.+Kyosuke · · Score: 2

    Anyway, the latest research gives nuclear higher carbon footprint than nuclear

    That's a contradiction.

    Latest, meaning all the easy fuel having been pretty much used up, and having to dig deeper and more cubic miles of the ore to get more fuel to expanding market... all done by oil-based machinery.

    Right, because it's in no way possible to power machines with electricity.

    See, while coal plants become better at CO2/MW decade by decade,

    There's a natural lowest limit for their carbon footprint dictated by the chemical reaction of carbon and oxygen. You can get much lower than this limit with most other energy sources, be it nuclear or "renewables" (nonsense, but let's pretend the sun will shine forever, for the sake of this discussion, it's a reasonable first approximation).

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    Ezekiel 23:20
  31. Re:Great step. Now about the plutonium. by ClioCJS · · Score: 2
    It does when the wind directly deposits radioactive particles on your beaches, and they can be measured as higher than they have been at any point in the present.

    Oh, I'm sorry. A little radiation is just fine, right? So I'm sure you'll ask the dentist to take a few extra x-rays. No harm, no foul, right? Every little bit doesn't count, huh?

    --
    -Clio
    Karma: Bad (mostly from not giving a fuck)
    Blog: http://clintjcl.wordpress.com
  32. Re:What do you expect by ClioCJS · · Score: 2

    Last I checked, ramming airplanes into things is a great way to troll a country into spending $1M for every $1 you spent.

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    -Clio
    Karma: Bad (mostly from not giving a fuck)
    Blog: http://clintjcl.wordpress.com
  33. Suggestion by roman_mir · · Score: 5, Funny

    I suggest Japan switches to powering itself with Activists.

    An average size activist has a mass of approximately 70Kg (counting the younger people and women into the average).

    70Kg of a raw unadulterated activist contains about 6.3 Ã-- 1018 J, which translates to 6Ã--1015 BTU, or 1.7Ã--1012 KW/hr.

    Thus only one activist fully converted into energy should in principle be sufficient to power Japan for about 25 years.

    Of-course this is assuming that an activist can be fully converted into energy, but since an average activist is against all forms of energy that people actually need to live, we can also conclude that activists are generally against human survival, and thus they are self-defeating. If the activists get their way, there will be no humans, but there also will be no activists, so by converting activists into energy even in less efficient ways (an open fire stove), would still provide us with some energy and bring the Earth closer to the blissful moment, when the people are removed from it, starting with the activists.

  34. Re:Greenies have won while the majority in Japan l by wrook · · Score: 5, Informative

    They want modern clean technology like wind and geothermal.

    Instead of just guessing what they want why not try simply listening to them.

    Though, I'm not originally from here, I live in Japan. You have absolutely no idea what you are talking about.

    I talk to Japanese people every day. They are against nuclear power. At best, people don't mind wind power. At least most people don't actively complain about the new windmills being put up (and there are a lot going up). But nobody is calling for them as far as I can tell. But people here do NOT want geothermal. There is a fear that it will somehow destroy the onsens (hot springs). This is a major problem, because we have *no* domestic base load generation capacity except geothermal. Even now, as far as I can tell, there is *no* move to find new geothermal wells.

    There is, unfortunately, a media fuelled misconception that solar power will solve all the problems. Granted, where I live, it is quite feasible to run most of your house on solar power. But we still need base load generation and we don't have it.

    Don't get me wrong. As far as I'm concerned, nuclear was only a stop gap for Japan. It gave us some time to sort out new technologies. It's not like Japan has a domestic supply of nuclear fuel. But by shutting down all the reactors, it really puts the pinch on. I just hope we end up going the right direction in the end...

  35. Re:Oh Great by MrKaos · · Score: 2

    You can't convince the anti-np crowd or conspiracy theorists with facts.

    What mis-information, what conspiracy theory? That if you mis-manage a nuclear power plant it fails like Fukushima or Chernobyl.

    They just keep on repeating the same misinformation hoping it will eventually override all the evidence.

    Well the nuclear crowd is presented with overwhelming evidence that the Nuclear Industry has problems and they still can't accept it. They can't even accept that there is room for improvement. Instead all the comments from the nuclear crowd is that Fukushima is an example of why nuclear power is safe.

    For the record I am neither pro or anti nuclear, just that it is an unfortunate necessity and that the industry requires fundamental structural reforms.

    My observations of the pro-nuke crowd is they behave the same way a religious cult does when confronted with the facts about it's belief system. The phenomenon is called social proof and when that is combined with dogmatic skepticism it appears scientific. What it does though is promote the Industrial failures that occur in the nuclear industry.

    If anyone is to blame for the demise of Nuclear Power it is the pro-nuke crowd. If the same attitude had been taken in the aviation industry then we would all be getting around the world in ships. Your statements are a prime example of how Nuclear fanbois cannot accept the facts about the Nuclear Industry even when confronted with the smouldering toxic remains of 3 commercial power reactors. The anti-nuke crowd simply don't want the nuke industry any more, the por-nuke crowd seems to think it's perfect as it is, meanwhile no-one is lobbying for any improvement. It's because of people like you that no political pressure is put on the industry to improve and that is why Japan is shutting down Nuclear Power.

    You, of course, have no idea what I am talking about.

    --
    My ism, it's full of beliefs.
  36. Re:Greenies have won while the majority in Japan l by jamstar7 · · Score: 3, Insightful

    While nuclear can be done safely, there seems to be no effort to do so - as it would deny environmentalists a chance to remake the power grid in their own way.

    Nuclear isn't done so much in the US because of litigation. The instant somebody announces they're going to be looking at building a nuke plant anywhere, the lawyers come out from the rocks and start burying the courts in paperwork, trying for injunctions to stop any and all nuclear construction.

    Nuclear plants are expensive. They wouldn't be nearly as expensive if it weren't for the legal fees associated with the word 'nuclear'. When you have an activist-lawyer go in front of a camera and say "The only phisics I know is Ex-Lax', you know you're dealing with idiots.

    Just read the history of the Perry Nuclear Plant. Most of the 'construction time', the plant was idle, nothing was moving due to the injunctions. They weren't even allowed to do maintanance on what they already had up, so when the injunctions lifted, they got the construction crews in there to inspect 100% and replace anything that even LOOKED like it had a rust spot, or they wouldn'tve received their operating license. And they had to keep full construction crews on the payroll even while they were waiting for the injunctions to crawl through the courts because if they didn't, the crews would vaporise off to other jobs with no guarantee of getting them back. Half the time they just barely got through with the inspection and maint before they got hit with yet another injunction. The lawyers made tons of money on that project.

    All told, Perry cost $6 billion and took 9 years to build, mostly due to the injunctions. They never did finish the #2 Unit because of cash flow problems from all the litigation. Even though all but the containment vessel is done for #2, they stopped construction on it in '85 & 'abandoned' it in '94. They still have to do maintanance on the empty building in order to keep their license to operate since it's considerted legally to be 'one complex'. It could have gone online with both reactors at half the cost and within 3 years of groundbreaking if it wasn't for all the injunctions.

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    Understanding the scope of the problem is the first step on the path to true panic.
  37. Stupid Morons by Kyusaku+Natsume · · Score: 2

    TEPCO is building new gas power plants INSIDE Tokyo Metropolitan area to make up for the lost capacity of the nuclear plants and canceled plans to decommission older plants that are not enough efficient, or that are in other populated areas. Even Roppongi Hills have their power plants running full time. Gas burns way cleaner than coal but still you have combustion gases going out. Maybe those "environmentalists" learnt how to make photosynthesis because for the rest of the population of Tokyo this means lower air quality everyday, all the time.

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    Mexico: 100% conservative's America now!
  38. Re:You Can't Repeal Murphy's Law by poemofatic · · Score: 2

    No, you don't get to take anything away yet. Many things could happen:

    1. Japan has a comparative disadvantage in energy resources and a comparative advantage in manufacturing finished goods. It is a huge net exporter of finished goods, and has lots of economic room to import more energy. One could argue that Japan *should* be importing more energy, rather than subsidizing more expensive domestic energy production. Reducing net exports by importing more would also help Japan balance its current account, which is good for everyone (including Japan).

    2. Japan might fund more fusion research, which is a good thing. Or, it might fund other types of alternative fuel research.

    3. Japan might spend more resources on energy conservation, which is also a good thing, as this tends to improve efficiency.

    The end of fission power in Japan does not mean it is auto-magically transported back to the stone age.

    --

    When in doubt, have a man come through a door with a gun in his hand.

  39. Re:Greenies have won while the majority in Japan l by techno-vampire · · Score: 2

    If there was a real concern about the environment, they would be far more worried about increasing dependence on coal and oil for electrical power.

    Well, of course. It's long been known that the Greens are only interested in forcing people to take specific actions (shut down all nuclear plants) but not interested in producing specific results (lowering the amount of radiation released into the atmosphere). The fact that what they're demanding will have exactly the opposite effect from what they claim to be fighting for is completely irrelevant to them.

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    Good, inexpensive web hosting
  40. Radiation by Frank+T.+Lofaro+Jr. · · Score: 5, Interesting

    A lot of the is policy and radiation fears.

    They are people (quasi-illegally) living in the exclusion zone.

    And they aren't all dropping dead of cancer. Imagine that.

    If the US became as radioactive as the exclusion zone, and smoking decreased by 5% and people exercised 5% more, and 5% more people would get colonoscopies the overll cancer rate would PLUNGE.

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    Just because it CAN be done, doesn't mean it should!
  41. Re:Greenies have won while the majority in Japan l by cynyr · · Score: 2

    I'm not sure you understand how R&D works... sometimes all you get out is 5 paths you know won't work and 10 more to look at. It would be pretty easy to go through quite a bit of money developing power generation equipment just to find out something doesn't scale up like you though for your first full scale test.

    --
    All of the above was encrypted with a Quad ROT-13 method. Unauthorized decryption is in violation of the DMCA.