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Japan Plans To Scrap Nuclear Plants After 40 Years

An anonymous reader writes with this news as carried by the San Francisco Chronicle: "After the nuclear meltdown of the Fukushima plant, 'Japan says it will soon require atomic reactors to be shut down after 40 years of use to improve safety.' If, however, a nuclear plant is deemed still safe it may continue operation."

229 comments

  1. if it ain't broke by alphatel · · Score: 5, Insightful

    I promised my neighbors I will stop burning cow dung after 10 years, unless I deem it doesn't still smell like sh*t.

    --
    When the foot seeks the place of the head, the line is crossed. Know your place. Keep your place. Be a shoe.
    1. Re:if it ain't broke by quantaman · · Score: 5, Insightful

      You're missing the point.

      Older plants don't have as many safety features as newer plants, as well existing safety features may degrade as they age. So instead of plants simply getting older and less safe they're proactively saying "this plant will be shut down by X unless you can prove it's still safe enough to continue".

      --
      I stole this Sig
    2. Re:if it ain't broke by symbolset · · Score: 0

      No, the parent gets it exactly right. They're explicitly stating that they'll shut down the plants after 40 years for safety reasons, unless they don't. Which is just like saying nothing at all. They were actually better off saying nothing since implicit here is that aging plants perpetually renewed have long since become a safety problem, and the power of regulators to shut the decrepit unsafe plants down is nil.

      --
      Help stamp out iliturcy.
    3. Re:if it ain't broke by Anonymous Coward · · Score: 0

      Shouldn't the policy be that "any plant will be shut down after 0 years unless it is proven safe enough to continue"?
      Why should "40 years" matter one way or the other? To me the policy seems like nothing but an attempt at a comforting sentiment that "old broken dangerous things should be shut down" but is unspecific enough to invoke any specific actions.

      Unless of course the current policy is that dangerous plants can operate indefinitely, in which case waiting out their 40-year anniversary seems an inadequate change.

    4. Re:if it ain't broke by gadzook33 · · Score: 1

      Yeah, you're completely missing the point! Rules were made to be broken! What?

    5. Re:if it ain't broke by Sla$hPot · · Score: 0

      Yeah..And if the neighbors don't like the smell, they can get used to it, just like the Japanese people can get used to a little bit of non lethal radiation :/

      --
      If you play with plutonium you 'might' get radioactive

    6. Re:if it ain't broke by Anonymous Coward · · Score: 0

      > You're missing the point.

      No, you are. You are either a teen, an exceptionally naive grown man or worse, a malicious guy.

      > Older plants don't have as many safety features as newer plants, as well existing safety features may degrade as they age. So instead of plants simply getting older and less safe they're proactively saying "this plant will be shut down by X unless you can prove it's still safe enough to continue".

      You think than humans just work like that? You think governments simply work well?

      Don't you think Fukushima reactors were deemed safe?

      May I be wrong, please.

    7. Re:if it ain't broke by jamesh · · Score: 2

      I can't find the link but I thought the existing plants were already past their expected lifespans, but were still operating because the authorities deemed them safe enough to continue operating. So how does this new wordplay change anything?

    8. Re:if it ain't broke by gmhowell · · Score: 1

      Yeah..And if the neighbors don't like the smell, they can get used to it, just like the Japanese people can get used to a little bit of non lethal radiation :/

      Hell, they've done it before.

      --
      Jesus was all right but his disciples were thick and ordinary. -John Lennon
    9. Re:if it ain't broke by michelcolman · · Score: 1

      But how is this different from the old policy? Most plants WERE designed for a lifetime of 40 years or even less, and many HAVE been extended beyond their planned lifetime because they were deemed safe enough to continue. I can only hope that the standards for "safe enough" have been improved, but knowing how big money works, I have my doubts even after such a disaster. They'll just move the generators in a few plants one floor higher up and say "there, that fixed it, it's safe enough to continue". And, by the way, apart from the first reactor, the others were all less than 40 years old anyway so the question would not even have come up.

      I wish they had driving rules like that: you should obey the speed limit unless you deem it's safe to go faster.

      Wouldn't it be far better to have a hard limit so that nuclear power plants are guaranteed to be replaced by new, safer models? "Safe enough" is not good enough if much, much better alternatives are available.

    10. Re:if it ain't broke by makomk · · Score: 1

      So instead of plants simply getting older and less safe they're proactively saying "this plant will be shut down by X unless you can prove it's still safe enough to continue".

      This was already what was meant to happen. The problem is that the regulators are in bed with the industry and don't actually care whether the plants are actually safe enough to continue operation so long as the paperwork's filled out correctly.

    11. Re:if it ain't broke by Snirt · · Score: 1

      I like the idea of shutting down ALL plants in the west. The http://m.voanews.com/english/Kenya-Eyes-Nuclear-Power-Development-121937259.html>3rd world is likely to benefit from the cheaper manpower expatriated due to such nuclear phase out. Klop top klop top...we are gonna to catch up with the 1st world.

    12. Re:if it ain't broke by KZigurs · · Score: 1

      Uhm... Technically every single nuclear plant ever build has had a lifespan declared. Interestingly enough around 30-40 years seems to be the industry norm.

      What happens though is that as soon as the limit approaches operator takes a look at the safety record "has it blown up yet?", declares the plant safe for a decade or so more and asks government for licence extension. Government takes a sniff around, does some quick math ("should I factor in the decommissioning quite yet or can it wait for the next guy to handle?") and says okay.

      So, to summarise - absolutely nothing has changed with this statement. Any plant not in danger of imminent collapse will be declared safe and continue operating (and as far as I'm concerned - that's a good thing).

    13. Re:if it ain't broke by Sla$hPot · · Score: 0

      Now im bad again! hmm did i say something wrong?
      Please mod me up again.. oh please :D

    14. Re:if it ain't broke by mspohr · · Score: 1

      A month before the accident, the Fukushima plant was given a permit to operate for another 10 years. The Tokyo Electric Power Company that owns and operates the reactors, the nuclear safety agency in Japan and the Japanese government all convinced themselves the reactors were safe.

      --
      I don't read your sig. Why are you reading mine?
    15. Re:if it ain't broke by Anonymous Coward · · Score: 0

      Is he? Japan, IMHO, is one of the safest places in the world, but what can any japanese do agains the water or the permanent earthquakes it suffers from? That said, Japan can have the best technology and the best way to deal with dissaster but Fukushima proved that Nuclear Power isn't safe enough! Unfortunately, no safety measure, no counter measure could prevent the final core meltdown :-(

  2. makes sense by roman_mir · · Score: 1

    well, people have to reapply for their driver licenses after certain amount of time, this makes some sense.

    But I am looking for the people to overthrow governments and finally to take the power into their own hands and to restart economies by looking at things that we've been prohibited from looking into. I want a nuclear powered car, dammit!

    1. Re:Makes Sense by Anonymous Coward · · Score: 0

      that's what I thought, and they are also somewhat looking at U.S. guidelines of a 40 year permit slightly modified. I do apologize that the title should have the words "of use" in there (just surprised that my submission was accepted).

    2. Re:makes sense by sjwt · · Score: 2

      But unless its different where you are, its a tick the box and pay the fee event, the 'age' at which you require a doctors approval is still almost a tick in the box too, no real work goes into check on these.

      --
      You have 5 Moderator Points!
      Which Helpless Linux zealot/MS basher do you want to mod down today?
  3. In Other Words... by CrazyDuke · · Score: 4, Insightful

    Japan will continue to use nuclear plants after 40 years after some political/financial lubrication and rubber stamping a safety report, just like every other first world nation with old plants in the news lately.

    War is peace; Freedom is slavery, etc...

    Mmm...chocolate rations...

    --
    Any sufficiently advanced influence is indistinguishable from control.
    1. Re:In Other Words... by lightknight · · Score: 4, Insightful

      Indeed. It's our weird world of thinking -> "We won't build new nuclear power plants (which are safer, and benefit from technology advances), because nuclear power is unsafe; but we will continue to operate the older nuclear power plants (which are less safe, and are slowly crumbling) because we have already spent the money building them."

      There are days when I think the inmates are running the asylum.

      --
      I am John Hurt.
    2. Re:In Other Words... by Anonymous Coward · · Score: 0

      The inmates had the sense to leave the asylum.

      We're stuck with the staff, who is crazy enough to work there!

    3. Re:In Other Words... by Hentes · · Score: 3, Insightful

      There are days when I think the inmates are running the asylum.

      You have just described how democracy works.

    4. Re:In Other Words... by lightknight · · Score: 1

      So, where did the inmates run off to? Seriously, I am almost sober enough that I might want to follow in their footsteps / escape plan. ^_^

      --
      I am John Hurt.
    5. Re:In Other Words... by Black+Parrot · · Score: 0

      "If the Supreme Court says that you have the right to consensual (gay) sex within your home, then you have the right to bigamy, you have the right to polygamy, you have the right to incest, you have the right to adultery. You have the right to anything." - Rick Santorum. Pretty much self-explanatory.

      His cynicism turns me on. I wonder if he'd be interested in a gay relationship?

      --
      Sheesh, evil *and* a jerk. -- Jade
    6. Re:In Other Words... by lightknight · · Score: 2

      Does anyone else wake up in the morning, spend a moment thinking through all the various systems of rule the human race has conceived of, and feel that none of them are satisfactory? Not one of them.

      Democracy when you're younger -> everyone gets a vote, everyone is intelligent / cares to carefully understand or weigh each issue before casting a vote.
      Democracy when you're older -> why am I always in the minority? if everyone is intelligent, why are they constantly voting for plans that will backfire in a year or so? why do people espouse no desire to learn anything outside of their chosen field? why is justice always being streamlined? why is everyone seemingly so happy to remain a part of / go along with a group, even if it means they will suffer for it? why is acting stupid in vogue? why am I finding out that everything I've been taught is a complete lie?

      And so on. As per Penny-Arcade, sometimes in order to hurt someone very badly, you need to tell them terrible lies.

      --
      I am John Hurt.
    7. Re:In Other Words... by Asic+Eng · · Score: 1

      The operators of the existing plants would want to keep them running in any case. Simply because those plants are already paid for, so keeping them running longer typically means to get higher profits. This would apply if you wanted to build new gas-fired plants, offshore wind parks or new nuclear power stations.

      If you want to replace old nuclear plants, you have to say: "These plants are unsafe to operate, we need something else, be it energy X, Y or Z". There is no way any energy supplier would replace a plant just because they can build one which is safer as long as the old one is assumed to be safe already.

    8. Re:In Other Words... by CrazyDuke · · Score: 1

      People tend to project upon others the same impulses and motivations they themselves hold. So, when they see someone doing something that they themselves would do as a prerequisite for some behavior, they assume that the other person is doing it for that very result. So, it is possible. Maybe he secretly wants to have a big gay family orgy or something.

      However, human behavior is not so simple as to assume the above to be true. For instance, people who have suffered trauma often assume that a prerequisite event associated with prior trauma heralds an imminent re-occurrence. Some people just have a weird way of thinking. Some people just like to screw with other people's hearts and minds. Etc...

      In my amateur opinion, I would say it ups the chances off average, though.

      --
      Any sufficiently advanced influence is indistinguishable from control.
    9. Re:In Other Words... by Hentes · · Score: 1

      While my comment was admittedly cynical, I do believe in democracy (maybe because I'm still young :) ). People have, in fact become much more educated over time. 100 years ago most people spent 4-8 years in school, now it's 12-20 years. Society developing, and in places where democracy has been around for long enough (like in Western Europe) it starts to stabilize and become more and more effective. Sadly, this is a very slow process, and sometimes I get the feeling that bureaucracy, legal and financial systems and even technology develops (and gets more complicated) faster than society can learn.

      What I meant in my comment is that the of the leaders are tied in this matter because the public opinion became anti-nuclear after the Fukushima hysteria.

    10. Re:In Other Words... by Anonymous Coward · · Score: 0

      Been there. It becomes really creepy when you notice that these people are willfully and deliberately empowering the dysfunctional jackasses that end up in power.

      It seems to go:
      1. Empower assholes.
      2. Sit back and watch as the assholes make asshole decisions.
      3. Complain, but claim that nothing can be done about it because the assholes are in power.
      4. Silence anyone that tries to do anything about any of it.
      5. Put more assholes in power.
      6. Etc.

      This way, they get the asshole benefits without the hit on their conscience. When something bad happens, well, there was nothing they could do about it: It's the assholes fault!

    11. Re:In Other Words... by russotto · · Score: 1

      Indeed. It's our weird world of thinking -> "We won't build new nuclear power plants (which are safer, and benefit from technology advances), because nuclear power is unsafe; but we will continue to operate the older nuclear power plants (which are less safe, and are slowly crumbling) because we have already spent the money building them."

      If you won't build the new ones, won't continue running the old ones, and can't or won't build enough conventional capacity to take up the slack, what are you going to do, go back to living in the dark?

    12. Re:In Other Words... by muon-catalyzed · · Score: 2

      Japanese are evolving to radiation already anyway.., a mummy in Japan now carries geiger counter to prevent parking their baby-coach in a radiation hotspot. See GeigerMama.com (no joke) http://geigermama.com/.

    13. Re:In Other Words... by ShakaUVM · · Score: 1

      >>Apparently he hasn't the brainpower to realize that "secular atheist" and "radical islamist" governments are contradictory.

      I won't criticize your brainpower for copying and pasting the same quote twice, as it was an honest mistake.

      But the two are strange bedfellows. Secular atheists are generally on the side of Palestinians, whereas evangelical Christians and Mormons generally take the side of Israel. Why would Christians support Jews and atheists support Hamas? Hell, you tell me. But that's how the world is.

    14. Re:In Other Words... by fnj · · Score: 1

      Bravo for this series of quotes! Thank you.

    15. Re:In Other Words... by Anonymous Coward · · Score: 0

      Apparently the radical Islamists would first erase and cleanse your existing beliefs before preaching to you the words of Allah.

      The atheists are obviously in a plot to convert the whole world to radical Islam!

    16. Re:In Other Words... by sydneyfong · · Score: 1

      I want my benevolent dictatorship back.

      --
      Don't quote me on this.
    17. Re:In Other Words... by Khashishi · · Score: 1

      We have already spent the money building them. Why isn't that a good answer?

    18. Re:In Other Words... by Altrag · · Score: 1

      a mummy in Japan now carries geiger counter

      Radioactive bandages are such an irritant.

    19. Re:In Other Words... by glodime · · Score: 1

      Secular atheists are generally on the side of Palestinians, whereas evangelical Christians and Mormons generally take the side of Israel.

      I've never seen any data supporting this. As someone who, I assume, many religious people would label as secular atheist, I neither support violent Israelis nor violent Palestinians nor their supporters. I'm also opposed to both Israeli and Palestinian wishes for non-secular government.

    20. Re:In Other Words... by lightknight · · Score: 2

      Well, there's a bit of a reason for that, in so far I can determine.

      The (Evangelical) Christians have an odd thing for the Jews since they are "the Lord's people." It's actually kind of odd: when I grew up, the official message was that "the Jews {read: all of them} killed Jesus" -> thus making general anti-antisemitism an okay thing, because, you know, they killed Jesus. And that they remained 'bad' people because they still wouldn't accept Jesus. That Jesus was, according to their very own guidebook, a Jew himself was somehow lost in the translation. Or that the Romans were the ones who were involved in his execution. Or that on a good day, it was a handle of people, not an entire religion / race.

      Now it's the "we need to protect the Lord's people, so he will smile on all us gentiles when he returns with candy, white robes, and rainbows." So, protecting Israel a.k.a. blindly agreeing with their politics and trying to off anyone who disagrees with them, is seen as part of this sacred duty. It's like some form of a perverted, one-sided romance. Seriously, these people would act as human shields for a Jew, any Jew, in the event of a shooting; that's not a joke. And while a (non-Jew) converting to Christianity is seen as good, there's an odd-look they get when converting a Jew. Something about that look has made me pause.

      As for the Atheists, they probably don't suffer from this particular problem, and probably recognize a one-sided, unreasonable action in progress. And King Hussein's speech to the American people is an interesting read.

      From my standpoint, as a scientist, you have a group of people in a region offing one another for the sake of their belief system; belief systems that, having read a little from both, appear to reject the idea of harming one another as part of their basic tenets (exceptions have been made) -> the Muslims have their "people of the book" and the Jews have their commandment "so show your love for the alien, for you were aliens in the land of Egypt." Not that both groups aren't planning to off each other at some point in the future ("during the end of the world"), a time which, if we ever reach it, I plan to spend getting sloshed in a bar somewhere (and activating a thumb-sized device, HHGTTG style). Where was I? Oh yes, and the genetic information from the region indicates that despite the different religions, the people occupying it are generally related to one another -> they're offing their third-cousins or whatever it works out to, over some land. Mind you, family members have poisoned one another over less throughout history, so I guess this is about par for the course.

             

      --
      I am John Hurt.
    21. Re:In Other Words... by Black+Parrot · · Score: 1

      But the two are strange bedfellows. Secular atheists are generally on the side of Palestinians, whereas evangelical Christians and Mormons generally take the side of Israel. Why would Christians support Jews and atheists support Hamas? Hell, you tell me. But that's how the world is.

      I suspect you're confusing "secular atheist" with "liberal", but even then I don't see where you get the generalization.

      Or maybe I do: liberals tend to recognize people's right to exist, but in an environment where there's a concerted effort to dehumanize some group in order to rationalize mistreating them, recognizing their right to exist tends to get mixed up with "on their side".

      FWIW, I'm a secular atheist (is there any other kind?), and also a liberal. I object to the way the State of Israel and some Israelis treat Palestinians. I also object to the way certain Palestinian organizations and some Palestinians treat Israelis (and sometimes Jews elsewhere)(and sometimes other Palestinians, who happen to be wrong place / wrong time when the rockets strike or the bombs go off).

      Does that make me on someone's side?

      As for evangelical Christians and Jews, they (or more accurately: subsets of them) are just taking advantage of each other, and everybody (including the parties involved) are aware of it. The ECs in this charade have subscribed to a "Late Great Planet Earth" fantasy that gives the nation Israel a staring role in their passion play, though hardly a protagonist's role: they're just the guy in the red shirt, who has to die before God can come back. The Jews in the charade are just leveraging the opportunity to build support for the "my Israel, right or wrong" that's already so common among Americans.

      At any rate, if you actually have any reason to believe that there is a tendency for "secular atheists" to support Hamas, we'd like to know what that reason is. I suspect that there are a lot of "secular atheists" packing the pews at evangelical assemblies every Sunday morning.

      --
      Sheesh, evil *and* a jerk. -- Jade
  4. So, no change? by SEWilco · · Score: 2

    Doesn't seem like a change, unless they presently don't shutdown an unsafe plant before 40 years.

    1. Re:So, no change? by Anonymous Coward · · Score: 5, Insightful

      No, it means that now, a plant has to be shown to be unsafe to be shutdown. With the changes, a plant has to be shown to be safe to qualify for an extention. It basically means more inspections.

    2. Re:So, no change? by amiga3D · · Score: 1

      It sounds like they're saying they'll all be shutdown in 40 years unless they're safe. Thus making it sound like if they are newer than 40 years they don't have to be safe. Of course that's from the summary which so often has little or nothing to do with the article.

    3. Re:So, no change? by fnj · · Score: 1

      I tend to doubt the truth of the actual wording is any less stupid than it sounds like from the summary.

  5. Makes Sense by jrmrjnck · · Score: 3, Insightful

    So... inspect old plants and shut them down if they're not operating safely. That sounds oddly reasonable.

  6. Huh? by Anonymous Coward · · Score: 1

    Make up your mind. Either you pre-determine 40 years or you don't. This is a 100% political announcement.

    What if you have a LIFTR or some other Thorium reactor which is good for 45 or 100 years? What if the current Toshiba local reactors which can be installed in Russia or China but not in USA or Japan due to arbitrary regulatory rules become downright popular?

    BTW may I please have a Toshiba reactor in my back yard? I promise to charge small rent for the underground storage and electric grid easements. :)

    JJ

  7. Wait, what? by F69631 · · Score: 2

    40 years old nuclear plants will be shut down, unless they're still safe. --> 40 years old nuclear plants that are no longer safe will be shut down

    One would assume that this has been the policy all along. Hell, if a nuclear plant is deemed "no longer safe" they should shut it down whether it's 20, 40 or 60 years old!

    The government said Friday that it plans to introduce legislation in the coming months to require reactors to stop running after 40 years. Japanese media reported that the law may include loopholes to allow some old nuclear reactors to keep running if their safety is confirmed with tests.

    The proposal could be similar to the law in the U.S., which grants 40-year licenses and allows for 20-year extensions. Such renewals have been granted to 66 of 104 U.S. nuclear reactors. That process has been so routine that many in the industry are already planning for additional license extensions that could push the plants to operate for 80 years or even 100.

    Japan does not currently have a limit on years of operation. It had planned to expand nuclear power before the meltdown, but has since ordered reactors undergoing routine inspections to undergo new tests and get community approval before they can be restarted. The new restrictions mean that only six Japanese reactors are currently running.

    So, they'll keep doing what they have always been doing, except that they now introduced arbitrary time limit, which they can circumvent if they want to.

    1. Re:Wait, what? by DriedClexler · · Score: 1

      I also thought that's what they were doing as well, and that Fuku has recently passed it n-decade review?

      --
      Information theory is life. The rest is just the KL divergence.
    2. Re:Wait, what? by del_diablo · · Score: 1

      Fuku was suppose to be replaced in Mai..........
      While I have not payed any attention to if there has been any effort to actually complete this plans, I sort of assume Fuki will be running for more years after stabilization because it would be even worse PR to build another plant.... Or at the least that is what the Germans are telling me, so the Japanese might think differently.

    3. Re:Wait, what? by Sneeka2 · · Score: 1

      Have you actually seen any pictures of "Fuki" since March 2011? That thing is in no condition to be run. Hell, it's in no condition to shut the windows at night! The best you can hope is that it stays halfway upright until the fission material has been discarded as safely as is possible at this stage.

      --
      Bitten Apples are still better than dirty Windows...
    4. Re:Wait, what? by tsotha · · Score: 1

      It depends on what standard they intend to apply at the forty year mark. A reasonable thing to do would be to look at current designs and current thinking on seismology to determine what kind of gap exists between the old design and a brand new one. If the gap is too large the plant would be replaced. It's impossible to tell from the article if that's what they have in mind, but I wouldn't be surprised.

    5. Re:Wait, what? by tsotha · · Score: 1

      Reactors five and six are in perfect shape and could be restarted today. That won't happen for political reasons, but there's no technical reason not to.

    6. Re:Wait, what? by makomk · · Score: 1

      Fukushima was in the process of being rubber-stamped for a license extension that would keep it running for several more years, as I recall.

  8. Japan's energy future by FishTankX · · Score: 2, Interesting

    It'll be interesting to see if Gen 3+ and Gen 4 nuclear reactors will be allowed longer terms of lease, given that they have less parts to fail and more passive saftey systems. I think that nuclear could really be a keystone of Japan's nuclear energy future. That, and the Japanese have done research on how to extract uranium from the sea after Uranium prices spike in the future once easily mineable resources become exhausted. If we don't get breeders or thorium running, Japan has done the research.

    http://www.jaea.go.jp/jaeri/english/ff/ff43/topics.html

    Japan's only major energy resource is the sea. And the sea has enough Uranium to keep Japan ticking long after their population dwindles away due to their low birth rate.

    1. Re:Japan's energy future by ooshna · · Score: 1

      I think that nuclear could really be a keystone of Japan's nuclear energy future.

      Ya don't say.

    2. Re:Japan's energy future by rrohbeck · · Score: 1

      They are way more expensive than wind generators.
      And forget about the "base load" vs "intermittency" argument.

    3. Re:Japan's energy future by thegarbz · · Score: 1

      They are way more expensive than wind generators.
      And forget about the "base load" vs "intermittency" argument.

      Firstly [citation needed] and while you find one for how nice and "cheap" wind power is I'll find you one for how nice and cheap nuclear is. This is afterall Japan where they don't have the governmental and insurance overheads of the USA.

      Secondly, ok lets forget the baseload argument. Japan doesn't have the land to put enough wind farms up to power its population. Run the numbers. It just can't happen unless you start to put wind farms out at sea which double screws your supposed "cheaper" argument.

      Thirdly, we forgot the baseload argument. And since you decided to forget this quite key point on purpose let's just assume right now you have no power engineering experience at all and call it a day.

      Thanks for trolling.

    4. Re:Japan's energy future by dbIII · · Score: 1

      It'll be interesting to see if Gen 3+ and Gen 4 nuclear reactors will be allowed longer terms of lease

      You'll have to tell me - I'll be pretty old forty years after the first Gen 3+ plant gets finished (AP1000 under construction in China) and most likely well over 100 and dead some 40 years after a Gen 4 reactor gets built.
      Extraction of Uranium from seawater is nothing other than an as yet unapplied joke so long as there is a lot of very easily mined ore full of Uranium, Copper, Silver and Gold (eg. Olympic Dam, South Australia). Is Uranium was worthless that ore would still be mined.

    5. Re:Japan's energy future by tsotha · · Score: 2

      And forget about the "base load" vs "intermittency" argument.

      Well, of course, because if we don't you won't be able to pretend wind energy is cheaper.

    6. Re:Japan's energy future by fnj · · Score: 3, Informative

      And forget about the "base load" vs "intermittency" argument.

      Yeah, let's just forget about the key reason why wind power can never form the bulk of power generating capacity. Hell, who cares about facts.

    7. Re:Japan's energy future by Loki_1929 · · Score: 2

      Cheaper.... to construct? Certainly. To operate on a per/TWh generated over the lifetime of the plant basis? Not even close. In fact, it's a joke.

      Let's talk about the fact that nuclear power is SAFER (as in less deaths per TWh generated) than wind power. Oh, you didn't think about that one, did ya?

      --
      -- "Government is the great fiction through which everybody endeavors to live at the expense of everybody else."
    8. Re:Japan's energy future by Anonymous Coward · · Score: 0

      I think that nuclear could really be a keystone of Japan's nuclear energy future.

      I think most people would agree with you on this one.

  9. Passing an inspection to stay running is NEW?! by gregmac · · Score: 2

    So what have they done up to this point? Shouldn't all plants require safety inspections, all the time, and if they're not up to standards they get shut down? Age of the plant shouldn't matter at all -- in fact, a plant built 50 years ago should be held to the same standards as a plant built 2 years ago. It doesn't matter if putting generators in the basement next to the ocean was deemed to be okay in 1967. If current standards say your backup power has to be protected from tsunamis, then the plant has to be fixed, or shut down.

    --
    Speak before you think
    1. Re:Passing an inspection to stay running is NEW?! by Joe_Dragon · · Score: 1

      just pay a bribe to pass.

    2. Re:Passing an inspection to stay running is NEW?! by dbIII · · Score: 1

      Yes.
      This is about making an announcement for the sake of it and continuing as usual, just like when Germany pretended they were getting out of nuclear power for reasons other than not wanting to spend the money to run the things.
      I'm not sure about how the standards apply for non-nuclear thermal power stations in the USA. There are huge thick books full of case studies of what happens when you run various power station components to destruction and they are all US examples. In places where they actually care about having a working power station in a decade there are regular inspections - typically every three or five years on the high temperature pipework. Some of the techniques of remaining life assessment of high temperature, high pressure pipework came directly from the nuclear industry.

  10. why? by Anonymous Coward · · Score: 0

    won't Japan acknowledge its inferior engineering in protecting its plants?

    1. Re:why? by hedwards · · Score: 2

      The engineering was fine, they just didn't have a backup backup generator that was hardened against tsunami. It surprises me a bit that nobody thought to plan for that eventuality being located where it is, but they didn't. The plant itself survived a significant earthquake and only had troubles because it couldn't cool down when it lost power.

    2. Re:why? by Asic+Eng · · Score: 1

      The engineering was fine, they just didn't have a backup backup generator that was hardened against tsunami.

      So it wasn't fine. It could have been protected merely by locating the site a little further inland.

      Take the village of Aneyoshi - it was basically wiped out in 1896, suffered major destruction in 1933, and in 1960 they were fine because they had moved to higher ground by then. So that gives us around 30 years between major tsunamis - the Fukushima site would have had to assume at least one during the intended operating period. Not planning for that was a major flaw. It doesn't by itself indicate that the reactor _type_ is unsafe, but the design of the site was not correct.

    3. Re:why? by hedwards · · Score: 2

      No, the design of the reactor complex was fine, they could also have engineered a taller wall to protect against it as well. At some point you do have to draw a line as to how over engineered you're going to be. Based upon what was understood about the risks they built what they could, and considering that the wave was substantially larger than what they were anticipating things went quite well.

      I'm just surprised that they didn't have a secondary backup generator in case something happened that prevented the primary backup generator from working or for periods when they needed to take it apart for maintenance.

    4. Re:why? by peragrin · · Score: 1

      Locating the site farther inland requires more pipes to be dug, which bring in cold water from the ocean. Longer pipes are at a greater risk from earth quakes breaking them.

      The only flaw in the building layout was locating the emergency generators in an underground bunker that was designed to be protected against earthquakes. That bunker was flooded by 20 feet of water drowning the generators.

      instead of guessing about the engineering specs why don't you look them up? They put the generators in a location such that if the reactors buildings were damaged then the generators would be safe. that saftey came at a cost of being flooded SO they built a wall to keep water out. That wall wasn't tall enough and the bunker filled with water.

      --
      i thought once I was found, but it was only a dream.
    5. Re:why? by Asic+Eng · · Score: 1

      Based upon what was understood about the risks they built what they could

      They assumed the risks so their site would be viable, and they put protections in place which were not too expensive to run the reactor economically. This was a very large tsunami, yes - but the site was not where the waves were highest. A smaller quake could have occurred at a worse location, and the site would have been hit even harder.

      The Fukushima plant assumed a max wave height of 5.5 meters. That's less than historically reported wave height. The Onagawa nuclear power plant was 75 km closer to the epicenter, but it was built at 15 meters above sea level.

      According to this: http://www.bloomberg.com/news/2011-03-25/tsunami-risk-well-known-to-nuclear-engineers-regulators-who-failed-to-act.html - Three [tsunamis] in the past three decades had waves of more than 10 meters. So they actually regularly get tsunami waves higher than the max assumption made for that site.

    6. Re:why? by Asic+Eng · · Score: 1

      The Onagawa nuclear power plant was 75 km closer to the epicenter, but it was built at 15 meters above sea level. It did fine. Maybe you want to look that up? Maybe if you try to designs and one performs far worse than the other (under better circumstances), that's some indication which design is better?

    7. Re:why? by Anonymous Coward · · Score: 0

      Sigh, you might want to actually know something before you start posting. Earthquakes and their accompanying tsunamis do not come on a regular basis. If anything having three in recent decades makes it less likely that there will be one of similar size in the near future as the energy would have been dissipated.

      The Onagawa plant being closer to the epicenter does not in any way shape or form suggest that it should have been more heavily damaged as neither plant had issues coping with the earthquake. The plant in question did have issues coping with the water.

    8. Re:why? by kenh · · Score: 1

      That wall wasn't tall enough and the bunker filled with water.

      I love this 'I'll build a wall to keep out [hurricanes|tsunamis]' mentality that Japan and the folks in New Orleans have - I think it shows great chutzpah!

      --
      Ken
    9. Re:why? by Sneeka2 · · Score: 1

      The plant in question did have issues coping with the water.

      So... the engineering was fine then?

      Not sure why engineering is judged on a sliding scale here. Did the plant survive a massive but not unprecedented earthquake/tsunami or didn't it? Japan is one of the few countries on earth that's plagued by earthquakes on a regular basis, every once in a while a massive one. Shouldn't the absolute worst case have been part of the planning? If it was, then the planning obviously wasn't good enough. If it wasn't then why the heck was that thing built in the first place?

      --
      Bitten Apples are still better than dirty Windows...
    10. Re:why? by marcosdumay · · Score: 1

      Did you mean the inferior design of the plants they brought from the US? Or are not talking about the one that blew?

    11. Re:why? by tsotha · · Score: 1

      There are other parts of the plant layout I don't understand. The wiring closets were below ground level under the reactors, meaning they could be flooded and would have been in any case hard to get to in an emergency. Engineers have been fretting over a loss of power problem for years and deemed it the most likely problem to cause a meltdown. And yet the reactor building is designed such that you can't run emergency external power to the pumps without going under the reactor.

      And why is the spent fuel pool directly above the reactor? I realize it's easier to pull out old rods and put them in a pool that's right there, but it's not like they swap in new rods every day.

      And why put the reactors so close together? I would have put a big earthen berm in between them to prevent cascading failures. The Russians were still running reactors at Chernobyl long after the #4 unit burned, but at Fukushima if they'd lost control of a single reactor they would have been forced to abandon all four plus all the spent rods stored on site. It seems like the plant could have been laid out in a way that made what happened (and the much, much worse thing that almost happened) much less likely.

    12. Re:why? by amorsen · · Score: 1

      So it wasn't fine. It could have been protected merely by locating the site a little further inland.

      You can't do that. Nuclear power plants need cooling, lots of it, because they don't heat their water properly. This means they need to be near a river or the ocean, or you need to pipe lots of water to them. If you go for pipes, better protect them well against failure, because if they fail you will have the exact Fukushima scenario again -- and your energy needs for cooling are much higher, so you will have many more backup generators to keep working and much more fuel to protect.

      There are designs which get their steam properly hot (800K at least), but AFAIK none are in commercial use yet.

      --
      Finally! A year of moderation! Ready for 2019?
    13. Re:why? by Anonymous Coward · · Score: 0

      Because Japan has electric fiefdoms and doesn't have a cooperatively designed electric grid.

      They couldn't even borrow power from their neighboring areas with an 'extension cord'
      to cool the reactors even after the disaster.

      If no one addresses this endemic problem, it WILL HAPPEN AGAIN there.

      nemui, eh.

      jr

  11. What will happen to radioactive waste? by Superken7 · · Score: 2

    They are dependent on nuclear energy obviously, and 40 years is probably quite a feat. But after those 40 years, when there is radioactive waste that will last for thousands, and after leaving certain zones inhabitable for centuries... was it worth it?

    1. Re:What will happen to radioactive waste? by Anonymous Coward · · Score: 1

      Yes, considering how little effort it takes to protect people from nuclear waste, and considering the ridiculously low death toll nuclear power has had up to now.

      http://nextbigfuture.com/2011/03/deaths-per-twh-by-energy-source.html

      Either that or you can take the much more deadly solar power (serious) or another poison. Or live energy free.

      Did you know that the spent fuel can be reused in new LFTR reactors? No? Didn't figure you would.

      We'll all keep trotting that article out until you either decide that humanity should have nothing more than campfires for heat, or you shut up.

    2. Re:What will happen to radioactive waste? by Superken7 · · Score: 1

      I was trying to put what I thought was an interesting, provocative yet reasoned argument which questions the effectiveness of the nuclear energy "path". Looks like someone got irritated and can't discuss "like adults do".

      Back to my point, if you will, leaving zones of the planet inhabitable for centuries is a very high prize many aren't willing to pay. Who says deaths/twh is the correct metric? Oh, maybe that is one of the reasons this news: they would like to find a better energy source!
      BTW, color me suspicious about that article, which says: "a death at one of the japanese nuclear plants following the 8.9 earthquake". *A* DEATH? If you didn't know, radioactivity doesn't instantly kill you. How many were killed or damaged the *instant* the explosion occurred at Chernobyl? Exactly. That article was written March 13, 2011.
      Also, how about taking into account thousands of homeless, costs of recovery, environmental costs of radioactive leaks, environmental costs of radioactive wastes, etc etc etc and you end up with one Fing big disaster, which is what Fukushima is any way you want to look at it.
      Of course, one could argue that this was due to the earthquake, which was followed by a tsunami, which was followed by the Fukushima incident. But it is about the risk. A very high risk, judging by the unfortunate results of Fukushima. Shit DOES happen, as everybody can see.

      Now, I'm not saying they should magically stop being dependent on 40% (or 80% or whatever it is for every country) of a country's energy source, like many politicians claim, because it is unreasonable. But one must take into account the costs, the consequences, and ask: is it worth it? Should we move away or further invest in nuclear energy?

      I think it is a question worth asking, discussing and worth thinking about. So I won't shut up, mind you.

    3. Re:What will happen to radioactive waste? by antifoidulus · · Score: 1

      You are also assuming energy is the only reason the Japanese build nuke plants, it's not. Apart from the "national pride", there is a much more subtle reason Japan continues to invest in nuclear energy, it basically gives them access to nuclear weapons without actually having nuclear weapons. Nuclear weapons are of course banned by law, but most experts seem to think that thanks to the nuclear power industry in Japan, Japan has the material, equipment, and expertise to produce nuclear weapons in less than year. Now their ability to mount them on warheads is much less clear, probably depends mostly on how much help they have received and/or would receive from the Americans because pretty much all of the Japan Self Defense Force's limited rocket supply are American. However just the vague threat of being able to produce nuclear weapons, combined with being under the American defense umbrella, is probably enough of a deterrent for the time being.

      I expect the Japanese conservatives to continue to push for at least some nuclear power precisely for this reason. They are in a dangerous corner of the world, and it is unclear how much longer the Americans are able and willing to keep Japan under their nuclear umbrella....

    4. Re:What will happen to radioactive waste? by arose · · Score: 1

      Yes, considering how little effort it takes to protect people from nuclear waste, and considering the ridiculously low death toll nuclear power has had up to now.

      The first rule of nuclear power is: you don't talk about the liquidators. The second rule of nuclear power is: the energy costs don't include the ridiculous amounts of economic strain that a major accident creates.

      --
      Analogies don't equal equalities, they are merely somewhat analogous.
    5. Re:What will happen to radioactive waste? by dbIII · · Score: 1

      There is Synrock, which is finally coming into use after years of poor funding (due to idiots pretending that nuclear waste does not exist), but the waste will probably just be left lying around in pools of water around the plants instead of being dealt with properly that way, or even by the far less ideal 1960s idea of vitrification.
      Breeders can use the really active stuff but are of course net producers of waste instead of users of waste (like some people applying magical thinking assume them to be).
      To sum up, there are real but unexciting and non-magical ways to manage to problem but nothing to make it go away in a puff of scented pink smoke.

    6. Re:What will happen to radioactive waste? by Lanteran · · Score: 2

      Making areas uninhabitable for centures? Hardly, that's just FUD. I mean, chernobyl wasn't even THAT bad, and that's basically as bad as nuclear disasters come, they had fucking radioactive lava. Even that was the distant exception- the USSR in the 80's was well past its prime, and Chernobyl was of exceptionally poor design being run by an unstable authoritarian regieme. Hell, two cities that were directly nuked during WWII are doing fine today with regard to habitability.

      Besides, modern reactors don't have even these problems, I highly doubt that natural, unenriched uranium or thorium is going to cause any trouble at all with regards to habitability- it's basically in the state it was dug out of the earth in. Not to mention that half-decent designs with regards to fail safes basically can't melt down, and natural fissile materials generally can't go into a self-sustaining chain reaction.

      Basically the reason why the other reply was so harsh is that this excuse is trotted out whenever someone says so much as the word radioactive, and it's so tired and so fallacious of an argument, many in the pro-nuclear camp have grown extremely weary of hearing it, day in, and day out. That is not an interesting/reasoned argument, that's the argument that is trotted out whenever someone who does not understand nuclear technology gets involved in the debate.

      --
      "People don't want to learn linux" hasn't been a valid excuse since '03.
    7. Re:What will happen to radioactive waste? by dbIII · · Score: 1

      There's also the less contraversial motive of having an energy source that can withstand a prolonged naval blockade, for instance by China. Remember that way back when the choice was made everyone involved remembered WWII first hand and the oil supply being cut before Pearl Harbour.

    8. Re:What will happen to radioactive waste? by sjwt · · Score: 1

      And dose coal power include the cost of the environmental impacts? Air pollution etc?

      If you had to cost in a full scale meltdown in the cost, no plant would ever be built. If you had to scale in the cost of a major car accident into every car, they wouldn't be built. What you do scale in is reasonable safety codes that get updated for any new developments.
       

      --
      You have 5 Moderator Points!
      Which Helpless Linux zealot/MS basher do you want to mod down today?
    9. Re:What will happen to radioactive waste? by tsotha · · Score: 1

      You are also assuming energy is the only reason the Japanese build nuke plants, it's not. Apart from the "national pride", there is a much more subtle reason Japan continues to invest in nuclear energy, it basically gives them access to nuclear weapons without actually having nuclear weapons.

      Oh, bullshit. The Japanese people are as against nuclear weapons as they were the day after they got nuked themselves. Yes, the nuclear plants are partly strategic, but the reason is the country doesn't have energy resources, and they don't want to be in the position of having a foreign power turn out the lights with a half-dozen submarines.

    10. Re:What will happen to radioactive waste? by Loki_1929 · · Score: 1

      Chernobyl is an unfair comparison/example to make. Chernobyl wasn't primarily a nuclear power plant. Oh, it put electricity into the grid, but only because it was the easiest option to get rid of the 'waste' energy. The Chernobyl reactor which had a disastrous "accident" was a highly experiment modification of an already extremely dangerous design (the Soviet RBMK-1000) whose primary purpose was high-risk nuclear reactor experimentation and whose secondary purpose was refinement of nuclear weapons materials.

      When the "accident" happened, they were running an experiment to essentially see what the reactor's stress limits were. Because the few, pitiful safety systems built into that monstrosity would have hindered the experiment, they were disabled. So you have a terrible design (no passive safety to speak of, instead it was a high-positive void coefficient design), the few available safety systems were disabled, no passive safety built in, the reactor was modified to do extremely dangerous experiments, and one such experiment was being run to push the thing to (and beyond) its limits without any safety systems whatsoever.

      This is not a civilian nuclear power plant and no western design in history - from the very first western plant to the latest and greatest available today - COULD have had the kind of accident that one did. Even in the case of the Fukushima plant, you had known (as in known for about ~40 years) design issues for which there had been an available fix (available for something like ~37 years) from the manufacturer, you had a plant operator who didn't care to fix the known safety issue, you had a complicit government unwilling to force them to fix it, and when a massive earthquake (beyond anyone's expectations) hit, the reactor did exactly what it was supposed to do and it was only the resulting tsunami which actually caused problems for the reactor. Nevermind the fact that the tsunami killed vast numbers of people and annihilated vast swaths of crops and property; the only story anyone cared about was a nuclear reactor that basically just became unusable and in which one person died.

      For a plant that's correctly maintained, Three Mile Island is about the worst potential disaster you can have. I say "worst" partially in jest since nobody died and modeling/studies of people who would have received the highest (extremely small) doses of radiation from the disaster have consistently showed zero increase in radiation-related health issues. In Fukushima, some radioactive material was released. Thus far, the very few actual soil, plant, and wildlife samples taken from the exclusion zone have shown exactly what anyone familiar with this technology would expect: the really "hot" stuff is already mostly gone, the most dangerous of the long-lasting stuff is NOT making its way into groundwater or plant or animal life (due to the way it bonds with various soil components), and what's left is very unlikely to cause any statistically significant (possibly even measurable) increase in health issues.

      Basically, you'll get more radiation exposure from taking a 747 from NY to London while eating a couple bananas. The studies which dispute that information are all (at least, all the ones I've seen) based on models with a LOT of assumptions built in about radioactive material amounts, compositions, and points of escape from containment. All the actual measurements I've seen from Fukushima show that people could be living within the exclusion zone right now and almost certainly never know the difference. Much of what's talked about in terms of the radiation released is absolute FUD (like the geniuses claiming that East coast US milk was irradiated by Fukushima fallout).

      To my way of thinking, we simply need to replace all the old reactors with shiny new ones ASAP. Personally, I'd prefer the ARC-1000s. They're reasonably priced, safe-by-design, a beautiful hybrid light/heavy water design allowing maximum fuel flexibility and performance, and they'll pump out quite a bit of juice. The nice thing is

      --
      -- "Government is the great fiction through which everybody endeavors to live at the expense of everybody else."
    11. Re:What will happen to radioactive waste? by Firethorn · · Score: 1

      Breeder reactors vary, but the general case is that a breeder reactor produces about 10X more power for any given unit of waste, and due to the more complete burn-up, the remaining waste is shorter lived.

      Due to the incomplete burn of conventional plants, breeders can indeed burn waste - but it's more like 1-2 conventional plants to feed a single breeder.

      No, it's not a magical solution to nuclear waste. But it's a good step.

      --
      I don't read AC A human right
    12. Re:What will happen to radioactive waste? by antifoidulus · · Score: 1

      Before you call bullshit, you should, oh I don't know, have any fucking idea what you are talking about. Note that I said conservatives, there are a significant # of Japanese politicians and a decent amount of the populace that want nuclear weapons, and by keeping nuclear power alive they essentially always have a path open to do so. Which was my point. So yeah, you're the one full of shit.

    13. Re:What will happen to radioactive waste? by makomk · · Score: 1

      RBMK-1000s are still in operation because the Russian government is too cheap to shut them down.

    14. Re:What will happen to radioactive waste? by arose · · Score: 1

      Yes, I totally said that outdated coal tech is the solution to all our problems. You take all accidents into all of the total impact and that was pretty damn clear. Or you stop reposting cherry picked stats that don't even reflect the reality of people who dealt with that shit first hand, I'm not talking about all of the population here, the liquidators are a well defined group that was directly impacted.

      --
      Analogies don't equal equalities, they are merely somewhat analogous.
    15. Re:What will happen to radioactive waste? by antifoidulus · · Score: 1

      The oil embargo wouldn't have starved Japan, but it would have prevented them from continuing to war in China, so it probably wasn't so much the oil embargo as it was the mining of the seas around Japan at the end of the war. Japan has a limited # of usable ports and is surrounded by relatively easy to predict currents, making aerial mining incredibly easy.

    16. Re:What will happen to radioactive waste? by Superken7 · · Score: 1

      That's very informative, thank you.

      However, AFAIK Fukushima already *has* rendered a considerable zone inhabitable (just like Chernobyl). A quick google search reveals this: http://www.nytimes.com/2011/08/22/world/asia/22japan.html?_r=1 , which among other things states:

      "While it is unclear if the government would specify how long these living restrictions would remain in place, news reports indicated it could be decades. That has been the case for areas around the Chernobyl plant in Ukraine after its 1986 accident." - is that also FUD? Considering the consequences of disasters not nearly as bad as Chernobyl, which also had terrible consequences (i.e. death), I would say the risk of rendering areas inhabitable for decades or centuries is still very real. Maybe the reactors were a bit outdated, but how many other outdated reactors - such as the ones from Japan certainly were, as they have rendered a big area inhabitable for decades - are in operation throughout the world?

    17. Re:What will happen to radioactive waste? by Lanteran · · Score: 1

      Exactly why we should be tearing down the old reactors and putting up the new Generation III+ and IV designs.

      Anyway, the whole FUD thing was that you were saying centuries, whereas a few decades would probably be the absolute maximum. Have you seen the area around chernobyl? It's brimming with wildlife due to the nearly 30 years of absence of humans. It's not going to be too long before the area is completely safe, and Fukushima wasn't nearly that bad- NYT is just trying to sell more papers through sensationalism methinks.

      Nitpick: UNinhabitable. Inhabitable = can be inhabited. It makes you sound like nuclear disasters are teraforming the world.

      --
      "People don't want to learn linux" hasn't been a valid excuse since '03.
    18. Re:What will happen to radioactive waste? by Loki_1929 · · Score: 1

      The RBMK-1000 reactors in operation after Chernobyl were all retrofitted with a number of additional safety features. As part of the retrofitting, the positive void coefficient was significantly lowered, meaning the reaction rate increase in the worst-case scenario is drastically reduced. It's still a terrible design as nuclear power plants go, but again, the issue with the Chernobyl reactor wasn't simply the design, but a combination of that, the few existing safety features being disabled, the modifications made by Soviet scientists to the reactor core, and the experiment they were running.

      Even your typical RMBK-1000 reactor could not have done what the Chernobyl reactor did because nobody using nuclear reactors at power plants would -ever- do what was done at Chernobyl. Again, Chernobyl was NOT a civilian nuclear power plant. It was not designed to be. It was not run like one. Its "accident" was not the result of normal (or even atypical) operations at one. This is why is beyond absurd when people try to bring up Chernobyl in discussions about nuclear power plants.

      The good news is, I immediately know that I can run circles around anyone who bring up Chernobyl in a discussion about nuclear power because they don't know the first goddamn thing about what they're talking about. Nobody who has any understanding of the design and history of nuclear power plants would ever bring up Chernobyl in a discussion about safety.

      And I'm certainly not trying to claim that nuclear power is some kind of magically safe and wonderful thing handed to us from a mountaintop by the hand of God himself. It takes proper planning, design, and execution to build a nuclear power plant which is passively safe (meaning everyone running the thing runs away during a natural or man-made disaster and nothing bad happens with the reactor(s)), and despite the extra expenses involved, I don't believe we should EVER build a nuclear power plant which isn't passively safe. That said, when they're built with at least basic concepts of safety in mind, nuclear power plants are VASTLY safer than any other major source of power we've ever imagined. I'll take a retrofitted RBMK-1000 over your typical coal-fire plant any day of the week. Hell, I'd rather live next to one of those than downstream from a hydro plant. Accidents at those things have killed hundreds of thousands of people in just hours. Coal-fire plant accidents have killed hundreds at a time and left vast area (entire towns) uninhabitable (to say nothing of the amount of heavy metals and radioactive materials they release on a GOOD day).

      I haven't yet met a person who's really studied the issue of power plant safety who hasn't agreed that nuclear power ends up being the cleanest, safest, most cost-effective source of power that actually works at the scales needed for the human race to function in modern society. The old-school Greenpeacers even came to that conclusion, which is probably why the new kids over there actually get sent out with protest signs depicting Hiroshima-style nuclear explosions to talk about nuclear power. Once you know how these things work, you just can't buy into the FUD and outright bullshit of the protestors. Once you have a grasp of the physics taking place, it just becomes terribly obvious what can and cannot happen at these power plants. And what you discover is that the news media, protestors, and your average Joe Sixpack don't have the first clue what they're talking about when they try to (and unfortunately do) influence policy decisions with lawmakers.

      When we saw Fukushima unfolding, just about everyone was shocked by what was happening. People who understood the design of nuclear power plants knew it wasn't half as dire as the hysterical crap thrown out by the news media (Bill Nye? How the F do you have a JOB?!), but were still surprised that things got out of control (within the limits of the physics of reactors) so quickly and easily. Once the facts came out about these particular designs and the decisions ma

      --
      -- "Government is the great fiction through which everybody endeavors to live at the expense of everybody else."
    19. Re:What will happen to radioactive waste? by DNS-and-BIND · · Score: 0

      Gosh, maybe if the Japanese had ceased their aggression in China, they would have had their oil imports restored. Funny question that nobody ever asked, eh?

      --
      Shutting down free speech with violence isn't fighting fascism. It IS fascism!
    20. Re:What will happen to radioactive waste? by tsotha · · Score: 1

      Apart from the "national pride", there is a much more subtle reason Japan continues to invest in nuclear energy, it basically gives them access to nuclear weapons without actually having nuclear weapons. Nuclear weapons are of course banned by law, but most experts seem to think that thanks to the nuclear power industry in Japan, Japan has the material, equipment, and expertise to produce nuclear weapons in less than year.

      Again, this is what you wrote. And it's bullshit. Yeah, you can find nutty people in every country, but in Japan they don't have access to the levers of power. Stop trying to pretend you understand anything. You don't.

    21. Re:What will happen to radioactive waste? by dbIII · · Score: 1

      Why are you assuming that I support any of the actions of Imperial Japan? I'm simply stating it as an example in recent history which led to a policy in modern Japan of a degree of energy independance via nuclear power. It didn't work out as well as expected in the 1960s but apparently that was the plan.

    22. Re:What will happen to radioactive waste? by antifoidulus · · Score: 1

      HAHAHAHAHA, you are a fucking idiot, that has to be one of the stupidest things I have ever read on slashdot, and that is saying something. Yeah, you're right, the FUCKING MAYOR OF THE BIGGEST, AND MOST IMPORTANT CITY IN JAPAN OBVIOUSLY HAS NO POWER. And being elected obviously means that his opinions in no way reflect the opinions of the people of that city, which includes the most influential people in the country. You're idiocy made my day, thank you so much for proving how stupid some people are. Thanks again for proving

    23. Re:What will happen to radioactive waste? by Superken7 · · Score: 1

      Oh, I see what you mean! thanks for the nitpick ;D

    24. Re:What will happen to radioactive waste? by tsotha · · Score: 1

      Like I said, don't pretend. You're just digging now.

  12. OTOH... by msauve · · Score: 5, Insightful

    will soon require atomic reactors to be shut down after 40 years of use to improve safety.' If, however, a nuclear plant is deemed still safe it may continue operation."

    That also implies that if a plant is unsafe, it still gets 40 years. Otherwise, what does the time limit mean? At the end of 40 years, a plant is either safe or unsafe. If safe, they can keep going. If unsafe, why was it still running?

    --
    "National Security is the chief cause of national insecurity." - Celine's First Law
    1. Re:OTOH... by suomynonAyletamitlU · · Score: 4, Insightful

      That also implies that if a plant is unsafe, it still gets 40 years. Otherwise, what does the time limit mean?

      It means that they expect plants to be worn down by use. Plants that are less worn are deemed less likely to be a problem, even if they have fewer safeguards. Plants that are both worn and with fewer safeguards will (ostensibly) not be tolerated.

    2. Re:OTOH... by Hentes · · Score: 1

      If they can't guarantee a safe lifetime of 40 years, they won't build it in the first place.

    3. Re:OTOH... by VanGarrett · · Score: 4, Insightful

      Do you believe that a nuclear plant goes into operation immediately when the last construction worker on-site finishes his final designated task? That seems a bizarre way to run things, in any country. The nuclear plant is inspected prior to commencing operations, and is presumed safe until its next inspection. Can you know before the box is open, whether Schrodinger's cat remains alive? This is not a new thought-experiment.

      The decision that Japan has made, is that 40 years is a reasonable length of time to check in on a nuclear plant, to see if it still meets current safety standards. It may no longer meet standards because of normal wear and tear on the facility, or it may be because the standards have been raised. Seeing as the previous modus operandi was to build a nuclear plant and let it continue until it explodes, I'd say that this is a clear and marked improvement.

    4. Re:OTOH... by msauve · · Score: 2
      Are you seriously so naive to believe they only inspect nuke plants after 40 years?

      In the US, it's a continuous process:

      Under a program initiated in 1977, resident inspectors are stationed at each nuclear power plant. There are at least two resident inspectors assigned to each site. Resident inspectors provide first-hand, independent assessment of plant conditions and performance...During the course of a year, NRC specialists may conduct 10 to 25 routine inspections at each nuclear power plant

      - US Nuclear Regulatory Commission

      --
      "National Security is the chief cause of national insecurity." - Celine's First Law
    5. Re:OTOH... by NibbleG · · Score: 1

      One would think that as well as routine inspections, there is a semi-annual process to make sure the plant is still safe. Regardless of the raised standards since the plants construction. I would believe that Japan's idea is: A) Plant must meet current safety standards. B) Plant must continue to operate within criteria for "safe" operation. C) Plant must meet semi annual inspections. D) After 40 years if plant still meets/exceeds current safety standards it can remain open. Of course, as per slashdot, I did not read the article.

    6. Re:OTOH... by quantaman · · Score: 5, Insightful

      will soon require atomic reactors to be shut down after 40 years of use to improve safety.' If, however, a nuclear plant is deemed still safe it may continue operation."

      That also implies that if a plant is unsafe, it still gets 40 years. Otherwise, what does the time limit mean? At the end of 40 years, a plant is either safe or unsafe. If safe, they can keep going. If unsafe, why was it still running?

      People like you are why I always feel the need to write long pedantic posts :/

      First lets establish the obvious in that safety isn't a binary condition, it's a continuum.

      Now older plants are less safe for two reasons. 1) they were built when the technology was less advanced, 2) they are old.

      Now if a plant is unsafe enough it will obviously be shut down before the 40 year mark, the only reason to believe otherwise is if you're being deliberately obtuse.

      However, we're looking at the situation where a plant is safe enough that there's no immediate reason to shut it down, but if someone started the ball rolling and did a really tough safety inspection it might end in the plant being shut down.

      What this law does is start the ball rolling.

      I'm sorry to sound snippy but comments of the type "I'm going to misinterpret a statement so I can make a clever remark" really bug me and detract from the discussion.

      --
      I stole this Sig
    7. Re:OTOH... by LordLucless · · Score: 3, Insightful

      That also implies that if a plant is unsafe, it still gets 40 years. Otherwise, what does the time limit mean?

      You're missing the point. The plants were up to contemporary safety standards when they were built. They aren't now - not because their safety standards have necessarily decreased, but because contemporary safety mechanisms are so much better.

      This is saying that older plants must measure up to modern safety techniques, you can't "grandfather" in an old plant, just because its been operating for a long time.

      --
      Just because you're paranoid doesn't mean there isn't an invisible demon about to eat your face
    8. Re:OTOH... by Surt · · Score: 4, Insightful

      Right .....
      And, of course, Fukushima was less than 3 months over 40. If the tidal wave had been 3 months earlier, everything would have been fine?

      --
      "Who is the Journal of Quantum Physics going to believe?" --Stephen Hawking
    9. Re:OTOH... by rrohbeck · · Score: 1

      "Safety" is not a boolean value.

    10. Re:OTOH... by Anonymous Coward · · Score: 1

      40 years is too long. Think about it, a plant coming online in 1960 would still be operating until 2000.
      A more reasonable timeframe would have been 30 years top, or even 25 years. But as we all know nuclear plants are costly, very costly tio build so better run them until they explode or are obsolete (and tend to explode the same).
      We all know how this will end, by 35 years some CEO will upgrade the plant and it will go on for the next 40 years or until disaster strikes. It is not a good policy. A good policy is to state that a nuclear plant will not operate under any circumstance more than 30 years. The licence being not renewable. After 30 years you dismantle and build a new power plant with the state of art technologies.
      And so on and so forth until be have a viable fusion reactor (if ever).

    11. Re:OTOH... by Anonymous Coward · · Score: 0

      Continually inspected to ensure the safety standards are low enough to keep the plant running.

    12. Re:OTOH... by Hentes · · Score: 1

      The tidal wave was expected to happen 1000 years later, actually.

    13. Re:OTOH... by thegarbz · · Score: 5, Interesting

      First lets establish the obvious in that safety isn't a binary condition, it's a continuum.

      This needs to be expanded on. Safety is not only a continuum but it's an ever changing continuum as new standards for what is deemed "safe". I work at a plant which is quite unique around the world. It's unique in that we've never had a death on site. Does that mean we're safer than other sites? Hell no.

      Looking back at our history we had scaffolders holding onto the top of a tower with one hand with no safety harness on and with the other mounting a scaffold pole. We had a really old control room with a large window facing the plant less than 10m away. We've never had an incident that has damaged that building but that doesn't mean it is safe. We had to build a giant cement bomb proof bunker for our new control room and more recently move all day staff off site.

      When the plant was built there was no emergency shutdown system. Now 50 years later we still use some of the original kit but with a number of SIL rated shutdown systems in addition to the modern control system. Not to mention 50 years worth of changes in process design, check valves and relief valves in critical positions, a massive relief flaring system, etc.

      That point I am trying to make is that if you build a site and maintain a site perfectly to the standards of the day it was designed then eventually it will be deemed unsafe simply because you're ignoring years of changes in standards and lessons learnt from the process safety industry.

      40 years ago you weren't held liable for not putting up a wet floor sign either.

    14. Re:OTOH... by C0R1D4N · · Score: 1

      Oyster Creek came on in 1969 and still has until 2029.

    15. Re:OTOH... by Sneeka2 · · Score: 1

      I think you forgot to close your sarcasm tag. Or have I missed the story on Slashdot about the 100% accurate tidal wave prediction technology they are using?

      --
      Bitten Apples are still better than dirty Windows...
    16. Re:OTOH... by Sneeka2 · · Score: 1

      Which is the point the GG*P allures to. If there are continual inspections, what does the optional 40 year limit actually mean? If the plant was deemed unsafe at the last inspection, it is shut down before 40 years are up. If the plant passes its inspection as usual after 40 years, it can continue to operate as usual.

      --
      Bitten Apples are still better than dirty Windows...
    17. Re:OTOH... by Anonymous Coward · · Score: 0

      Tsunami, people. Not tidal wave.

    18. Re:OTOH... by distilate · · Score: 1

      True, continuous upgrads with technology help but unless these are done very carefully and well documented they could introduce new issues when they interact with some obsure poorly documented part of the origional system. Some of these plants are being modified after those who designed and created them have been burried and since no documentation is perfect I say some documentation died with the origional designers.

    19. Re:OTOH... by drinkypoo · · Score: 0

      Now if a plant is unsafe enough it will obviously be shut down before the 40 year mark, the only reason to believe otherwise is if you're being deliberately obtuse.

      That is an incredibly and ironically stupid thing to say in the aftermath of Fukushima, where we've got an ongoing problem with a plant which was past its government-mandated shutdown date.

      I'm sorry to sound snippy but comments of the type "I'm going to misinterpret a statement so I can make a clever remark" really bug me and detract from the discussion.

      What about your comment of the type "I'm going to misinterpret reality so I can make a clever remark"?

      --
      "You're right," Fisheye says. "I should have set it on 'whip' or 'chop.'"
    20. Re:OTOH... by Sneeka2 · · Score: 1

      Indeed, I'm ashamed for simply echoing the GP. -_-;;

      --
      Bitten Apples are still better than dirty Windows...
    21. Re:OTOH... by sjwt · · Score: 1

      We grandfather in almost everything else?

      Imagin if every building had to meet new building and environmental codas, what about cars! the safety standers on those change all the time.

      Their are things that can be forced onto older plants, but you might find that most if not all plants if told they have to either implement new codes top to bottom in the next 5 years or shut down would shut-down.

      --
      You have 5 Moderator Points!
      Which Helpless Linux zealot/MS basher do you want to mod down today?
    22. Re:OTOH... by tsotha · · Score: 1

      Forty years is too long.. based on what analysis?

    23. Re:OTOH... by tsotha · · Score: 1

      That makes a lot of sense. Plant and reactor design has changed a whole lot over the last forty years, and not every new safety system can be retrofitted.

    24. Re:OTOH... by AK+Marc · · Score: 1

      The point of the GGGP was that if the plant meets all operating specs, it is "safe" and at 40 years, it must re-certify as if it were new (i.e., if that base design were an issue, it will fail, even if fully within all operational safety parameters).

    25. Re:OTOH... by Luckyo · · Score: 1

      Power plants aren't smartphones. Most have lifetime of 50-100 years depending on modernization.

    26. Re:OTOH... by Anonymous Coward · · Score: 0

      In Japan, often things /do/ have to meet new regs. Firstly, anything that is destroyed in an earthquake has to be rebuilt, according to new standards. Second-off, a lot more buildings are built as disposable compared with much of the housing in the US. Everything here is built to superficially higher quality. Tolerances in measuring, safety codes, etc. are all more strict (and expensive), but the buildings aren't usually stone monoliths designed to last 300 years either. In fact, buildings are constantly being torn down and replaced with newer ones (Often taller ones to make better use of the land).

      Anyway, Fukushima was old and creaky, and possibly should have been shut down for upgrades - but at the same time, one can hardly blame TEPCO for not predicting the largest earthquake in recorded history. It may have actually been a good thing, because it was serious enough to make people pay attention and take upgrading safety seriously instead of being lax on inspections because they haven't had any problems so far. (But at the same time, nobody died to anything - at least not from the power plant.)

    27. Re:OTOH... by jeppen · · Score: 1

      How long does it take to debug a new "state-of-the-art" design? I am pro-nuclear and would like to see new innovative designs, but I still trust a mass-produced reactor with 30 years of proven operation (and with any design flaws found during those years mitigated) to run safely for another 10 or 20 years more than I trust a new design to run safely its first 10-20 years. I agree we should probably let go of the earliest designs, but gen2+ is good enough.

    28. Re:OTOH... by khallow · · Score: 1

      My view is that there are two aspects of this that are interesting. First, it announces that the Japanese government probably will start shutting down most, if not all old plants as they reach or exceed the age of 40 years. That will mean the shutting down of a number of current nuclear reactors.

      Second, it sets up a long term policy of raising the bar to extensions of nuclear reactor lifespan. That's a big shift in policy from current indefinite, incremental extensions and one of many essential steps IMHO to creating a long term nuclear industry.

    29. Re:OTOH... by khallow · · Score: 2

      If the tidal wave had been 3 months earlier, everything would have been fine?

      While you are right to be dubious, my take here is that the real problem is evolution of human knowledge over these time spans. In theory, one could keep Fukushima going forever even after a big disaster like the tsunami. Just rebuild the nuclear reactors exactly as they were and keep going. But we know that would be a bad idea.

      But we can engineer nuclear plants so that they achieve standards of safety. Not a guarantee that nothing bad will happen, but a reasonable expectation that bad things will happen a very small portion of the time and when they do, the reactor will be designed to minimize the effects of that harm as best possible. Fukushima most likely met that standard in the 60s when it was designed. And wouldn't have a chance of meeting it now.

    30. Re:OTOH... by Anonymous Coward · · Score: 1

      Right .....
      And, of course, Fukushima was less than 3 months over 40. If the tidal wave had been 3 months earlier, everything would have been fine?

      The plant was actually supposed to be retired in February 2011 (earthquake occurred in March), but its license was extended by another ten years by the regulator:

      http://www.swissinfo.ch/eng/news/international/?cid=29714482

      If this policy had already been in-place, the nuclear reactors would not have been 'hot', and there would not have been a problem at all.

    31. Re:OTOH... by Surt · · Score: 1

      Well, but you said its license was extended 10 years, so if this policy had been in place, it would have been operating, because the policy allows the regulators to grant exactly those kinds of extensions.

      --
      "Who is the Journal of Quantum Physics going to believe?" --Stephen Hawking
    32. Re:OTOH... by AmiMoJo · · Score: 3, Insightful

      Seeing as the previous modus operandi was to build a nuclear plant and let it continue until it explodes, I'd say that this is a clear and marked improvement.

      Be serious. They ran them until they were deemed unsafe or uneconomical. No-one thought that such a large tsunami would ever hit Fukushima, or any other the other places where tens of thousands of people were washed away. Clearly that was wrong but there were regular safety inspections and they did deem to the plant fit to continue operating.

      The real problem is that nuclear power is so expensive that that power companies and governments are reluctant to build new facilities when they can keep the old ones running. Governments are also unwilling to impose further regulation, e.g. forcing Fukushima to upgrade its emergency cooling systems, because ultimately the cost gets passed on to them or their citizens. Obviously power companies won't do anything safety related unless forced to by regulation or insurers since it affects their bottom line and shareholder dividends.

      We need to start making better use of our fusion reactor. It is fuelled for a few billion years and all the management, running and waste disposal is outsourced with the energy beamed directly to us in vast quantities. The fusion plants work the same way as nuclear and most other energy types, i.e. using fusion power to generate steam that drives turbines. They are totally safe too, the worst accident possible being a high pressure steam or molten salt leak.

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

      I don't think the earthquakes and tsunamis have changed much in the past 40 years. The possible nuclear meltdown safeguards certainly have changed by now, but the modelling of how likely such an earthquake would be to affect the site is almost guaranteed to have been the same exactly up to few days after it happened (takes time to react and update the models).

    34. Re:OTOH... by khallow · · Score: 2

      I don't think earthquakes and tsunamis have changed in any measurable way in the past billion years. What has changed dramatically over the past 40 years is our understanding of possible earthquake and tsunami extremes, and our ability to model such disasters and their effects.

    35. Re:OTOH... by Ofloo · · Score: 1

      indeed it is, .. the fukushima plant who came into trouble was 1-4 which where build from '67-'78 and in 2011 they had issues, .. to me it doesn't matter what the cause was, what matters is that they emitted radiation and had a melt down, .. whatever the reason if they can't prevent that don't build them. Which means 30 years would be a safe, 25 would seem more reasonable, .. no matter what they cost if they can't work with those time frames then it is probably not worth it and they should look for alternatives, .. after 25 years they should be reviewed, .. ofcourse they need to be reviewed every year, .. however it's a good step that they say they need to prove it is safe and not just assume they are safe, everything degrades with time.

    36. Re:OTOH... by Freultwah · · Score: 1

      They actually knew something was coming. Geological records show that there have been great tsunamis every 800 to 1000 years in the area for at least the last 3000 years. The last one had struck 1100 years previously, so one was imminent in all likelihood. They just did not know how massive it was going to be, for they had made their measurements based on some other, lesser tsunamis from the 1960s. All the seawalls were up to 6 metres high, but the eventual tsunami was up to 20 metres high.

    37. Re:OTOH... by mspohr · · Score: 2

      The Fukushima plant was 40 years old. A month before the accident, the Fukushima plant was given a permit to operate for another 10 years. The Tokyo Electric Power Company that owns and operates the reactors, the nuclear safety agency in Japan and the Japanese government all convinced themselves the reactors were safe.
      What will change with this new rule?

      --
      I don't read your sig. Why are you reading mine?
    38. Re:OTOH... by Doc+Ruby · · Score: 3, Insightful

      Maybe most power plants do. But most power plants aren't nuke plants. So when they fail after 50-100 years, they don't nuke a quarter of Japan. Or Europe. Fukushima and Chernobyl did. Damn right they're not smartphones.

      --

      --
      make install -not war

    39. Re:OTOH... by khallow · · Score: 1

      What will change with this new rule?

      See this post for a better explanation. But the highlights are a) there are already plants that are near 40 years old and likely will be decommissioned and b) the creation of a long term policy that raises the barrier to lifespan extensions of 40 year old nuclear reactors.

    40. Re:OTOH... by khallow · · Score: 1

      It's also worth noting that something like 7 of 8 reactors in Japan are currently off line. I imagine any nuclear plant operators that don't play ball with this law, will never start again. And some of the documentation that operators are probably being asked to provide in order to operate again might well undermine thorough any future attempts at reactor life extension.

    41. Re:OTOH... by quantaman · · Score: 1

      "First lets establish the obvious in that safety isn't a binary condition, it's a continuum."

      Sure, some plants are safer than others, so it's a continuum in that sense. But, there must be a regulatory threshold which creates a binary condition - a plant is either safe enough to operate, or it isn't. Speed isn't a binary condition, either, but there's a speed limit above which it's illegal to operate, and below which it isn't.

      True but safety is much harder to measure and judge than speed, and in the case of Nuclear plants where each plant is different, and each plant is a massive institution, it becomes that much harder to come up with an easily applied criteria.

      "I'm sorry to sound snippy but comments of the type "I'm going to misinterpret a statement so I can make a clever remark" really bug me and detract from the discussion."

      Oh, and fuck you, too.

      Simplifications are fine, but I'm going to comment if it looks like a point is based on a simplification.

      --
      I stole this Sig
    42. Re:OTOH... by SleazyRidr · · Score: 1

      (and with any design flaws found during those years mitigated)

      Therein lies the rub. Had Fukushima been retrofitted with a passive cooling system none of these conversations would be taking place. Anything too expensive finds ways of not happening.

    43. Re:OTOH... by JSBiff · · Score: 1

      Wait, so an advocate of concentrated solar thermal power plants is calling nuclear *too expensive**. . .?

      Heh. . . . heh. . . ha. . . ha. hahhahahaahahBwahahahaha!

      Seriously: Costs of Electricity, by source

      Notice that Solar Thermal comes out almost 3 TIMES more expensive than advanced nuclear in the U.S. DOE estimates.

      Why is it that nuclear is "too expensive", but renewables get a blank check?

    44. Re:OTOH... by Luckyo · · Score: 1

      Correct. Nuke plants have significantly LONGER lifetimes then most plants.

      People who modded you insightful: Sutor, ne supra crepidam. You look about as silly as average person walking into computer shot talking about "processor gigabytes and hard drive gigaherts".

    45. Re:OTOH... by jeppen · · Score: 2

      Right, anything too expensive won't happen. And that's when you need to use some kind of objective metric to decide whether you can run the plant anyway.

      If a nuclear plant has a probability of core damage of 1e-5 per reactor year, should we decommission it and build a new plant with 1e-7 probability? 100 times better is a lot, right? But if a core damage costs on average $100 billion, then the 1e-5 probability averages $1 million in disaster costs per year, and it's probably not worth it to decommission the plant and build a plant that will only average $10,000 per year. And it's DEFINITELY not worth it to decommission THAT plant and go for an even newer 1e-9 plant at $100/year in core damage costs. Somewhere, it just becomes good enough and it would be, in fact, irresponsible to add more safety (instead of going for extra road safety or something).

      So where are we at? To my mind, we're quite good if we implement the cheapest lessons from Fukushima.

    46. Re:OTOH... by thegarbz · · Score: 1

      Very true. We come across this all the time. We've been pulled out of the shit many times by someone who seems to be right before retirement and at the end of the ordeal the question gets asked, "Did anyone write all this down?" The answer is usually a resounding no.

      I can't speak for the nuclear industry but there are many things that can be basic bolted on to existing known problem systems to improve safety. Thinking to the three mile island incident. One of the reasons they lost level is because no one knew the PORV was passing. We've had a similar problem in one of our towers, the first indication that we were passing butane through an RV is when the low level alarm went off in the tower, by which it was usually too late to get the RV fixed and the tower re-inventoried.

      Our simple quick fix was a temperature probe on the RV. If the RV drops below 15degC we know we're passing butane through it. That has allowed us to catch it much earlier and prevent de-inventorying the tower.

      The only real problem with fixes like this is that they are usually applied retrospectively i.e. AFTER an incident has happened in the industry.

    47. Re:OTOH... by AmiMoJo · · Score: 1

      The numbers are heavily skewed by the fact that Solar Thermal is new and the cost of nuclear is vastly underestimated by not including full site clean-up costs, fuel processing, full insurance, technology development costs that were mostly government funded etc.

      In fact the US is so unwilling to pay what it really costs they are the only country that things entombing a reactor on-site is cleaning up after it. Everyone else removes it and returns the land to use. You could argue that the cost in the US is unknown or infinite since the land is currently lost forever.

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
    48. Re:OTOH... by Doc+Ruby · · Score: 1

      When nuke plants fail, they nuke a quarter of Japan or Europe. Or the USA, soon enough.

      You sound as fetishistic as any other nuke plant booster who ignores the unacceptable cost when these plants go boom. The cost that reasonable people warned you about, but you said would never happen. Now you probably say they happen so infrequently we can ignore them. Or that the same irresponsible corps who let the old ones blow should get new $BILLIONS to run new versions.

      It doesn't make you look smart to invent some nonsensical analogy (with misspellings) calling your opponent silly. You're beyond silly: you're a menace.

      --

      --
      make install -not war

    49. Re:OTOH... by JSBiff · · Score: 1

      Ok, let's go through your list, shall we?

      • Site Clean-up Costs

        All nuclear power plants are required, from beginning of operation, to set aside money in a decommissioning fund.

      • fuel processing

        What? All nuclear plants have to buy their fuel rods. Wouldn't the cost of fuel processing be part of the price of the fuel rods?

        Or are you referring to "fuel processing" of the spent nuclear fuel after it's been used in the reactor? Nuclear plants have been paying funds to the govt for many years now to dispose of the waste. According to Wikipedia: "The Nuclear Waste Fund receives almost $750 million in fee revenues each year and has an unspent balance of $25 billion."

        Also, there is the issue that "spent nuclear fuel" still contains a *LOT* of potential energy which our current reactors do not utilize. If we used that "spent nuclear fuel" in the right types of reactors, we could generate trillions of dollars of more electricity. Spent nuclear fuel should be viewed as a strategic asset, not a liability.

      • Full Insurance

        Presumably your complaining about the Price-Anderson act? I do agree that we should probably seek some reform of the current system. Part of the problem is that we have too few nuclear plants. The more plants you have, the more participants you can have in an insurance pool. The risk of a large, very expensive nuclear accident are very small. Ideally, we spread the cost of the risk out over a large pool of insured plants, so that the cost burden on any one plant isn't too high. The problem is, we only have about 100 reactors, and didn't start construction of a new one for 30 years (there are now, I think, 3 or 4 reactor projects trying to start construction).

      • Technology development costs

        Seriously? As if all the solar and wind technologies, geothermal, etc haven't all received (and continue to receive) lots of support from the government? Again, why is it a problem that nuclear received tech expenditure dollars, but its OK for solar, wind, etc to receive govt monies?

        Anyhow, there's an argument that since we've already spent that money, shouldn't we try to get the benefit of those expenses? As one example, the government spent a lot of money over 20 years on a project called the "Integral Fast Reactor", which would be a safer reactor, which could be fueled with our current "nuclear waste", producing waste which would be highly radioactive for only about 150 years, and after about 300 years the radioactivity would decrease so much it would be below background radiation levels, as opposed to our current version of nuclear waste which is significantly radioactive for many thousands of years, and takes almost 100,000 years to decay to "below background" (although its radioactivity is pretty low for the vast majority of that time, but still significant).

        Guess what happened to it? It was a very successful project that was at the 11th hour (that is, almost done, with just a little bit more R&D to complete; all the R&D which had been done had already produced useable technology, there was just one more piece of tech to finish). Then, the anti-nuke lobby pressured the Clinton administration to cancel it. Why spend all that money then cancel the project when it is a success? Ridiculous.

      So, in the end, I view your list, unless I've misunderstood your items, to be weak because it's full of half-truths, and represents a double standard.

    50. Re:OTOH... by Luckyo · · Score: 1

      I guess the latin confused you. It's common for people who do not understand that some issues involve physics too complex for them to understand. So they get opinionated, get on their high horse, and truly believe they are right.

      Facts will not dissuade them, like they don't dissuade you. Never mind power will need to be produced. Never mind nuclear is at the moment the least dangerous source of power by FAR, in terms of casualties (including Fukushima) per generated power. But apparently that is irrelevant, because we're talking about that scary nuclear thing you don't really understand. Not understanding being the important part of course, coal burns and looks safe - because you understand it! Coal killing almost ten times more people then nuclear every year during normal operation is... safe!

      Problem is that people like you get fanatical about things they do not understand, take it personally, and start calling people with facts on their side "a menace", "godless heretics", "terrorists" "child molesters" and so on. Essentially, pitchforks come out to burn the witch. Discussion and dialogue has no place, because you don't want to discuss anything. You just want to burn the witch. Facts be damned.

  13. and he hireing homer simpson to besafety inspector by Joe_Dragon · · Score: 0

    Also cm burns will be the new CEO.

  14. Scrap stupidity by Skapare · · Score: 0

    Why not just scrap stupidity in how nuclear power plants are installed, and the technologies that are used ... as well as the politicians that get bought out to support it (yeah, corruption exists in Japan, too). First of all, a plant right next to the sea shore would just asking for trouble. Also look into Thorium for the reaction process, which has fewer risks and more advantages compared to Uranium.

    --
    now we need to go OSS in diesel cars
    1. Re:Scrap stupidity by ColdWetDog · · Score: 2

      Also look into Thorium for the reaction process, which has fewer risks and more advantages compared to Uranium.

      Care to show me an active, commercial scale Thorium based reactor? There aren't any. India is presumably working on one.

      Personally, I would rather take my chances with a well defined, well researched, well engineered technology than one that has yet to see the light of day in real world terms. By all means, do the damned research - make and run an 10 GW Thorium reactor and get back to us.

      The problem isn't engineering - it's politics and economics. Politics in that companies running nuclear plants had managed big time regulatory capture (especially in Japan). That blew up in their face when both TEPCO and the Japanese government remained asleep at the wheel for over a decade. Recall that there were numerous geologic studies that indicated that Fukashima wasn't safe as originally built. TEPCO didn't want to put the money into the plant and the government didn't want to bother TEPCO. Just a couple of million dollars of sea wall and spare generators might have saved countless billions of dollars. Economics in the fact that the US government, at least, is basically insuring the nuclear power industry because private insurers think the risks too large. That makes non nuclear "alternative" energy less competitive that it should be. To really solve the problem for the long term, the playing field needs to be as flat as possible. For long term survival of nuclear power, the industry really needs to figure out a way to make the plants less expensive because they're really pricier than it looks. And solve the waste problem, but that, again, is more political than anything else.

      I'd like my Unicorn now......

      --
      Faster! Faster! Faster would be better!
    2. Re:Scrap stupidity by fnj · · Score: 1

      Care to show me an active, commercial scale Thorium based reactor? There aren't any.

      See, that's the difference between your view and mine. You seem to be saying that's a reason to write off thorium. But it makes me say, what is wrong with the establishment for not aggressively developing thorium technology. The time is coming, not all that far off, when uranium fuel for nuclear power will run out. At that point, you can either have no nuclear energy, or you can be sure to be well ready with thorium based designs (or possibly fusion, but nobody has any solutions how to do that).

    3. Re:Scrap stupidity by Anonymous Coward · · Score: 0

      Ah yes, the old "establishment" complaint, which stems from the idea that you know more than everybody else in the field.

      The parent is correct - there is no currently operating Thorium reactor, so this is not a simple case of "just throw it up and plug in the generators, by golly, that'll solve the problem!" The parent was simply pointing out that Thorium reactors haven't been researched as well as they need to be to go commercial yet. There are other designs that have been researched, engineered, and studied well enough that we should implement first, while we are studying and developing Thorium-based designs. Once the thorium-based designs are good enough THEN we can start talking about building a commercial one, but we aren't there yet, and utilizing nuclear technology before it is ready is just as much of a problem as utilizing outdated and unsafe nuclear technology when we have decent alternatives at present (which we do).

      Full disclosure: I'm pretty much as hippy as they come, but people who complain about "the establishment" are the worst type of idiots, in my not-so-very-humble opinion, and that's what set me off.

    4. Re:Scrap stupidity by ColdWetDog · · Score: 1

      Actually, as I point out, I'm not writing off Thorium (or anything else for that matter). I'm just pointing out that it's not a good idea to plan on large scale deployments of technologies that aren't out of the lab - for whatever reason.

      It is a common problem in the US at least - witness pretty much every large scale military weapon system devised in the past 40 years.

      Do the research. Then deploy it.

      And given the fact that Thorium hasn't made many inroads, it is quite possible that there are good reasons for it.

      --
      Faster! Faster! Faster would be better!
    5. Re:Scrap stupidity by fnj · · Score: 1

      The reason thorium technology has been mostly ignored is not mysterious; it is mostly that it is pretty useless for nuclear weapons production, and because 40 years ago idiots decided uranium technology in the form of BWRs and PWRs was "good enough" and practically stopped what was very promising research at that time.

      The advantages of liquid fluoride thorium reactors are so compelling that until everyone agrees "we have put $100 billion dollars into R&D and failed to make it work", it should be very high priority NOW.

      INHERENT safety
      Abundant and low cost fuel
      Much more manageable waste reprocessing

  15. Great Semantics by VonSkippy · · Score: 1

    I find that statement very reassuring, unless with future data, it's not.

  16. If, however, a nuclear plant is deemed still safe by Sla$hPot · · Score: 1

    Funny

  17. Safe? by Anonymous Coward · · Score: 0

    Nuclear reactors can only be so safe, it's inherent with what materials they're working with. Even if the systems themselves are fool-proof, as an article I read the other day had pointed out, human beings are the weak links in the chain.

    The irony here is people will buy the next new iPod, computer technology, game console, etc. and yet when it comes to progressing in regards to fuel and electricity, where's that same enthusiasm? We trust all our digital information, finances, and a large percentage of our social lives with these computers, iPhones, etc. and yet it's too much to ask us to make a change in regards to energy when it can result in so many catastrophes.

    Something isn't right about the logic behind this...

  18. Meaningless by Anonymous Coward · · Score: 1

    They've pledged to decommission them under a duration-based circumstance, unless they determine they should not be decommissioned under a set of circumstances that they should be using exclusively to determine decommissioning anyway. In other news, the sky is either blue or it is not, depending on the relative positions of the earth and the sun, and the presence or absence of cloud-cover, atmospheric contaminants, etc. So if you can't see the sky, it implies that one of these factors is reducing sky visibility. Or your eyes are closed.

  19. Oh great by mok000 · · Score: 1

    Hey, that's great. In fourty years I'll be dead.

  20. What a joke... by Anonymous Coward · · Score: 0

    The more things change, the more they stay the same.

  21. R and D of nuclear reactors by MrKaos · · Score: 2

    If you look at the history of the Research and Development of nuclear reactors you will notice they were scaled up from test reactors to full sized commercial reactors very quickly. Speaking in general terms if you look closely at the design of most commercial reactors they just look like big versions of the test reactors. Even the AP-1000 and the EPR reactors suffer from a plethora of design inadequacies that demonstrate the full life cycle of a reactor was not considered.

    I reason this because the simplest and most obvious design change to Nuclear reactors would be to build them underground which would mean any nuclear accident would be automatically contained and the entire facility sealed off and, if necessary, flooded with water. It would also mean decommissioning and disposal of the reactor could take place in-situ and that would avoid the energy costs (around one third of the reactors lifetime output) incurred. I've only ever seen an IFR reactor design underground but there are many other safety features that can be applied.

    The argument for Nuclear Power generally ignores the entire nuclear industry paradigm and focuses on reactor technology as the answer, whilst the argument against focuses on the consequences of an industry that was rushed into existence based of the premise of nuclear weapons production. But I believe there is a middle ground based on spent fuel containment and a proper infrastructure to support it.

    There is little doubt that Fukushima would be much easier to deal with now if the spent fuel pools were empty but the truly sobering thought is that US reactors of the same design have up to five times the density of spent fuel contained in those pools and the same type of accident in one of those reactors would almost certainly result in a un-contained plutonium fire.

    It is possible to build a much safer nuclear industry but it would start with an international effort that incorporated the Joint industry findings the NRC commissioned AND the EPR design enhancements applied to all new reactor designs. That and a proper infrastructure program to handle spent fuel would answer most of the arguments the critics have of the Nuclear industry.

    It's really only attributable to the arrogance of the 50's thinking that leaves legal artifacts like the Price-Anderson act in existence long after it's use by date and demonstrates that announcements such of these are as insincere as the regulatory enforcement that led Japan, and the world, into this mess in the first place.

    --
    My ism, it's full of beliefs.
    1. Re:R and D of nuclear reactors by BlueParrot · · Score: 2

      I reason this because the simplest and most obvious design change to Nuclear reactors would be to build them underground which would mean any nuclear accident would be automatically contained and the entire facility sealed off and, if necessary, flooded with water.

      Not quite. After shut-down the core continues to produce heat at 6% of nominal output. This heat must be transported away, or you will get a meltdown. If you build teh reactor underground, this gets much harder. Building underground also does not really help prevent contamination much, because the pressure inside the containment building can get quite high, meaning you want to vent it ( European reactor operators have filters that can catch most of the radioactive aerosols released during an accident, in order to relieve pressure while only emitting minor amounts of radioactivity ).

      Another issue with building underground is that it increases costs, which is money that could otherwise be spent on more effective safety measures, such as catalytic hydrogen scrubbers, redundant cooling systems, larger containment volume, etc...

    2. Re:R and D of nuclear reactors by fnj · · Score: 2

      I think he's saying, fuck it, in that event let the crew evacuate and let it melt down and to hell with it. Just leave it entombed well underground. I would assume he's not thinking of three feet of earth here, but REALLY WELL underground. That's not too different from what was done with underground nuclear tests. Believe me, the pressure due to a melted down nuclear reactor is not even close to the pressure of an exploding nuclear weapon, and that was pretty fully contained, so what do you think the problem would be.

      You need an analysis to prove this either way, but I would suggest that the added cost of building underground would not be prohibitive (heck, the Iranians are doing it). The added cost per plant would probably be less unfavorable than having one above ground disaster out of every few hundred or so above-ground plants.

      I would suggest that the only real issue would be ground water contamination in the threat of a contained disaster, and I am not minimizing that. It has to be shown one way or another to be not a major factor in any such installation.

    3. Re:R and D of nuclear reactors by MrKaos · · Score: 1

      I think he's saying, fuck it, in that event let the crew evacuate and let it melt down and to hell with it. Just leave it entombed well underground. I would assume he's not thinking of three feet of earth here, but REALLY WELL underground. That's not too different from what was done with underground nuclear tests. Believe me, the pressure due to a melted down nuclear reactor is not even close to the pressure of an exploding nuclear weapon, and that was pretty fully contained, so what do you think the problem would be.

      Certainly, with respect to an accident, but ideally to use the reactor for its entire operational lifetime and when it's decommissioned leave it in place to cool and decay, perhaps even sealed into the earth. Because Nuclear power is energy intensive *after* the energy has been produced and they have to be cooled whilst in a decommissioned state also allowing time for the highly active radionuclides to decay. Thus the disposal of the reactor is designed into it, the longer it stays in lace the cooler it gets.

      You need an analysis to prove this either way, but I would suggest that the added cost of building underground would not be prohibitive (heck, the Iranians are doing it). The added cost per plant would probably be less unfavorable than having one above ground disaster out of every few hundred or so above-ground plants.

      Studies of the Yucca mountain hydrology revealed that the passage cl-36 from atmospheric nuclear testing took less that 50 years in ground water through Yucca mountain so the reality of Yucca is it is inappropriate to contain *any* kind of radioactive products. Yucca is pumice and volcanic ash, you *need* granite if you want a serious facility. Even the Swedish test facility is better designed than Yucca and the design of the actual facility shows the U.S how it *should* be done.

      I would suggest that the only real issue would be ground water contamination in the threat of a contained disaster, and I am not minimizing that. It has to be shown one way or another to be not a major factor in any such installation.

      And that would be an absolutely appropriate thing to raise. One of the reasons to choose Granite is that it captures the radionuclides from the groundwater that has contacted these isotopes. I've seen some promising research of this discovery but I'm afraid I cannot provide a link at this time. Roughly though the DOE's original policy using the 'Defense in Depth' approach to the specification for building a spent fuel containment facility. The reason to choose that specific geology (in addition to being stable) was also to have the geologic chemistry of the rock able to mitigate the effect of ground water traveling through the facility and carrying radioactive isotopes into the water table.

      It's a great starting place for siting a reactor facility what better way to guarantee it's engineered as much as possible to minimise release of radionuclides.

      --
      My ism, it's full of beliefs.
    4. Re:R and D of nuclear reactors by Anonymous Coward · · Score: 0

      After the success of the nuclear navy, folks from that program were appointed to run America's civilian nuclear program; that background predictably biased them to the conclusion that the water cooled reactor design was a mature technology, and therefore R&D into other designs was irrelevant. In hindsight, it's pretty clear now that other technologies are more promising, in that any design which requires an active cooling system is basically unstable and more vulnerable than those which are passively cooled; the molten salt reactors for example. No matter how many how many safeguards and backups you put on the cooling system of any of the current varieties of reactor, there is always some combinations of circumstances which will result in loss of cooling. As long as we're sticking with that technology, we are de facto not doing our best to prevent reactor accidents.

  22. I remember reading Asimov's 'Foundation' by Anonymous Coward · · Score: 4, Insightful

    I remember reading Asimov's 'Foundation'; where people after colonising the whole galaxy, fell into lackluster apathy and gave up on their knowlege of science, abandoning nuclear energy in favour of combusting carbon based fuels. I'm glad Asimov's not alive to see the day when the human race lives up to the end of days scenario he thought so terrible before even touching the stars.

    1. Re:I remember reading Asimov's 'Foundation' by Lanteran · · Score: 1

      Yes, that one particular example in particular struck a cord. Paraphrasing:

      The signs of decline are everywhere, recently a nuclear power plant melted down in (some star system). Their viceroy's response? Nuclear power plants are hard to maintain due to the lack of nuclear engineers. So, train more engineers? Unthinkable. Instead they opted to restrict nuclear power.

      Great series, depressing insight into the decline and fall of the modern-day Empire.

      --
      "People don't want to learn linux" hasn't been a valid excuse since '03.
    2. Re:I remember reading Asimov's 'Foundation' by fnj · · Score: 1

      It's depressing in general tone, but I wouldn't say in general that having empires fade away is necessarily a BAD thing. Not if you have republics rise in their place. That was more or less what "Foundation" was about.

    3. Re:I remember reading Asimov's 'Foundation' by khallow · · Score: 1

      Foundation actually was about a technocratic elite, the Second Foundation running things. It was a Republic in one sense, namely, no hereditary head of state. Also, it's worth noting that the technocratic elite had to interfere in the way they did or there'd be a ridiculously long dark age.

    4. Re:I remember reading Asimov's 'Foundation' by Anonymous Coward · · Score: 0

      It also started to get delusions of grandeur in its head, which caused problems and their first (second?) fall. And then they met a world where everyone was merged as a conscious whole and things got weird.

    5. Re:I remember reading Asimov's 'Foundation' by tokul · · Score: 1

      If you run remote colony and central hub stops responding, your primary goal is to go self sufficient and survive. If you don't do that fast enough, you lose high tech knowledge. It has nothing to do with nuclear fears. Terminus 2 retained knowledge as they were closed scientific community and staying high tech was the only way of surviving in that world.

      See COBOL software and programmers for example of technology survival.

    6. Re:I remember reading Asimov's 'Foundation' by assertation · · Score: 1

      So basically, nuclear fanboys want their childhood SF stories to come true, they shut off the rational parts of their mind and believe that shitty nuclear energy policies will turn reality into Star Trek.

      Unfortunately, the reality is that nuclear power will not get you Mr. Spock and gorgeous women aggressively seeking out nerds. The reality is nuclear power will get you more 3 mile islands, chernobyls and fukashimas.

    7. Re:I remember reading Asimov's 'Foundation' by Lanteran · · Score: 1

      Really? I thought the whole 30 millenium dark age would be a fairly bad thing.

      --
      "People don't want to learn linux" hasn't been a valid excuse since '03.
    8. Re:I remember reading Asimov's 'Foundation' by fnj · · Score: 1

      Is a multi millenium age with despotic rule so bright?

    9. Re:I remember reading Asimov's 'Foundation' by fnj · · Score: 1

      Knud Haakonssen has noted that, by the Renaissance, Europe was divided with those states controlled by a landed elite being monarchies and those controlled by a commercial elite being republics.

    10. Re:I remember reading Asimov's 'Foundation' by Lanteran · · Score: 1

      No, but I think the roman empire was much better than the dark ages that followed. The (Foundation) Empire wasn't even despotic until the end. I re-read it today though and I do agree with you, particularly the bit about imperial culture needing to die due to the loss of vitality and all that.

      --
      "People don't want to learn linux" hasn't been a valid excuse since '03.
  23. How is nuclear not safe? by Liquidrage · · Score: 1, Insightful

    Seems to me we had multiple reactors hit with a giant earthquake AND tsumani and aside for the major news not a lot of people died. Seems evidence to build more nuclear for me. I swear the anti-nuclear hippies must be funded by big oil cause I can't see any reason not to keep building safer and safer plants till energy is basically free.

    1. Re:How is nuclear not safe? by Anonymous Coward · · Score: 1

      EXACTLY. And even then the problems in Japan were entirely due to massively retarded design. How hard is it to understand that you need a huge concrete containment dome over your reactor vessel? Even if everything asplode in a truly magnificent clusterfuck, the radiation isn't going anywhere. It's all staying under that huge concrete dome. Re: Three Mile Island.

      There's only one kind of reactor that's capable (in the absolute worst-case scenario) of breaching such containment: the breeder reactor. No breeder reactors are still operational in most countries, especially not in the US after the Three Mile Island incident. It's all light-water reactors, which have no possible failure condition that could punch through a thick concrete containment dome.

      But no. No. Thanks to retarded Japanese engineers, the rest of the world has to pay as their greenies swarm out of the woodwork to continue shitting on our best source of cheap, clean energy. And they'll sell you an electric car for 50,000 bucks and 3-year battery life while they do it.

    2. Re:How is nuclear not safe? by Anonymous Coward · · Score: 0

      Seeing as you think nuclear reactors are safe why don't you move to Fukushima and eat the produce they grow there? It is so very safe after all. Nuclear reactors are completely safe until something goes wrong (power and thus cooling loss) and the fuel melts and NOTHING can be done to stop it any longer. Then everyone in the vicinity will suffer a health impact of varying degrees and the land and sea will be contaminated for many, many years afterward.

    3. Re:How is nuclear not safe? by Anonymous Coward · · Score: 0

      Radioactive elements don't kill quickly like a poisonous gas would, unless the leak is massive.
      Most likely, we'll start seeing higher rates of cancer in the areas around the reactors that leaked, in the months and years to come.
      Or, the japanese government will (try to) suppress reports of increased rates of cancer.

      About energy:
      You will never get energy for free, unless you make it happen yourself, by filling your roof with solar panels, or live in a location where you can use the surroundings to provide you with it.
      Governments have come to be very fond of taxing your energy use, to the point of preventing you from getting energy in alternative, non-taxed ways.

      That is why power plants have to be so big; they're are easy to tax, but way too expensive to build for anyone but billionaires, or large cities, or large corporations.
      Not so, if they were the size of an oven or washing machine, which fits neatly in some corner or basement of a house.
      Try researching how a radioactive/nuclear battery works, and try asking yourself; why doesn't every house have one? - There are no moving parts, no radioactive gases leaking, no danger from them, unless you actively destroy them.
      You would probably get more radiation from a CRT television, than you would from the battery. Or, from nuclear power plant leaks, but would they even exist if every house had one?

    4. Re:How is nuclear not safe? by Rising+Ape · · Score: 1

      EXACTLY. And even then the problems in Japan were entirely due to massively retarded design. How hard is it to understand that you need a huge concrete containment dome over your reactor vessel? Even if everything asplode in a truly magnificent clusterfuck, the radiation isn't going anywhere. It's all staying under that huge concrete dome. Re: Three Mile Island.

      No it won't, not necessarily. Without some form of heat removal, the fuel's decay heat will continue to heat and pressurise the containment atmosphere until eventually its failure pressure is exceeded. This doesn't necessarily take long - hours to days maybe. A big dome will give more time than a small one like at Fukushima, but still not enough to just sit back and relax. This is why the recently approved AP1000 reactor essentially has a cooling tower built into the containment structure - air is allowed to flow naturally over a wettened steel shell to take the heat away, with no power needed. The vast majority of reactors in operation do not have such a design though.

  24. There are different kinds of nuclear reactor by Easy2RememberNick · · Score: 1

    I'm not an expert on reactors but I don't this attitude of there being a 'nuclear plant' as if there were only one type there are different types and even the growing popularity of liquid fluoride thorium reactors (LFTRs).

      Canada, where I live, has plants using natural uranium in vessels that are not pressurized and they work fine without all the drama.

      Japan can do as it pleases of course I understand why but everyone else is freaking out over misinformation.

    1. Re:There are different kinds of nuclear reactor by dbIII · · Score: 1

      That's right, want a reactor to produce Plutonium for your weapons program? CANDU!
      That's why Australia wanted one in the 1960s and why Turkey was blocked from buying one a few years ago.
      Also, what do you mean by "every growing popularity"? Is one planned anywhere? Didn't the Indians take that technology, update it by about three decades, leave out the fluoride, and start work on a modern design instead of that stillborn dream of the 1950s?

  25. Reading isn't that hard... by kenh · · Score: 1

    Obviously, Japan HAS been running Nukes for the LAST fourty years, and now AFTER 40 YEARS OF SAFE OPERATION they will close nukes they deem unsafe, and ones they deem safe will remain in operation.

    What exactly is the news here? They will close 'unsafe' power plants and keep 'safe' plants up and running. Did Japan knowingly keep unsafe power plants online?

    --
    Ken
    1. Re:Reading isn't that hard... by sjwt · · Score: 1

      That would be a yes.

      --
      You have 5 Moderator Points!
      Which Helpless Linux zealot/MS basher do you want to mod down today?
    2. Re:Reading isn't that hard... by kenh · · Score: 1

      Key word is 'knowingly' - they thought they had it all figured out, until the ocean crashed in over their sea wall and flooded their generators that powered the cooling pumps.

      Until that happened, they thought it was safe.

      --
      Ken
  26. The voters are running the asylum by SmallFurryCreature · · Score: 0

    The voters are running the asylum but I can see how you can confuse them with the insane. The simple fact is that democracy of the masses is ill suited to complex issues where "cheap vs expensive" is only a tiny aspect of a much larger puzzle. Nuclear power isn't unsafe by the nature of nuclear power but by the nature of the enormous costs and length of time involved. You can't build or operate a nuclear plant within an election cycle so cross-party support must be arranged and this invariable can only be achieved by lubricating the system. Bribes? Not directly, more the old boy network being used to extreems. Officials get jobs on boards of directors and appoint people they think got the right frame of mind (IE the same as them) and "trust" their fellow chaps.

    If Fukishima had been a coal plant it would have belched forth tons of polutions and the coal might have been spread all over the place when the tidal wave hit. But these are managable. A nuclear reactor by its very nature when it goes wrong goes wrong in a big way. It has no room for compromise and half-hearted decisions. Fukishima should have been build with better protection but it wasn't because the people that were supposed to oversee it were all tied to its success.

    Power corrupts and absolute power absolutely corrupts. Some things just attract corruption. Not outright corruption with clear bribes as in say Italy where corruption is the expected norm but that veneer of corruption that means the chance of the right decision being made is very very small.

    Nuclear power is unsafe not because of physics but because of human nature. Sooner or later someone will try to safe money by cutting corners. And that will go right 99% of the time... just a pity that the 1% of the time is noticed around the world.

    --

    MMO Quests are like orgasms:

    You may solo them, I prefer them in a group.

  27. Old News is No News by Anonymous Coward · · Score: 0

    Book'em Dan O'.

    40 years from now no one at Fukushima or even inside the Diet or any other place in what was called Nippon will be around except their corps to raise a stink.

  28. Nuclear = Stupid. by crhylove · · Score: 0

    Solar is clearly the way forward. We've made HUGE advances in the last few decades!

    --
    I hold very few opinions. I hold information based on observation and fact. If you wish to disagree, please use facts.
    1. Re:Nuclear = Stupid. by Anonymous Coward · · Score: 0

      That is untill you discover how hugely polluting production of solar panels is...
      Our major advances seem to be more focused on how we can wreck our planet as fast as possible.
      But thanks to the huge advances we made in outsourcing, most of the pollution will end up in China...
      So, let's all go solar and not be stupid.

    2. Re:Nuclear = Stupid. by Anonymous Coward · · Score: 0

      Let us know when they invent a solar panel that works at night.

    3. Re:Nuclear = Stupid. by amorsen · · Score: 1

      Let us know when they invent a solar panel that works at night.

      Covering night energy needs is trivial in most of the world, assuming that energy is plentiful in daytime. The only significant challenge is to keep houses warm in cold climates, and heat is easy to store for half a day.

      The meagre needs for industry and households for actual electricity at night can be met by hydro + wind almost everywhere and natural gas in the remaining areas.

      --
      Finally! A year of moderation! Ready for 2019?
  29. mod up parent by Anonymous Coward · · Score: 0

    i heard they actually are.

  30. Coverstory for blackmail by Anonymous Coward · · Score: 0

    Lets see a report of the employees who worked at fukushima before the event, and ALL their foreign momements.
    Did a group from Israel come, do a contract work, then split just before the event?
    Anybody checking? No, that's right we are on slashdot, lazy fucks.

    Here's what I think, a team from Israel did some work, planted stuxnet, planted bombs, and pulled out 2 weeks before the event, after that either haarp or an underwater nuke caused the tsunami. Why? Because if you look at that news room if a 9 hit, they would have been hitting the walls at 44 miles an hour, that news room would have been all dead, yet they were still sitting in chairs and typing away. That's not a 9! The 9 was the cover story after the Japaneese Government being threatened.

  31. No alternative by jawahar · · Score: 2

    What's the alternative?
    Japan is devoid of natural resources.

    1. Re:No alternative by harvey+the+nerd · · Score: 1

      Imported LNG, wind/wave, and space based power. Nice choices.

  32. Situation, same as normal by Firethorn · · Score: 4, Informative

    40 years was the original design life for nuclear reactors. Of course, this article is pretty much 'life as normal'. In the USA you get a permit good for X years, normally 40. When a reactor reaches the end of that life, the owner of the plant has to decide whether to shut it down or move for permit renewal, where they have to, guess what, prove the plant is still safe to standards. That most likely means spending some millions on plant refurbishment/upgrades.

    Look at Fukushima - it was scheduled to be shut down.

    That being said - I DO support replacing old nuclear plants with new ones - they're more efficient and safer.

    --
    I don't read AC A human right
    1. Re:Situation, same as normal by tsotha · · Score: 2

      Has a reactor ever failed because of old age? Fukushima certainly didn't. If you want to make the case that we have better designs these days, and that we shouldn't be grandfathering in less safe designs then that's a pretty reasonable argument. But the OP's thirty year number smells of ass, and there's no reason you can't figure out whether a forty year old reactor is still performing up to its original design specs.

    2. Re:Situation, same as normal by Maury+Markowitz · · Score: 4, Informative

      "Has a reactor ever failed because of old age? Fukushima certainly didn't. "

      Fukushima absolutely *did* fail due to age. The primary pressure relief system failed, primarily due to age. It took several hours before pressure relief started.

      Beyond that, many reactors have suffered failures due to neutron hardening of the plumbing, particularly in the primary cooling loops. Re-piping is a common occurrence, and has added operational costs well beyond predictions. It has been the cause for massive cost overruns here in Ontario, for instance.

    3. Re:Situation, same as normal by tsotha · · Score: 2

      Fukushima absolutely *did* fail due to age. The primary pressure relief system failed, primarily due to age. It took several hours before pressure relief started.

      I can't find any indication the failure of that valve was age related. Some of the sites I came across point to a design problem. Do you have a link?

      Beyond that, many reactors have suffered failures due to neutron hardening of the plumbing, particularly in the primary cooling loops. Re-piping is a common occurrence, and has added operational costs well beyond predictions. It has been the cause for massive cost overruns here in Ontario, for instance.

      Failures, or just extra maintenance? Neutron hardening effects are predictable, after all. The cost aspect is a separate issue from safety.

    4. Re:Situation, same as normal by Firethorn · · Score: 1

      Looks up GP mentioning 30 years... Uhh... yeah. I don't normall read ACs, so I didn't see it before.

      Mandating a 30 year maximum lifespan for nuclear reactors, hardline, no extensions, is overkill. I view it a bit like NYC(and other cities) requirements that Taxis be bought new and only used for X years. If somebody comes up with a taxi that can take the abuse for longer, safely and efficiently, why not let it run longer? Then there's the fact that I want them to start shifting over to EVs - where they won't be able to run the car as many shifts*, but the body and parts aside from the battery should actually last longer.

      Have reactors failed due to old age? Not really, mostly what has happened is that reactors have been assessed at 30 years or so of operation, the owners decide that the upgrades necessary to extend aren't economical and move to shut the plant down. We don't here about those as often because unless you lived close to the plant, or got power from it, you didn't hear about it shutting down, cleanly and safely. As for the reason for 40 year operational lifespan and permit - that's basically a business guarantee 'we won't force you to shut your plant down before you've made your money from it**', for what's one of the biggest capital investments private industry makes. 30 would make nuclear plants harder to build, 50 not much easier as they'd have to prove the equipment would survive that long and provide maintenance figures to keep it in spec.

      As for better modern designs and grandfathering - I figure that if we had an active nuclear plant construction industry that building new plants would be cheaper, and would be cheap enough to compete with coal(less pollution!), and make building a modern plant look more competitive over extending an old one. For one competing factor - modern plants generally need less fuel for the electricity generated and have lower maintenance and operating costs.

      *That brings up another point - why base it off of time, and not miles?
      **As long as you don't screw up too badly

      --
      I don't read AC A human right
    5. Re:Situation, same as normal by Firethorn · · Score: 1

      Everything I've seen about what went wrong with Fukushima indicates that the only age related effects were the results of old design errors. Some fixable for relatively cheap, some not so much. A more modern reactor*, might have rode it through even with the 'small mistakes' like unsheltered generators. The explosions? GE had a published fix for that for something like the last 30 years, the operators never wanted to spend the money to upgrade. Similar type reactors in the USA have the fixes.

      *Fukushima's reactors are actually older than both TMI and Chernobyl's.

      --
      I don't read AC A human right
  33. bean counters cause gas by harvey+the+nerd · · Score: 1

    The mistakes were management cutting corners. The "engineering mistakes" were elementary ones that could have only come from greedy bean counters.

  34. ORSE.. by Anonymous Coward · · Score: 0

    Look at the US NAVY and specifically the Submarine fleet. They have been totally nuclear since the 60's. I served on two boomers and had to tolerate the annual ORSE (Operational Reactor Safety Exam) constantly.

    You either passed and the boat could operate or failed, and people get fired, retrained, and retested.

    IIRC subs are upgraded every 5-10years (major refits) and refueled every 20.

    So everything they are looking to implement is already in place, with a working model to examine.

      And I can guarantee you that a reactor on a boat is getting slammed around much more than a powerplant. Drills, PMs, annual certs etc.

    I find it HI-LARIOUS that some anti-nuclear people think that (as already posted) that once the last weld cools the reactor is turned on an nothing is ever tested for another 40 years. Are you really that stupid?

  35. No Laws Better Than Compromised Laws by assertation · · Score: 1

    It reminds me of the rent control laws in my city. At some point people got rent control laws passed, but were forced to put in compromises that sabotaged the goals of the law. Landlords were given the right to raise rent, significantly after a person was moved out and landlords were given the right to order people to move out for no particular reason, just with 60 days notice. So you get a situation of people getting kicked out of their homes every few years.

    This sounds like some good people in Japan started off with a progressive idea for shutting down the worst nuclear power plants and perhaps encouraging their replacement with better models/designs.

    It looks reality set in and compromises which took the teeth out of the law.

  36. Makes good sense to me. by WindBourne · · Score: 1

    America should be doing the same. In particular, we should get the GE PRISM going and put it on-site of old gen 1 and 2 plants. Then use that to process the nuke 'waste' that is stored there. In doing that, it allows current nuke plants to tear down old reactors that use old tech, while still maintaining energy, and profits. In addition, it converts a train-load of waste that would be transported to WIPP and stored for 20K years. Instead, we now remove all of the energy, put in place a SAFE reactor, and then drop the large train-load of waste, to less than a car of true waste of 200 years worth of issues.

    Then with any new sites, we should instead use a thorium reactor or some of the micro reactors, such as what GA, B&W, etc are working towards.

    --
    I prefer the "u" in honour as it seems to be missing these days.
  37. Overrated? by drinkypoo · · Score: 0

    Snicker, snort. Nice shillmodding, Japanese nuclear playboys! I think I'm turning mutated I think I'm turning mutated I really think so!

    --
    "You're right," Fisheye says. "I should have set it on 'whip' or 'chop.'"
  38. They should've known... by Anonymous Coward · · Score: 0

    What was going to happen. Nuclear disasters in Japan are like fish to water.

    Maybe Baquack Obamailure should drop another nuke on them so they can learn just how dangerous nuclear power is.

  39. How about replacements? by Anonymous Coward · · Score: 1

    How about joining the 21st century and leaving the 20th? We are already a decade in and better designs that are much safer exist. Oh yea it is very hard to make bombs out of them. Who would want safe, reliable, cheap energy if you can't have bombs?

    Liquid Fluoride Thorium Reactor

    http://www.youtube.com/watch?v=AZR0UKxNPh8&feature=player_embedded

  40. So...was Fukushima "deemed safe" or not? by toby · · Score: 1

    TEPCO clearly didn't confess it was unsafe before the tsunami. So this rule is worthless.

    That said, I didn't RTFA. But any loophole is inevitably exploited by profiteers.

    --
    you had me at #!
  41. The Obvious by Anonymous Coward · · Score: 0

    Why not just closed when not it is confirmed they are not safe rather then setting an amount of 40 years per facility? Silly Japan!

  42. Snobby pedant fail. by Uberbah · · Score: 1

    Sigh, you might want to actually know something before you start posting. Earthquakes and their accompanying tsunamis do not come on a regular basis. If anything having three in recent decades makes it less likely that there will be one of similar size in the near future as the energy would have been dissipated.

    That a big earthquake in 2011 makes it less likely for a similar quake to happen in the near future in the same area has fuck-all to do with the fact that they should have built it higher in the first place, with data they had at the time.

    And that's before you get to the fact that the chances of having to deal with a once-in-a-thousand-years event gets more likely as the number of sites you have increases.

  43. just like cars by Anonymous Coward · · Score: 0

    as all the import compact hot rod guys will tell you, Japan also requires cars to be thoroughly inspected after 5 years and mothballed, if the owner can't prove them to be reliably safe, which results in a nice flow of second-hand sporty Japanese engines to America to replace the sedate engines sold here. So, I guess this means we will have lots of junked nuclear powerplants for us to use!

  44. NRC should be like the FAA by Muad'Dave · · Score: 1

    If we had standardized designs, the NRC could issue mandatory safety bulletins are require upgrades across all instances of a particular reactor model much like the FAA/NTSB does for aircraft. As it stands all plants are custom-built, making lessons learned at plant A impossible to apply to plant B.

    --
    Tiller's Rule: Never use a word in written form that you've only heard and never read. You will end up looking foolish.