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Belgium's Aging Nuclear Plants Worry Neighbors (phys.org)

mdsolar writes with news that Belgium's decision to restart a reactor at its Tihange nuclear power plant and its aging Doel plant have some of its European neighbors uneasy. Phys.org reports: "As the two cooling towers at Belgium's Doel nuclear power belch thick white steam into a wintry sky, people over the border in the Dutch town of Nieuw-Namen are on edge. They are part of a groundswell of concern in the Netherlands, Germany and Luxembourg over the safety of Belgium's seven aging reactors at Doel and at Tihange, further to the south and east. 'I'm happy Holland, Germany and Luxembourg are reacting because they (officials) don't listen to you and me,' butcher Filip van Vlierberge told AFP at his shop in Nieuw-Namen, where people can see the Doel plant. Benedicte, one of his customers, nodded in agreement. Van Vlierberge said he was particularly uneasy with the Belgian government's decision in December to extend the lives of 40-year-old reactors Doel 1 and Doel 2 until 2025 under a deal to preserve jobs and invest in the transition to cleaner energy."

54 of 319 comments (clear)

  1. Sweden worries about theirs too... by MindPrison · · Score: 4, Informative

    ...the Swedish reactors are some of the oldest and the least serviceable in the world.
    http://www.thelocal.se/2015062...

    Swedish reactors where considered the 2nd least upgradeable and amongst the worst in the world. Kinda interesting since their Finnish neighbour has one of the most efficient and upgradeable reactor designs in the world. Go figure.

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    1. Re:Sweden worries about theirs too... by Z00L00K · · Score: 5, Interesting

      The reason is that after the referendum back around 1980 there was effectively a ban on all nuclear power research in Sweden.

      That has effectively caused the situation we have where the upgrades of the reactors have been limited.

      That said - the nuclear reactor technology is mostly a dead end because nuclear energy is very dirty - mines contaminating areas with radioactivity for millenia, mining and refining costing a lot of energy - producing CO2 in the process and post usage waste from the fuel and from the reactors when they are torn down.

      It's just the power plants themselves that are reasonably clean unless there's an accident (Fukushima, Chernobyl, Kyshtym, Harrisburg, Sellafield)

      Nuclear power is useful in special applications, but due to the long term effects of it if there's a problem it's not a good solution.

      --
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    2. Re:Sweden worries about theirs too... by Firethorn · · Score: 4, Insightful

      That said - the nuclear reactor technology is mostly a dead end because nuclear energy is very dirty - mines contaminating areas with radioactivity for millenia, mining and refining costing a lot of energy - producing CO2 in the process and post usage waste from the fuel and from the reactors when they are torn down.

      Citation on the mines causing radioactive contamination? Do you have any idea how dirty other mining operations are? None of them are really 'clean'.

      As for the energy cost of refining - I suppose you're one of the ones that argues that we shouldn't be using solar panels because making them involves mining and refining materials that creates nasty waste? Just like with solar power, nuclear power quickly becomes energy positive, and while it takes a relatively large amount of refining to get a fuel rod, it produces so much power over it's life, even in a wasteful US once-through system, that the energy costs are negligible, at least compared to the most frequent replacements - coal, natural gas, and such.

      For reactors being torn down, yes it takes energy. But given that we should know how to make plants last 50 years at this point, minimum, it's not actually that big of a proportion. Hell, after 50 years you'll probably be replacing the solar panels as well.

      On nuclear accidents - I'll give you that the earliest plants are dangerous. Fukushima, for example was older than Chernobyl or Three Mile Island. Newer plants would be safer.

      Really, that's all I ask for - build new nuclear plants to replace the old ones, not coal or natural gas. Keep a healthy mix of sources going.

      --
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    3. Re:Sweden worries about theirs too... by MrKaos · · Score: 3, Interesting

      For reactors being torn down, yes it takes energy. But given that we should know how to make plants last 50 years at this point, minimum, it's not actually that big of a proportion. Hell, after 50 years you'll probably be replacing the solar panels as well.

      The energy expenditure for *one* reactor decommissioning is around the 30-70TWh range [citing Vattenfal *and* Storm for lower and upper ranges] so with 400 odd reactors around the world we have a roughly 2800TWh energy *debt* pending from existing nuclear reactors in the nuclear industry a decade or two after they are decommissioned. An energy debt that will have to be paid by the great grand children of the baby boomers.

      On nuclear accidents - I'll give you that the earliest plants are dangerous. Fukushima, for example was older than Chernobyl or Three Mile Island. Newer plants would be safer.

      AP1000 plants have a lower thermal containment ratio (ie, the amount of energy the concrete dome structure can contain) than the installations at Three Mile Island. Additionally AP1000's concrete dome also doubles as a heat exchanger which is not a failure mode that has been tested in anything other than simulations of this type of reactor. So, they maybe newer and more modern, however we won't know for sure if the design changes made are improvements or flawed ideas that can go wrong.

      The EPR reactors appear to be a better design over AP1000 for many reason, the most obvious one being a *double* containment building, i.e that massive dome gets *another* structure built over the top of it and main facilities buildings set up so that the whole reactor isn't completely disabled in the event of an emergency. IIRC these are the reactors that Finland is installing.

      build new nuclear plants to replace the old ones

      I think the economics of building them has really hit the nuclear industry, it's billions of dollars up front and a very long time for any return or value on investment. There is simply better places for money to go. Even if they were built and put online today, none of these new reactor facilities will be producing power for people in 40 to 60 years time because they will be at the end of their service life. The energy debt is to carefully disassemble those reactors so that the toxic elements they contain are captured without being released into the environment.

      --
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    4. Re:Sweden worries about theirs too... by Christian+Smith · · Score: 4, Insightful

      For reactors being torn down, yes it takes energy. But given that we should know how to make plants last 50 years at this point, minimum, it's not actually that big of a proportion. Hell, after 50 years you'll probably be replacing the solar panels as well.

      The energy expenditure for *one* reactor decommissioning is around the 30-70TWh range [citing Vattenfal *and* Storm for lower and upper ranges] so with 400 odd reactors around the world we have a roughly 2800TWh energy *debt* pending from existing nuclear reactors in the nuclear industry a decade or two after they are decommissioned. An energy debt that will have to be paid by the great grand children of the baby boomers.

      Why would you think new plants have the same energy debt as old plants? New plants are designed with decommissioning in mind, whereas old plants were not and are a bugger to decommission. Dounreay in the UK has had loads of contamination problems, including masses of asbestos contamination, as well as discharges to the local beach (now closed). But all these old reactor problems are lessons learnt for the newer generation of reactors and designs.

    5. Re:Sweden worries about theirs too... by Z00L00K · · Score: 4, Informative

      Citation on the mines causing radioactive contamination? Do you have any idea how dirty other mining operations are? None of them are really 'clean'.

      As for the energy cost of refining - I suppose you're one of the ones that argues that we shouldn't be using solar panels because making them involves mining and refining materials that creates nasty waste? Just like with solar power, nuclear power quickly becomes energy positive, and while it takes a relatively large amount of refining to get a fuel rod, it produces so much power over it's life, even in a wasteful US once-through system, that the energy costs are negligible, at least compared to the most frequent replacements - coal, natural gas, and such.

      ...
      To produce the 25 tonnes or so of uranium fuel needed to keep your average reactor going for a year entails the extraction of half a million tonnes of waste rock and over 100,000 tonnes of mill tailings. These are toxic for hundreds of thousands of years. The conversion plant will generate another 144 tonnes of solid waste and 1343 cubic metres of liquid waste.

      Contamination of local water supplies around uranium mines and processing plants has been documented in Brazil, Colorado, Texas, Australia, Namibia and many other sites. To supply even a fraction of the power stations the industry expects to be online worldwide in 2020 would mean generating 50 million tonnes of toxic radioactive residues every single year. ...

      http://www.theguardian.com/commentisfree/2008/dec/05/nuclear-greenpolitics

      The time factor involved for radioactive material being hazardous is what makes it bad compared to many other alternatives. The amount of energy needed to produce the fuel at a quality needed for the reactors is also pretty high, which easily can be translated to CO2 emissions.

      --
      If builders built buildings the way programmers wrote programs, then the first woodpecker would destroy civilization.
    6. Re:Sweden worries about theirs too... by AmiMoJo · · Score: 3, Insightful

      Manufacturing solar PV isn't nearly as bad a nuclear energy, if you look at the entire lifecycle on a per watt generated basis.

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    7. Re:Sweden worries about theirs too... by Xyrus · · Score: 4, Insightful

      The reason is that after the referendum back around 1980 there was effectively a ban on all nuclear power research in Sweden.

      That has effectively caused the situation we have where the upgrades of the reactors have been limited.

      That said - the nuclear reactor technology is mostly a dead end because nuclear energy is very dirty - mines contaminating areas with radioactivity for millenia, mining and refining costing a lot of energy - producing CO2 in the process and post usage waste from the fuel and from the reactors when they are torn down.

      As opposed to coal, which is very clean to mine, have absolutely no radiological or toxicological contamination rendering sites into toxic waste dumps for millenia, produce no wastes whatsoever, and don't require any CO2 output because magical fairies and unicorns support it with their wings and horns.

      It's just the power plants themselves that are reasonably clean unless there's an accident (Fukushima, Chernobyl, Kyshtym, Harrisburg, Sellafield)

      Nuclear power is useful in special applications, but due to the long term effects of it if there's a problem it's not a good solution.

      Yeah, just like all those clean happy underground coal fires, fly ash dumps, etc. that of course have no negative impacts whatsover. And coal doesn't produce massive amounts of CO2 either, that's just a red herring.

      Oh you weren't talking about coal? You were talking about solar? Oh my bad. Rare earth mines are even cleaner. Those pictures of toxic wastelands in China as a result of open pit strip mines are just made up. And since rare earths are so plentiful and easy to get, ramping up production levels by several orders of magnitude to meet the global demand to make everything run on solar is completely feasible and has absolutely no negative repercussions, because reasons. And since solar power is fueled by hopes and dreams you can just put it everywhere and solve all the world's problems.

      Nuclear is "dead end" because a lot of people have worked very hard over many decades to make it dead end.

      --
      ~X~
    8. Re:Sweden worries about theirs too... by MachineShedFred · · Score: 5, Informative

      Whenever someone talks about something being 'radioactive for hundreds of thousands of years' it means they are trying to scare you. It's far worse if something is radioactive for only a couple hundred years, because it's far more radioactive.

      There are isotopes of Iron that have a half-life in the tens of thousands of years, but I don't hear anyone clamoring to shut down the steel industry over it.

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    9. Re:Sweden worries about theirs too... by MachineShedFred · · Score: 4, Informative

      You talk about Three Mile Island in the same sentence as Fukushima, Chernobyl, and Sellafield, but from the Wikipedia article YOU linked:

      According to the Rogovin report, the vast majority of the radioisotopes released were the noble gases xenon and krypton. The report stated, "During the course of the accident, approximately 2.5 MCi (93 PBq) of radioactive noble gases and 15 Ci (560 GBq) of radioiodines were released." This resulted in an average dose of 1.4 mrem (14 Sv) to the two million people near the plant. The report compared this with the additional 80 mrem (800 Sv) per year received from living in a high altitude city such as Denver.

      The safeties worked. There was fuel meltdown, but it was contained, and the radioactive release amounted to less of a radiation dose then you would receive from a round trip flight from New York to Los Angeles.

      Was it a mess? Sure. Was it an expensive mess? Absolutely. Was the public in any danger at all? No.

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    10. Re:Sweden worries about theirs too... by thegarbz · · Score: 2

      That article is feral FUD. It has all the hallmarks:

      1. Claiming that someone is exempt from some critical safety guideline, when the summary of the guidelines are that all local regulatory requirements should be met, right from the Department of Redundancy Department.
      2. Pulling numbers without a baseline comparison against alternatives, all those numbers look great compared to other mines.
      3. Appealing to authority (Australian greens) as if they are an actual authority.
      4. Talking about disregard for the locals (Aboriginals) of which there are very few and who are being compensated anyway.
      5. Talking about something being close to cities (25km from Alice Springs), without mentioning that Alice Springs is a town of 25000 people and 25km away is the middle of a completely uninhabited desert, and then mentioning that winds *may* be able to carry radioactive dust.

      Hey it worked, it has you scared.

      Now excuse me while I lobby for an increase in the shift from Coal to Uranium since extracted power wise we could shut down 4 coal mines for an equivalent uranium mine built, and the coal industry is killing people at a constant rate while the uranium industry is not, and the coal industry is pumping radioactive plumes into the air at a constant rate while the uranium industry is not, unless it's a windy day and then you *may* get some radioactive dust according to the article.

    11. Re:Sweden worries about theirs too... by tnk1 · · Score: 2

      Whatever ends up "winning" this debate will produce the best value per watt or least pollution per watt. Why? Because the winner will be the subject of research and improvements and the other will not. It almost doesn't even matter which source has the best absolute efficiency, because the improvements over what is currently possible will eclipse most of the arguments made either way.

      And whoever wins will say, "see, I told you so," but I'm certain that given the right amount of time, we could make either one of these work.

      That aside, there's too much FUD about nuclear out there. It is a power source we should be using and moving forward with design on, even if it isn't the solution to the global energy crisis. We need to keep researching and developing new and better designs. Nuclear power has a lot of uses and is a type of power generation that does not require specific environmental conditions in order to operate. That's why our farthest ranging space probes are using RTGs right now, and not solar panels. If anything, we need the option available, and to make it safe, we have to have good designs and experience operating those designs.

      The reality is that there will be no single solution at all for the energy crisis until we're able to complete some sort of megaproject like a space-based solar collection swarm. We're only hurting ourselves pretending that we're going to be able to solve all our issues with one or two types of energy production.

    12. Re:Sweden worries about theirs too... by Creepy · · Score: 2

      It doesn't have to be. Most 4th generation designs are breeder reactors. Anything labeled fast reactor here is a breeder reactor that converts either thorium to fissile uranium or "nuclear waste" uranium to fissile plutonium. In layman's terms, they actually run on what conventional nuclear calls nuclear waste. Furthermore, they tend to burn long lived actinides, leaving much shorter lived waste. All of these reactors are most effective with on-site reprocessing, but given that being a proliferation concern, you can have once-through designs and do reprocessing at a single (or two - I believe the US had 2) secure facility, just like the US did in the 1970s.

    13. Re:Sweden worries about theirs too... by AmiMoJo · · Score: 2

      No, not really. It means they are pointing out that some waste has to be stored for that long because that's how long it is a danger to the environment and human health. That presents some unique challenges because it's hard to plan for that length of time. Is the area geologically stable enough for the next 100,000 years? Will any information you leave your descendants about it be intact and understood in 50,000 years times when there is still danger?

      Trying to trivialize these issues just wakens your argument by demonstrating that the plan in many places is to just keep kicking the can down the road until someone else figures it out.

      --
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    14. Re:Sweden worries about theirs too... by MachineShedFred · · Score: 2

      The amount of radioactivity of an isotope is inversely proportionate to it's half life. I'm fine with waste that is radioactive for 300,000 years, because it's just not that radioactive. Also, the type of decay matters - Plutonium, with it's half life of 280,000 years, decays by ejecting an 'alpha' particle, which is blocked by your dead skin. It is only dangerous radiation if you eat it or breathe it.

      And coal fly ash and released mercury is toxic FOREVER.

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    15. Re:Sweden worries about theirs too... by Hognoxious · · Score: 2

      Finland is Uralic.

      Type mismatch near line 261. Expected country, got linguistic group. Bailing

      --
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    16. Re:Sweden worries about theirs too... by Anonymous Coward · · Score: 2, Interesting

      > It is only dangerous radiation if you eat it or breathe it.

      That's a bigger risk than people admit, especially over longer timescales. You breathe in dust all the time -- oops, this dust is plutonium-contaminated, and now the alpha emissions are inside your lungs. You pick some wild strawberries to eat on a picnic -- oops, the area is plutonium-contaminated, and now your stomach is getting the alpha emissions.

      Sure, right now we have the plutonium-contaminated sites fenced off, but will we keep them fenced off for the next 100 years? The next 1000 years?

      The part about nuclear that scares people like me is that dealing with the waste requires really long-term plans. How many programs started by the Roman Republic are still fulfilling their purpose today? For some types of nuclear waste, that's the kind of timeline we need for a management program.

      You do make a good point about coal fly ash and mercury, though. Replacing all nuclear plants with coal plants would be a bad idea.

  2. Lots of unwarranted concerns by Anonymous Coward · · Score: 4, Insightful

    The move away from nuclear power in Europe is a knee-jerk reaction to the Fukushima Daiichi disaster. That the plants are old might be cause for concern, if the reactors don't meet modern safety standards. However, nuclear plants are very safe now and every disaster or near-disaster is thoroughly analyzed and changes are implemented at other plants so such incidents never occur again. For example, the United States' Nuclear Regulatory Commission carefully reviewed the Daiichi plant disaster and implemented changes in the US to make such an event even more unlikely at American nuclear plants. The phase out of nuclear power is based on largely unfounded fears, not science and logic. It's easy to ridicule Americans for attitudes about climate change and evolution. But there are equally foolish things in Europe, like the views on nuclear power and GMOs. I just wish people on both sides of the pond were more rational about some pretty important issues. I'm not opposed to phasing out nuclear power if superior technology becomes available, but I don't think there's really a superior alternative in many situations. Fossil fuels are awful and solar and wind aren't without their own problems.

    1. Re:Lots of unwarranted concerns by Anonymous Coward · · Score: 2, Informative

      Part of the reason for building ITER is to determine how severe these concerns actually are. One of the counterarguments about the radioactivity is that fusion reactors won't produce much of the dangerous waste that comes from fission plants. Fusion power may not be viable in the near term, but ITER will hopefully answer those questions. That said, until there are real tests of fusion power, it can't be considered a viable alternative to fission plants.

    2. Re: Lots of unwarranted concerns by prefec2 · · Score: 2

      Independent from your preference for nuclear or regenerative energy, the nuclear plants in Belgium are broken. It is like one major accident per week in their plants. They are unable to run and maintain the present plants. And they only run, because they are unablento implement any alternative including getting electricity from their neighbors.

    3. Re:Lots of unwarranted concerns by zAPPzAPP · · Score: 5, Informative

      This has nothing to do with the move away from nuclear. I don't even know if Belgium is moving away from it. France certainly isn't, so it's not like 'Europe is moving away from nuclear'.

      These particular reactors have a fail basicly each week. Just over new years weeks they shut down and restarted three times due to various problems. They have cracks in their containment. They are horribly outdated.
      And not only is Belgium so small that any critical reactor failure would affect its neighbours directly anyway, they are also built right on the borders. So of course the neighbouring countries do have a word to say about these issues.

    4. Re:Lots of unwarranted concerns by Anonymous Coward · · Score: 2, Informative

      For the record, in Belgium, the law to go nuclear-free by 2015 was voted in 1999. Nothing to do with Fukushima.

      At the time the government included ecologists who had had "stop nuclear" in their program since forever (funny thing is that they did argue that gas-based plants are a less-worse replacement for nuclear. Of course they'd prefer to go all solar and wind, but this is Belgium, not California).

      When the ecologists got kicked out of government a few years later, the other parties did nothing to prepare alternate solutions to nuclear but didn't repel the law either and here we are now with ageing nuclear plants that get a last-minute 10-year extension. Besides the extension is probably a bit unconstitutional, but we cannot know because a part of it consists in a contract with the private firm owning the plants and said contract is confidential with huge penalties for the government if it's made public (or so they say).

    5. Re: Lots of unwarranted concerns by cyber-vandal · · Score: 4, Insightful

      The views on nuclear power are based on how polluting it is and how difficult it is to do it safely, especially when corners are cut as at Fukushima. The opposition to GMOs is based on a completely warranted distrust of large multinationals who are well known for delivering defective products while lying about doing so. Better behaviour and transparency is what's required, not just dismissing justified suspicion as stupidity.

    6. Re: Lots of unwarranted concerns by Mashiki · · Score: 2

      Maybe they should hang up the anti-nuke FUD and start building new nuclear power plants. Canada could even sell them some Gen3/3.5 or 4 if they're that desperate.

      --
      Om, nomnomnom...
    7. Re: Lots of unwarranted concerns by prefec2 · · Score: 4, Insightful

      The real problem in Belgium is their lack of being organized. They cannot agree on anything in short term. Not in new nuclear plants (super expensive), grid improvements, or even a single wind turbine. The political factions in Belgium are unable to come to any agreements. Especially when a solution is not required at once. And the present plants did not blow up so far, so there is no imminent threat. For US Americans, imagine two tea parties (one from the south and one from the north) which hate each other and two moderate parties where one of the moderate parties is in favour for separation of the north and the other is not. And you need at least three parties to form a government. Forming governments have been hard in this environment. Lately, it took them over 500 days to come up with a coalition. They could also not mitigate their energy crisis by switching of highway illumination at night.

    8. Re: Lots of unwarranted concerns by goarilla · · Score: 2

      Take those "accidents" with a grain of salt. Most of those malfunctions (transformers ?) happen all the time, even 30 years ago.
      They just weren't reported back then like they are now. The one thing I do fear though is that they could've cycled through experts to find one
      who was willing to say it was safe to put the one with ruptures in the vessel back online.
      Because yes, we haven't build any new plants in a long time because the politicians can't make up their mind.

    9. Re:Lots of unwarranted concerns by JaredOfEuropa · · Score: 3, Interesting

      ITER is an international effort that happens to be built in France (Japan was the other candidate IIRC). Besides demonstrating a capability to sustain fusion at a significant net energy surplus, it should answer the question of to what degree the reactor vessel will become radioactive, and many other difficult questions as well. Sadly it'll be a while before we'll know more; realistically, ITER won't see first plasma before 2025, and will take years to demonstrate sustained fusion.

      Meanwhile, interesting things are happening in Germany. The Wendelstein stellerator has seen first plasma last month and is going operational this year. This thing attempts to solve a number of issues with the classical Tokamak design, and the goals for this reactor are rather ambitious: to sustain plasma for up to 30 minutes.

      --
      If construction was anything like programming, an incorrectly fitted lock would bring down the entire building...
    10. Re:Lots of unwarranted concerns by AmiMoJo · · Score: 2

      France is slowly moving away from nuclear. For decades it was a cash cow for the companies running like, like EDF. They were sucking up tax money on the promise of cheap power, but it never came and they are now the biggest benefit queens in the country. The public is fed up of subsidising their for-profit business, and won't put up with it any more.

      Interestingly EDF has just conned the UK government into doing the same thing with the new plant they are building, in partnership with Chinese companies. Guaranteed high prices for the lifetime of the plant, regardless of what the market will sustain.

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
    11. Re: Lots of unwarranted concerns by Xyrus · · Score: 4, Informative

      The views on nuclear power are based on how polluting it is and how difficult it is to do it safely, especially when corners are cut as at Fukushima. The opposition to GMOs is based on a completely warranted distrust of large multinationals who are well known for delivering defective products while lying about doing so. Better behaviour and transparency is what's required, not just dismissing justified suspicion as stupidity.

      Nuclear power is far less polluting than any other traditional power source by many orders of magnitude. In fact, if people weren't so damn stupid it would be one of the least polluting power sources on the planet for the power density.

      --
      ~X~
    12. Re:Lots of unwarranted concerns by budgenator · · Score: 2

      I don't get why Fusion is given a free pass by the NIMBY everything nuclear is scary crowd. lithium is physically dangerous, deuterium is slightly toxic, and tritium is as much a nuclear hazard as anything coming out of a fission plants fuel rod and it's insanely difficult to contain as well. If you don't think that neutron activation isn't going to make the whole thing as radioactive as a fission reactor core, your delusional.

      The only reason that I can think of why Greens prefer Fusion over Fission is Fission is always 30 years away and they would rather see humanity living in cave, huddled around a dung fire breathing dioxin laden smoke.

      --
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    13. Re: Lots of unwarranted concerns by Interfacer · · Score: 2

      Speaking as a Belgian, living in Belgium since I was born, I'd say he is right. We have 5 different governments that partially overlap, we have 3 official languages, and the 2 major language groups can't stand each other. I think Belgium is a great place to live, but that doesn't mean I can't also acknowledge that our political system is pretty dysfunctional and nothing sensible gets done unless it is an emergency.

  3. Cleaner energy? by Bearhouse · · Score: 3, Insightful

    Nuclear is pretty clean, and low co2. Yes, it's more expensive than its boosters pretend, but then ago so are most of the other highly-subsidised alternatives. Disposal of the waste is not as difficult as people pretend, and in fact would be simple and cheap if successive generations of politicians not bowed to NIMBY pressure...

    Running older reactors can be perfectly safe too; costs a bit more, since you have to model how the materials age and replacement can be tricky, but there are specialists who provide those services. The concern is that some organisations are moving away from the "safety first, money no object" mentality to squeeze more cash out of their already highly-profitable installations.

    1. Re:Cleaner energy? by umghhh · · Score: 4, Insightful

      'would'??? So you say we have no working waste disposal but 'would' be able to fix the problem if we 'could' fix NIMBY problem. Wow that is a small task. Go and fix it today cowboy!
      As for cheap I do not know - the nuclear is subsidized only in different ways than say solar panels. The start of the panels were subsidized by Germans mostly. Once the production facilities were everywhere and forced prices down the subsidies were not needed anymore. Nuclear has been heavily subsidized by powers that be too. The only difference is that they never fixed this 'already fixed' waste problem and insurance is still subsidized. The price hikes on new reactors are faster then the building firms which means costs are almost out of control. Plus it is difficult to manage nuclear device when it works and when it goes out of control there is a huge problem what to do with the smoking pile of shit that remains. You may argue they are safe but if we build and use as much of them as you want then chances of accidents will multiply too. We may still be forced to use them but the way it looks like now - we can invest in so called renewables and in efficiency thus reducing the need for the nuclear besides special applications.

    2. Re:Cleaner energy? by drinkypoo · · Score: 3, Insightful

      "would be cheap" ... "can be perfectly safe" ... One thing you can count on is that there will be human actors who will act in bad faith. If your system can't survive that while still acting properly, then it's a bad system, unless your proposal includes a feasible means of altering human nature.

      --
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    3. Re:Cleaner energy? by Anonymous Coward · · Score: 2, Insightful

      If you are thinking of fixing waste disposal in the US, start by changing the law. Reprocessing (to recover the pretty large fraction of fuel that hasn't been used up) is still illegal "for security reasons". Apparently the govt is afraid someone is going to make bombs.
      Reprocessing = less mining and less waste, but the current 'open' fuel cycle - mine, use once, dispose - is easier to keep track of.

      The current amount of waste stored in the US contains enough leftover fuel to power the entire nation's electricity grid for 100 years.
      That is 48 years after the first commercial power plant started operating.

      Don't let politicians decide on nuclear policies.
      THEY are the ones who decided to keep reactors open to 25% above their planned life expectancy in Belgium, and IMO the only criterion that mattered was the amount of bad voter blood power outages would render them (outages being the result of their failure to provide an alternative to those shut down reactors).
      The power companies didn;t have a choice in the matter.

      Commerical organizations that can be expected to try cutting corners for profit shouldn't be trused either, but politicians are worse.

      As to one of your other points: I don't agree that nuclear power has been heavily subsidized. Building a plant is expensive, but the operating cost per MWh makes them so much cheaper that subsidies were never necessary. There has been sponsored research, but that's not something that's limited to the nuclear sector.

    4. Re:Cleaner energy? by MachineShedFred · · Score: 2

      Even more ridiculous: the waste being stored that could be reprocessed into more reactor fuel is grade-A unsuitable for weapons production because there is far too much Pu-240 and Pu-241 in it. You could never make a working nuclear explosive out of it, but we needed to 'lead by example' even if we were leading the world to a stupider place.

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  4. You can't build new ones because the old ones suck by bolt_the_dhampir · · Score: 4, Insightful

    It's fascinating how the old reactors are still in service because the public is afraid of them. The collective fear of the old reactors and their flaws leads to new reactors not being a favorable political decision. Thus, we are stuck with the 40 year old old versions of the most efficient clean energy production we're aware of.

  5. Ah Belgium Politcs by prefec2 · · Score: 4, Informative

    Unfortunately Belgium is the most dysfunctional state in Europe's west. Sometimes their political cast is unable to form a government for years. Actually, it is like that after each election. So they are not properly governed for 1/4 to 1/2 of the time. Their police has no clue where their potential terrorists live, and their control and oversight of nuclear plants is not governed by safety concerns, but by the fact that their grid is not that well connected with neighboring countries. They also do not have any program to replace the old and broken reactors with anything not even new plants. It is necessary that they understand that it us not working and that they should dissolve their country.

    1. Re:Ah Belgium Politcs by NaughtyNimitz · · Score: 4, Interesting

      Exactlly: but that dissolving is met with fierce resistance from the French-speaking part of Belgium. Just recently, the leading party (a pro-secession Flemish party that has vowed to delay their already well known secession plans during their appointment in order to get the country back on track) has publicly announced they will look into the confederalistic matter INTERNALLY as a long-term strategy: just to make it clear they do not intend to do it now.
      Immediately and will all guns blazing, the French-speaking parties except the Liberal Party talk of nothing short of a revolution in the Belgian Parliament. Of course, every Flemish person understands it is in their best interest to keep Belgium (an artificial country created by the imperial powers of the 19th century) together as they 'think' the fruits of Flemish labour (a.k.a. money transfers from Flemish to Walloon part) is their due payment for the past 2 centuries of pampering those peasant Flemish farmers with their Germanic-based language into the industrial age.
      I for one think Europe should be about people in regions with their own culture but under the umbrella of a bigger organisation (EU) but without the blooper-government (Greece, Merkel-Migrants, ....)

    2. Re:Ah Belgium Politcs by Anonymous Coward · · Score: 3, Informative

      dissolving is met with fierce resistance from the French-speaking part of Belgium

      Even in Dutch speaking Belgium, only 6% is in favour of dissolving Belgium. Source

      The only ones in favour of splitting up Belgium is a minority in Belgium itself, and people from other countries who do not have a real clue about Belgium.

  6. There's no "groundswell" by johannesg · · Score: 2, Insightful

    The thing may really be a problem, that I don't know. But I _can_ tell you that this whole affair has the stink of public manipulation heavily upon it. For months, we have been hearing about every little problem in that reactor ("the copying machine in the reactor ran out of paper. There was no risk of radioactive contamination."). Which would invariably be followed by "The paper in the copying machine in the reactor has been refilled. Experts say the risk of radioactive contamination is minimal." There have been 3-4 articles a week about things happening in that reactor, and most of them, at least to my non-expert eye, looked really rather like business as usual, while at the same time containing all the keywords that would set of alarm bells in everyone reading it.

    As I said, I have no idea if there's anything wrong in that reactor, but public opinion is clearly being massaged. We are supposed to be afraid. It is not normal for every tiny problem to be made into a series of news articles, and I'm wondering what is really behind this story.

    1. Re:There's no "groundswell" by AmiMoJo · · Score: 2

      The articles are about things that are a little more serious than a lack of copier paper, in that they demonstrate that the plant operators are not being very pro-active in heading off problems before they happen. Rather they wait for stuff to fail before doing anything about it, because that's cheaper. Problem is that if something goes wrong and they are still waiting for that replacement part to come in and be fitted, bad things could happen.

      The deal was that they get to operate something that is highly profitable but also capable of bankrupting the country and ruining hundreds of thousands of lives if it goes wrong, on the basis that they do it properly and always put safety first. Seems like over the decades they have become complacent and cheap. It's happened at many other plants too. The deal has been broken, and considering that they are still making vast profits out of the plant it doesn't seem unreasonable to ask that they at least hold of their end of the bargain.

      --
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    2. Re:There's no "groundswell" by Yoda222 · · Score: 2

      The reactor are not really close to Germany. Well, they are close in absolute distance, but if you look at Belgium scale, not that close. And if wind push radioactive material to Germany, it will pass over Liège (Lüttich/Luik) If they had to chose a place with the less impact in Belgium with dominant winds coming from SW, still on the Meuse, they should have gone on the other side of Liège, like somewhere in Herstal or Visé, close to the Holland border. (they probably had good reasons not to go there, I don't know)

      It's difficult to build anything far away from a border in Belgium. But when I look at the map of nuclear reactor in Germany, it's quite similar (at least according to this map https://upload.wikimedia.org/w... ), a lot close to the borders, less in the middle. France also has a similar pattern. (special prize for the Chooz plant)

    3. Re:There's no "groundswell" by thegarbz · · Score: 2

      Belgium has no faith in their reactors? Last I checked the one of most concern was no where near Germany (Netherlands maybe). But interestingly enough it's just as close to the Dutch border as it is to the largest city in Belgium, Antwerp.

      But more interesting is that you think this is all some major conspiracy. Nuclear reactors are typically built next to large bodies of cooling water. You know what else is at large bodies of water in Europe? Country borders.

      Your observations are correct, the conclusions you draw from them however do not reflect reality.

  7. It's not just the neighbors that are worried by BDeblier · · Score: 5, Insightful

    Speaking as a Belgian, I'm worried about a French multinational in control of the plants not giving a damn about anything but their own profit margins. We hear about incidents (so far in the non-nuclear parts of the plants) at least once per month. The problem is that unlike Chernobyl, Belgium's nuclear plants are in highly populated areas. In case of a real incident, we might have to evacuate and relocate several million people. Not to mention that the parts of our neighbors that could be affected are also pretty densely populated. The deal referred to exists purely to transfer a lot more money to said multinational. This money might be better spent either on a new generation of nuclear plant, or better, reusable energy. Unfortunately, said multinational also appears to have zero interest in investing in new power plants in Belgium.

  8. It's more about media attention by tinkerton · · Score: 2

    While the belgian reactors are old , I think the current worries are mostly a result of the tight regime they're being run at now. Strict safety procedures means lots of powerdowns and lots of news events. This constant media attention then leads the neighbors to start worrying. That's the main issue at work now. It's not due to inherent dangers becoming too high.

    That aside, the fact that the reactors are old and still necessary is a symptom of the historical bad approach to nuclear energy that we had in the west. Nuclear energy boomed when the technology was immature, and lots of large scale plants were built with very long lifetime. This slowed down the evolution of the technology. For good evolution you need fast rotation of the plants and good diversity. Then enthusiasm waned and now the west is stuck with very old plants and no mature technology, and the technology here is as good as dead. We don't even have any experience in handling the end of the lifecycle of a plant. China, India and Iran are starting with better knowhow but the conditions are more dangerous (highly populated areas, earthquake prone..), so it looks like they have some disasters in the making too.

     

  9. I saw the title... by bluegutang · · Score: 4, Insightful

    and thought "This looks like another post by user 'mdsolar' spreading FUD about alternatives to solar power".

    And guess what, that's exactly what is was.

    Why does Slashdot tolerate his continual shilling and trolling? Does he pay them?

  10. Re:better to invest in solar by drinkypoo · · Score: 2

    1) the reactors have had full inspections and are under constant control, this is not Japan

    "this is not Japan"? What does that mean? Because Japan is known for having the absolutely finest process control and attention to detail in the world. Are you asserting that your people are somehow immune to corruption? Because I have a large, red bridge in which I would like to interest you in partial ownership. It generates substantial toll revenue...

    Those suggesting solar and wind as alternative demonstrate their incompetence in math. Solar and wind will NEVER be sufficient in our region, just check the numbers of all countries investing a lot of money in them.

    You talk about demonstrating their incompetence in math, then you demonstrate your incompetence in logic, upon which math is based? Hilarious! Or in light of your prior comment, perhaps I should say, hirarious!

    batteries are very green, right? And efficient, right?

    Batteries can be very green, only the small and lightweight ones are "necessarily" toxic and actually those are getting greener all the time, too.

    solar/wind therefore requires an almost equal amount of production capacity from gas

    WHAT? The word "therefore" is supposed to come after an argument which you haven't provided. Do you even English, bro?

    last year we had a peak energy import du to unavailability of nuclear

    No, due to unavailability of power. Nuclear is just one kind of power. Nobody should have to explain this to you.

    --
    "You're right," Fisheye says. "I should have set it on 'whip' or 'chop.'"
  11. Re:better to invest in solar by drinkypoo · · Score: 2

    Because it has been proven many times over you would need to pepper most of the earth with solar panel

    [citation needed]

    and it is not as if colar panels

    hee hee

    are environmentally 'free' to manufacture either.

    They are getting cleaner all the time, using less and less objectionable material. They don't need expensive, energy-intensive, and hazardous nuclear cleanup at the end of their service lives, either. Modern panels made in the first world are required to both be recyclable, and to not leach toxics if simply landfilled.

    --
    "You're right," Fisheye says. "I should have set it on 'whip' or 'chop.'"
  12. Re:You can't build new ones because the old ones s by AmiMoJo · · Score: 2

    It's fascinating how many people think the opposition is down to fear, and not money.

    Take the UK as an example. The public doesn't seem to be afraid of nuclear power or nuclear weapons, based on two debates we are having about it right now. First you have the new nuclear plant being built. No-one is complaining about safety, it's all about the insane cost, and the fact that in order to get a French/Chinese partnership to build it for us we had to agree to pay them way over the odds for the power generated, for the lifetime of the plant.

    Then you have the debate over our nuclear weapons system, Trident. Again, few concerns over the safety of the thing, it's all about the cost and if we really need it for defence.

    The UK has a pretty terrible record on nuclear safety, but most people don't care. They just want cheap power, and nuclear doesn't offer it.

    --
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    SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
  13. Re:Stupid to build new ones cause uranium is runni by pastafazou · · Score: 2

    Oh, so now we have "peak uranium" being offered as a potential crisis? They said the same thing about oil 50 years ago, and here we are, still going strong with a glut of oil. Stop with your propaganda please. Here's the facts on Uranium as a power source: " Uranium-235 is a finite non-renewable resource.[1][3] However, the current reserves of uranium have the potential (assuming breeder reactor technology) to provide power for humanity for billions of years, until the death of our sun, so nuclear power can be termed sustainable energy.[4] " - from https://en.wikipedia.org/wiki/...

  14. Re:I saw the title... by MachineShedFred · · Score: 2

    I just wonder why this guy is always trashing every technology not named solar. If we're serious about climate change, we should be building anything not named 'coal', 'oil', and 'natural gas'.

    Solar is fantastic. I work for, and own stock in, a solar company. I would love to see panels on everyone's rooftops, especially if they were installed by my company. It's just not realistic without some form of energy storage technology that doesn't exist today. We still need to produce energy at night time. And, right now when it's snowing and 7 degrees (Fahrenheit) outside where I live, we need reliable energy for heating, and snow-covered panels aren't it.

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    Slashdot still doesnâ(TM)t support Unicode after it was added to the HTML standard in 1997.
  15. argumentum ad hominem by peon_a-z,A-Z,0-9$_+! · · Score: 4, Interesting

    One of the rare times where, after many users have provided counterarguments against mdsolar's negative posts in the past, we as a group need to resort to directly attacking the character and motive of all posts by mdsolar.

    http://slashdot.org/submission/5458403/20-nations-nuclear-facilities-said-to-be-vulnerable-to-cyberattack

    http://slashdot.org/submission/5439281/why-james-hansen-is-wrong-about-nuclear-power

    http://slashdot.org/submission/5415059/portions-of-land-at-san-onofre-nuclear-plant-may-be-contaminated-navy

    http://slashdot.org/submission/5373577/the-attack-of-the-nuclear-hucksters

    Why are we still accepting such biased submissions from mdsolar?

  16. Re:Look on the bright side by Creepy · · Score: 2

    In the US the towers were specifically designed with the possibility of an aircraft impact in mind, and even if the tower were breached, very little nuclear radiation would likely be emitted. Studies suggest the likelihood of an aircraft collision with a US tower actually causing a breach are infinitesimal. If the Belgian towers were designed around similar parameters, I doubt terrorists could breach them and I imagine car bombs wouldn't have much better luck.

    If you mean dirty bombs, you'd need to steal nuclear waste (to get the short lived Actinides, mainly - the long lived ones probably won't do enough tissue damage unless you're very near the blast, as in smoking a cigarette is worse because those contain short lived and dangerous polonium) and separate out some of the shorter half life/more toxic parts to have an effective dirty bomb. Uranium itself in fissile/fertile form would be a terrible choice if you are looking at creating radiation related fatalities. Something like polonium would be vastly more effective. You'd also need to build a large conventional explosive, probably a fertilizer bomb, to actually spread it to any reasonable range.

    TL;DR - obsolete reactors don't really help terrorists. You'd probably do more damage blowing up a few hundred cartons of cigarettes in a dirty bomb than stolen nuclear waste, though neither would be particularly effective.