Abize said:Citation needed, surely there would be a heap of peer-reviewed scientific papers discussing this and calling for stricter zoneing plans for areas around a nuclear plant.GoaThief said:No.
The pattern is repeated elsewhere but these things tend to get brushed under the carpet.
Most nuclear plants are still using outdated technology, this is all due to money. They aren't cheap and corner-cutting happens all the time. Humans are not infallible either and mistakes will be made and you can bet your ass that terrorist groups are eyeing up nuclear reactors with glee.Says you with absolutely no first hand experience. On paper everything is made to be kosher but the reality is radiation always gets into the surrounding area, "venting" happens on nearly every single plant and is often not even covered in the news, even local. There are other methods too, strange how the surrounding seawater is devoid of much life and sits at a few degrees higher than elsewhere in the estuary.
wow. I don't even know where to start with you, so ill just leave this here.Ultratwinkie said:Demongeneral109 said:the estuary is because of the reduced oxygen in the higher-temperature water, not nuclear run-off. the water is used to cool the heating power-system, that which isn't vented from the cooling towers goes into local water-sources, and is not irradiatedGoaThief said:No.JeanLuc761 said:Are there other possible environmental factors that could be causing the high cancer rates?
The pattern is repeated elsewhere but these things tend to get brushed under the carpet.
Says you with absolutely no first hand experience. On paper everything is made to be kosher but the reality is radiation always gets into the surrounding area, "venting" happens on nearly every single plant and is often not even covered in the news, even local. There are other methods too, strange how the surrounding seawater is devoid of much life and sits at a few degrees higher than elsewhere in the estuary.Unless your local plant is experiencing radiation leaks, whether they be airborne or through groundwater, the plant shouldn't be affecting that.
Any nuclear plant built around water (all of them) has the potential to be struck by tsunamis and flooding of various kinds, to assume it's not going to happen just because it hasn't already is folly in the extreme. Nuclear energy has only been around for a blink of an eye, Fukushima is a fine example as is Chernobyl. These things will happen again and in greater numbers if these plants are continued to be built.As far as Fukushima goes, in my opinion that event is not a good argument against the use of nuclear power due to the extreme circumstances surrounding it.
You're joking, right? Twice the rate of childhood leukaemia around French nuclear plants [http://jech.bmj.com/content/55/7/469.long] is just one random example. The country has seen many thousands protest against nuclear power within the last year alone.Meanwhile, 75% of France's energy demands are provided entirely by nuclear power, and they're having no problems.
Catastrophic problems are not the only problems, aside from which ONE is too many as it is. If you were born around the immediate area of a disaster you might well be saying otherwise, if you were still living of course.There are 435 nuclear plants in the world, and only two of which have had a catastrophic problem, and those issues have been rectified by modern reactor designs.
Most nuclear plants are still using outdated technology, this is all due to money. They aren't cheap and corner-cutting happens all the time. Humans are not infallible either and mistakes will be made and you can bet your ass that terrorist groups are eyeing up nuclear reactors with glee.
I guess you missed the key part about "scientific" groups and thinktanks backed by some of the richest corporations on the planet responsible for some of, if not the worst man-made disasters the world has seen. Let that sink in for a minute.Then, there's thorium nuclear power which is quite literally meltdown-proof.
You must have glazed over the key tidal barrage part, which accounts for a lot more and is definitely powerful enough to power large populations. As I previously stated, the plans are there it's just the simple fact that energy giants are more interested in making a bigger profit, aka nuclear. Don't try to tell me it's impossible as even the biased media and politicians around here agree it's feasible yet finance plays a big role.Additionally, a wind farm is not nearly efficient enough to feasibly provide enough power to a large population.
We haven't even touched upon the transport and disposal of nuclear material yet, another big problem that inevitably gets sidelined in these discussions. But hey, what does a guy who has lived in the shadow of a large nuclear plant for years know anyway?
Except that you are not making Hydrogen to get energy, you are making hydrogen to fuse to make Helium to make energy. Now the energy released by doing THAT is far greater than the energy required to break hydrogen bonds. Where things get sticky is that fusion part where you are pumping craptons of energy in just to get the stubborn atoms to fuse. There is a very real problem, before that, not so much.Blablahb said:Uhm, hydrogen can never become an energy source, because that would break the laws of physics, the first law of thermodynamics to be precies. It's not possible to create more energy than you're using up while making hydrogen.Antari said:That won't always be so, they are pretty rapidly improving the power requirements to create hydrogen in large amounts. The progress will put Nuclear energy into the history books in time.
Hydrogen is a form of energy storage.
First of all a coal power station is about 4 times MORE radioactive than a nuclear one.GoaThief said:No.JeanLuc761 said:Are there other possible environmental factors that could be causing the high cancer rates?
The pattern is repeated elsewhere but these things tend to get brushed under the carpet.
Says you with absolutely no first hand experience. On paper everything is made to be kosher but the reality is radiation always gets into the surrounding area, "venting" happens on nearly every single plant and is often not even covered in the news, even local. There are other methods too, strange how the surrounding seawater is devoid of much life and sits at a few degrees higher than elsewhere in the estuary.Unless your local plant is experiencing radiation leaks, whether they be airborne or through groundwater, the plant shouldn't be affecting that.
Any nuclear plant built around water (all of them) has the potential to be struck by tsunamis and flooding of various kinds, to assume it's not going to happen just because it hasn't already is folly in the extreme. Nuclear energy has only been around for a blink of an eye, Fukushima is a fine example as is Chernobyl. These things will happen again and in greater numbers if these plants are continued to be built.As far as Fukushima goes, in my opinion that event is not a good argument against the use of nuclear power due to the extreme circumstances surrounding it.
You're joking, right? Twice the rate of childhood leukaemia around French nuclear plants [http://jech.bmj.com/content/55/7/469.long] is just one random example. The country has seen many thousands protest against nuclear power within the last year alone.Meanwhile, 75% of France's energy demands are provided entirely by nuclear power, and they're having no problems.
Catastrophic problems are not the only problems, aside from which ONE is too many as it is. If you were born around the immediate area of a disaster you might well be saying otherwise, if you were still living of course.There are 435 nuclear plants in the world, and only two of which have had a catastrophic problem, and those issues have been rectified by modern reactor designs.
Most nuclear plants are still using outdated technology, this is all due to money. They aren't cheap and corner-cutting happens all the time. Humans are not infallible either and mistakes will be made and you can bet your ass that terrorist groups are eyeing up nuclear reactors with glee.
I guess you missed the key part about "scientific" groups and thinktanks backed by some of the richest corporations on the planet responsible for some of, if not the worst man-made disasters the world has seen. Let that sink in for a minute.Then, there's thorium nuclear power which is quite literally meltdown-proof.
You must have glazed over the key tidal barrage part, which accounts for a lot more and is definitely powerful enough to power large populations. As I previously stated, the plans are there it's just the simple fact that energy giants are more interested in making a bigger profit, aka nuclear. Don't try to tell me it's impossible as even the biased media and politicians around here agree it's feasible yet finance plays a big role.Additionally, a wind farm is not nearly efficient enough to feasibly provide enough power to a large population.
We haven't even touched upon the transport and disposal of nuclear material yet, another big problem that inevitably gets sidelined in these discussions. But hey, what does a guy who has lived in the shadow of a large nuclear plant for years know anyway?
.triggrhappy94 said:This is an interesting issue that I don't think gets discussed enough, escpecially because it doesn't seem to be aligned with one party or another.
What's your stance on it? Way or the future, or dangerous pipe-dream?
My thoughts: I think it's a great idea. As of now, when the most recent designs are used any plants completely safe. In a couple years it could easily surpass any other form of energy with the development of He3, which is already close. For those who don't know, He3 could be used for almost completely clean energy. It's rare on Earth due to the atmosphere, but the Moon is covered in it. A shuttle's worth of the stuff could be enough to power America for a year. It's basically like in the movie Moon, minus the cloning part.
Captcha: motorman's atmlil
fi6eka said:Chernobyl was safe.The problem were the stipid people operationg it.Everything has limits and when you go over them, you have to expect something to fail.
Yeah I sort of hinted that Chernobyl was an experiment gone wrong. I stated outright what happened (not in detail) there in my original draft of my first post, but it apparently didn't make the final cut. Chernobyl still wasn't safe, but it wasn't a bomb.Vegosiux said:Lets not also forget that even considering that, the reason for it going to hell in a handbasket was human stupidity. Even Chernobyl reactors were "safe enough" not to blow up in your face on their own.
But yeah I support nuclear power. Just has to be treated with utmost respect and care.
Chernobyl... unsafe? Where do you get that from? Just for the fact that the reactors were unstable or the fact that it was run by idiots who put extra strain on the most unstable reactors?crudus said:People don't really seem to understand how safe nuclear energy is. People were on the fence and warming up to the idea when 3 Mile Island (If I remember right, nobody died) and Chernobyl (which was very avoidable) happened. People kind of vetoed it then. Honestly we need a lot more nuclear power. It is clean and very efficient. Fuel is literally decaying(figuratively in our hands), and people don't want to use it.
Let's not forget that Chernobyl as crazy unsafe even for those times.Istvan said:They've come a long way since the unsafe designs of the 50s (Like Chernobyl). I support nuclear power plants. I know some folks prefer coal due to its apparent safeness but if you count the tens of thousands of people who die yearly from coal mine accidents and the pollution that coal plants makes we'd need Chernobyl every three weeks to even match that.
That's not what the OP was talking about??WoW Killer said:Not seen anybody mention Hybrid Fusion-Fission [http://en.wikipedia.org/wiki/Nuclear_fusion-fission_hybrid]. Very nearly possible with current tech, and solves any remaining issues of pure fission power.