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Nuclear Power: The Road to a Carbon Free Future 

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Today, nuclear power provides 10% of the world’s electricity. But to stem climate change, we’re going to need far greater amounts of clean and reliable energy. Thirty countries currently operate nuclear power plants. More than two dozen others are looking at nuclear energy to meet their power and climate needs. In the western United States, more than 30 towns and cities are also looking to the future. They want to go carbon free. And they’re betting on small modular reactors (SMRs) to get there.

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6 авг 2024

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Комментарии : 82   
@canadiannuclearman
@canadiannuclearman 4 года назад
Elizabeth Warren and Berni Sanders should view this video.
@ubertar
@ubertar 4 года назад
They're my two favorite candidates but they both need to do their homework when it comes to nuclear. It may be they know the truth but it's too risky in a primary to say it, or maybe that's just my cynicism. I wish someone like Al Gore would come out publicly in support of nuclear... that could make a huge difference. More people have been coming around on this but not enough. Hopefully it will reach a breaking point soon.
@Erik-py4jm
@Erik-py4jm 4 года назад
It’s one of my few view points I disagree with Bernie on. Hoping he will talk to the world leaders of Finland and France and change his mind on including it in the Green New Deal
@kano1957
@kano1957 4 года назад
Late Ronald Regan president of USA used to say: If it moves, tax it. If it still moves regulate it. If it stops moving, subsidize it. Now is the time to subsidize nuclear.
@pvsheridan
@pvsheridan 2 года назад
Nice try....Your misrepresentation of RRR is revealing. Reagan said that as sarcasm, as criticism. He said that as a rebuttal to the Big Government sleaze that we are now all too encumbered by.
@agentoxide
@agentoxide 11 месяцев назад
@@pvsheridan of course Reagan said that sarcastically. He is a a market fundamentalist whose job as corporate salesman is to bash the public sector and any type of consumer protection as this overreaching "Big Government" boogyman who will infringe on ppl's gods giving-right to cumulate endless stream of profits
@skacharya17
@skacharya17 4 года назад
Nuclear power is must for survival of human kind.
@fukufukushima4697
@fukufukushima4697 4 года назад
LOL did you know fukushima is 100 times worse than chernobyl... a nuclear expert Dana durnford has tested the coastline of USA and proven that species are dying and gone... where there was 7000 species are now just 100... its a huge huge disaster and the next one is coming... there has been 100 disasters in USA, most of them small... did you know about santa susana disaster? 300 times worse than three mile island... watch dana durnford channel PLEASEEEEE
@sevenicolas2820
@sevenicolas2820 4 года назад
Fukushima only killed approximately 2000 people. Coal plants killed slightly under a million people.
@FlyingSavannahs
@FlyingSavannahs 3 года назад
@@fukufukushima4697 Are you attributing this loss of species to the Fukushima disaster?
@FlyingSavannahs
@FlyingSavannahs 3 года назад
@@fukufukushima4697 Ok, I checked out Dana Durnford. He is a known conspiracy theorist crackpot. Track down where all his sources he points to in his studio come from. They come from conspiracy theory websites, and one source he used is the RT broadcast channel which is run by Russia. There is no science here. Wake up!
@jimmoses6617
@jimmoses6617 11 месяцев назад
@@fukufukushima4697 Pure anti-nuclear energy propaganda fear mongering...and it has obviously worked on you. Just look at France. They get over 70% of their electricity with nuclear energy and have a stellar safety record. The Laws of Thermodynamics require that there is no free lunch. Nuclear waste is small, containable, and we can deal with it. Carbon fuels, when burned, release several heavy toxins, including mercury, that go straight into our atmosphere, sullies our collective air, water, and soil, and is totally non containable. Pick one.
@canadiannuclearman
@canadiannuclearman 4 года назад
China is building 12 reactors not 9. They have 45 already.
@threadbearr8866
@threadbearr8866 4 года назад
Why is this unlisted?
@phishfearme2
@phishfearme2 4 года назад
coming from 30 years in the commercial nuc power industry, I will tell you loud and clear that the main risks and costs are associated with licensing uncertainty - and the resulting required design changes. I never hear about this from these small reactor sales men.
@malthus101
@malthus101 Год назад
Licensing? What does that mean?
@sk8899
@sk8899 3 года назад
Lets be honest the real need is for "Fast Breeder Reactors" to insure that there is minimum Nuclear Waste to insure Safe Storage. Russian BN-800 FBRs are one good examples. Renewable sources of energy like Solar & Wind are only good for Green Hydrogen(H2) production. Both Battery EVs & Hydrogen FCEVs are the future of Mobility in 21st century. Even if more advanced fast charging battery solutions are developed, bigger transportation systems like Trucks, Merchant Ships & Commercial Aircraft will require Hydrogen FCEVs technology. "Nuclear Energy" is also the solution to the future Space Mobility requirements especially for Space Mining Operations.
@charlessands9228
@charlessands9228 2 года назад
Bob Nichols @ veterans today ,
@canadiannuclearman
@canadiannuclearman 2 года назад
Doug lightfoot of the lightfoot institute Nobodysfuel agrees the conversation to nuclear for ships is a must.
@malthus101
@malthus101 Год назад
"Both Battery EVs & Hydrogen FCEVs are the future of Mobility in 21st century." - wrong, we have oceans of oil still in reserve, so much better for the environment than all the chemical-filled batteries needed for EVs.
@sk8899
@sk8899 Год назад
@@malthus101 Not every country has the Ocean of Oil & Gas so its better for those Nations that lack such resources to invest in Battery-EVs & Hydrogen FCEVs.
@malthus101
@malthus101 Год назад
@@sk8899 nope they can buy from countries that do. Besides, how will they make their solar panels and wind turbines without fossil fuels?
@planetoftheyoung3548
@planetoftheyoung3548 4 года назад
How pathetic of this leading nuclear power body to imply that one of the main justifications for deploying nuclear power is to support renewable technologies. Just 5 years from now, GE-Hitachi will start building their first BWRX-300 SMR and, after a 2 year build programme, the breakers will be thrown in 2027. It is the simplest, and therefore the most cost-effective nuclear power plant [npp] that has ever been designed and is ever likely to be designed. By 2030, it will be available at a capital cost of $2,000/kW - 1/3rd of the capital cost of 'big' nuclear, 1/5th of the capital cost of onshore wind [the most cost-effective renewable technology] and 1/2 the capital cost of any other Gen III+, PWR-based SMR. It beggars the question - why bother deploying any other form of npp? The BWRX-300 is designed-to-cost and uses
@adamdanilowicz4252
@adamdanilowicz4252 4 года назад
I too like the BWRX-300, among other reactor designs. My only gripe with the whole SMR thing is that it's dependant on economies of scale and a constant flow of orders, and I'm not sure how many utility companies across the world will be buying the technology at a sufficient scale.
@planetoftheyoung3548
@planetoftheyoung3548 4 года назад
​@@adamdanilowicz4252 If you accept the future of electricity generation will be politically forced into deploying low-carbon generation technologies, the future market is enormous and essential. The battle is a straightforward one between renewables and nuclear, with wind and solar being the predominant renewable technologies. With the BWRX-300's build programme being reduced to 2 years - same as wind and solar - the quick returns these pseudo-green, quick-buck, pension fund managers so desperately seek, will be available from SMR nuclear power. A single BWRX-300, with a capital cost of £456 million, will generate 142 million MWh of dividend-paying electricity over a 60 year lifespan. £456 million spent on onshore wind, would finance 450 MW of onshore wind, which would generate 30 million MWh of dividend-paying electricity, over a 25 year lifespan. Put the same money in and get nearly 5X the earnings - it's a 'no contest'. Those fund managers will be crawling over one another to get their money out of renewables and into SMRs. The politics will follow the money; the general public will be told - you're getting nuclear, it's safe and it will cut your electricity bills. There will be the shrugging of millions of shoulders and a 'just get on with it' response.
@sk8899
@sk8899 4 года назад
My biggest concern is about the Safety of Small Modular Reactors especially from Terrorist attacks. Conventional large scale Nuclear Reactors can generate a lot of Energy & transfer it through Grid networks. And, Government can ensure the safety of these Reactors. At present the usual design capacity for PWRs is 1000+ Mwe or 1500+Mwe, if new PWR designs of 2000 to 2500+ MWe are developed & constructed in Mass scale to reduce the Costs then What is better?? SMRs or Conventional PWRs?? Now, the major question is What about the Brine Solution after Seawater Desalination?? What are the challenges to Marine life from Brine solution dumping in Oceans?? Can Brine solution be Mined for Mineral Resources like Lithium, Sodium, Uranium, Thorium etc?? What about Thorium based Molten Salt Reactors?? Or Fast Breeder Reactors to utilise the Nuclear spent fuel??
@LinusE
@LinusE 2 года назад
If containment structures are built as they should terrorist attacks won't be an issue, from the outside. SMR's are good because they're easier to assemble and though they generate less energy than a large plant they can still power up towns. My hope lies with Thorium Reactors, or as you said molten sodium reactors.
@malthus101
@malthus101 Год назад
um terrorists don't really exist, they are a fictional creation of the CIA to scare people like you.
@polyph0nic
@polyph0nic 6 месяцев назад
yes nuclear, finally please lets go nuclear. i live in the valley of the great salt lake, i suffer from the inversions. lets do it
@charlessands9228
@charlessands9228 2 года назад
Why is the Cs-137 in my yard ? 650cpm in 10 min tests... 65 cpm
@lennihaapala8169
@lennihaapala8169 2 года назад
are you using a gamma spectrometer
@charlessands9228
@charlessands9228 2 года назад
@@lennihaapala8169 I'm a poor boy, can I borrow some cash?
@lennihaapala8169
@lennihaapala8169 2 года назад
@@charlessands9228 do you even know about background radiation
@charlessands9228
@charlessands9228 2 года назад
@@lennihaapala8169 yep, after 2000 nuke bombs background 20-30
@cheesy__bear
@cheesy__bear Год назад
Sweet! It's cheap, clean, sustainable, and best of all it can support wind/solar. Wait, why not just scrap the wind/solar then?
@Sschieffelin
@Sschieffelin Год назад
Because solar may be cheaper to build per mwh. But the sun isn't always shining so you still need that dispatchable base load that nuclear provides.
@cheesy__bear
@cheesy__bear Год назад
@@Sschieffelin If that were true, then energy bills would be decreasing in areas with solar/wind not increasing. The per MWHr rates are BS, based on unrealistic assumptions. Reality is when you have solar/wind you have to run the backups inefficiently, buy electricity from neighbors during high demand, and pay neighbors to take excess during low demand. When those realities are considered the per MWHr rates explode for solar/wind.
@imeakdo7
@imeakdo7 Год назад
Yes! Let's become solely dependent on a single energy source that can't be mined off of every country on earth. What a great idea let's do it!
@mynameisnobody5295
@mynameisnobody5295 Месяц назад
Wind and solar are better on buildings(especially on midrise. Example you creat a power nest enhanacing both. Solar panel are more optimal at certain temperture levels while the turbines will cooll down the solar panels as well as generating electricity. This is why the need for diverse sources of energy.
@mynameisnobody5295
@mynameisnobody5295 Месяц назад
@@Sschieffelin You also add turbines on rooftops especially on midrise where the wind is stronger.
@malthus101
@malthus101 Год назад
"cLimAte cHAngE" 🥴
@imeakdo7
@imeakdo7 Год назад
Doesn't exist right?
@wlhgmk
@wlhgmk 4 года назад
This may sound far fetched but bear with me. Civilizations have collapsed in the past many times. One of the most recent was the fall of the Roman Empire. Heck, We didn't even have running water and reticulated sewage again until the Victorian era. So my question is this. What happens to all these nuclear power stations, and for that matter all the repositories of nuclear waste that the industry has still not found a solution for, if our civilization collapses. We will no longer have the money, the equipment or the expertise to manage them. It may not happen any time soon but with our bent politicians, pandering to the rich and the vested interests, it would seem that we are really pushing the envelope. Add to this that it is apparently now less expensive kW for kW to build and operate wind and/or solar farms. With the lesson of the mega battery in Australia, it looks as if we have solved the problem of not generating power when it is needed and having an excess when we don't need it.
@chapter4travels
@chapter4travels 3 года назад
Nuclear waste is not now or ever been a real physical problem, only a political problem. The tiny amount we have is safely stored in nearly indestructible steel reinforced concrete casks that can withstand being hit by a train. It will just sit there waiting for the commercialization of molten salt breeder reactors to reuse and consume it as fuel, it's worth a fortune. That type of reactor is in the licensing phase in the US, Canada, Russia, and China. Wind and solar are not cheap, they can only add cost to a reliable electricity source. They just upgraded the mega battery in Australia, it went from 11 minutes of capacity to one hour. It is not the kind of storage battery that you think it is. It's a buffering battery that smooths out the current going to the grid, which allows them to have fewer diesel generators running 24/7.
@overPowerPenguin
@overPowerPenguin 2 года назад
They burry waste inside bunkers then put some resin and concrete over it, basically makes impossible to contaminate anything even if earth crack down in that area, because that resin will expand and fill any cracks.
@Jemalacane0
@Jemalacane0 3 года назад
Except for hydropower and geothermal, fuck renewables. Go nuclear, hydropower, geothermal, and natural gas.
@charlessands9228
@charlessands9228 2 года назад
Let's store the waste @ your huis
@Jemalacane0
@Jemalacane0 2 года назад
@@charlessands9228 Okay. Rhodium is worth about $20,000 per ounce.
@imeakdo7
@imeakdo7 Год назад
Yes let's become solely dependent on energy sources that either can't be mined off of every single country or are not available in enough quantities for every single country let's go
@booomer300
@booomer300 4 года назад
Fukushima Japan Hanford usa good lol
@fukufukushima4697
@fukufukushima4697 4 года назад
santa susana disaster in usa 300 times worse than three mile island... WTF
@CARPHUNTER62
@CARPHUNTER62 4 года назад
you have to have nuclear reactors to have nuclear weapons-how can you have nuclear weapons if you don't have nuclear reactors.LOL
@adamdanilowicz4252
@adamdanilowicz4252 4 года назад
You can make a nuclear bomb from highly enriched uranium though the isotopic separation of U235 from U238 using a system of centrifuges - no reactor is required.
@draven4464
@draven4464 4 года назад
@@adamdanilowicz4252 not only that but there are countries with nuclear power and no nuclear weapons
@sevenicolas2820
@sevenicolas2820 4 года назад
You’ve heard of North Korea right?
@orkestargvantanamo2353
@orkestargvantanamo2353 2 года назад
Are we going to forbid farts for this carbon hoax? Put but plugs probably up, not to emit coTwo?
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