Sorry to disappoint you but I’ve worked for a cable manufacturing company and it’s fairly basic technology. A ten minute video would cover most of it. But maybe I’m just cynical.
What? Why? Renewables weren't ready and the countries that were, being polite, politically stable and rational were not in a position to fuel enough to deal with couldn't provide enough nuclear fuel to power a continent of 750m even if enough reactors could be brought online to meet demand quick enough. Life isn't simple lad😮
@@Enhancedlies There are currently no definitive answers to who blew it up. Only accusations and potential motives. so going around saying there is a definitive answer is straight up propaganda.
We've known what to do with nuclear "waste" for decades Fast reactors can utilize the spent nuclear fuel of thermal reactors, in doing so it reduces the amount of time the waste needs to be stored from hundreds of thousands of years to hundreds of years. There's enough energy content in the SNF of the world to meet all of our energy needs for 50+ years
Not ALL nuclear waste is spent fuel rods.. It can be as something simple as spanner that's been exposed to lethal amounts for a long time etc. It has to be locked away still and that is the big problem with nuclear waste.. there is so much of it because of that
@@Migman2020 True, but it's important to note that tools like spanners and other equipment, while they can become radioactive, are generally much less of a problem than spent fuel rods. Many of these tools can actually be decontaminated and reused, or safely disposed of as low-level waste. They also make up a much smaller portion of overall nuclear waste compared to spent fuel, which is the real long-term challenge due to its high radiation and long half-lives. So while both need careful handling, the impact from tools is far less significant.
Its how compilations worked, although you and many other ppl out there may think (probably?) they should never have been made (like Do not make compilations for personal gain ....)
Nice bit of fun on Dawson Creek. Just to be clear, the name of the town is Dawson Creek while the TV series is Dawson's Creek. And there is no relation between the two. I actually spent a month as a young engineer there working a several engineering projects: gas plant in Tumbler Ridge, cogeneration plant in Fort St. John. Beautiful area locally referred to as Peace Country or 'The Peace" as it's part of the Peace River valley.
Internet social spaces are mostly useless and has been for a long time. Astroturfing and bot comments everywhere. Trust nothing you read. I could be a bot too, don't even listen to me
@4:58 hmmmm, actually the Philippines does have a nuclear power plant, but it hasn't been activated yet due to safety concerns among local communities. However, the Philippines and the US recently signed an agreement to develop civil nuclear energy in the country, which could lead to the eventual activation of the Bataan Nuclear Power Plant.
Quick question about the fusion; So, how do you communicate the thermal energy generated by the °150,000,000 plasma reaction to enough water to make the process efficient & diffuse that energy pulse among the water so that you don't have an instant stream explosion from all the water in the system flash boiling?
Why does a 'new' compilation video not have on screen text , explaining out of date information , in each of the many instances ? Also would appreciate a link to any video you may have on non-hydro power storage mega projects ,[like molten salt or massive hydrogen tanks or mega conventional batteries] , if none exist consider this a suggestion (would be very useful to counter all the naysayers on renewable being unsuitable for base load , that we STILL encounter way too often !)
Nuclear waste is recyclable, we can continue to harness the nuclear energy within it and create power. This also decreases is “shelf life” from thousands of years to hundreds maybe even less. Some places do it, but not many, problem is we don’t have those facilities built yet to do it.
The russian reactor is not WWER but VVER - not "water" but "voda". Btw, what about Jaslovské Bohunice, plant A1? It was really intresting power plant...
Fusion energy .... How energy is collected ???? ...from, 150000000degrC to what ??? :) This is interesting. Everything else we heard 150M times on TH-cam before :) Regards. Interesting video :)
I love that the solution to nuclear waste, to bury it in bentonite, is our same solution we have for our indoor cats waste. No joke. Cheap cat litter is almost 100% bentonite.
Misleading to say that spent nuclear fuel is vulnerable to a disaster like that at Fukushima. An earthquake and tsunami would not lead to that kind of disaster, or likely any disaster at all.
Interesting video but one should add that Finland has been suffering from Sweden closing 6 of its 12 rectors driven by the Swedish Green party over the last 20 years driving up the carbon footprint 25 folds in Sweden per MW produced..
Rising prices in Europe aren’t caused by “a shortage of renewable power”… Rising prices are literally caused BY the “transition” to solar and wind, which are a complete waste of money, time, and rare earth minerals.
China leads in modern nuclear including SMRs. As a percentage of total power, France still leads and may be overtaken by Finland, but that one reactor can accomplish that says something about the size of the market.
@@SKgaming-qy6gn 726 square kilometres of land used for a nameplate capacity of only 30GW. Globally, solar has a capacity factor of less than 30%, which is just appalling. This is wasting vast amounts of land and money. 30GW of energy generation could be done from any number of reliable sources on a much smaller area of land, with a much higher capacity factor.
@@cerealport2726 Just as a comparison. Bruce Power in Ontario is 6.5 GW capacity and is 2200 acres and can run 24/7. So in 45 sq km they could produce the same amount of power with a capacity factor around 90%.
Shouldnt another reason to not use it bejng that u-235 is a rarer form of uranium? Itll become rarer the more we use it and dont find another way. Its just steam power at the end of the day
Nuclear fuel is only 3-5% U235, and it's not like you just go looking around in the ground for it. Uranium ore is what's mined, and it's pretty plentiful. Enrichment is what concentrates the useful isatopes. Compared to other low carbon energy sources (especially wind and solar,) nuclear requires less mining of rare materials.
If "Ready Kilowatt" and his friends have their way, there will be no need for all that much natural gas going forward. Even I have resisted the heat pump water heater, but am considering a heat pump furnace. I don't know where Europe is in this transition. And if you need a lot of heat, you still need fuel.
That's the glory of fusion if the componentsbfail the elements used aren't that volatile in whivhbthey blow up and the conditions are so specific that if the plant malfunctions the process stops immediately and thus I reiterate that things one of the many reasons why ppl seek fusion it's very safe.
45 languages... they can't just narrow that down to under double digits just to make communication a little easier? It's not like it's a super technical piece of equipment or anything. Pretty sure God didn't even use 45 different tongues to bust up that Babel Tower project way back when.
Until nuclear fusion is made viable natural gas and nuclear fision will be a must. Renewables alone simply can not generate the electric load needed for current demand.
With the risk out waying the gains. Other than greed that has no regard for life on The Earth. Why would we still build one of these atrocities that creates a bio hazard that lasts hundreds of liftimes.
Please talk about Norways idiotic (for its own people) intent to sell renewable energy to mainland Europe. Norwegian citizens getting shafted with crazy kwh prices, when we are self sustained!
This information is from Generative AI is experimental. While it's not possible to completely neutralize nuclear waste, there are several methods that can minimize its toxicity: Transmutation This process uses an accelerator-driven system (ADS) to bombard nuclear waste with neutrons, which can transmute it into stable, non-radioactive isotopes. This process can also turn harmful waste that's toxic for 240,000 years or more into waste that's only toxic for less than 500 years. EUREECA This process uses a clay-like mineral called a layered double hydroxide to capture radionuclides from liquid radioactive waste. The mineral is then baked into a stable material for disposal and long-term storage. This process has several advantages over conventional technologies, including concentrating the contaminants hundreds of times. Shock electrodialysis This process uses an electric field to generate a shockwave in water that pushes electrically charged particles, or ions, to one side of a tube. This allows for the separation of a concentrated stream of contaminants from the rest of the water. For example, this process can selectively remove cobalt and cesium isotopes from water that also contains boric acid and lithium, allowing the water to be reused in the reactor
We have solved how to deal with nuclear waste, recycling would be the best like in france and japan. You get to extract energy out of the waste and it also lowers the actually waste to like hundreds of years not instead of tens of thousands.
Would love to see a video on how the intercontinental Internet cables were built.
Same! I've never seen. Even though I'm doing a degree in computer science haha
Jesus dude......is just a cable ....i woul love to see a video with bitcoin mining
Discovery channel's Mighty Ships Series, Episode on the Cable-laying vessel Tyco Resolute.
Bon voyage!
Sorry to disappoint you but I’ve worked for a cable manufacturing company and it’s fairly basic technology. A ten minute video would cover most of it. But maybe I’m just cynical.
In hindsight, I bet Europe is not happy about the Nord Stream 2 investment now…
Did I do a time jump or did the B1M just forget to mention NS2 exploded?
The video was published in 2021, before that.
Us didnt wanted it. So urkaine got a pro us President and Nordstream was blown up by the mericans
Well they certainly don't need to worry about it anymore, they have other means of energy production!
What? Why? Renewables weren't ready and the countries that were, being polite, politically stable and rational were not in a position to fuel enough to deal with couldn't provide enough nuclear fuel to power a continent of 750m even if enough reactors could be brought online to meet demand quick enough.
Life isn't simple lad😮
2022?,how old is this video?.
it literally says it at 0:35
"published june 2021"
It's a compilation video.
@@TheCountess666 ah i wish posters would make it clearer when its older footage.
Published July 2021
Published June 2021
Ngl BIG poweplants are just so ✨fascinating✨🥺
And the proces of creating them is equally fascinating!
I had the pleasure of spending two whole days touring inside and outside the ITER facility earlier this year on a custom invited tour.
Nordstream II .... was it not bombed like years ago?
yes via the US
@@Enhancedlies There are currently no definitive answers to who blew it up. Only accusations and potential motives. so going around saying there is a definitive answer is straight up propaganda.
@@leggo15okay nsa agent 😚
@@Enhancedlieswrong, it was Putin. He was willed to drive up the Gas price to compensate his loss due to less oil sales.
@@leggo15 as a American it was the USA government.
At last, an hour long video rather than the 5 minute versions. Well done on another high quality production.
We've known what to do with nuclear "waste" for decades
Fast reactors can utilize the spent nuclear fuel of thermal reactors, in doing so it reduces the amount of time the waste needs to be stored from hundreds of thousands of years to hundreds of years.
There's enough energy content in the SNF of the world to meet all of our energy needs for 50+ years
Not ALL nuclear waste is spent fuel rods.. It can be as something simple as spanner that's been exposed to lethal amounts for a long time etc. It has to be locked away still and that is the big problem with nuclear waste.. there is so much of it because of that
@@Migman2020 True, but it's important to note that tools like spanners and other equipment, while they can become radioactive, are generally much less of a problem than spent fuel rods. Many of these tools can actually be decontaminated and reused, or safely disposed of as low-level waste. They also make up a much smaller portion of overall nuclear waste compared to spent fuel, which is the real long-term challenge due to its high radiation and long half-lives. So while both need careful handling, the impact from tools is far less significant.
Why is this new video discussing projects that are years ago completed ???
Well the title is "The World's Biggest Energy Megaprojects" not "The World's Biggest New Energy Megaprojects"🤣
@@markjohnmalanteno4655 It's like watching friends reruns for the unteenth time
Its how compilations worked, although you and many other ppl out there may think (probably?) they should never have been made (like Do not make compilations for personal gain ....)
I love these compilations. Thank you thank you thank you!
One Hour!!!!
One Hour of undiluted Fred???!!!
We just need Liam to join in
I just looked up the Vogtle plant, both new reactors went online for commercial production this past April.
Love your videos! Thank you for all your hard work.
Its going to be fun to watch iter becoming operational and hopefully finally making fision feasible path for energy creation!
It's going to be fun laughing at the waste when we realise too late that this is a fantasy.
@@johncampbell9216 too much to explain here, some of it on a high school level, so you get to stay blissful.
@@alltheusernameswastaken8936 since they can't explain it, you definitely can't.
@johncampbell9216 100 years ago everything today seemed fantasy
@@jestersage8700 you can't make the future out of fantasy physics.
Another great video this projects are just amazing, scale and technology of the hook :)
Love the longform video. Energy is a fascinating topic. Great doco
i would not expect a video from slovakia! Cant believe I missed it when it was its own video but what a nice cherry on top. Thank you! :)
Nice bit of fun on Dawson Creek. Just to be clear, the name of the town is Dawson Creek while the TV series is Dawson's Creek. And there is no relation between the two. I actually spent a month as a young engineer there working a several engineering projects: gas plant in Tumbler Ridge, cogeneration plant in Fort St. John. Beautiful area locally referred to as Peace Country or 'The Peace" as it's part of the Peace River valley.
Why does Mark Nelson look like an evil nemesis to either a Marvel or DC superhero @41:51 ?
Just simply awesome 😎❤
Fred!...your Best One yet...your Informative and Gentle Narration ameliorates the Immensity of these incredible Projects...thank you...dgp/uk
Informative! Thank you!
Always appreciate the quality of your vids.
Thanks!
Take a shot everytime you see Mammoet.
A serious energy boom is on the horizon!
Thefuck Kind of bot comments are these?
Hours old spawned accounts. Report.
Internet social spaces are mostly useless and has been for a long time. Astroturfing and bot comments everywhere. Trust nothing you read. I could be a bot too, don't even listen to me
My Ethiopia is doing wonders!
@4:58 hmmmm, actually the Philippines does have a nuclear power plant, but it hasn't been activated yet due to safety concerns among local communities. However, the Philippines and the US recently signed an agreement to develop civil nuclear energy in the country, which could lead to the eventual activation of the Bataan Nuclear Power Plant.
Did they give up on travelling wave reactors to use up spent nuclear fuel?
Even on paper it sounded nice i wonder if they simply couldn't get it out of the lab due to Physics, Engineering and Cost.
Quick question about the fusion;
So, how do you communicate the thermal energy generated by the °150,000,000 plasma reaction to enough water to make the process efficient & diffuse that energy pulse among the water so that you don't have an instant stream explosion from all the water in the system flash boiling?
Why does a 'new' compilation video not have on screen text , explaining out of date information , in each of the many instances ?
Also would appreciate a link to any video you may have on non-hydro power storage mega projects ,[like molten salt or massive hydrogen tanks or mega conventional batteries] , if none exist consider this a suggestion (would be very useful to counter all the naysayers on renewable being unsuitable for base load , that we STILL encounter way too often !)
Talking about something happening in 2023 when it's 2024 already? Was that a mistake or is this a re-released video?
This entire video is just a cash grab using old videos.
Honestly how many construction projects actually finish on time and on/under budget
Nuclear waste is recyclable, we can continue to harness the nuclear energy within it and create power. This also decreases is “shelf life” from thousands of years to hundreds maybe even less. Some places do it, but not many, problem is we don’t have those facilities built yet to do it.
The russian reactor is not WWER but VVER - not "water" but "voda". Btw, what about Jaslovské Bohunice, plant A1? It was really intresting power plant...
Great infrastructure
coal is not the worst, its the easier to implement. if you clean the stack gas and do some feedstock prep its just as clean as NG
What a wonderful life you are living while keep us informed and educated.
Cheers once again.
It be cool if you gave us updates in these collection videos.
ITER 🇫🇷🔥
You said Finland and you showed Sweden on the map. A small mistake, but a great video.
0:58 Hooray Kuopio, Lake capital of Finland!
Recycling the fuel is the way to go. The waste from the recycling is only a problem for a few hundred years.
what do you mean begins production in early 2022 at 3:26 Is this an old video?
NVM i now see that this is a compilation of videos
Fusion energy .... How energy is collected ???? ...from, 150000000degrC to what ??? :) This is interesting. Everything else we heard 150M times on TH-cam before :) Regards. Interesting video :)
Philipines actually operate one nuclear power plant and government is planing to build new one in Decade.
What happened to the State of Michigan at 50:08 ??
Was there a nuclear accident they haven't told us about?
You don’t need butane gas for heating, you have geothermal heating under your feet!✌️❤️🇬🇧
Doesn’t work everywhere
I love that the solution to nuclear waste, to bury it in bentonite, is our same solution we have for our indoor cats waste. No joke. Cheap cat litter is almost 100% bentonite.
NS2?!?!?
Misleading to say that spent nuclear fuel is vulnerable to a disaster like that at Fukushima. An earthquake and tsunami would not lead to that kind of disaster, or likely any disaster at all.
If only they finished their research to re-enrich and reuse old fuel
Interesting video but one should add that Finland has been suffering from Sweden closing 6 of its 12 rectors driven by the Swedish Green party over the last 20 years driving up the carbon footprint 25 folds in Sweden per MW produced..
Germany shutting down their nuclear reactors without really not having a means to replace it isnt the smartest thing.
Finlands nuclear waste disposal facility. What an insane nightmare of vast complexity & cost. All to BOIL WATER FFS !!
Rising prices in Europe aren’t caused by “a shortage of renewable power”…
Rising prices are literally caused BY the “transition” to solar and wind, which are a complete waste of money, time, and rare earth minerals.
A little out of date, but an interesting video none the less.
ITER and Bitcoin the greatest invention 😍🥰🤩😘
Big mistake missing out on the 30 GW Renewable Energy Plant in India by Adani
This video is old talking about 2021 and 2022 as if they are in the future.
46:43 not a “2 years in the vault” video😹
China leads in modern nuclear including SMRs. As a percentage of total power, France still leads and may be overtaken by Finland, but that one reactor can accomplish that says something about the size of the market.
Who invented the tokamak?
where is Hinkey Point C?
Imagine a solar park that produces 30 GW of energy and can power countries like switzerland, belgium single handedly....
except when it's cloudy, or night time... Solar has a place, but many projects have already demonstrated its fundamental limitations
Imagine the fossil fueled power plat which picks up the slack when the sun does down.
Actually, India is building such a solar park. It is known as khavda solar park.
@@SKgaming-qy6gn 726 square kilometres of land used for a nameplate capacity of only 30GW.
Globally, solar has a capacity factor of less than 30%, which is just appalling. This is wasting vast amounts of land and money. 30GW of energy generation could be done from any number of reliable sources on a much smaller area of land, with a much higher capacity factor.
@@cerealport2726 Just as a comparison. Bruce Power in Ontario is 6.5 GW capacity and is 2200 acres and can run 24/7. So in 45 sq km they could produce the same amount of power with a capacity factor around 90%.
Can Vogtle load follow? It's already obsolete
Nobody can guarantee that the buried nuclear waste will stay in situ and not disperse within the environment as a function of time.
Blooper at 2:14 ERP, correct is EPR, European Pressurised Reactor
Shouldnt another reason to not use it bejng that u-235 is a rarer form of uranium? Itll become rarer the more we use it and dont find another way. Its just steam power at the end of the day
Nuclear fuel is only 3-5% U235, and it's not like you just go looking around in the ground for it. Uranium ore is what's mined, and it's pretty plentiful. Enrichment is what concentrates the useful isatopes.
Compared to other low carbon energy sources (especially wind and solar,) nuclear requires less mining of rare materials.
Compilation video of huge energy projects guys....
If "Ready Kilowatt" and his friends have their way, there will be no need for all that much natural gas going forward. Even I have resisted the heat pump water heater, but am considering a heat pump furnace. I don't know where Europe is in this transition. And if you need a lot of heat, you still need fuel.
3 km of laying pipe...sounds like me and my mates in Asia
giving those pingpong bars a real good time are you?
The more wind and solar energy the more fossil fuel is being used to stabilize the grid and multiply the cost of the elctricity.
"Since 2016 the deliveries through Ukraine have decreased substantially."
Yeah...
15:00 untrue, it is exhaustible.
You keep showing wrong maps
What happens if ITER blows up?
That's the glory of fusion if the componentsbfail the elements used aren't that volatile in whivhbthey blow up and the conditions are so specific that if the plant malfunctions the process stops immediately and thus I reiterate that things one of the many reasons why ppl seek fusion it's very safe.
OL3 is Half the size of Hinkley Point C
Wow rerpub. of years old material? Not the kind of stories I've grown to enjoy and expect of B1M. 😞
Seems like Fusion is only 10 years away 😂
45 languages... they can't just narrow that down to under double digits just to make communication a little easier? It's not like it's a super technical piece of equipment or anything.
Pretty sure God didn't even use 45 different tongues to bust up that Babel Tower project way back when.
You need to look at TAE fusion program
In Australia, we might see our first nuclear reactors come to plan if the election goes right for our liberal farmers
I thought the world was trying to get rid of gas?😮😮
One video can not pass without CO2 nonsense agenda. Taking something as irrelevant over real issues and buying into it is mind blowing.
Le go
Until nuclear fusion is made viable natural gas and nuclear fision will be a must. Renewables alone simply can not generate the electric load needed for current demand.
India has, all top 3 biggest solar park, and continues to building more biggest solar park in country,
What's the point of compiling a bunch of outdated crap?
Esses motores térmico de plasma nuclear serão úteis nas áreas de geleiras. Mas vão precisar montar este tipo de usina em um projeto conexo
With the risk out waying the gains.
Other than greed that has no regard for life on The Earth.
Why would we still build one of these atrocities that creates a bio hazard that lasts hundreds of liftimes.
Where does the nile starts? Ethiopia, lake tana. Where Does it flows for free? To egypt. whats controversial about late water bill? 🙄
WOW WOW WOW TOP
Please talk about Norways idiotic (for its own people) intent to sell renewable energy to mainland Europe. Norwegian citizens getting shafted with crazy kwh prices, when we are self sustained!
2:15 ERP or EPR?
It’s EPR
This information is from Generative AI is experimental.
While it's not possible to completely neutralize nuclear waste, there are several methods that can minimize its toxicity:
Transmutation
This process uses an accelerator-driven system (ADS) to bombard nuclear waste with neutrons, which can transmute it into stable, non-radioactive isotopes. This process can also turn harmful waste that's toxic for 240,000 years or more into waste that's only toxic for less than 500 years.
EUREECA
This process uses a clay-like mineral called a layered double hydroxide to capture radionuclides from liquid radioactive waste. The mineral is then baked into a stable material for disposal and long-term storage. This process has several advantages over conventional technologies, including concentrating the contaminants hundreds of times.
Shock electrodialysis
This process uses an electric field to generate a shockwave in water that pushes electrically charged particles, or ions, to one side of a tube. This allows for the separation of a concentrated stream of contaminants from the rest of the water. For example, this process can selectively remove cobalt and cesium isotopes from water that also contains boric acid and lithium, allowing the water to be reused in the reactor
lab grown dimands use methane and hydrogen to greate a 1000 drgree plasma why cant this be used to create steam
Welp, looks like nordstream two, will never be used now 😅
We have solved how to deal with nuclear waste, recycling would be the best like in france and japan. You get to extract energy out of the waste and it also lowers the actually waste to like hundreds of years not instead of tens of thousands.
3:47 timestamp
Fusion would fix so much... Solar, wind, coal, fission it's all uneeded.