http://ThoriumRemix.com/ Thorium is an abundant material which can be transformed into massive quantities of energy. To do so efficiently requires a very different nuclear reactor than the kind we use today- Not one that uses solid fuel rods, but a reactor in which the fuel is kept in a liquid state. Not one that uses pressurized water as a coolant, but a reactor that uses chemically stable molten salts.

Such a reactor is called a “Molten Salt Reactor”. Many different configurations are possible. Some of these configurations can harness Thorium very efficiently.

This video explores the attributes of Molten Salt Reactors. Why are they compelling? And why do many people (including myself) see them as the only economical way of fully harnessing ALL our nuclear fuels… including Thorium.

This video has been under development since 2012. I hope it conveys to you why I personally find Molten Salt Reactors so compelling, as do the many volunteers and supporters who helped create it. Much of the footage was shot by volunteers.

All music was created by: http://kilowattsmusic.com

To support this project, please visit: https://patreon.com/thorium

Entities pursuing Molten Salt Reactors are…
Flibe Energy – http://flibe-energy.com/
Terrestrial Energy – http://terrestrialenergy.com/
Moltex Energy – http://www.moltexenergy.com/
ThorCon Power – http://thorconpower.com/
Transatomic – http://www.transatomicpower.com/
Seaborg – http://seaborg.co/
Copenhagen Atomics – http://www.copenhagenatomics.com/
TerraPower – http://terrapower.com/
Bhabha Atomic Research Centre – http://www.barc.gov.in/
Chinese Academy of Sciences – http://english.cas.cn/

Regular Thorium conferences are organized by:
http://thoriumenergyalliance.com/
http://thoriumenergyworld.com/

Table of Contents
0:00:00 Space
0:17:29 Constraints
0:28:22 Coolants
0:40:15 MSRE
0:48:54 Earth
0:59:46 Thorium
1:22:03 LFTR
1:36:13 Revolution
1:44:58 Forward
1:58:11 ROEI
2:05:41 Beginning
2:08:36 History
2:38:59 Dowtherm
2:47:57 Salt
2:51:44 Pebbles
3:06:07 India
3:18:44 Caldicott
3:35:55 Fission
3:56:22 Spectrum
4:04:25 Chemistry
4:12:51 Turbine
4:22:27 Waste
4:40:15 Decommission
4:54:39 Candlelight
5:13:06 Facts
5:26:08 Future
5:55:39 Pitches
5:56:17 Terrestrial
6:08:33 ThorCon
6:11:45 Flibe
6:20:51 End
6:25:53 Credits

Some of this footage is remixed from non-MSR related sources, to help explain the importance of energy for both space exploration and everyday life here on Earth. Most prominently…

Pandora’s Promise – https://youtu.be/bDw3ET3zqxk
Dr. Neil DeGrasse Tyson – https://youtu.be/Pun76NZMjCk
Dr. Robert Zubrin – https://youtu.be/EKQSijn9FBs
Mars Underground – https://youtu.be/tcTZvNLL0-w
Andy Weir & Adam Savage – https://youtu.be/5SemyzKgaUU
Periodic Table Videos – https://youtube.com/channel/UCtESv1e7ntJaLJYKIO1FoYw

household appliances timeline



http://ThoriumRemix.com/ Thorium is an abundant material which can be transformed into massive quantities of energy. To do so efficiently requires a very different nuclear reactor than the kind we use today- Not one that uses solid fuel rods, but a reactor in which the fuel is kept in a liquid state. Not one that uses pressurized water as a coolant, but a reactor that uses chemically stable molten salts.

Such a reactor is called a “Molten Salt Reactor”. Many different configurations are possible. Some of these configurations can harness Thorium very efficiently.

This video explores the attributes of Molten Salt Reactors. Why are they compelling? And why do many people (including myself) see them as the only economical way of fully harnessing ALL our nuclear fuels… including Thorium.

This video has been under development since 2012. I hope it conveys to you why I personally find Molten Salt Reactors so compelling, as do the many volunteers and supporters who helped create it. Much of the footage was shot by volunteers.

All music was created by: http://kilowattsmusic.com

To support this project, please visit: https://patreon.com/thorium

Entities pursuing Molten Salt Reactors are…
Flibe Energy – http://flibe-energy.com/
Terrestrial Energy – http://terrestrialenergy.com/
Moltex Energy – http://www.moltexenergy.com/
ThorCon Power – http://thorconpower.com/
Transatomic – http://www.transatomicpower.com/
Seaborg – http://seaborg.co/
Copenhagen Atomics – http://www.copenhagenatomics.com/
TerraPower – http://terrapower.com/
Bhabha Atomic Research Centre – http://www.barc.gov.in/
Chinese Academy of Sciences – http://english.cas.cn/

Regular Thorium conferences are organized by:
http://thoriumenergyalliance.com/
http://thoriumenergyworld.com/

Table of Contents
0:00:00 Space
0:17:29 Constraints
0:28:22 Coolants
0:40:15 MSRE
0:48:54 Earth
0:59:46 Thorium
1:22:03 LFTR
1:36:13 Revolution
1:44:58 Forward
1:58:11 ROEI
2:05:41 Beginning
2:08:36 History
2:38:59 Dowtherm
2:47:57 Salt
2:51:44 Pebbles
3:06:07 India
3:18:44 Caldicott
3:35:55 Fission
3:56:22 Spectrum
4:04:25 Chemistry
4:12:51 Turbine
4:22:27 Waste
4:40:15 Decommission
4:54:39 Candlelight
5:13:06 Facts
5:26:08 Future
5:55:39 Pitches
5:56:17 Terrestrial
6:08:33 ThorCon
6:11:45 Flibe
6:20:51 End
6:25:53 Credits

Some of this footage is remixed from non-MSR related sources, to help explain the importance of energy for both space exploration and everyday life here on Earth. Most prominently…

Pandora’s Promise – https://youtu.be/bDw3ET3zqxk
Dr. Neil DeGrasse Tyson – https://youtu.be/Pun76NZMjCk
Dr. Robert Zubrin – https://youtu.be/EKQSijn9FBs
Mars Underground – https://youtu.be/tcTZvNLL0-w
Andy Weir & Adam Savage – https://youtu.be/5SemyzKgaUU
Periodic Table Videos – https://youtube.com/channel/UCtESv1e7ntJaLJYKIO1FoYw

household appliances timeline

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  1. author

    gus HV1 year ago

    Very interesting. Specially the application that Thorium can be used for. A nuclear power reactor to make clean water and to make electricity and rare earth materials for electric vehicles and also to be used to make hydrocarbons from sea water thus creating a balance cycle of carbon dioxide emissions from gasoline engines.

    Reply
  2. author

    Matthew Holevinski1 year ago

    I've probably watched this and listened to this video 25 times, and it gets better every time.

    Reply
  3. author

    The Noob Gamer1 year ago

    MAIS O QUE É ISSO APARECENDO NA TELA DO MEU COMPUTADOR?

    Reply
  4. author

    John Iudice1 year ago

    Doesn’t a Tesla coil work on the moon, it works on earth why not the moon?

    Reply
  5. author

    Martin Castellano12 months ago

    4:36:18… george lucas is that u?¿

    Reply
  6. author

    ADDAM B11 months ago

    Nuclear must be banished and the people who support nuclear must be executed ..

    Reply
  7. author

    Hans Mater11 months ago

    The dream is alive

    Reply
  8. author

    multi io11 months ago

    Why are ALL Thorium videos on Youtube these crazy contraptions with 125 clips cut together randomly? Is this supposed to make them more convincing? This video here probably takes the cake, but I can't find e.g. a single Kirk Sorensen presentation in its entirety, uncut, on Youtube. No matter what search terms you use, you're always drowned in these flashy MTV style remixes (many actually have music added to them).

    Reply
  9. author

    David Tremain11 months ago

    Super job Gordon !

    Reply
  10. author

    More Women11 months ago

    GEORGE Star Wars LUCAS
    4:36:17

    Reply
  11. author

    Jack Lynch10 months ago

    George Lucas photo bomb 4:36:18

    Reply
  12. author

    Marcus Fleuti10 months ago

    Please some of you guys use crowdfunding to build a fully working LFTR! I'd support you! I am sure you will find plenty of supporters worldwide.

    Personally I think you should do it in 2 steps:
    1. Create a crowdfunding project to produce an excellent marketing video (take away peoples' scare from nuclear power)
    2. Create a crowdfunding project to build the very first functioning LFTR. Possibily this has to be done in several steps and with a clear business plan.

    Reply
  13. author

    Some Guy9 months ago

    Dude, you need to learn how to edit. Six and a half hours? Break it up into a series.

    Reply
  14. author

    Tim Norris9 months ago

    "Last days of a dinosaur industry
     

    We have gathered here again in front of
    your Nuclear Industry Forum to again try to warn you that you walk the false
    path. Your industry, the nuclear power industry, was able to get started on the
    back of the west’s nuclear bomb programmes in the fifties, based on assuring
    the public that you would keep the radioactive by-products of splitting uranium
    separated from the environment. This you have consistently failed to do, having
    lost control of your deadly machines at 3 Mile Island, Tschernobyl, and now
    three more at Fukushima. Wikipedia talks of 21 meltdowns; that's one every 2.7
    years. And with each meltdown you lot claim to now be safer because you've
    learnt something more. Well, you didn't tell us that the plan was to develop
    safety through trial and error, and we are not impressed with your efforts.

    The public don't see why they should be
    taking such a huge risk, the risk of losing huge chunks of their country, (as
    in Ukraine and in Japan), just to get electricity that is available risk-free
    from other sources, like solar and wind. Especially since the alternatives are
    becoming cheaper than your nukes. In the case of Japan, whose Fukushima plants
    are showing themselves to be impossible to control, and which are throwing 400
    tons a day of radioactive water into the sea for three years now, we humans are
    facing the prospect of not just losing some land in Japan, but of losing the
    Pacific Ocean itself. The nuclear industry in Japan has shown itself incapable
    of even admitting they have a large, stinking mess on their hands, sending us
    all on a compulsory experiment in the long term effects of genetic manipulation
    through radioactivity.

    Nor does the public see why they should
    give more free rein to an industry that for 60 years has claimed it would solve
    the problem of what to do with its waste in a few years time, yet which is
    nowhere near coming up with any solution. You have 148,000 Metric Tons Heavy
    Metal waste, ie. old fuel rods, sitting round mostly in swimming pools in the
    nuclear power stations that produced them, promising to come up some day soon
    with a way to separate them for ever from the environment. Which you can not do
    on a tectonically active planet. Your schemes to bury them in salt underground
    have just hit the wall in New Mexico, where a little 'release' of plutonium
    from one or several exploding barrels of waste have made it likely that the
    Waste Isolation Pilot Project will never reopen. And the WIPP disaster has
    revealed the dishonest behaviour of your industry; you are not allowed to
    dispose of liquid waste in WIPP so you threw in some kitty litter to absorb
    liquid and labelled it solid waste. And now you've switched from mineral based
    kitty litter to wheat based, 'because it's greener', (or cheaper?), and the
    nitrate salts in the waste have reacted with the cellulose in the wheat kitty
    litter, blowing open a barrel or three. So the other 300-odd barrels of the
    same mix are also timebombs that could 'release' more plutonium etc. at us at
    any time. Of course your experts will say there's no danger, but we're tired of
    listening to them pedal excuses. You claimed that this stuff would be separated
    from the environment for all time; your experts assuring us that the latest
    'small release' is OK are no longer interesting. There was meant to be none.

    And now you need billions off the
    taxpayer to build your latest toy in Hinkley Point. Which will supply 3.2 Gw by
    2023, by your rosy estimates. When the UK has installed 2.7 Gw of new solar
    installations in 2012 alone. At a strike price estimated to drop to £100 MW/h
    by 2018, by which time your index-linked nuclear strike price for Hinckley
    Point will be way north of £100. And when on-shore wind in the UK has TODAY a
    strike price of £80 MW/h. So by your own logic, the logic of the market place,
    your industry is dead. Already more expensive than on-shore wind, soon to be
    more expensive than off-shore wind and solar, and producer of huge stores of
    undisposable waste, that has to be guarded for ever at great cost. Not to mention
    the risk that if it has a bad day, a nuke power station will destroy a third of
    your country. All for what? So a few businessmen can continue to have expensive
    lunches and wear £300 shirts?

    But what really gets us grumpy is the
    dishonesty and the political manipulation when something does go wrong. In
    Japan, they have just had the biggest industrial accident in the history of the
    world. Fukushima. But instead of admitting the magnitude of the problem they
    are in full denial, saying that 'all the contamination is contained in the
    harbour', that 'no-one's health has been affected by Fukushima', etc. Denial,
    so that they can restart their other 48 nuclear plants, because they are worth
    a lot of money. So money comes before public health and before honesty.

    We the public have had enough. And
    think; your industry will affect your kids too. They have found plutonium in
    the teeth of every UK kid. Lots more of us humans die of cancer these days than
    died of cancer before the atom was split. Your kids will be eating this food,
    drinking this water. We only have one Pacific Ocean, and it leads eventually to
    the English Channel. There are, for radioactivity, no borders, and no gated
    communities to escape it.

    Yet, enthusiasts for this dinosaur
    industry say that Thorium is the answer, in particular Thorium LFTR.  A small LFTR research reactor was built in
    the 1950’s at Oak Ridge National Laboratories, USA; however, scaling up for
    significant electrical power production, for example 100 MW, takes a leap of
    faith.  However, Thorium LFTR implemented
    widely would be a highly dangerous source of materials emitting vast amount of
    gamma radiation, ideal for dirty bombs. 
    If one of these LFTR sprung a leak, their contents would be so
    radioactive that nobody could get even close to try to take remedial
    action.   Enthusiasts for this Thorium
    LFTR say “… the melt plug will simply melt in an event of overheating, and
    the contents of the reactor will flow into a basement dump tank …”; after
    many years of operation, the Thorium LFTR would be so “hot” from radioactive
    decay, that thermal management and radiation shielding would be major
    issues.  Yet, Thorium LFTR is declared as
    being the dream ticket.   Has nothing
    been learnt from Fukushima?

    Reply
  15. author

    dft8 months ago

    Kirk Sorensen is Musk of nuclear energy, only better.

    Reply
  16. author

    batata feliz8 months ago

    Horrível

    Reply
  17. author

    batata feliz8 months ago

    Entendi merda alguma

    Reply
  18. author

    Cqwet Dbdfte7 months ago

    Either some political dimwits killed the ORNL project out of ignorance or they got induced by competing energy interests (oil) much like the electric cars. This would be a much better project for the likes of Elon Musk rather than that hyperloop vacuum tunnel bullshit.

    Reply
  19. author

    wont _stop_gamin7 months ago

    Woah

    Reply
  20. author

    Steave McKansey6 months ago

    thx for the hard work.. just awesome

    Reply
  21. author

    Alexis Dubé5 months ago

    Hi,
    I would like to show out how what i think heart population should do for the colonisation of mars planet.

    First of all, we should develop solar panels who develop more energie and are smaller by using the convergence of glass and the light of the sun.

    Second, we should develop nuclear reactor who work with magnetic force.. (that use the same principle of molten salt reactor) i chose 3 item for the reactor .. the hydrogen, lithium and the thorium. The magnetic compress in a ball of energie the particule who melt and create a plasma ball who is verry hot. Conduct pass through water and make steam it to active turbine to the generator. What is fun with this reactor is that if it getting to hot , a frozen salt room in under the plasmic fusion chamber change plasma's temperature instantly when the magnet stop.

    Third, we should build a big spacecraft who has autonomic statment of suplyers around the moon. We can take material from moon (titanium) for build the frame. This ship will have a propulsion of the turboreaction of cesium and hydrogen. It will have all the base to survive and build on the planet and to live onboard, like animal ,plants , compost, food water.. a lot of salt water. It will have transfert ship to bring things on mars. The big ship will never go on the planet directely .. only his transfert ship .. suply from heart will insure noting miss onboard.

    For conclusion, the ship will work with the solar panels. Solar panels will be instal on the planet mars to give energy to the robot to construct the fondation. Human will get there when basement will be safe to live. The developement should go fast and nuclear reactor will be instored on the planet for give steam and create an atmosphere. Man moove by steam jetpack and car. We gona deep dig to create cove and hide basement inside the rock with isolation and system of air regeneration.

    Reply
  22. author

    Oliver Mayo5 months ago

    There needs to be a global effort to get cheap electricity to the poorest quartile of the Earths population. Make them richer, better educated and they will reproduce less.

    Reply
  23. author

    Bøø95 months ago

    I'm on my second time through this video, and this time too, i am confused about what Thermal Spectrum and Fast Spectrum means. If i didn't misunderstand something, if you slow the neutrons down, the crosssection ( the chance that the neutron will hit something?) grows, and that's thermal spectrum? How does this happen? How is this designed? Do they opperate at different temperatures? Why did fast spectrum end up dominant?

    Reply
  24. author

    Dark Phoenix4 months ago

    wow, they could've put some brushes or fans or some electrostatic device to keep those solar panels clean. Sometimes these NASA engineers aren't too bright. You can get the rover on Mars, yet can't think of a way to keep the solar panels working? Sad.

    Reply
  25. author

    jack regans4 months ago

    You may extract economical thorium ore from monazite sands and other stuffs but what about extracting thorium from soil which is 6ppm. Will it become economical to extract such tiny amount of thorium for nuclear power?

    Reply
  26. author

    zalxder3 months ago

    4:36:20 is that George Lucas in the back ground? Lol

    Reply
  27. author

    Lucky Rooster3 months ago

    Ethanol is pretty lousy? Naaw, man, we can make hella HP on E85 vs gasoline. At least… that's 1 good use.

    Reply
  28. author

    Lucky Rooster3 months ago

    Caldicot pisses me off.

    Reply

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