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But I had a simple question LFTR is an inherently safe, intrinsically stable and self-regulating design that removes the root causes of today’s reactor accidents and the need for complex redundant safety systems. The core, blanket and primary cooling salt loops are all operated at or near atmospheric pressure and without steam, so a pressurized release, depressurization accident or explosion is impossible. Kirk Sorensen began in 2006 to use social media to spread the word about a virtually unknown technology, the thorium breeding Molten Salt Reactor (or LFTR). In 2007 I signed up for the movement, and added Nuclear Green to the slender list of blogs that discussed the LFTR and its implications. This was to address the fact no new videos on the subject were being released. I'd started asking Kirk Sorensen to visit Calgary for video capture purposes. "THORIUM REMIX 2009 - LFTR in 16 Minutes" could only ever appeal to a narrow audience, given its video quality LFTR's are breeder reactors, U 233 (the main byproduct of a thorium reaction) Kirk Sorensen co-founder of Flibe Energy sums up LFTR's in this TED Talk.

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Subscribe · LFTR (Liquid Fluoride Thorium Reactor) Defended by Kirk Sorensen @ ThEC2018. Watch later. Share. Copy link. Info.

256 679 9985 Vastly Simplified 99Mo Production in LFTR 16 Jan 2015 Kirk Sorensen is a nuclear and aerospace engineer working on the development of a liquid-fluoride thorium reactor (LFTR) as a source of 20 Aug 2015 Sorensen is an engineering graduate of Georgia Tech who has gradually made thorium his life's work. He thinks thorium contains enough energy 23 Dec 2011 Kirk Sorensen is the founder of Flibe Energy. He has been prospecting in libraries for years to learn more about a path not taken (yet).

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23 Jun 2011 a liquid fluoride thorium reactor (LFTR) – which has liquid rather than the impressive claims made by former Nasa scientist Kirk Sorensen, 7 Oct 2016 The LFTR is a type of Molten Salt Reactor: Molten Salt Reactors are scientist Kirk Sorensen, thorium is so energy dense that 6600 tonnes of it Reactors. Kirk Sorensen. Flibe Energy.

Kirk presented his latest update on work towards a Molten Salt Reactor. http://thoriumremix.com/ Kirk Sorensen for harnessing the power of the atom using Liquid Fluoride Thorium Reactors (LFTR).LFTR offers greater efficiency and 2020-04-09 · LFTR updates recently include DOE GAIN funding vouchers awarded in 2018 and 2019 to Flibe Energy. 2018 - "Fluorination of Lithium Fluoride-Beryllium Fluoride Kirk Sorensen is founder of Flibe Energy and is an advocate for nuclear energy based on thorium and liquid-fluoride fuels. For five years he has authored the blog “Energy from Thorium” and helped grow an online community of thousands who support a renewed effort to develop thorium as an energy source. Kirk Sorensen February 26, 2017 Over the last few months I’ve had several interviews with Dave Mosher, and he has produced an impressive piece of history and technological reviews about the LFTR that I think is well worth reading: Business Insider: A forgotten war technology could safely power Earth for millions of years. LFTR is the pinnacle of modern sustainable energy.
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Info. Shopping. Ända sedan den tidigare NASA-ingenjören Kirk Sorensen återupplivade den En variant av en MSR, en flytande fluorid-toriumreaktor (LFTR), kommer att He conceived of the LFTR in 2006 as a modern incarnation of molten-salt reactor technology that incorporates the best principles of safety, performance, and economic versatility in order to provide a sustainable future for generations to come. http://ThoriumRemix.com/ is a doc created (in part) from this footage: http://www.youtube.com/watch?v=P9M__yYbsZ4When arriving in Calgary to present at TEDxY Kirk Sorensen has been a leader in promoting thorium energy, molten salt nuclear reactors and the liquid fluoride thorium reactor.

comment. Reviews This essay should be considered an homage to Kirk Sorensen.
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http://Patreon.com/Thorium - Before touring UCB's Compact Integral Effects Test (CIET) to see how Dowtherm is used to confirm computer models for Molten Salt The term Liquid Fluoride Thorium Reactor has been made popular by the efforts of nuclear engineer Kirk Sorensen. Essentially, LFTR is a reactor concept, one that builds on experiments and research that took place in Oak Ridge National Laboratory (ORNL) between the 50s and the 80s of the 20 th century.

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U-233 does not occur naturally; it is formed when thorium absorbs a neutron undergoes a double beta decay to form U-233. The LFTR design gives many advantages in such an effort. The reactor is unpressurized, removing pressure as a driving term for radionuclide dispersal. Decay heat is handled through a passive system where fluid fuel drains into a dedicated tank, and this drain is mediated by a “freeze valve”, a frozen plug of salt that is actively cooled to keep it in place.

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LFTRs produce no CO2, particulate matter, or other emissions harmful to the environment. Furthermore, thorium is extremely abundant in the earth’s crust — it is currently considered a waste product of other mining processes — and can be gathered with minimal environmental impact. -Kirk Sorensen, President Achievements in 2014 - Flibe Energy In 2014, Flibe Energy commenced a funded study of the LFTR design which has enhanced the understanding of the potential and the challenges of this approach. http://Patreon.com/Thorium - Before touring UCB's Compact Integral Effects Test (CIET) to see how Dowtherm is used to confirm computer models for Molten Salt The term Liquid Fluoride Thorium Reactor has been made popular by the efforts of nuclear engineer Kirk Sorensen.

Thorium is a cleaner, safer, and more abundant nuclear fuel -- one that Kirk believes will revolutionize how we produce our energy. -Kirk Sorensen, President Achievements in 2014 - Flibe Energy In 2014, Flibe Energy commenced a funded study of the LFTR design which has enhanced the understanding of the potential and the challenges of this approach. Kirk Sorensen October 8, 2018 October 8, 2018, marks the fiftieth anniversary of the operation of the Molten-Salt Reactor Experiment (MSRE) using uranium-233 as a fuel. U-233 does not occur naturally; it is formed when thorium absorbs a neutron undergoes a double beta decay to form U-233.