Відео

I went in the CONTROL ROOM man I REALLY MISS THAT

I remember I was in class 10th, went to an All India Inter-AECS Debate Competition, back then in 2022, and it was me and my ex. We were lucky enough as the principal of AECS Tarapur issues us a site visit permit. Surely it was an educating experience, if anyone has been there, you'd know the small lecture hall reserved for new candidates, radiation exposure unit, the suits made of lead, the theoretical portion that they teach, and the models that was made to show how the reactor's cooldown process happens. The best part was when they took us into the actual nuclear reactor where work was still going on, but I was unfortunate enough, cause the competition was over anyways and we had to leave for the upcoming train as soon as possible...

LOOK WHAT INDIA DOES. THE BEST AND SAFEST REACTORS IN THE WORLD

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Why do they have to redo all the plans in usa and make the plants so expensive?

India🇮🇳 scientist team is working on THORIUM energy project From SO LONG 😵‍💫 2:08 I DON'T KNOW THE RESULTS

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Jai Hinduja. Before fusion, we Indians have the technology to power up the world with Thorium.

Slides ?...

I believe its completely possible to build a multi core complex low energy thorium reactor and do so safely for the environment event in the event of catastrophic failure as to why no 1 wants i could've tell you

Of the six proposed fourth-generation nuclear reactor types, the Molten Salt Reactor (MSR) is the only type with high fuel efficiency, no danger of explosion, and does not generate substantial amounts of plutonium. The fissile uranium-233 produced by the MSR is difficult to use for weapons because of the presence of highly radioactive uranium-232. While other Small Modular Reactors (SMRs) can serve as a short-term solution, MSRs are considered a more promising mid-term solution due to their potential to address these issues more comprehensively. Hopefully, we will have fusion by the time we run out of uranium and thorium. With the molten salt reactor, 7.5 million tons of uranium will be exhausted in a thousand years at an annual consumption of 7500 tons. Using thorium will extend it by a couple of thousand years. The differences between Light Water Reactors (LWR) and Thorium Molten Salt Reactors (TMSR) are significant in fuel utilization and waste production. LWRs use approximately 0.5-1% of uranium fuel, leading to the generation of long-lived radioactive waste due to inefficient energy conversion and the use of enriched uranium. In contrast, TMSRs can achieve fuel efficiency of up to 98%. This is achieved by converting fertile thorium-232 into fissile uranium-233, substantially reducing waste production and more manageable radioactive waste. Uranium Molten Salt Reactors (UMSR) will produce more plutonium but are just as effective as TMSRs. 940 kg of natural thorium in a Molten Salt Reactor (MSR) can generate 1 gigawatt (GW) of electricity for one year. In comparison, generating the same amount of energy in a Light Water Reactor (LWR) would require mining 210 tons of uranium. In an MSR, the storage requirement for 83 percent of the spent fuel is 10 years, and 300 years for the remaining 17 percent, whereas in an LWR, 24.44 tons of spent fuel need reprocessing and storage for 200,000 years. MSRs can utilize the spent fuel from LWRs. A coal power station will need to burn 3.5 million tons of coal and emit 10 million tons of carbon dioxide to produce the same amount of energy for one year. That amount of coal contains 3 to 14 tons of uranium, 3 to 14 tons of thorium, and an average of 84 tons of arsenic. MSRs can adjust power output to match electricity demand, thanks to the inherent and automatic load-following capability provided by the fluid nature of the molten salt coolant. A key safety feature of MSR is that it automatically adjusts to prevent overheating. This is achieved through a "negative thermal reactivity coefficient," which means that as the temperature rises, the reactor's reactivity decreases, preventing a runaway chain reaction. Additionally, the MSR has a "negative void reactivity coefficient," ensuring that the reactivity decreases if there is a loss of coolant or boiling, preventing potential overheating. These safety measures help keep the reactor stable and safe under various conditions. Looking ahead to 2040, China plans to deploy Molten Salt Reactors (MSRs) for desalination of seawater, district heating or cooling, hydrogen production, powering of ships equipped with Thermoacoustic Stirling Generators, and power plants with Supercritical Carbon Dioxide Turbines within its borders and globally. In the Earth's crust, thorium is nearly four times more abundant than uranium. Every atom of natural thorium can be harnessed, unlike natural uranium, where only 1 out of every 139 atoms can be used. China produces thorium as a byproduct of its rare earth processing. Similar to the trends observed with solar and wind technologies, MSR costs are anticipated to decrease with the scaling up of production and the development of robust supply chains.

The differences between Light Water Reactors (LWR) and Thorium Molten Salt Reactors (TMSR) are significant, particularly in terms of fuel utilization and waste production. LWRs use approximately 0.5-1% of uranium fuel, leading to the generation of long-lived radioactive waste due to inefficient energy conversion and the use of enriched uranium. In contrast, TMSRs can achieve fuel efficiency of up to 99%. This is achieved by converting fertile thorium-232 into fissile uranium-233, resulting in a substantial reduction in waste production and more manageable radioactive waste. Uranium Molten Salt Reactors (UMSR) are just as effective as TMSRs. One ton of natural thorium in a Molten Salt Reactor (MSR) can generate 1 gigawatt (GW) of electricity for one year. In comparison, generating the same amount of energy in an LWR would require mining 250 tons of uranium. In an MSR, the storage requirement for one ton of spent fuel is 300 years, whereas in a LWR, 35 tons of spent fuel need storage for 10,000 years. MSRs can utilize the spent fuel from LWRs. Of all the proposed fourth-generation nuclear reactors, the MSR is the only type that does not generate substantial amounts of plutonium. The fissile uranium-233 produced by the MSR are difficult for use for weapons because of the presence of highly radioactive uranium-232. MSRs can adjust power output to match electricity demand, thanks to the inherent and automatic load-following capability provided by the fluid nature of the molten salt coolant. A key safety feature of MSR is that it automatically adjusts to prevent overheating. This is achieved through a "negative thermal reactivity coefficient," which means that as the temperature rises, the reactor's reactivity decreases, preventing a runaway chain reaction. Additionally, the MSR has a "negative void reactivity coefficient," ensuring that the reactivity decreases if there is a loss of coolant or boiling, preventing potential overheating. These safety measures help keep the reactor stable and safe under various conditions. Looking ahead to 2040, China plans to deploy MSRs equipped with thermo-acoustic converters in ships and power generators within its borders and globally. In the Earth's crust, thorium is nearly four times more abundant than uranium. Every atom of natural thorium can be harnessed, unlike natural uranium, where only 1 out of every 139 atoms can be used. Similar to the trends observed with solar and wind technologies, MSR costs are anticipated to decrease with the scaling up of production and the development of robust supply chains.

National Geographic, If you are going to spend thousands of $$$ on a documentary the following items would be nice. 1. I am sorry to say that the kind folks with great english but an accent is unacceptable to those who don't understand it. 2. The host even was so hard to understand that I gave up ten minutes into the program. 3. The background music: It not only is not needed in a program that is supposed to educate but since it is there it is way TOOOOOOO LOUD. Please listen to the above program about Unlocking Power of the Atom at Tarapur Nuclear Power Plant and dictate to your producers how you want to greatly improve your image and retain your audience. Please respond to my concerns.

Thank you india

Superb documentary😍😍😎

Still people believe in 70 years nothing happened in India😂😂😂😂

Rizwan

I hope that they do not dump nuclear waste same way they do with rubish... Ganges🤣

Thanks usa for this plant

I had an opportunity to hold fuel cell

gendu generation never watch this sorts of amazing stuff

2:30

After watching Chernobyl this gives me a kick

❤ from Tarapur..#INDIA🇮🇳

Alpha will hurt your lungs

Yo is this CANDU reactor?

Thanks 👍

Fine just clean up triple meltdowns first.then mayby pacific

Looks like they are running a tight operation at Tarapur. Continual training is key.

Focus Fusion from LPP Fusion using pB11 fuel will become cheaper than ALL other forms of electricity production!

Our scientists are so amazing and humble at the same time ❤

Fof your info: The complete technology is from outside India. Most of the employess here are not qualified and skilled enough as they got jobs on Reservations. So safety is a question mark always here. Just listen to these engineers 3rd class English.

Its funny how Pallavi said i take care more than 20000 parameters of the plant. Being a control engineer myself that statement didnt make any sense. I think she is HR posing as Control engineer😂.After all safety is our job only.😊

31:11"Freinds" quote = Lord Palmerston (John Henry Temple) of Great Britain.

நம்மட ஆட்கள் சாதாரணமா கையாளுறாங்க இது அவ்வளவு பெரிய கதிர்வீச்சு பொருஃகள்

I didn't find any problem in their english

Why yellow?

AZ-5

81000+

What was the purpose of the mine originally?

So I seen you with drilling do you understand how to drill curvature how to understand the temperatures rotation and heat

India gets an atomic bomb it should be called.

Awesome Video Go> India.

Great show! Love my Indian sisters and brothers.

আমার বাল হবে দেখে

Thorium ..,, no they are using uranium .. wtf

The host held a uranium pallet in his bare hands, isn't that... radioactive?

English accent is bad

🕉🙏तीसरे महायुद्ध का सबसे बड़ा कारण Fetal Bovine Syram Salted कोरोना वैक्सीन भविष्य मे आने वाली पीढी की कथा कहेगी l 🕉🙏जय माता वैष्णो राणी के Great Heart FBS Salted Vaxcination विरोधी🚀🔥 World War 3 बाद विश्व मे शांती स्थापित करते विष्णुविधान (नया संविधान) के साथ भारत को विश्वगुरु बनाने वाले l 🙏🕉 अद्भुत सेनानी🌎🧜‍♂️कलिकाल कल्कि🐮🙏