Dropping a nuclear bomb means outrunning the blast. Here is the physics of nuclear escape, the specific manoeuvre the B-2 uses, and how the crew survives a weapon they just released.

Dropping a nuclear bomb creates a problem for the aircraft that drops it: the explosion. A nuclear detonation produces a blast wave, a thermal pulse, and an electromagnetic pulse that can destroy an aircraft within a certain radius. The B-2 crew that releases a nuclear weapon has a finite window to get far enough away to survive. Here is the physics of nuclear escape, the specific manoeuvres the B-2 uses, and the calculations that determine whether the crew comes home.

How does a B-2 bomber crew survive dropping a nuclear bomb? The escape manoeuvre that gives them 90 sec to live

Chicago-based nuclear fuel company has denied the concerns over the use of ANEEL (Advanced Nuclear Energy for Enriched Life), an advanced nuclear fuel, in existing pressurised heavy water reactors (PHWRs). The company known as Clean Core Thorium Energy (CCTE) claimed that the thorium-based fuel improves significant reactor safety characteristics and can be positioned without the need for modifications to reactor designs or control systems. In a report published in the journal Nuclear Engineering and Design, researchers from Clean Core, the Massachusetts Institute of Technology, Toronto-based Innovative Nuclear Solutions, and San Diego-based Structural Integrity Associates countered the discovery of a previous study by scientists at the Bhabha Atomic Research Centre (BARC). Research on the BARC paper had challenged that deploying ANEEL in the existing PHWR fleet of India would require reactor redesigns and would likely increase safety risks under accident conditions. The paper stated that the advanced nuclear fuel produces nearly six times more energy than conventional natural uranium fuel. CCTE is the second American company to have secured an export license from the US Department of Energy for supplying nuclear technology to India in nearly 20 years, and has developed the patented thorium-based fuel called ANEEL. The fuel combines thorium with high-assay low-enriched uranium (HALEU) for use in Pressurised Heavy Water Reactors (PHWRs). CCTE said ANEEL is compatible with India's fleet of PHWRs, which make up the majority of the country's operational nuclear reactors. In December 2024, state-run NTPC Ltd partnered with the company to explore the development and deployment of ANEEL fuel at existing nuclear power plants in India, subject to regulatory approvals. However, a paper published in Current Science in January by scientists from the Bhabha Atomic Research Centre (BARC) raised concerns about introducing ANEEL into India's existing PHWRs. The researchers concluded that the thorium-HALEU fuel was not a straightforward replacement for natural uranium and that significant modifications to existing reactors would be necessary before it could be used. Responding to these concerns, CCTE maintained that ANEEL is a "plug-and-play" alternative to conventional natural uranium fuel bundles. The company argued that the fuel retains the same external dimensions and overall geometry as existing fuel assemblies, with changes confined only to the internal pin design and fuel composition.&nbsp;Also read: <a href="New healthcare divide: Which countries are winning race to deploy AI in public health? Experts weigh in">New healthcare divide: Which countries are winning race to deploy AI in public health? Experts weigh in</a><h3>Effectiveness of the reactor's shutdown system</h3>CCTE's paper also countered the argument that the existing nuclear reactors of India would require major redesigns to use its ANEEL thorium-based fuel. While an earlier study by BARC scientists estimated that the effectiveness of the reactor's shutdown system would fall by about 26 per cent, requiring modifications to maintain safety margins, CCTE estimated a much smaller decline of up to 16 per cent. According to the company, the current Primary Shutdown System would still retain an estimated safety margin of 70 mk, well above the required 50 mk, making any redesign unnecessary. The paper also disputed concerns over coolant void reactivity (CVR), an important reactor safety parameter. BARC had argued that thorium-HALEU fuel could increase CVR, raising safety risks during a loss-of-coolant accident. However, CCTE claimed ANEEL actually improves reactor safety by reducing the potential power surge from 16.4 mk with conventional uranium fuel to 13.3 mk. It attributed this to the fuel's ring-wise design and burnable absorbers. Although HALEU-thorium fuel has a higher upfront cost, CCTE argued this would be offset over time through lower uranium consumption, greater energy generation and reduced spent fuel management costs.

CCTE is the second American company to have secured an export license from the US Department of Energy for supplying nuclear technology to India in nearly 20 years. It has developed the patented thorium-based fuel called ANEEL.

Chicago-based nuclear fuel company has denied the concerns over the use of ANEEL (Advanced Nuclear Energy for Enriched Life), an advanced nuclear fuel, in existing pressurised heavy water reactors (PHWRs). The company known as Clean Core Thorium Energy (CCTE) claimed that the thorium-based fuel improves significant reactor safety characteristics and can be positioned without the need for modifications to reactor designs or control systems. In a report published in the journal Nuclear Engineering and Design, researchers from Clean Core, the Massachusetts Institute of Technology, Toronto-based Innovative Nuclear Solutions, and San Diego-based Structural Integrity Associates countered the discovery of a previous study by scientists at the Bhabha Atomic Research Centre (BARC). Research on the BARC paper had challenged that deploying ANEEL in the existing PHWR fleet of India would require reactor redesigns and would likely increase safety risks under accident conditions. The paper stated that the advanced nuclear fuel produces nearly six times more energy than conventional natural uranium fuel. CCTE is the second American company to have secured an export license from the US Department of Energy for supplying nuclear technology to India in nearly 20 years, and has developed the patented thorium-based fuel called ANEEL. The fuel combines thorium with high-assay low-enriched uranium (HALEU) for use in Pressurised Heavy Water Reactors (PHWRs). CCTE said ANEEL is compatible with India's fleet of PHWRs, which make up the majority of the country's operational nuclear reactors. In December 2024, state-run NTPC Ltd partnered with the company to explore the development and deployment of ANEEL fuel at existing nuclear power plants in India, subject to regulatory approvals. However, a paper published in Current Science in January by scientists from the Bhabha Atomic Research Centre (BARC) raised concerns about introducing ANEEL into India's existing PHWRs. The researchers concluded that the thorium-HALEU fuel was not a straightforward replacement for natural uranium and that significant modifications to existing reactors would be necessary before it could be used. Responding to these concerns, CCTE maintained that ANEEL is a "plug-and-play" alternative to conventional natural uranium fuel bundles. The company argued that the fuel retains the same external dimensions and overall geometry as existing fuel assemblies, with changes confined only to the internal pin design and fuel composition. Also read: New healthcare divide: Which countries are winning race to deploy AI in public health? Experts weigh in Effectiveness of the reactor's shutdown system CCTE's paper also countered the argument that the existing nuclear reactors of India would require major redesigns to use its ANEEL thorium-based fuel. While an earlier study by BARC scientists estimated that the effectiveness of the reactor's shutdown system would fall by about 26 per cent, requiring modifications to maintain safety margins, CCTE estimated a much smaller decline of up to 16 per cent. According to the company, the current Primary Shutdown System would still retain an estimated safety margin of 70 mk, well above the required 50 mk, making any redesign unnecessary. The paper also disputed concerns over coolant void reactivity (CVR), an important reactor safety parameter. BARC had argued that thorium-HALEU fuel could increase CVR, raising safety risks during a loss-of-coolant accident. However, CCTE claimed ANEEL actually improves reactor safety by reducing the potential power surge from 16.4 mk with conventional uranium fuel to 13.3 mk. It attributed this to the fuel's ring-wise design and burnable absorbers. Although HALEU-thorium fuel has a higher upfront cost, CCTE argued this would be offset over time through lower uranium consumption, greater energy generation and reduced spent fuel management costs.

CCTE is the second American company to have secured an export license from the US Department of Energy for supplying nuclear technology to India in nearly 20 years. It has developed the patented thorium-based fuel called ANEEL.

US nuclear fuel company counters BARC’s safety concerns over thorium fuel for reactors: More details inside

Coinciding with Russian President Vladimir Putin's State visit to India on Thursday (December 4), Russian nuclear power agency Rosatom has announced that it has commenced delivery of nuclear fuel for the upcoming Unit 3 of India's Kudankulam Nuclear Power Plant (KKNPP) in Tamil Nadu. The Indo-Russian KKNPP is India's largest Nuclear power generation facility.&nbsp; Of the KKNPP's six VVER-1000 reactors, units 1 and 2 were connected to India’s national power grid in 2013 and 2016 respectively, and currently supply electricity to the southern regions of the country. Unit 3 is in the pre-commissioning phase, and Units 4,5,6 are in various stages of construction. Each of these reactors are capable of generating 1000Megawatts of power. When fully operational, KKNPP would generate about 6,000Megawatts of power. At present, KKNPP generates 2,000Megawatts, which is about one-fourth of India's total Nuclear power generating capacity.&nbsp; In November 2025, Rosatom had announced that preparations are underway for one of the key milestones- testing of safety systems on an open reactor at Unit 3 of KKNPP. The Nuclear Fuel Division of Rosatom has delivered the first consignment of nuclear fuel for the initial loading of the VVER-1000 reactor at Unit 3 of the KKNPP. The cargo flight successfully delivered fuel assemblies manufactured by the Novosibirsk Chemical Concentrates Plant (an enterprise of the Rosatom’s Nuclear Fuel Division), Rosatom said. A total of seven flights from Russia to India are planned to supply the entire reactor core and some reserve fuel. The shipments are provided under the contract signed in 2024, which includes fuel supply for units 3 and 4 of the KKNPP for the entire service life of the reactors.<h2>Kudankulam unit 3 to use longer-lasting nuclear fuel</h2>According to Rosatom, during the operation of Units 1 &amp; 2 of the KKNPP, Russian and Indian engineers have worked towards increasing the reactors' efficiency through the introduction of advanced nuclear fuel and extended fuel cycles.&nbsp; Starting from 2022, the KKNPP is supplied with nuclear fuel of the TVS-2M model. It provides more reliable and cost-effective reactor operation due to its rigid design, a new generation anti-debris filter and a increased mass of uranium. Its introduction has also enabled elongation of the fuel cycle of the reactors from 12 to 18 months, so the power units are being stopped less frequently for fuel re-load. Earlier, the reactors had to be refuelled every year, but now they need to be refuelled only once in 18 months, offer increased runtime after every refuelling. The upcoming Units 3 &amp; 4 of the KKNPP will become the first-ever&nbsp; VVER-1000 type reactors commence operations in an 18-month fuel cycle. This is the result of successful cooperation in recent years between Rosatom's Nuclear Fuel Division and Indian partners, as the efficient solutions that had been previously implemented at similar power plants in Russia and China were introduced at the two operational Kudankulam power units. Throughout the entire operational life of nuclear power plants, Rosatom not only supplies nuclear fuel, but also provides engineering services, increasing the efficiency of power units introducing new fuel and fuel cycle solutions.

Russia starts delivering nuclear fuel for India's Kudankulam unit 3

Coinciding with Russian President Vladimir Putin's State visit to India on Thursday (December 4), Russian nuclear power agency Rosatom has announced that it has commenced delivery of nuclear fuel for the upcoming Unit 3 of India's Kudankulam Nuclear Power Plant (KKNPP) in Tamil Nadu. The Indo-Russian KKNPP is India's largest Nuclear power generation facility. Of the KKNPP's six VVER-1000 reactors, units 1 and 2 were connected to India’s national power grid in 2013 and 2016 respectively, and currently supply electricity to the southern regions of the country. Unit 3 is in the pre-commissioning phase, and Units 4,5,6 are in various stages of construction. Each of these reactors are capable of generating 1000Megawatts of power. When fully operational, KKNPP would generate about 6,000Megawatts of power. At present, KKNPP generates 2,000Megawatts, which is about one-fourth of India's total Nuclear power generating capacity. In November 2025, Rosatom had announced that preparations are underway for one of the key milestones- testing of safety systems on an open reactor at Unit 3 of KKNPP. The Nuclear Fuel Division of Rosatom has delivered the first consignment of nuclear fuel for the initial loading of the VVER-1000 reactor at Unit 3 of the KKNPP. The cargo flight successfully delivered fuel assemblies manufactured by the Novosibirsk Chemical Concentrates Plant (an enterprise of the Rosatom’s Nuclear Fuel Division), Rosatom said. A total of seven flights from Russia to India are planned to supply the entire reactor core and some reserve fuel. The shipments are provided under the contract signed in 2024, which includes fuel supply for units 3 and 4 of the KKNPP for the entire service life of the reactors. Kudankulam unit 3 to use longer-lasting nuclear fuel According to Rosatom, during the operation of Units 1 & 2 of the KKNPP, Russian and Indian engineers have worked towards increasing the reactors' efficiency through the introduction of advanced nuclear fuel and extended fuel cycles. Starting from 2022, the KKNPP is supplied with nuclear fuel of the TVS-2M model. It provides more reliable and cost-effective reactor operation due to its rigid design, a new generation anti-debris filter and a increased mass of uranium. Its introduction has also enabled elongation of the fuel cycle of the reactors from 12 to 18 months, so the power units are being stopped less frequently for fuel re-load. Earlier, the reactors had to be refuelled every year, but now they need to be refuelled only once in 18 months, offer increased runtime after every refuelling. The upcoming Units 3 & 4 of the KKNPP will become the first-ever VVER-1000 type reactors commence operations in an 18-month fuel cycle. This is the result of successful cooperation in recent years between Rosatom's Nuclear Fuel Division and Indian partners, as the efficient solutions that had been previously implemented at similar power plants in Russia and China were introduced at the two operational Kudankulam power units. Throughout the entire operational life of nuclear power plants, Rosatom not only supplies nuclear fuel, but also provides engineering services, increasing the efficiency of power units introducing new fuel and fuel cycle solutions.

Of the KKNPP's six VVER-1000 reactors, units 1 and 2 were connected to India’s national power grid in 2013 and 2016 respectively, and currently supply electricity to the southern regions of the country

Nuclear power is facing a critical fuel shortage as demand rises and supply chains struggle to keep up. From uranium supply issues to geopolitical tensions, here’s why the world’s nuclear reactors are running low on fuel.


The silent crisis: World stares at uranium shortfall

The Russian nuclear power agency Rosatom has commenced the production of nuclear fuel that will power India's Kudankulam Nuclear Power Plant (KKNPP) Units 3 and 4, which are under construction in the southern Indian state of Tamil Nadu.&nbsp;

"TVEL Fuel Company of Rosatom has started implementation of nuclear fuel supply contract. This contract embraces the entire lifetime of the power units from the starting loading of the reactor cores," Rosatom said.

Typically, modern-day nuclear power plants have a lifetime of 40-60 years. Kudankulam comprises a total of six VVER-1000 type power units, each of which is capable of generating 1000 megawatts of power.

For nearly 10&nbsp;years, Units 1 and 2 of the Kudankulam Nuclear Power Plant have been operational. Thus far, during the operational period of Units 1 and 2 of KKNPP, Russian and Indian specialists have accomplished a large amount of work to improve their efficiency by introducing advanced nuclear fuel and extended fuel cycles.&nbsp;

Since 2022, Kudankulam NPP has been supplied with nuclear fuel of improved design 'TVS-2M'. The new fuel ensures more reliable and cost-efficient operation of reactors due to its rigid skeleton, new-generation anti-debris filter and higher uranium mass.

The introduction of TVS-2M also enabled the increase of the continuous operation period of the reactor from 12 months to 18 months.

The newer fuel meant that the reactor could operate for six months longer than usual. Typically, after 12 months of operation, the reactor has to be shut down and its irradiated fuel has to be unloaded and the fresh fuel has to be loaded.

Now this process needs to be done only once in 18 months, thanks to the new type of fuel that is in use. Longer periods of continuous operation boosts the economic efficiency of the nuclear reactor, as it can produce more power during the year and faces less number of shutdowns overall.

Also read:&nbsp;<a href="https://www.wionews.com/india-news/s-jaishankar-begins-3-day-maldives-visit-today-amid-tense-relations-748629">Indian FM S. Jaishankar to begin 3-day Maldives visit amid tense relations</a>

“The facilities of the second stage of the Kudankulam NPP will be the first VVER-1000 reactors in history to be launched in an extended 18-month fuel cycle.

"This is a result of our successful cooperation in recent years, as the efficient solutions which have been previously implemented at similar reactors in Russia and China were also introduced at the Kudankulam operational power units.

Throughout the entire NPP life cycle, Rosatom not only supplies nuclear fuel, but also provides engineering services, improving the efficiency of power units through new solutions for fuel and fuel cycle,” Natalia Nikipelova, president of TVEL Fuel Company, said.

KKNPP in Tamil Nadu involves the construction of six&nbsp;power units of VVER-1000 reactors with an installed capacity of 6000 MW. The first stage, consisting of power units No.&nbsp;1 and No. 2, was commissioned in 2013 and 2017, respectively.

Power units No. 3, 4 and No. 5, 6 are the second and third stages of the Kudankulam NPP. Currently, power units 3, 4, 5, and 6 are under construction.

TVEL Fuel Company of Rosatom (the fuel division of the state corporation Rosatom)&nbsp;includes enterprises for the manufacture of nuclear fuel, conversion and enrichment of uranium, production of gas centrifuges, as well as research and design organisations.

Being the only exclusive supplier of nuclear fuel for Russian nuclear power plants, TVEL provides fuel to a total of more than 70 power reactors in 15 countries, and research reactors in nine countries across&nbsp;the world.

Notably, every sixth power reactor in the world is powered by TVEL fuel. Rosatom’s fuel division is also the world’s largest producer of enriched uranium.

The Russian nuclear power agency Rosatom has commenced the production of nuclear fuel that will power India's Kudankulam Nuclear Power Plant (KKNPP) Units 3 and 4, which are under construction in the southern Indian state of Tamil Nadu.

The Russian nuclear power agency Rosatom has commenced the production of nuclear fuel that will power India's Kudankulam Nuclear Power Plant (KKNPP) Units 3 and 4, which are under construction in the southern Indian state of Tamil Nadu. "TVEL Fuel Company of Rosatom has started implementation of nuclear fuel supply contract. This contract embraces the entire lifetime of the power units from the starting loading of the reactor cores," Rosatom said. Typically, modern-day nuclear power plants have a lifetime of 40-60 years. Kudankulam comprises a total of six VVER-1000 type power units, each of which is capable of generating 1000 megawatts of power. For nearly 10 years, Units 1 and 2 of the Kudankulam Nuclear Power Plant have been operational. Thus far, during the operational period of Units 1 and 2 of KKNPP, Russian and Indian specialists have accomplished a large amount of work to improve their efficiency by introducing advanced nuclear fuel and extended fuel cycles. Since 2022, Kudankulam NPP has been supplied with nuclear fuel of improved design 'TVS-2M'. The new fuel ensures more reliable and cost-efficient operation of reactors due to its rigid skeleton, new-generation anti-debris filter and higher uranium mass. The introduction of TVS-2M also enabled the increase of the continuous operation period of the reactor from 12 months to 18 months. The newer fuel meant that the reactor could operate for six months longer than usual. Typically, after 12 months of operation, the reactor has to be shut down and its irradiated fuel has to be unloaded and the fresh fuel has to be loaded. Now this process needs to be done only once in 18 months, thanks to the new type of fuel that is in use. Longer periods of continuous operation boosts the economic efficiency of the nuclear reactor, as it can produce more power during the year and faces less number of shutdowns overall. Also read: Indian FM S. Jaishankar to begin 3-day Maldives visit amid tense relations “The facilities of the second stage of the Kudankulam NPP will be the first VVER-1000 reactors in history to be launched in an extended 18-month fuel cycle. "This is a result of our successful cooperation in recent years, as the efficient solutions which have been previously implemented at similar reactors in Russia and China were also introduced at the Kudankulam operational power units. Throughout the entire NPP life cycle, Rosatom not only supplies nuclear fuel, but also provides engineering services, improving the efficiency of power units through new solutions for fuel and fuel cycle,” Natalia Nikipelova, president of TVEL Fuel Company, said. KKNPP in Tamil Nadu involves the construction of six power units of VVER-1000 reactors with an installed capacity of 6000 MW. The first stage, consisting of power units No. 1 and No. 2, was commissioned in 2013 and 2017, respectively. Power units No. 3, 4 and No. 5, 6 are the second and third stages of the Kudankulam NPP. Currently, power units 3, 4, 5, and 6 are under construction. TVEL Fuel Company of Rosatom (the fuel division of the state corporation Rosatom) includes enterprises for the manufacture of nuclear fuel, conversion and enrichment of uranium, production of gas centrifuges, as well as research and design organisations. Being the only exclusive supplier of nuclear fuel for Russian nuclear power plants, TVEL provides fuel to a total of more than 70 power reactors in 15 countries, and research reactors in nine countries across the world. Notably, every sixth power reactor in the world is powered by TVEL fuel. Rosatom’s fuel division is also the world’s largest producer of enriched uranium.

Russia commences fuel production for Kudankulam Units 3 and 4

The operator of Japan’s destroyed Fukushima Daiichi nuclear power plant demonstrated Tuesday how a remote-controlled robot would retrieve tiny bits of melted fuel debris from one of three damaged reactors later this year for the first time since the 2011 meltdown. Watch in for more details!

Japan: Robot will try to remove melted nuclear fuel from Japan's destroyed reactor

The US Treasury Department has exposed an alleged scheme by sanctioned Russian oligarch to evade sanctions. The scheme involved in a complex web of companies designed to disguise ownership of a $1.5 billion industrial stake. Watch in for more details!

US-Russia tensions rise over sanctions and nuclear fuel

Bangladesh has become the world's 33rd country to produce nuclear power. On Thursday (Oct 5), the South Asian country received the first shipment of uranium fuel for its debut&nbsp;$12.65 billion nuclear plant.&nbsp;

The South Asian country is building the first of two nuclear power plants in collaboration with Russian state-owned atomic company Rosatom. Ninety per cent of the project is financed through a Russian loan repayable within 28 years with a 10-year grace period.

Watch:&nbsp;Bangladesh: Surge in dengue fever; death toll crosses 1000 mark

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"Today is a day of pride and joy for the people of Bangladesh," Prime Minister Sheikh Hasina said during a video conference with Russian President Vladimir Putin that the Russian Embassy in Bangladesh called a "nuclear fuel delivery ceremony" in a Facebook post.

Putin also thanked the International Atomic Energy Agency (IAEA) for its cooperation and supervising the project, which came after a bilateral agreement in 2011.

IAEA head Rafael Grossi posted his congratulations on social media.

“Bangladesh stands as a success story for newcomer countries in nuclear power development, advancing its program under the [IAEA’s] guidance,” he said.

<h2>Pressure from US</h2>

Hasina's government is under pressure from the US to hold "free and fair" elections due in January, with Washington imposing visa sanctions on some Bangladeshi officials and political party leaders.

<a href="https://www.wionews.com/south-asia/not-just-khalistani-terrorists-canada-is-sanctuary-for-bangladeshs-founding-fathers-alleged-killer-too-641172">Also read:&nbsp;Not just Khalistani terrorists, Canada is sheltering Bangladesh`s founding father`s alleged killer too</a>

Last month Sergei Lavrov, the first Russian foreign minister to visit Bangladesh since its 1971 independence, assured Bangladesh that Moscow was committed to completing the project on time, despite obstacles from Western sanctions over the war in Ukraine.

<h2>Work delayed due to COVID-19</h2>

Construction has been delayed because of COVID-19 pandemic restrictions and the sanctions.

Due to US&nbsp;sanctions on Moscow, Bangladesh in December denied entry to a Russian ship carrying equipment for the plant.

The first unit of the plant, with a total generation capacity of 2,400 megawatts, was due to start operation in July next year but is facing a setback over loan repayments.

Russia's state news agency TASS reported that the nuclear power plants in Bangladesh are being built with assistance from&nbsp;the engineering division of Rosatom, and the plant will have a life cycle of 60 years with the possibility of extending its operations by 20 more years.

Bangladesh has faced its worst electricity crisis since 2013, a Reuters analysis of government data shows, due to erratic weather and difficulty in paying for fuel imports amid declining forex reserves and a weakened currency.

(With inputs from agencies)

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Bangladesh has become the world's 33rd country to produce nuclear power. On Thursday (Oct 5), the South Asian country received the first shipment of uranium fuel for its debut $12.

Bangladesh has become the world's 33rd country to produce nuclear power. On Thursday (Oct 5), the South Asian country received the first shipment of uranium fuel for its debut $12.65 billion nuclear plant. The South Asian country is building the first of two nuclear power plants in collaboration with Russian state-owned atomic company Rosatom. Ninety per cent of the project is financed through a Russian loan repayable within 28 years with a 10-year grace period. Watch: Bangladesh: Surge in dengue fever; death toll crosses 1000 mark × "Today is a day of pride and joy for the people of Bangladesh," Prime Minister Sheikh Hasina said during a video conference with Russian President Vladimir Putin that the Russian Embassy in Bangladesh called a "nuclear fuel delivery ceremony" in a Facebook post. Putin also thanked the International Atomic Energy Agency (IAEA) for its cooperation and supervising the project, which came after a bilateral agreement in 2011. IAEA head Rafael Grossi posted his congratulations on social media. “Bangladesh stands as a success story for newcomer countries in nuclear power development, advancing its program under the [IAEA’s] guidance,” he said. Pressure from US Hasina's government is under pressure from the US to hold "free and fair" elections due in January, with Washington imposing visa sanctions on some Bangladeshi officials and political party leaders. Also read: Not just Khalistani terrorists, Canada is sheltering Bangladesh`s founding father`s alleged killer too Last month Sergei Lavrov, the first Russian foreign minister to visit Bangladesh since its 1971 independence, assured Bangladesh that Moscow was committed to completing the project on time, despite obstacles from Western sanctions over the war in Ukraine. Work delayed due to COVID-19 Construction has been delayed because of COVID-19 pandemic restrictions and the sanctions. Due to US sanctions on Moscow, Bangladesh in December denied entry to a Russian ship carrying equipment for the plant. The first unit of the plant, with a total generation capacity of 2,400 megawatts, was due to start operation in July next year but is facing a setback over loan repayments. Russia's state news agency TASS reported that the nuclear power plants in Bangladesh are being built with assistance from the engineering division of Rosatom, and the plant will have a life cycle of 60 years with the possibility of extending its operations by 20 more years. Bangladesh has faced its worst electricity crisis since 2013, a Reuters analysis of government data shows, due to erratic weather and difficulty in paying for fuel imports amid declining forex reserves and a weakened currency. (With inputs from agencies) WATCH WION LIVE HERE ×

Bangladesh receives first shipment of uranium fuel from Russia for its $12bn plant

United States and its European allies are importing vast amounts of nuclear fuel and compounds from Russia. It's providing Moscow hundreds of millions of dollars in badly needed revenue as it wages war on Ukraine.

Russia's revenue boost through nuclear fuel exports | WION Pulse

US & Europe reliant on Nuclear fuel exports & Russia's revenue boost | World News | WION

While the US and its European allies are importing vast amounts of nuclear Fuel and compounds from Russia it is providing Moscow with hundreds of millions of dollars in badly needed revenue as it wages a War on Ukraine. The sales which are legal and unsanctioned have raised alarms from non-proliferation experts and elected officials saying that the imports are helping the bankroll.

US and Europe reliant on Russian nuclear fuel

nuclear-fuel

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