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Indian Nuclear Sites Impact South Tibetan Plateau Radioactivity

Chinese Academy of Sciences, 24 Apr 24 https://www.miragenews.com/indian-nuclear-sites-impact-south-tibetan-1222069/

A recent study published in Environmental Science & Technology Letter has shed light on the long-range transboundary transport of radioactive iodine-129 (129I) from the Indian nuclear fuel reprocessing plants (NFRPs) to the Southern Tibetan Plateau (STP).

This study, conducted by researchers from the Institute of Earth Environment of the Chinese Academy of Sciences (CAS), provides a new understanding of the transport of airborne radioactive pollutants from low to high altitudes, and may have implications for environmental protection on the Tibetan Plateau.

The Tibetan Plateau, known as the “Third Pole of the Earth” and the “Roof of the World,” is a remote, isolated, and presumably pristine region. Previous studies of radioactive contamination have focused primarily on the northern TP, leaving little knowledge of the STP. Primarily originating from human nuclear activities, iodine-129, with its properties of high volatility and radiation risk of short-lived radioiodine, serves as a key radionuclide for nuclear environmental safety monitoring.

In this study, the researchers have meticulously investigated the spatial variation of 129I in the bioindicators, moss and lichen, from the STP.

They found that 129I in the STP was significantly higher than the pre-nuclear levels and those in Chinese inland cities, but two-four orders of magnitude lower than those in the vicinity of the Indian and European NFRPs.

Analysis of the 129I discharge history in conjunction with the wind field indicates that the Indian NFRPs are the primary sources of 129I in the STP. The prevailing ISM plays a crucial role in the transport of 129I from the lowland to the high-altitude STP. The transport process is further enhanced by the summertime overlying heat pump, but is weakened by topographic blocking, forest adsorption, and cold trapping.

The spatial distribution of 129I and 127I in lichens distributed on Mt. Galongla shows that the Yarlung Zangbo Grand Canyon serves as a key transport channel.

“It is much beyond our expectation that Indian NFRPs have such a significant impact on the Tibetan Plateau. Since there are many nuclear facilities in operation and under construction in India, the radiation risk is just there. So we still need more data to find out the extent and scope of such impacts,” said Dr. ZHANG Luyuan, corresponding author of this study.

This work was supported by the second comprehensive scientific expedition to the Qinghai-Tibetan Plateau, CAS and the National Natural Science Foundation of China.

April 25, 2024 Posted by | environment, India | Leave a comment

Heatwave in India: TV host faints during live broadcast as swaths of country reel from sweltering temperatures

India’s federal weather agency
has issued “severe heatwave” alerts for parts of India with
temperatures soaring to 42-44C. India witnessed the early onset of an
intense heatwave in March and April, leading to a huge impact on
agriculture production. A heatwave alert has been issued for Odisha and
West Bengal till 22 April with temperature peaking above 40C.

 Independent 22nd April 2024

https://www.independent.co.uk/climate-change/news/india-heatwave-west-bengal-anchor-faints-b2532165.html

April 24, 2024 Posted by | climate change, India | Leave a comment

Nuclear secret: India’s space program uses plutonium pellets to power missions

Rt.com 5 Feb 24

New Delhi is experimenting with radioisotopes to charge its robotic missions to the Moon, Mars and beyond.

Indians are ecstatic over their space program’s string of successes in recent months. The Indian Space Research Organization (ISRO) has a couple of well-kept tech secrets – one of them nuclear – that will drive future voyages to the cosmos.

In the Hollywood sci-fi movie ‘The Martian’, astronaut Mark Watney, played by Matt Damon, is presumed dead and finds ways to stay alive on the red planet, mainly thanks to a big box of Plutonium known as a Radioisotope Thermoelectric Generator (RTG). 

In the film, Watney uses it to travel in his rover to the ‘Pathfinder’, a robotic spacecraft which launched decades ago, to use its antenna to communicate with his NASA colleagues and tell them he’s still alive. Additionally, the astronaut dips this box into a container of water to thaw it.

In real life, the RTG generates electricity from the heat of a decaying radioactive substance, in this case, Plutonium-238. This unique material emits steady heat due to its natural radioactive decay. Its continuous radiation of heat, often lasting decades, made it the material of choice for producing electrical power onboard several deep-space missions of the erstwhile USSR and the US.

For short-duration voyages, Soviet missions used other isotopes, such as a Polonium-210 heat source in the Lunokhod lunar rovers, two of which landed on the Moon, in 1970 and 1973. 

NASA has employed Plutonium-238 to produce electricity for a wide variety of spacecraft and hardware, from the science experiments deployed on the Moon by the Apollo astronauts to durable robotic explorers, such as the Curiosity Mars rover and the Voyager 1 and 2 spacecraft, which are now at the edge of the solar system.

The ISRO first used nuclear fuel to keep the instruments and sensors going amid frigid conditions during a successful lunar mission, Chandrayaan-3. A pellet or two of Plutonium-238 inside a scaled-down version of the RTG known as the radioisotope heating unit (RHU) made its way to space aboard the rocket. It was provided by India’s atomic energy experts.

RHUs are similar to RTGs but smaller. They weigh 40 grams and provide about one watt of heat each. Their ability to do so is derived from the decay of a few grams of Plutonium-238. However, other radioactive isotopes could be used by today’s space explorers……………………………………………………………………………………..

Meanwhile, the Indian space agency has also kept under wraps two critical technologies developed for future missions by a Bengaluru-based space tech startup, Bellatrix Aerospace. 

These unique propulsion systems – engines that utilize electricity instead of conventional chemical propellants onboard satellites – were tested in space aboard POEM-3 (PSLV Orbital Experimental Module-3), which was  launched by PSLV on January 1, 2024. The crew also tried replacing hazardous Hydrazine with a non-toxic and environment-friendly, high-performing proprietary propellant. 

Hydrazine, an inorganic compound that is used as a long-term storable propellant has been used in the past by various space agencies; even for thrusters on board NASA’s space shuttles. However, it poses a host of health hazards; engineers wear space suits  to protect themselves while loading it before the launch of a satellite or a deep-space probe. 

In 2017, the European Union recommended banning its use as a satellite fuel, prompting the European Space Agency (ESA) to research alternatives to Hydrazine. The US administration has proposed a ban on the use of Hydrazine to propel satellites in outer space by 2025……… https://www.rt.com/india/591138-india-space-program-plutonium-pellets/

February 6, 2024 Posted by | - plutonium, India, space travel | Leave a comment

India, Pakistan exchange list of nuclear installations under 1988 bilateral pact

LiveMint,  01 Jan 2024, 

The pact signed by India and Pakistan in 1988 prohibits the two countries from attacking each other’s atomic facilities.

India and Pakistan on Monday exchanged a list of their nuclear installations under a bilateral pact signed in 1988 and came into force in 1991 that prohibits the two countries from attacking each other’s atomic facilities………………..

India and Pakistan on Monday exchanged a list of their nuclear installations under a bilateral pact signed in 1988 and came into force in 1991 that prohibits the two countries from attacking each other’s atomic facilities.

The exchange of the list came amid frosty ties between the two countries over the Kashmir issue as well as cross-border terrorism.

Both countries have not had any formal talks since they ended the composite dialogue in the aftermath of the 2008 Mumbai attacks carried out by Lashkar-e-Taiba (LeT), a Pakistan-based terror group, in which 166 people were killed and several injured.

The political leadership of both countries made several attempts to resume the contact. However, they were derailed by a string of terror attacks on Indian soil by Pakistan-based terror groups. https://www.livemint.com/news/india/india-pakistan-exchange-list-of-nuclear-installations-under-1988-bilateral-pact-11704107726908.html

January 2, 2024 Posted by | India, Pakistan, politics international | Leave a comment

Kudankulam Nuclear plant will destroy Southern Tamil Nadu, warns Vaiko

August 28, 2023  https://www.thehindu.com/news/national/tamil-nadu/kudankulam-nuclear-plant-will-destroy-southern-tamil-nadu-warns-vaiko/article67241700.ece

MDMK general secretary Vaiko on Sunday feared that waste water stored in the Nuclear Power Plants in Kudankulam could be released in the future into the Bay of Bengal destroying the coastal villages in southern Tamil Nadu. His apprehension was triggered by Japan’s decision to release stored waste water from the Fukushima nuclear plant into the pacific ocean.

In a statement in Chennai, he said the power plant was a Damoclean sword hanging over Tamil Nadu and closing the plant alone could save the people.

“You may land on the Moon. But I am worried that a part of Tamil Nadu will be destroyed. I would like to warn the Centre which is not bothered about the threat,” he said. 

Mr Vaiko said nuclear plants in Russia, Japan and the US had affected a lot of people. “Japan has released waste water in the Pacific Ocean and the people of the country are opposing it,” he said.

August 28, 2023 Posted by | India, politics | Leave a comment

Threat from the skies: India steps up the fight against a major space danger.

By B R Srikanth, a veteran Bengaluru-based journalist reporting on space and defense, 21 Aug 23,  https://www.rt.com/india/581397-india-space-debris-cleaning-mission/

New Delhi’s ambitious space plans include tackling the problem of floating debris, countless pieces of which orbit the Earth

A spectacular display of celestial fireworks? The momentous arrival of aliens? Or was it a work-in-progress sci-fi flick?

These questions weighed heavily on many minds as Melbourne’s night sky lit up for almost a minute on the night of August 7. The flame raced across the sky before breaking into blazing fragments. A sonic boom shook the ground for a couple of seconds, setting off a panic among residents. A day later, the Australian Space Agency confirmed it was space junk, likely “remnants” of a giant Russian rocket which had hoisted a new navigational satellite into orbit.

A few weeks earlier, a six-foot high cylindrical object, perhaps the fuel tank of an Indian rocket, had washed ashore at Green Head Beach, 250 km north of Perth, Australia. The artificial lighting, the loud explosion, and the large fuel tank found there reignited one question: How to vacuum-clean the graveyard in the deep, dark heavens to safeguard assets worth billions of dollars?

Such assets include satellites circling the Earth at 300 km to 36,000 km, in support of telecommunications, broadcasting, meteorology, civil aviation, telemedicine, distance education, and even espionage (by military satellites launched without fanfare).

Space junk

Outer space contains hundreds of dead satellites, millions of fragments of old satellites and rockets, and even paint flakes; each is hurtling through space at an incredible speed of 10 km a second, with a lethal punch of a 550-pound object. NASA estimates there are around 23,000 pieces of debris larger than a softball, half a million pieces the size of a marble or up to a centimeter, 100 million pieces one millimeter and larger.

Example of space junk include a glove lost by Edward Higgins White during America’s first spacewalk, Michael Collins’ camera lost near Gemini 10, a thermal blanket lost during STS-88, the first space shuttle mission, garbage bags jettisoned by cosmonauts during Mir’s 15-year life, a wrench, and a toothbrush.

Indian-American astronaut Sunita Williams lost her camera during her spacewalk from the space shuttle in 2007, and astronaut Heidemarie Stefanyshyn-Piper lost a briefcase-sized tool bag during her spacewalk the following year.

And if you think the Hollywood film ‘Gravity’, where a spacecraft is hit by a cloud of space debris (killing George Clooney’s character, and nearly marooning Sandra Bullock) was fiction, then consider that in 1996, a French satellite was hit and damaged by a French rocket that had exploded a decade earlier. Or that on February 10, 2009, a defunct Russian spacecraft collided with and destroyed a USA Iridium commercial spacecraft. The collision over northern Siberia added 2,300 pieces of large trackable debris and a bigger quantity of smaller trash to the existing space junk.

China did not help matters when in 2007 it used a missile to destroy an old weather satellite, creating 3,500 pieces of large debris. In 2016, a tiny piece of debris punched a hole in the solar panel of the European Space Agency (ESA) observation satellite, Copernicus Sentinel 1A. Even the Hubble Telescope’s solar array shows hundreds of tiny holes caused by dust-sized debris.

The risk of trash colliding with satellites could spiral higher in the future, K R Sridhara Murthy, Honorary Director and former vice president of Paris-based International Institute of Space Law (IISL), and a former senior scientist of the Indian Space Research Organisation (ISRO), told RT.

This is because a large number of private companies – SpaceX, OneWeb, Amazon Kuiper, Guo Wang (China), Samsung (Korea), and Astrome Tech (India) plan to add a whopping 75,000 satellites within a decade to provide global communication networks (superfast internet services), and Automatic Identification Systems (AIS) to track ships (including those of pirates) among other benefits.

Though smaller than conventional satellites, they will crowd the low earth orbit (LEO), about 400 km from the ground, and multiply the number already in this sphere. “More companies are joining the race to position their satellites in orbit because the economics of satellite launch are changing drastically owing to reduction in the cost of putting a satellite into orbit and the deployment of reusable rockets,” Murthy added.

Need for self-discipline

Nations have not been unmindful of the hazards of space junk. The USA and the former USSR tracked objects measuring four inches or more from the Cold War era using a string of radars. NASA and the US Defense Department’s Space Surveillance Network (SSN) have cataloged more than 27,000 pieces of debris, and track each piece’s trajectory.

Not surprisingly, nations with ambitions in space, including India, are setting up facilities to track the burgeoning amount of trash. 

The importance of tracking can be gauged when even the voyage of a rocket into space is delayed by a couple of minutes to prevent debris from causing a disastrous impact on missions, Dr. Mylswami Annadurai, the “Moon man of India” and former director of ISRO’s Prof. U R Rao Satellite Centre in Bengaluru, told RT. He said that ISRO delayed the launch of its rockets three times to avoid a piece of space junk: a one-minute delay in the blast-offs in 2011 and 2016 and a three-minute hold in 2014

All space agencies realize the need for self-discipline in outer space and try not to disturb the operations of other satellites when decommissioning an old and defunct one. “For example, we (ISRO) brought down Megha-Tropiques (a satellite designed jointly and launched by ISRO and CNES of France in 2011 to study tropical atmosphere in the context of climate change) last year with the help of fuel available onboard without causing damage to any other satellite,” Rao said.

Last month, Indian space scientists reduced the altitude of the last stage of the Polar Satellite Launch Vehicle (PSLV) rocket as part of its initiative to avoid creating more space junk. “Left alone at a 536 km circular orbit, the PSLV4 stage would orbit the Earth for over 25 years. As the number of satellites in LEO (low earth orbit) is growing and the space around this orbit is of particular interest, the orbit of the spent PSLV4 was reduced to 300 km,” said the ISRO’s spokesperson.

“Everybody wants to clear outer Space of debris, but how to do it is a billion-dollar question,” K Sivan, former Chairman of ISRO, explained to RT. “We are part of the Inter-Agency Space Debris Coordination Committee (IADC). This international governmental forum coordinates global efforts to reduce debris by sharing research and identifying debris mitigation options.”

When Sivan was at the helm, ISRO established a radar at the Deep Space Network Station on the outskirts of Bengaluru as part of a project, called ‘Nethra’, to track junk in outer space and to share the data with other space agencies. Earlier, ISRO established the Multi-Object Tracking Radar at Satish Dhawan Space Centre, Sriharikota, the country’s spaceport just off the eastern coast in Odisha, to track the trajectory of 10 pieces of space junk and share the data with IADC.

According to Sivan’s predecessor, Gopalan Madhavan Nair, options include preventing new debris, designing satellites to withstand the impact of minor pieces, and improving procedures such as using orbits with less trash.

“Earlier, we used to allow the last stage of our PSLV rocket, along with some fuel, to drift away after launching the satellite, but now we make sure that the fuel (propellant) is exhausted to prevent an explosion of the last stage, or it is used to push the last stage closer to the Earth. Eventually, the last stage will drift further down and burn on re-entering the Earth’s atmosphere,” he said, alluding to the recent manoeuver.

Clearing efforts

In 2018, the United Nations Institute for Disarmament Research (UNDIR) proposed three A-SAT (anti-satellite) test guidelines for preventing junk in outer space. No consensus, however, has been reached among space-faring nations on the policies.

To mitigate the hazards of vast amounts of junk in outer space, the Japanese Space Agency, JAXA, has launched a project to develop a sprawling net akin to the one used by fishermen, to trap and drag down the trash. Many private companies are working on similar methods to cart away the garbage through operations that could fetch them millions of dollars.

ESA has teamed up with a consortium led by Swedish start-up, ClearSpace, to remove all ESA-owned, defunct satellites in the LEO. Their mission, ClearSpace1, will be launched in 2025 to capture a 100-kg upper-stage left orbit after the second flight of ESA’s Vega launcher in 2013. During follow-up missions, ESA will attempt multi-object captures.

Other space agencies and private enterprises could follow suit, each with unique techniques to reduce the trash in outer space by 2050. Space scientists, however, feel new satellite observation methods, too, ought to be developed to forecast the trajectory of orbiting satellites and debris to avoid collisions.

August 22, 2023 Posted by | India, space travel | Leave a comment

Rain fury: Floods batter North Indian states – nearly a foot of rain in 14 hours recorded

ABP News Bureau, 2023-07-23
North Indian states are reeling under severe monsoon mayhem as roads are flooded, rivers are flowing over the danger mark, and waterlogging is hindering all kinds of commute leaving residents helpless. After wreaking havoc in the hill states of Uttarakhand and Himachal Pradesh, heavy showers in Maharashtra, and Gujarat have created a flood-like situation in the two states. Meanwhile, a cloudburst in Ladakh and a fresh spell of rain in Uttarakhand have raised the threat of a rise in the water level again in Delhi which has witnessed the worst flooding since 1978. Here are the latest updates on monsoon fury from across the country:

ABP News Bureau 2023-07-23 


July 25, 2023 Posted by | India | Leave a comment

Irony Or What! India “Sidelines” Russia For US Nuclear Tech, But US Remains ‘Critically Dependent’ On Russian Nuke Fuel

The signing of the 123 Nuclear Agreement between India and the US ended the former’s pariah status in the nuclear world. It brought hope to the American player to collaborate in the nuclear energy sector.

But India’s first deal with the Westinghouse Electric Corporation, a power manufacturing company, has been hanging fire after the company reported bankruptcy. India is now seeking to cooperate with the US on building Small Modular Reactors instead of Russia.

At the G-20 summit, Indian bureaucrat Amitabh Kant called for India-US collaboration to build small 300 MW nuclear power plants and sought “unfettered access” to the US cutting-edge technology.

So far, Russia has been India’s biggest collaborator in the nuclear energy sector. It has helped set up the largest nuclear power plant in Asia at Kudankulam, Tamil Nadu.

………………………………………………………………………………………………..The US government, however, could not bring itself to sanction the Russian nuclear energy giant Rosatom because of its importance in the global nuclear industry.

A special high assay low enriched Uranium is used in the SMRs, and Russia has a monopoly over it. In the absence of an alternative source, the US is dependent on Russia for it.

HALEU is enriched to up to 20%, rather than around 5% for the uranium that powers most nuclear plants. But only TENEX, a subsidiary of Russian state-owned nuclear energy company Rosatom, currently sells HALEU commercially…………………………………………………………………..

The Nuclear Energy Market In India

A recent report in Reuters said that India is likely to overturn a ban on foreign investment in its nuclear power industry and allow greater participation from domestic private firms. An Indian government panel has recommended the changes.

Under India’s Atomic Energy Act 1962, the government controls the development and running of nuclear power plants. Domestic private firms have been able to take part by supplying components.

India has signed contracts with many foreign companies like Westinghouse Electric, GE-Hitachi, Electricite de France, and Rosatom to set up nuclear power plants. Apart from Rosatom, none of the companies have been able to deliver so far…… https://eurasiantimes.com/irony-or-what-india-sidelines-russia-for-us-nuclear-tech/

May 27, 2023 Posted by | India, politics international | Leave a comment

India needs ‘space-based’ weapons – top generals

The space arms race is already ongoing, according to the chiefs of the Air Force and the Defense Staff.’

 https://www.rt.com/news/575556-india-space-based-weapons/ 30 Apr 23

India must boost its defensive and offensive capabilities in the space domain, as the “future lies in having space-based platforms,” Air Chief Marshal Vivek Ram Chaudhari told a national security and geopolitics forum on Saturday.

In the future, instead of having purely land-based offensive systems, we should also have space-based offensive systems,” Chaudhari said, according to The Economic Times.

The competition and rivalry between the global powers in space “will have its effects across all other domains of warfare,” he said, predicting that his Air Force will soon turn into an Air Space Force, and “will be called upon to take part in space situational awareness, space denial exercises or space control exercises.”

“The race to weaponize space has already started and the day is not far when our next war would spread across all domains of land, sea, air, cyber and space,” the air force chief warned back in March. On Saturday he stated that the race has actually been ongoing ever since Nazi Germany first launched its V-2 rocket almost 80 years ago.

India’s Chief of Defense Staff, General Anil Chauhan, also recently stated that the “military applications of space is the dominant discourse from which we cannot remain divorced.”

“The aim for all of us should be developing dual-use platforms with special focus on incorporating cutting-edge technology,” he told the Indian DefSpace Symposium on April 11.

It remains unclear what kind of futuristic space weapons the military seeks to obtain, but Chaudhari said India should capitalize on the success of its 2019 anti-satellite missile test. The so-called Mission Shakti destroyed a satellite some 300km away in low-Earth orbit and was hailed at the time as an “unprecedented achievement” by Prime Minister Narendra Modi.

ndia has become the fourth “space superpower” after the US, Russia, and China, to openly demonstrate its ASAT missile capability. The space club members have regularly accused each other of weaponizing space, voicing suspicions over secretive military launches and dual-purpose tests, but have never admitted to possessing any orbital weapons systems.

May 2, 2023 Posted by | India, space travel, weapons and war | Leave a comment

Nuclear liability issues not yet resolved for Jaitapur project: French company EDF

Delays despite assurances by Minister Jitendra Singh that all technical, commercial, legal issues would be sorted by “early 2023”

The Hindu, SUHASINI HAIDAR April 24, 2023 

Two years after the French energy company Electricite de France (EDF) submitted its techno-commercial offer for the construction of six nuclear power reactors in Maharashtra’s Jaitapur, talks between Indian and French officials over several issues, including liability, have not resulted in any breakthrough yet.

According to sources in Delhi and Paris, the talks over the high cost of power per unit has also become a major issue in the conclusion of the agreement for the 9,900 MW project, which is the world’s biggest nuclear power generation site under consideration at present.

“The topic [of liability] has been discussed between the French and Indian governments and my understanding is that it is progressing towards convergence. It is a key topic for France and the EDF, and so this topic would have to be solved before any contract can be signed,” an EDF official said in response to a question from The Hindu, as part of a presentation to a larger group of international journalists invited to Paris. 

The statement is significant, as in October 2022, the Minister of Space and Atomic Energy, and Minister of State in the Prime Minister’s Office (MoS PMO), Jitendra Singh, promised an early resolution to all the issues, within months………………..

PM to visit Paris in July……………………

The EDF official, who requested not to be identified, but spoke on behalf of the company, said that the issue, arising from India’s Civil Liability for Nuclear Damage Act that India passed in 2010, remains an item on the “agenda for both countries”. India’s CLND Act, which was brought in addition to the International Convention on Supplementary Compensation (CSC), is considered excessive by foreign companies, which could be liable to pay hundreds of millions of dollars in the event of a nuclear accident. As a result, despite signing civil nuclear deals with a number of countries, including the U.S, France and Japan, the only foreign presence in India is that of Russia in Kudankulam, projects that predate the Law.

A recent report in Al Jazeera also points to the fact that despite planning an insurance pool of ₹1,500 crores ($200 million) in 2015, the government’s ‘India Nuclear Insurance Pool” (INIP) has only been able to collect about half, ₹700 crore-₹800 crore, thus far. Concerns over safety after the 2011 Fukushima nuclear disaster, prompted Germany to switch off its last nuclear power reactor this month.

Another factor will be the time taken by the Jaitapur project, for which the original MoU was signed in 2009 with EDF’s predecessor Areva. In 2016, EDF and NPCIL signed a revised MoU, and in 2018, the heads of both signed an agreement on the “industrial way forward” in the presence of Mr. Modi and Mr. Macron. However, officials said nuclear projects do take time, pointing to EDF’s latest construction of an EPR in Finland, Olkiluoto 3. Its work began in 2005 and was completed after a delay of about 14 years, finally starting regular production on April 16 this year.  https://www.thehindu.com/news/national/nuclear-liability-issues-not-yet-resolved-for-jaitapur-project-french-company-edf/article66774668.ece

April 26, 2023 Posted by | business and costs, India, politics international | Leave a comment

Does India have enough insurance coverage for a nuclear disaster?

India has barely half the insurance amount required by law for its current nuclear plants, and has many more plants in the works.

Aljazeera, By Urvashi Sarkar 21 Apr 2023

India has barely half the insurance amount it needs in the event of a nuclear disaster, raising concerns among experts about the lack of oversight on the nuclear sector.

The India Nuclear Insurance Pool (INIP) has collected around 7 billion to 8 billion rupees ($84.5m to $96.6m) of the 15 billion rupees ($182.9m) required under the Civil Liability for Nuclear Damage Act, 2010 (CLND), indicating a critical shortfall in funds that will be needed to compensate victims and pay for cleanup in case of a nuclear disaster………………………………………………………..

“The fact that the nuclear insurance pool has not even met what is required by law is concerning — it shows that the Parliament is not overseeing how the nuclear sector is operating,” said MV Ramana, professor at the School of Public Policy and Global Affairs, University of British Columbia and author of The Power of Promise: Examining Nuclear Energy in India. “My greater concern is the approach of NPCIL and other parties involved, which seem to think of liability requirements as a box to check off, rather than something they need to prudently plan for.”

“They seem to be victims of the same ‘safety myth’ that was at the root of the inadequate preparations for nuclear accidents revealed in the aftermath of the multiple reactor accidents at the Fukushima Daiichi nuclear plant in Japan [in March 2011],” Ramana said…………………………………….

India currently has 22 reactors, all of which are operated by the NPCIL. The INIP provides insurance to all of them. Apart from this, it has 10 reactors that are at various stages of construction (one of which has been connected to the grid) and New Delhi has sanctioned another 10 — all of which are expected to start functioning by 2031. But how these plants will be insured is unknown………………………………………………………… more https://www.aljazeera.com/economy/2023/4/21/does-india-have-enough-insurance-coverage-for-a-nuclear-disaster

April 22, 2023 Posted by | business and costs, India | Leave a comment

India and Pakistan Must Negotiate Nuclear Responsibilities

South Asia Voices, by Ladhu R. Choudhary, April 7, 2023

In 2019, while addressing an election rally, Indian Prime Minister Narendra Modi stated a fiery public remark, “every other day they [Pakistan] used to say ‘we have nuclear button, we have nuclear button.’ What do we have then? Have we kept it for Diwali (a mega Indian festival celebrated with extensive use of firecrackers)?” His statement is just one example of India and Pakistan’s exaggerated rhetoric around their nuclear rivalry.

…………………………………………… responsible nuclear states should strategize to stigmatize the bomb. Most importantly, these statements undermine the essential ingredients of nuclear responsibilities. 

Nuclear responsibilities are defined as a set of extraordinary obligations and reasoning of the nuclear weapon states to exercise restraint in nuclear posturing and proliferation activities to avoid nuclear crises and avert a nuclear arms race. A nuclear responsibilities framework demands that states prioritize behaviors that reinforce credible deterrence postures and doctrines, reduce nuclear risks, and create the conditions for disarmament. Given the catastrophic risks of escalation, the political leadership in both India and Pakistan should refrain from acts of nuclear irresponsibility and demonstrate their respect for nuclear safety and security norms.

………………………………………………. Existing South Asian Nuclear Culture Lacks Nuclear Responsibilities

When politicians in India and Pakistan remind one another of the nuclear button and equate nuclear weapons with Diwali firecrackers, they reinforce South Asian atomic culture. This atomic culture has facilitated the acquisition of nuclear technology with chauvinistic pride and a symbol of supreme power for political independence. It has limited space for negotiating potential threats of nuclear exchanges and shared responsibilities of hostile SNW. For instance, New Delhi and Islamabad have not been able to build robust institutional arrangements for Nuclear Confidence Building Measures (NCBMs). 

India and Pakistan need a better cooperation record for joint nuclear doctrine formulations and identifying implementation procedures. Furthermore, their ambiguous doctrines, postures, and accidents may escalate nuclear instability. ……………………………… more https://southasianvoices.org/india-and-pakistan-must-negotiate-nuclear-responsibilities/

April 9, 2023 Posted by | India, Pakistan, politics international | Leave a comment

Former US Secretary of State says Pakistan’s 2019 conflict with India almost sparked nuclear war

A former high-ranking US official has revealed he will “never forget the night” when the world witnessed what almost became a nuclear catastrophe.

Alex Blair news.com.au 25 Jan 23

Former US Secretary of State Mike Pompeo has detailed just how close the world came to nuclear war in 2019.

In February 2019, the relationship between rival nuclear powers India and Pakistan came dangerously close to escalating into a full-blown conflict, Pompeo writes in his memoir.

It all kicked off when India launched a military operation against militants within Pakistani territory, in response to an attack on its own troops in the disputed region of Kashmir that left 40 Indian soldiers dead.

Pakistan retaliated by shooting down two Indian aircraft and capturing a fighter pilot.

Both nations lay claim to Kashmir, but currently control only portions of the region. India has long accused Pakistan of supporting separatist militants in the Kashmir Valley, a claim that Pakistan denies.

The two nations, both nuclear powers, have engaged in multiple conflicts throughout their history, with the majority of these conflicts centred around the disputed region.

In his memoir, Never Give An Inch: Fighting for the America I Love, Pompeo emphasises that the world was unaware of the sheer gravity of the situation……………………………………………………….. more https://www.news.com.au/technology/innovation/military/former-us-secretary-of-state-says-pakistans-2019-conflict-with-india-almost-sparked-nuclear-war/news-story/75da26ebea96f1064d024205c6108bc2

January 27, 2023 Posted by | India, Pakistan, weapons and war | Leave a comment

Mothering a Movement: Notes from India’s Longest Anti-Nuclear Struggle

 It was striking how these women activists situated their politics in motherhood and in their responsibility as the guardians for future generations. Prayers to Lourde Matha at the main church, floral tributes to Kadalamma, and protests against the nuclear plant all lie on a continuum as acts of reverence for life. While this politics around maternity might not sit well with a certain progressive outlook, these women are clear about their feminist goals.

A time will come. We will take over the village and remove the nuclear power plant.

Radiowaves Collective, Half-Life, December 2022

‘……………………………………………………………………… Both Idinthikarai and Kudankulam, the other settlement that abuts the northern boundary of the nuclear plant, lie off the beaten path for the tourists that come to Kanyakumari—a narrow strip of “Land’s End” with an old temple, newer memorials to regional and national personages, and the Indian Ocean—located a little over twenty-five kilometers away. Yet in 2011 and 2012, Kudankulam and its nearby villages had commanded significant media attention. Putting aside their caste and religious differences, the locals around Kudankulam had put up a remarkable non-violent resistance against the nuclear establishment. We want to find out what has happened to that movement a decade later.

Next morning, en route to Kudankulam, our bus lurches past the bustling town of Anjugramam and other smaller settlements, surrounded by farmlands and coconut and palmyra trees. But it is the giant windmills, mushrooming all over, that dominate the landscape and serve as a reminder that India is a country hungry for energy. All of this area, Anjugramam onwards, falls under what is called the emergency planning zone: a sixteen-kilometer radius around the nuclear plant that would need evacuation in case of a disaster. Our fellow passengers include some non-locals, who form the bulk of the workforce at the plant. When we do not get off at either the Anuvijay— “Victory of the Atom”— town, a gated community for staff and their families, or the plant some seven kilometers away, the few remaining people on the bus start eyeing us.

Once at the busy main market in Kudankulam, our local guide and a few other men quickly whisk us away to a house where we are scheduled to interview women activists who were involved in the 2012 protests. However, before we can start a conversation with them, a man in a striped blue shirt asks us to write down our names and contact details. “CID [Criminal Investigation Department],” he replies softly when we ask why. “He is a policeman. He is just doing his job,” another man chimes in, matter of factly. The sprawling nuclear plant across the road reaches far into the lives of the people here. Police surveillance is part and parcel of the architecture of the nuclear establishment.

The KKNPP is India’s largest nuclear power plant, housing two Russian VVER-1000 reactors—similar to the ones under siege now in Zaporizhzhya, Ukraine—and has four others in the pipeline. As far as one can tell, it has little to do with nuclear weapons, but the Department of Atomic Energy (DAE)—the agency which oversees all things nuclear in India—makes it easy to indulge in wild speculations. Right from its inception in 1954, the DAE has been notoriously opaque, with little independent or public scrutiny, and prone to misinformation and grandiose statements.

While the US launched its “Atoms for Peace” program in 1953, the motto of the DAE has always been “Atoms in the service of the nation.” But the nebulous nature of these slogans is often put on display. For instance, in 1974, the DAE tested nuclear weapons in the guise of a peaceful nuclear program, calling them “peaceful nuclear explosives” for the development of the nation.1 Things have been equally farcical in the case of the civilian nuclear energy program, where, in the name of national security, the DAE has refused to share details about basic public matters such as energy costs and nuclear safety. And even though the DAE is currently (and consistently) decades behind in meeting its own projections for power generation, it still proclaims a fifty-fold increase in nuclear power by 2050.2 The message is loud and clear: the future is nuclear, and only fools worry about the past—or the present.

“If we say anything against [the plant], they will file a case against us,” says a young woman who teaches science at a nearby school. “We don’t have permission to talk about this issue with the students. We can only teach things that are mentioned in the books,” she continued. While adding that the KKNPP supports some schools in its vicinity, like many others in Kudankulam, she is more concerned about the dismal state of affairs. “We do not have any facilities, we have long power cuts, we receive drinking water only once every ten days, and there are all sorts of diseases. Now, it is not possible to remove the plant, but at least our people should get better jobs. Outsiders have all the permanent positions there.” She is sympathetic to the DAE’s rhetoric of nation-building, but dismayed with the lopsidedness of it all. Why should people who live in metropolitan India receive the benefits of nuclear energy while people from Kudankulam take on the risks?

“People protested a lot, and nothing happened. Many who protested can’t get jobs there. It was a waste,” the teacher concluded. “People have accepted that they must live with the diseases. They have made up their mind to live happily until they die. They have started building bigger houses. And since people have come from other places, the land rates have increased, like in the big cities.” Indeed, right outside the nuclear plant, locals have opened new shops selling food, cellphones, and other sundry items. The area has become a real estate hotspot………………..

The region has seen sporadic protests ever since India and the erstwhile Soviet Union had signed an agreement to build these reactors in 1988, as part of post-Chernobyl nuclear diplomacy.3 With the fall of Soviet Union, the project went nowhere for a decade. In the wake of its Pokhran-II nuclear weapons tests in May 1998 and the sanctions that followed, however, India sought Russia’s help. Construction work at the Kudankulam plant finally began in 2000. However, it was the 2011 Fukushima accident in the aftermath of a tsunami that hit close to home…….

A few days after the Fukushima accident, a senior DAE official announced that “there [was] no nuclear accident or incident [in Fukushima],” instead claiming that “it was purely a chemical reaction and not a nuclear emergency.”4 Such technocratic stonewalling, typical of the DAE, did little to allay the anxieties of people living around the plant. Following a test run at the nuclear plant in July 2011, which involved generating high pressure steam to check safety mechanisms, residents started protesting non-violently. The DAE sought to further counter the heightened fear of locals with high-handedness and by flexing its scientific, economic, and legal authority.

Former Indian president A. P. J. Abdul Kalam—uniquely positioned as both a leading defense scientist and a member of the coastal fishing community in Tamil Nadu—visited KKNPP in November 2011. He declared the nuclear plant to be safe and recommended introducing four-lane highways, hospitals, jobs, and bank subsidies to the area. However, the former President refused to meet those in the village with anti-nuclear sentiments, declaring instead that “history is not made by cowards. Sheer crowd cannot bring about changes. Only those who think everything is possible can create history and bring about changes.”

Months later, tired of intransigent protestors, the state enlisted the help of India’s leading mental health hospital to counsel them. Meanwhile, the police and additional security agencies dealt with dissenting locals in their own style. By the first anniversary of the non-violent protests in August 2012, nearly 7,000 people had been accused of sedition and waging war against the state. Many in Idinthakarai still refuse to forgive the state for how they responded to the protests.

Mildred, a fifty-year-old leader of the Idinthikarai protests with dozens of legal cases against her recounted the day they had marched on the nuclear plant in September 2012. “We were frightened by the gun fire. I was in the front with other women and the hot gas fell between our legs. We couldn’t breathe. We couldn’t see for many days. They captured six other women, but I escaped by swimming into the sea,” For Mildred and other villagers from Idinthikarai, marching on the plant was a last-ditch effort to stop the loading of the nuclear fuel rods and the commissioning of the first reactor at KKNPP.

“That changed everything. We decided to protect the village by destroying the roads. We rang the church bell to warn people about the arrival of the police. We were hurt in our hearts,” Mildred continued. Throughout, the state could only see the irrationality and naïveté of this resistance, with the Prime Minister and Home Minister alleging that “foreign NGOs” were instigating the locals against the KKNPP. However, most apprehensions of the women activists we met in Kudankulam and Idinthakarai were grounded in their personal experience and knowledge…………

In Idinthakarai, this fierce sense of belonging to the soil and sea is a common refrain, even among different generations of women. A senior government official once put this down to their “primitive” mindset—calling them a “sea-tribe”—and to their inability to understand modern society. This framing is, of course, an attempt to dismiss these people as relics of a bygone era. “Mobile phones came around [the protest] time. We started googling the effects [of radiation]. Only then did we realize how dangerous this could be. We saw the fate of Chernobyl, of Fukushima,” a twenty-seven-year-old nurse, Preeka, who was shortly leaving to work at a hospital in Qatar, told us.

…………………there is little substantive dialogue around nuclear safety with the local communities. To date, let alone independent monitoring, plant authorities do not make their environment survey lab reports publicly available.

Albeit without recourse to scientific data, these women read the nuclear plant and its effects on their lives in anecdotal terms and in stories that make sense to them. The fish catch, the illnesses, the changing climate, and the sea all have become signs of things to come. Preeka observed, “the sea is my favorite. But now it is not good and it angers me. Many babies are affected with diseases, such as cancer and thyroid, these diseases are coming to our people… And since people get affected by diseases without doing anything wrong, they can’t control it. It makes me very sad.”

…………………….. these women are not far off from the scholars who see human-made radioactive nuclides as a marker of the Anthropocene.

Even though the authoritarian techniques of the nuclear establishment have prevailed, the activists in Idinthakarai have faith in their own powers…………………………………………..  It was striking how these women activists situated their politics in motherhood and in their responsibility as the guardians for future generations. Prayers to Lourde Matha at the main church, floral tributes to Kadalamma, and protests against the nuclear plant all lie on a continuum as acts of reverence for life. While this politics around maternity might not sit well with a certain progressive outlook, these women are clear about their feminist goals.

A time will come. We will take over the village and remove the nuclear power plant…………………………….

A few days before we came, Idinthakarai witnessed a showdown between those who wanted to accept money from the nuclear plant to renovate the village playground and others who remain opposed to any such enticements. Even though the voices of the women activists carried the day, it isn’t clear how long this resistance will last. On our way out, we meet a young engineer, and ask him about his future plans. “I don’t blame others who might work at the plant, but I refused to work there. I have seen the people of my village struggle against it… Our people have no say. I am preparing for a government job. We need to take charge.” Perhaps the hopes of the women aren’t too far-fetched, for people’s movements too have long half-lives.  https://www.e-flux.com/architecture/half-life/508409/mothering-a-movement-notes-from-india-s-longest-anti-nuclear-struggle/

December 16, 2022 Posted by | India, opposition to nuclear, Women | Leave a comment

India headed towards 100% renewables power by 2050

A new optimistic Nature paper from the LUT University in Finland looks to a
key role being played by renewables for rapid transitioning of the power
sector across states in India. Progress has been uneven at times, but LUT
says that a renewables-based power system by 2050 could be ‘lower in cost
than the current coal dominated system’ and have ‘zero greenhouse gas
emissions’ while providing ‘reliable electricity to around 1.7 billion
people’.

Renew Extra 29th Oct 2022

https://renewextraweekly.blogspot.com/2022/10/india-towards-100-renewable-power-by.html

October 31, 2022 Posted by | India, renewable | Leave a comment