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1501
 
 

Source: https://www.world-nuclear-news.org/Articles/Outer-containment-dome-in-place-at-Rooppur-2

The installation of the steel structures of the outer containment dome has been completed in record time at unit 2 of the Rooppur nuclear power plant in Bangladesh, Russia's state nuclear corporation Rosatom announced.

The installation of the outer containment dome was carried out in two stages. The lower part of the structure, having a weight of 200 tonnes and a diameter of 46.3 metres, was installed in the design position last week.

The upper part of the dome structure, having a weight of 129 tonnes and diameter of 34.5 metres, has now been installed in the design position at a height of 57.1 metres. Now the construction height is 63.9 metres and it will reach 65.4 metres after concreting of the dome.

"Specialists of the Engineering Division have set a record - they installed the outer containment dome in two days," Rosatom said. "This is the shortest time period for performance of such operation."

"We have successfully completed the installation of the outer containment dome and will start its concreting soon," said Rooppur plant construction project director Alexey Deriy. "After that we will be able to proceed with the installation of passive heat removal systems."

Russia's VVER-1200 reactor design features a double containment system. The main function of the double-layered containment building is to ensure the integrity and leak tightness of the reactor building, and it plays a key role in the containment of radioactive substances.

The inner containment around the reactor building of Rooppur 2 was installed in June 2022 and concreted in May 2023.

Rosatom in February 2011 signed an agreement for two reactors to be built at Rooppur for the Bangladesh Atomic Energy Commission. The initial contract for the project, worth USD12.65 billion, was signed in December 2015. The Rooppur plant, 160 kilometres from the capital Dhaka, features two Russian VVER-1200 reactors. Construction of the first unit began in November 2017 and it is scheduled to be commissioned in 2024. Construction of the second unit at Rooppur began in July 2018.

1502
 
 

Source: https://www.world-nuclear-news.org/Articles/US-microreactor-apparatus-begins-tests

Tests now under way using an electric-powered prototype of the US Department of Energy's (DOE) MARVEL microreactor will demonstrate the natural circulation that will be a critical part of the reactor's heat removal system.

The primary coolant apparatus test - or PCAT - is a full-scale replica of the MARVEL microreactor. Built at Idaho National Laboratory (INL), the 12 foot (3.7 metre) tall machine was installed at Creative Engineers Inc's manufacturing facility in Pennsylvania in May, and loaded with sodium-potassium and lead-bismuth coolants to demonstrate heat removal from its electrically heated core. PCAT's Stirling engines were started for the first time on 19 September, Creative Engineers said.

CAT will provide data on temperatures and coolant flow to ensure the MARVEL reactor will perform as expected. The first phases of testing at PCAT will initially focus on demonstrating natural circulation, a critical heat removal mechanism within the system, DOE said.

The PCAT demonstration is an "important step in that process and will help validate and benchmark tools we use to accurately predict how the reactor will perform," Yasir Arafat, chief designer and project lead for MARVEL, said.

MARVEL - a liquid-metal cooled microreactor equipped with Stirling engines - is expected to produce 85 MW (thermal) using small amounts of high-assay, low-enriched uranium (HALEU) fuel. It is to be constructed at INL's Transient Reactor Test Facility - using off-the-shelf components, which will allow for faster construction - where it will be used to test microreactor applications, evaluate systems for remote monitoring, and develop autonomous control technologies. DOE has said it plans to connect the reactor to the lab's first nuclear microgrid.

The DOE said it is close to finalising the MARVEL design and is in discussion to procure key long-lead components for fabrication. The reactor could be operational as soon as the end of next year.

1503
 
 

Source: https://www.world-nuclear-news.org/Articles/Grossi-urges-vocal-backing-of-nuclear-as-IAEA-gath

Director General Rafael Mariano Grossi opened the 67th International Atomic Energy Agency General Conference by saying that opinion polls show the "tide is turning" on public attitudes to nuclear energy, but countries "still need to engage stakeholders openly and proactively" in their nuclear power programmes.

In his opening address to the International Atomic Energy Agency (IAEA) event at its headquarters in Vienna, Austria, Grossi highlighted the positive progress of the organisation's initiatives using nuclear technology in areas of tackling climate change as well as cancer care, zoonotic disease, food safety and plastic pollution.

He said: "Our work in widening the access to life-affirming nuclear science and technology is happening against a background of seismic shifts in our climate. The horrifying consequences of global warming are becoming ever more apparent, from wildfires in North America, to heat domes, droughts and floods across Asia, Europe, Latin America, and Africa. Our climate emergency is undeniable, but so is our ability to do something about it.

"Four years ago, nuclear power was struggling to gain a place at the table in major global conversations and events on energy and climate change. Today, nuclear power not only has a place at the table but is increasingly recognised as part of the solution."

Speaking 70 years after the then US President Dwight D Eisenhower's Atoms for Peace speech to the United Nations which paved the way for the creation of the IAEA, he said that it continues to implement its safeguards and security work. He said that there was an "ever-learning mindset when it comes to building a culture of nuclear safety and security - nuclear energy is safer than it has ever been, safer than almost any other source of energy".

And he said: "In the past few years we have not been vocal enough about the benefits of nuclear power, but that page has been turned. Even as public opinion polls around the world show the tide turning in favour of nuclear energy, countries still need to engage stakeholders openly, and proactively, in their nuclear power programmes. Concerted effort and action are warranted."

Representatives of the IAEA's 177 Member States are attending the event, at which delegates will discuss a range of topics, from the 2024 budget to strengthening activities related to nuclear science, technology and applications, as well as the IAEA’s nuclear safety and security activities and strengthening the effectiveness and improving the efficiency of Agency safeguards. They will also specifically discuss nuclear safety, security and safeguards in Ukraine and safeguards in the Middle East and in North Korea. Thailand’s Ambassador and Permanent Representative to the United Nations, Vilawan Mangklatanakul, was elected as the president of the General Conference.

The opening session saw Grossi taking the oath of office for a second four-year term as director general. He said that since taking the job there had been the COVID-19 pandemic and then war in Europe: "These two events are tragic in and of themselves, but they also make it more difficult - and urgent - to tackle the ever-more-present calamity of climate change and the very serious challenges of poverty, disease, hunger and food, water and energy insecurity. I feel humbled and privileged to lead an institution with a unique mandate that allows us - everyone in this building today - to play a role in tackling these challenges."

The director general highlighted the work of the agency's staff in Ukraine, where experts are stationed at all the country's nuclear power plants, and there have been 10 rotations of staff at the Zaporizhzhia nuclear power plant, which has been under the control of the Russian military since early March 2022.

Grossi said the situation there remains "fragile". In an update published on Friday, the IAEA reported that there had now been 10 groundwater wells drilled "bringing the plant close to having a longer-term solution for the provision of cooling water" since the destruction of the Kakhovka dam in June. It said that an 11th well is due to be drilled after which the plant's operators hope they will have "the approximately 250 cubic metres of water per hour to maintain the cooling of the reactors and spent fuel pools in the current shutdown state".

The agency also said that staffing levels at the plant "continue to be a concern with a significant number of staff having left the ZNPP since the start of the armed conflict, including licensed operators from the main control rooms". The IAEA experts at the site, which is on the frontline between Russian and Ukrainian forces, also reported hearing "numerous explosions some distance away".

1504
 
 

Staffing levels at facility ‘continue to be a concern’, says IAEA .

Engineers at Ukraine’s Zaporizhzhia nuclear power station have completed drilling of 10 groundwater wells, bringing the facility close to having a longer-term solution for the provision of cooling water to the shutdown reactors after the destruction of the Kakhovka dam in June.

The International Atomic Energy Agency said over 200 cubic metres of water can now be supplied to the sprinkler ponds that cool Zaporizhzhia’s six reactors and spent fuel.

The IAEA has been informed that engineers intend to drill an additional well bringing the total to 11 wells which is hoped to provide the approximately 250 cubic metres of water per hour to maintain the cooling of the reactors and spent fuel pools in the current shutdown state.

The Zaporizhzhia cooling pond remains intact, containing a large volume of water that can also provide cooling to the Zaporizhzhia’s shutdown reactors for many months, the IAEA said.

Staffing levels at the station continue to be a concern with a significant number of staff having left since the start of the armed conflict, including licensed operators from the main control rooms.

IAEA experts have been told that recruitment of additional staff from Russian nuclear power plants continues and that they are being trained and licensed under the Russia’s regulations.

The IAEA team at the Zaporizhzhia site “continues to gather information on the number and qualifications of main control room operators to better understand the situation”.

Zaporizhzhia is near the frontline of fighting in southern Ukraine. It has been occupied by Russian forces since March 2022.

1505
 
 

Russia also to begin manufacturing of long lead equipment.

First concrete is likely to be poured for the Russia-supplied Paks 2 nuclear power station at the beginning of 2025, the director-general of state nuclear corporation Alexey Likhachev said during a visit to the site on Friday (22 September).

In parallel, Rosatom will begin the manufacturing of long lead equipment for the project to build two Generation III+ VVER-1200 pressurised water reactor (PWR) units for the expansion of the existing Paks nuclear station, in south-central Hungary.

Rosatom said Hungarian suppliers are involved in the work with more than 140 local companies engaged in various areas of the project.

It said the next stage of work includes soil stabilisation so pit preparation can continue for first concrete. In total, about one million cubic meters of soil will be removed.

Paks II, the company in charge of the project, said earlier this year that excavation work had begun of the main reactor pits for the two new units, Paks-5 and Paks-6.

In August, Russia and Hungary signed amendments to the 2014 contract for Paks 2.

The €12.5bn ($13.6bn) project has experienced delays, and Hungarian officials had discussed changing the contract to include a project management company to speed it up, though they gave few details about the plans.

The main construction licence for Paks 2 was issued by the Hungarian regulator in August 2022.

According to Hungary’s foreign minister Peter Szijjarto, completing the project by 2030 remains a “realistic target”.

The existing Paks station is Hungary’s only commercial nuclear power facility. Its four VVER-440 PWR units provide about 48% of the country’s electricity.

1506
 
 

Nuclear technology program manager to help data center power crunch.

Microsoft is hiring for a principal program manager of nuclear technology to "be responsible for maturing and implementing a global small modular reactor (SMR) and microreactor energy strategy."

Late last year, the company procured Clean Energy Credits (CECs) from Canadian energy firm Ontario Power Generation (OPG) to power its data centers. The credits include power from traditional nuclear sources, but could expand to include CECs from an upcoming SMR deployment OPG is planning.

The new job listing states that: "This senior position is tasked with leading the technical assessment for the integration of SMR and microreactors to power the data centers that the Microsoft Cloud and AI reside on.

"They will maintain a clear and adaptable roadmap for the technology’s integration, diligently select and manage technology partners and solutions, and constantly evaluate the business implications of progress and implementation.

The role will also be responsible for research and developing other precommercial energy technologies.

The new hire would join the energy innovation team at Microsoft, working with P. Todd Noe, director of nuclear technologies engineering at Microsoft. Noe said on LinkedIn: "This is not just a job, it is a challenge. By joining us, you will be part of a global movement that is transforming the way we produce and consume energy. You will also have the chance to grow your skills, advance your career, and make an impact on millions of lives."

With grids around the world struggling, power availability has become a critical bottleneck for data center builders and delayed projects around the globe - most notably in the sector's densest region, Northern Virginia. The lack of clean power is even more of a challenge as data center companies try to shift to renewable sources.

While traditional nuclear power plants have often come in over-budget and long-delayed, small modular reactors are being pitched as a way to deploy smaller, cheaper, and faster modular reactors.

Such systems could either be deployed at a power plant, which is what Ontario Power Generation plans to do, or even at the site of a data center.

Rolls-Royce has begun pitching 470MW modular power plants to data centers, with a planned roll out of 2030, while Last Energy has already found customers in the UK for 20MW SMRs. Rival NuScale received regulatory approval for 50-77MW SMRs in the US this year, but it has struggled to keep its electricity costs in check. Sam Altman-backed Oklo is also planning 15MW+ SMRs, while Microsoft cofounder Bill Gates has backed TerraPower.

Data center operators are looking to SMRs as a potential solution to power constraints, with Green Energy Partners planning to build multiple small modular nuclear reactors next to the 1.6GW Surry Nuclear Power Plant to support 30 new data centers in Virginia.

Swedish nuclear company Kärnfull Next has announced plans for a campus of small modular reactors (SMRs) on the Swedish coast to build data centers.

1507
 
 

Benefits include renewable integration and firming, grid resiliency, and reduced carbon footprint for Alaska’s Railbelt region

Cranberry Township, PA, Sept. 22, 2023 – Westinghouse Electric Company announced today the Department of Energy has selected its project to deploy a 1.2 GWh utility-scale long-duration energy storage system in Healy, Alaska in support of planned wind power.

The project represents the largest, planned single installation of long-duration energy storage in the United States and will demonstrate how the technology can firm intermittent renewable power at grid scale while also providing local and regional grid resiliency.

“Increasing access to affordable, reliable, and sustainable energy is one of my top goals as governor. Having an effective and affordable way to store energy has been the choke point for renewable energy technology. By providing long-duration energy storage, this project will help enable us to better utilize the renewable resources that are abundant in Alaska,” said Alaska Governor Mike Dunleavy. “Congratulations to Golden Valley Electric Association and its partners for this significant step toward energy independence for the Railbelt.”

“Westinghouse is dedicated to powering the future with clean energy solutions. Our long-duration energy storage system enables a higher penetration of renewables on the grid to achieve decarbonization goals without sacrificing overall stability,” said Patrick Fragman, Westinghouse President and CEO. “We thank the DOE’s Office of Clean Energy Demonstrations for this opportunity to showcase a ground-breaking technology.”

“GVEA is pleased that Westinghouse's Long-Duration Energy Storage project has been selected by the DOE and we thank all project participants for their efforts,” said John Burns, GVEA’s President & CEO. “As a not-for-profit cooperative, GVEA's focus is on providing its members with low-cost and reliable power, while reducing emissions. We are excited about the potential of long duration energy storage and the role it can play in integrating renewable energy not only in Interior Alaska, but the rest of the Railbelt electric system which serves over 80% of Alaska’s population.”

Westinghouse has been advancing long-duration thermal energy storage technology for several years in collaboration with Echogen, the leading supplier of supercritical carbon dioxide (sCO2) based technologies.

Pumped Thermal Energy Storage from Westinghouse solves many of the challenges associated with other long-duration energy storage applications, such as lithium-ion batteries, providing 10 or more hours of reliable energy storage with a simple, safe, cost-effective design in a compact footprint, delivering the lowest levelized cost of storage when paired with wind or solar. The system leverages readily available and inexpensive locally sourced materials, such as carbon steel, water and concrete, to enable rapid deployment anywhere around the globe.

1508
 
 

BALTIMORE (Sept. 21, 2023) — While wildfires, hurricanes and extreme heat battered Americans from coast to coast during the hottest summer in Earth’s recorded history, Constellation’s carbon-free nuclear units ran nearly 100% of the time, powering more than 15 million homes and businesses.

Constellation’s 21 reactors at 12 sites from the Midwest to the Mid-Atlantic and Northeast operated at 99.4% during the months of June, July and August. That near-perfect reliability helped Constellation power the equivalent of 15 million average American homes through a growing number of extreme heat days– all without adding any harmful emissions to the environment.

To prepare for the summer heat, technical experts performed tens of thousands of tasks at Constellation nuclear plants during spring refueling and maintenance outages designed to ensure all reactors would run uninterrupted through the peak summer heat. Among more than half a billion dollars spent during spring outage activities, the most important tasks were technology upgrades, major component refurbishments, and the loading of new fuel – a task already beginning for the fall maintenance season.

“As the quantity and severity of these extreme weather events increase, Constellation’s clean energy centers continue to play a vital role in providing reliable and affordable carbon-free energy to American homes and businesses,” said Bryan Hanson, Constellation’s executive vice president and chief generation officer. “As the summer storms and excessive heat wane, we’re shifting our focus to a comprehensive fleetwide winter preparedness campaign, to ensure that we are equally prepared for extreme cold temperatures.”

Constellation’s nuclear fleet in the mid-Atlantic and Northeast U.S. includes Calvert Cliffs Nuclear Power Plant in Calvert County, Maryland; Pennsylvania facilities Limerick Generating Station and Peach Bottom Atomic Power Station in Montgomery and York counties; and New York facilities Fitzpatrick Nuclear Power Plant and Nine Mile Point Nuclear Station in Oswego County and Ginna Nuclear Power Plant in Wayne County. Its Illinois nuclear fleet includes Braidwood Generating Station in Will County, Byron Generating Station in Ogle County, Clinton Power Station in DeWitt County, Dresden Generating Station in Grundy County, LaSalle County Generating Station, and Quad Cities Generating in Rock Island County.

1509
 
 

Source: https://www.world-nuclear-news.org/Articles/Nuclear-groups-propose-stepwise-approach-to-increa

A new joint report from World Nuclear Association, the Nuclear Energy Institute and the Canadian Nuclear Association proposes regulatory steps which can be taken to minimise the time and cost for large-scale deployment of a fleet of standardised reactor designs that are acceptable in multiple countries around the world.

The report, A Framework for International Regulatory Efficiency to Accelerate Nuclear Deployment, says changes are required if there is going to be the scale of new nuclear required to tackle climate change and energy security concerns.

It proposes a step-by-step approach "given the complexity of the differences in regulations and standards, including technical, human and cultural challenges and how difficult this makes convergence" of regulatory requirements in different countries.

Its model is for "gradually increasing collaboration between key stakeholders that is supported by multilateral agreements between technology vendors, regulators, and operators", and proposes to "build upon the efforts of small groups of regulators and industry jointly working on the review of specific reactor designs to increase efficiency in the design reviews to facilitate the ability of one regulator to leverage all, or part, of the outcomes from reviews undertaken by other regulators to support their own regulatory process".

Its three key recommendations for action are:

  • Increased support from governments, regulators and industry "to facilitate collaborative regulatory design review activities, including the enabling of groups of regulators working on specific designs"
  • Stakeholders to facilitate "increased collaborative regulatory design reviews" through a stepwise phased approach, which would allow near-term benefits through “low risk activities" while building a foundation for greater benefits that need a longer timeframe
  • Increased coordination of existing harmonisation activities "to accelerate progress through the stepwise phased approach and make most effective use of the resources available".

The report, produced by World Nuclear Association's Cooperation in Reactor Design Evaluation and Licensing (CORDEL) working group in cooperation with the Canadian Nuclear Association (CNA) and the Nuclear Energy Institute (NEI), builds on existing work such as the Multinational Design Evaluation Programme and the International Atomic Energy Agency's Nuclear Harmonization and Standardization Initiative which was launched last year.

"These initiatives and others, including from other industries, have demonstrated that there is much that can be, and has been, achieved through collaborative efforts between different regulators and with industry. What is clear from other industries and ongoing harmonisation activities is that support from governments and early alignment among key stakeholders are important prerequisites for success," the report says.

It also says that "working with large groups of stakeholders makes alignment of requirements increasingly difficult, and that working generically on design safety issues makes it difficult to identify the real challenges to joint design reviews".

It concludes that to meet the targets for new nuclear by 2050, there needs to be an "innovative approach" and says "the collaboration efforts will require additional resources above and beyond what each national regulator already needs to support short-term regulatory activities in their own countries".

"The aim of committing resources and efforts to these international collaborative efforts now is to support increased export markets and facilitate national regulators being able in future to carry out more reviews more efficiently."

World Nuclear Association Director General Sama Bilbao y León said the report "highlights how increased government support for multi-lateral regulatory review activities, and greater coordination between international organisations are essential to accelerate the global deployment of fleets of standardised reactor designs. To be successful, we must come together as a nuclear sector, set common goals, define ambitious yet realistic targets, and collaborate to deliver the benefits of nuclear energy for all".

John Gorman, President and CEO of the CNA, said: "This report paves the way for the nuclear industry and regulators across the world as a blueprint towards a common objective and will prove to be a building block of initiatives such as the recently launched Net Zero Nuclear."

Maria Korsnick, President and CEO at NEI, said: "The demand for new nuclear is real, and there's a clear consensus on the world stage that nuclear plays a crucial role in our global clean energy transition. We cannot tackle the climate threat and bolster energy security without the versatility, reliability, and affordability that clean nuclear power ensures. But the challenge before us isn’t demand - it is meeting demand. Now is the time to rise to the occasion. Together, with our global allies, we can face the challenge before us through modernised and globally streamlined regulatory approaches, while maintaining our high standards of safety."

1510
 
 

WNA’s Sama Bilbao y Leon ‘an advocate of current and future nuclear technology’.

The 2023 International Nuclear Societies Council (INSC) global award has been won by Dr Sama Bilbao y Leon, director-general of the London-based World Nuclear Association (WNA), a statement by the INSC said.

Bilbao y Leon was proposed by the European Nuclear Society and won in a competition among three candidates, said the statement.

The INSC global award is given to nuclear professionals who have contributed to the development of nuclear innovation and technology and the expansion of peaceful uses of nuclear energy internationally.

The award committee said Bilbao y Leon will receive the award for her outstanding leadership, achievements and important contributions to the progress in nuclear safety technology and peaceful use of nuclear energy; including her competence, expertise, and ability as an advocate of current and future nuclear technology

The award will be presented to Bilbao y Leon during an INSC meeting in Vienna on 26 and 27 September 2023.

The INSC, a global forum for nuclear societies, was set up in 1990 and has a membership of more than 120,000 nuclear science and engineering professionals in 38 national and regional nuclear societies.

Dr Sama Bilbao y Leon has been at the helm of the WNA since October 2020. Previously she held positions at the Paris-based OECD Nuclear Energy Agency and the Vienna-based International Atomic Energy Agency.

1511
 
 

Country also needs investment in large reactors and renewables, says economic institute.

The greatest potential of small modular reactor construction for Poland may lie in the production of district energy in the country’s largest urban areas, but building SMRs will not replace the need to invest in renewable energy and large-scale nuclear, the Polish Economic Institute said.

In a report on prospects for the use of SMRs in Poland’s energy transition, the institute said three SMR plants each with a capacity of 300 MW could meet up to 80% of the capital city Warsaw’s demand for district energy in 2040.

District energy systems take energy released as heat from a range of energy sources – in this case an SMR – and connect it to energy consumers through a system of highly insulated pipes.

The institute said its research had suggested that SMRs could meet over 20% of the demand for district heat in large urban areas.

According to the institute, Poland has one of the most developed district heating systems in Europe with more than 40% of the 13.5 million households in the country connected to the heating network. District heating is also responsible for around a quarter of all the heat generated, including in industry.

However, coal remains “the fundamental fuel” with around 14.5 million tonnes used per year.

One of the cities that could benefit significantly from the use of SMRs to decarbonisation its heating is Warsaw, the institute said.

In 2020, the demand for system heat in the Polish capital amounted to 8.9 TWh with more than 90% was produced by plants that use hard coal. Future demand for heating in Warsaw could exceed 14 TWh, according to the institute.

Installing three SMRs could meet 80% of Warsaw’s annual heating demand in 2040, while boosting electricity production in the months when demand for heating falls.

Poland has plans to build large-scale nuclear power plants and small modular reactors in an effort to reduce carbon emissions from its power generation sector. The country at present gets about 70% of its electricity from stations burning coal.

In November 2022, Warsaw chose US-based Westinghouse Electric to supply its AP1000 reactor technology for a three-unit nuclear power station at the Lubiatowo-Kopalino site in the northern municipality of Choczewo near the Baltic coast of Pomerania.

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Source: https://www.world-nuclear-news.org/Articles/Milestone-in-restoration-of-Zorita-plant-site

Work to fill in the hole left following the demolition of the containment building of the José Cabrera nuclear power plant has been completed, Spanish decommissioning and waste management firm Enresa announced. The plant - also known as Zorita - is the first to be fully dismantled in Spain.

The single-loop pressurised water reactor at the José Cabrera nuclear power plant, in the central municipality of Guadalajara, operated from 1968 until 2006 when it was closed by ministerial order. Although small by today's standards at 142 MWe, the plant nevertheless supplied more than 75% of Guadalajara's power requirements.

Pre-dismantling activities - carried out between 2006 and 2009 under the responsibility of the facility's operator, Union Fenosa - consisted mainly of the management of used fuel and the conditioning of operational waste.

After the completion of pre-dismantling activities and the corresponding ministerial authorisation of 11 February 2010, ownership of the José Cabrera nuclear power plant was transferred to Enresa for decommissioning.

In 2010 Westinghouse - which originally supplied the reactor - won a contract from Enresa to dismantle the reactor vessel internals. This was followed by another contract in 2013 to dismantle the reactor pressure vessel.

The dismantling of the plant's containment building began in November 2019 with the first section of the containment dome - measuring 8 metres in diameter, 16 millimetres thick and weighing 5.2 tonnes - being cut and removed.

Enresa said a total of 9500 cubic metres of selected soil has now been used to fill the void that remained following the complete dismantling of the containment building. This, it said, involved the loading and unloading of 850 trucks. During the process, the corresponding humidity, density and degree of compaction tests were carried out, with satisfactory results.

The demolition of the last remaining large building at the plant, the turbine building - 30 metres in height and made of reinforced concrete - was completed in June last year.

In order to restore the site to its initial state, the Restoration Plan - which was approved by Spain's Nuclear Safety Council - will ensure that the land to be released is free of residual radioactivity. During this final phase, site clean-up and final characterisation will be carried out before application is made for the declaration of decommissioning, with the aim of returning the site to its owner.

1513
 
 

Source: https://www.world-nuclear-news.org/Articles/BWXT,-Crowley-to-work-together-on-power-plant-vess

BWX Technologies, Inc has teamed up with global shipping and maritime, energy and logistics solutions company Crowley to develop new shallow-draft hull ships to supply energy from onboard microreactors to shoreside locations.

A memorandum of understanding between BWXT's Advanced Technologies subsidiary and Crowley will allow both companies to jointly pursue and develop opportunities relative to the design, engineering and development of the ships, which would feature factory fabricated microreactors, readily deployed into a shipyard configuration for ease of installation on the vessel. The onboard power plant could supply electricity to facilities such as military bases in remote island locations, backup utility grids after disasters, and provide power in other scenarios "where traditional electricity sources are damaged or not possible", the companies said.

The concept envisions a 378-foot (115 metre) ship drawing on the logistics and marine capabilities of Crowley, with in-house vessel design Crowley Engineering Services, and the nuclear capabilities of BWXT, which has supplied nuclear components, fuel and services to the US government for more than 60 years. The vessel would use traditional propulsion. Its modular reactor - of between 5 and 50 MW - would be activated upon arrival at the destination and be deactivated and transported after the power supply is discontinued. Buoyed power delivery cables would enable the ships to deploy energy connections to shore. Shallow draft hulls allow vessels to manoeuvre to deliver power strategically if harbour access is limited, for example by military activities or by natural disaster.

Shiju Zacharia, senior vice president and general manager of Crowley Government Solutions, said the cooperation with BWXT will be the privately held company's first move into the nuclear energy sector, and is a key part of its commitment to sustainable, alternative energy sources. "This concept supports the US Department of Energy's goal of maintaining US leadership in nuclear energy technology as well as many the US Department of Defense's strategic goals for operational energy," he said.

BWXT Advanced Technologies LLC President Joe Miller said: "We are excited to work alongside Crowley to leverage our ongoing reactor development and demonstration programs to expand nuclear technology into new and novel markets to deliver zero carbon emissions energy generation to strategic locations."

BWXT was selected in 2022 by the US Department of Defense Strategic Capabilities Office to build and demonstrate a TRISO-fuelled prototype mobile microreactor as part of Project Pele. The company's (BWXT Advanced Nuclear Reactor) transportable microreactor - a 50 MW (thermal) high-temperature gas microreactor - was one of five selected in December 2020 by the Department of Energy to receive a share of USD30 million in initial funding for risk reduction projects under its Advanced Reactor Demonstration Program.

The companies have not yet provided details of the microreactor technology envisaged for their new ship concept other than saying it would feature "the latest technology available".

1514
 
 

Source: https://www.world-nuclear-news.org/Articles/Westinghouse,-Bechtel-sign-consortium-agreement-fo

Westinghouse Electric Company and Bechtel have signed a formal agreement to partner on the design and construction of Poland's first nuclear power plant at Lubiatowo-Kopalino. They expect to sign an engineering services contract with Polskie Elektrownie Jądrowe (PEJ) within the next week.

The Polish government selected the Westinghouse AP1000 reactor technology for construction at Lubiatowo-Kopalino in Pomerania in November 2022. The country's Ministry of Climate and Environment in July this year issued a decision-in-principle for Polskie Elektrownie Jądrowe (PEJ) - a special purpose vehicle 100% owned by the State Treasury - to construct the plant. "Significant licensing and engineering work" on the project is already under way, Westinghouse said.

An agreement signed earlier this year by Bechtel, Westinghouse and PEJ set out plans for the delivery of the project, with Westinghouse to lead the consortium at the design stage and Bechtel during construction.

Westinghouse President for Energy Systems David Durham said the team has "demonstrated ability" to deliver on large nuclear projects. "The fleet experience we have earned with our advanced, proven AP1000 technology, including a 100% complete design and construction lessons-learned, will serve Poland well as it seeks decarbonisation and increased energy security," he said.

"Bechtel and Westinghouse bring more than 140 years of combined nuclear power experience," John Howanitz, president of Bechtel's Nuclear, Security & Environmental global business unit, adding that the companies are "eager to partner with the local workforce, suppliers, and community, to deliver the clean and reliable energy Poland needs."

The consortium agreement was signed at the US Embassy in Warsaw.

1515
 
 

Source: https://www.world-nuclear-news.org/Articles/Alberta-funds-SMR-deployment-study

The province has announced it is investing CAD7 million (USD5 million) in a multi-year study to explore how small modular reactors (SMRs) could be safely, technically and economically deployed for oil sands operations. It is also working on putting a regulatory framework in place to allow private industry to pursue SMRs.

The bitumen in Alberta's oil sands represent one of the world's largest proven oil reserves, but must be mined or heated underground using steam. SMRs could potentially supply non-emitting process heat and power to oil sands operations - which are typically in off-grid locations - in the years to come.

The funds from Alberta's Technology Innovation and Emissions Reduction Fund will be provided via Emissions Reduction Alberta to support a CAD26.7 million enabling study by Calgary-based Cenovus Energy, taking a more in-depth look at how SMRs could be used, and what information would be needed to pursue regulatory approval in the future. It will build on an early-stage feasibility study on the use of SMRs in steam-assisted gravity drainage operations in oil sands which was prepared by Hatch Ltd for Alberta Innovates, Cenovus and TC Energy and published in August.

Alberta joined the provinces of New Brunswick, Ontario and Saskatchewan as a signatory to a Memorandum of Understanding to collaborate on SMR development in 2021 and has more recently signed memorandums of understanding with several SMR developers including ARC Clean Technology, X-Energy and the Korea Atomic Energy Research Institute.

"A few years ago, the idea of expanding nuclear energy use was on the back burner - that is no longer the case," said Rebecca Schulz, Alberta's Minister of Environment and Protected Areas. "In Alberta, small modular nuclear reactors have the potential to supply heat and power to the oil sands, simultaneously reducing emissions and supporting Alberta's energy future. This funding is the foundation for that promising future."

Emissions Reduction Alberta CEO Justin Riemer said SMRs have "great potential" to supply non-emitting energy in many different applications. "Further studies like this are needed to see if the technology is suitable for those industrial applications. If so, it could be transformational for the in-situ oil sands sector and other sectors in Alberta," he said.

Regulation working group

The adoption of SMR technology in Alberta - which does not currently have any nuclear generating capacity - would require an extensive regulatory and engagement process, but the province said it is "currently working to ensure the regulatory framework is in place and ready should private industry pursue this technology."

A working group on emissions reductions set up by the government of Alberta and the Canadian federal government has agreed to commence the development of a regulatory framework for SMR technology. The Canadian Nuclear Safety Commission regulates all stages of life of nuclear power plants in Canada.

1516
 
 

Source: https://www.world-nuclear-news.org/Articles/Temelin-switching-to-18-month-fuel-cycle

Operator ČEZ says that the transition from a 12-month to an 18-month fuel cycle has begun at Temelín's second unit, part of the company's investment programme to boost efficiency and pave the way for the planned 60-year operation of the plant.

During the second unit at Temelín's current shutdown, ČEZ says that 163 fuel assemblies are being placed in the reactor, including 48 fresh fuel assemblies, six more than before.

The extension of the fuel cycle to 18 months will ultimately increase the efficiency of the plant, allowing it to operate for longer between shutdowns.

Bohdan Zronek, director of ČEZ's nuclear energy division, said: "We are extending the fuel cycles to 16 and 18 months respectively in Dukovany and Temelín. For us, it means a reduction in lifetime consumption and a contribution to production at the level of almost 2 terawatt hours per year on average. The condition is, of course, very careful verification of all safety parameters."

Two VVER-1000 units are in operation at Temelín, which came into operation in 2000 and 2002. ČEZ announced in February it was investing CZK3.6 billion (USD157 million) this year in the modernisation of the Temelín plant to prepare it for at least 60 years of operation.

Key projects include extending the fuel campaign, modernising control systems and preparing for a generator replacement. In total, ČEZ said it planned 271 investment events for the Temelín plant this year - 46 more than last year.

The Czech Republic already uses nuclear power for 34% of its electricity, generating this from four reactors at Dukovany and two at Temelín. ČEZ is currently awaiting final bids from Westinghouse, EDF and Korea Hydro & Nuclear Power for the construction of a new reactor at Dukovany. Near Temelín, an area has been designated the South Bohemia Nuclear Park and earmarked for small reactors to operate in the early 2030s. The company said last month that, with the planned new build, it expected to almost double its nuclear workforce in the coming years.

1517
 
 

Source: https://www.world-nuclear-news.org/Articles/Regulatory-changes-needed-for-new-nuclear-for-mari

Nuclear will be needed to help decarbonise the shipping industry - whether by having nuclear-powered ships or using nuclear to produce alternative fuels - a conference organised by Core Power has heard. However, speakers noted that regulatory issues must be resolved before this can happen.

The shipping industry consumes some 350 million tonnes of fossil fuel annually and accounts for about 3% of total worldwide carbon emissions. The industry has been mandated by the United Nations to reach net zero by 2050, the event - titled New Nuclear for Maritime and held during London International Shipping Week 2023 - was told.

"Fossil fuels still have a future supported by CCS (carbon capture and storage) and low speeds," Martin Stopford, executive director of MarEcon Ltd, said. However, he noted, "high energy costs are going to make capital intensive investments like nuclear reactors much more attractive".

In discussions some five years ago about decarbonising the shipping industry, the idea of using nuclear "was almost immediately dismissed and for the usual reasons: it was politically unacceptable, it was high-risk and it was too expensive. It didn't even really enter the debate", said Michael Parker, Chairman of Citigroup's Global Shipping, Logistics and Offshore business. "I think that balance has changed quite a bit as people have really become aware … that green fuels are less efficient versions of fossil fuels. They're economically less attractive."

Chris Hartnoll, CEO and MD of HICO Investment Group, said: "I think the starting point for us is that for new nuclear to really have the renaissance and real impact and full potential, I think we need to move towards small nuclear reactors ... we see a huge potential for maritime nuclear as a floating production site."

Floating nuclear power plants are seen as having future growth potential because they provide flexible location options, being placed at sea from where they can provide electricity or hydrogen or water desalination for onshore use.

Hartnoll said that nuclear electric ships, especially larger vessels, makes "much sense" and could be a step-change for the shipping industry. However, Hartnoll added, "I think the question is where the regulation will go. Will we be allowed to have nuclear ships pulling into different ports?"

Core Power's Director of Regulatory Development, Scott Edwards, said there needs to be a "clear, consistent and predictable set of rules and regulations" to make new nuclear for maritime a reality.

"Rules and regulations comes up as one of the potential barriers to the future, but actually what happens with the rules and regulations generally is they tend to catch up with new developments and innovation," said Core Power Chairman and CEO Mikal Bøe. "And for nuclear it's exactly the same thing."

He noted the International Maritime Organization's (IMO's) current safety regulations on nuclear maritime were developed in the 1970s and specifically relate to nuclear-propelled naval vessels. "It is the only internationally-recognised safety code for maritime nuclear," Bøe said.

"New nuclear for maritime requires agnosticism around the type of technologies we can use because we found that the technology that the IMO rules specifically refer to and regulates from the safety perspective, is in fact uninsurable," he said. "And if it's not insurable, it's a showstopper, because we can't bring it into ports."

Bøe noted that a comparison between floating nuclear power plants and nuclear-propelled ships "discovered there was close to 95% overlap between the two in terms of safety". He suggested IMO regulations are updated so as to "create that strong bond between nuclear safety and security and maritime safety and security ... that is a framework on which we can prototype and demonstrate already in the 2030s".

He added: "What we could then potentially achieve is dual-purpose floating nuclear power plants … a nuclear electric vessel entering into a waterway with a marine-appropriate nuclear technology – one that has, because of these new rules at the IMO, been allowed because it is agnostic and different technologies other than naval reactors. It now is insurable."

Katy Ware, Director of Maritime Safety and Standards at the UK Maritime & Coastguard Agency and Permanent Representative of the UK to the IMO, said she did not think the challenges of creating the necessary safety regulations "are insurmountable and can be done". She said the advantage with nuclear, unlike alternative fuels, is that it is a regulated industry, "there is a proven legislative structure for getting nuclear power plants up and running, so it is possible ... it can be done. It's complicated. We are not starting from scratch. It's going to take time. But we can do it."

In November 2020, a multinational team including Core Power, Southern Company, TerraPower and Orano USA applied to take part in cost-share risk reduction awards under the US Department of Energy's Advanced Reactor Demonstration Programme to build a proof-of-concept for a medium-scale commercial-grade marine reactor based on molten salt reactor technology.

"We think that sometime around 2032 to 2035, we should be able to demonstrate the first one," Bøe said.

1518
 
 

Energy crisis means ‘circumstances have changed significantly’.

Slovenian utility GEN Energija is considering an increase in proposed nuclear new build capacity for the expansion of its existing Krško nuclear power station, site of the country’s single commercial nuclear reactor.

The state-controlled company’s chief executive Dejan Paravan told a conference that installed capacity of up to 2,400 MW is now being considered.

He said “significantly changed circumstances due to the energy crisis” and an increased need for a reliable supply of domestic electricity are behind the proposed change.

Slovenian officials have said possible options for a single new Krško unit include Westinghouse’s AP1000 or EDF’s EPR1200 pressurised water reactor (PWR) designs.

Expanding installed capacity to 2,400 MW would open the door for the deployment of a second unit in the 1,000-1,200 MW range or a single, larger reactor such as the EDF’s EPR, which has a gross capacity of 1,750 MW.

The single 688-MW PWR at Krško, which was built in cooperation with US company Westinghouse, began commercial operation in 1983. The facility is co-owned in equal shares by the governments of Slovenia and neighbouring Croatia.

In January 2023, Slovenian authorities approved a 20-year operating lifetime extension to Krško, meaning the reactor unit could operate until 2043, a total of 60 years.

Slovenia has been considering the construction of a second plant at the site and earlier reports said a final decision on the project would be made in 2027 or 2028, with commercial operation in the mid-2040s.

Nuclear ‘A Possible Baseload Solution’

The country’s energy strategy includes the ramping up of renewable energy to help the phaseout of coal-fired generation. Nuclear power, which provides about 16% of the country’s electricity consumption and about 42% of its domestic generation, is seen as a possible baseload solution.

In July, Slovenia’s infrastructure ministry issued an energy licence – essentially a planning permit – for a second unit at Krško, a step that allows permitting procedures to begin.

The energy licence means only basic details of the project have been decided, the Nuclear Society of Slovenia said.

Infrastructure minister Jernej Vrtovec said at the time the plan was to build a 1,100 MW PWR unit with an estimated production of 9,000 GW of electricity a year and a lifespan of 60 years.

In June, Slovenia’s ambassador to Bulgaria told a conference a final decision on the construction of a new nuclear power unit at Krško will be subject to a national referendum.

Nataša Bergelj said the Slovenian government has committed to decide by 2027 at the latest on whether there will be a second unit at the site.

1519
 
 

Last plants due to stop generating electricity in 2028.

The defuelling of the first reactor at the Hunterston B nuclear power station in Scotland has been completed with work due to start shortly on the station’s second reactor.

Owner and operator EDF Energy said Hunterston B1, a 490-MW AGR, was defuelled “on time and on budget” in 16 months, marking a milestone in the first phase of decommissioning the UK’s fleet of 14 advanced gas-cooled reactor (AGR) nuclear power plants at seven sites.

Hunterston B1 was shut down permanently in November 2021 and Hunterston B2 in January 2022.

The aim is to have Hunterston B2 defuelled and all spent fuel sent to Sellafield for interim storage by mid-2025, followed by the transfer of site ownership to the Nuclear Decommissioning Authority (NDA) in 2026.

The NDA’s subsidiary, Magnox, is accountable for the long-term decommissioning of the AGRs.

The last AGR plants are forecast to stop generating in 2028, though EDF will continue to review lifetimes to ensure the four that remain in operation can continue to operate for as long as it is safe and commercially viable to do so.

The AGRs are at Dungeness B (2 AGRs), Hartlepool A (2), Heysham A (2), Heysham B (2), Hinkley Point B (2) Hunterston B (2) and Torness (2).

The only operational plants are those at Hartlepool A, Heysham A, Heysham B and Torness.

EDF Energy said that over the last 50 years, the AGR power stations have generated more than 1,800 TWh of electricity, enough to power every UK home for more than 16 years.

EDF took responsibility for managing the UK’s AGR fleet in 2009 and signed a contract with the government in June 2021 to defuel all 14 reactors and Sizewell B, the UK’s only pressurised water reactor.

Sizewell B is due to generate until 2035 with work underway to achieve a 20-year life extension.

1520
 
 

APR-1400 unit to begin commercial operation in early 2024.

The first fuel loading has been completed for South Korea’s Shin-Hanul-2 nuclear power plant, owner Korea Hydro and Nuclear Power Company (KHNP) said.

The indigenous 1,340-MW APR-1400 pressurised water reactor recently received an operating permit from the South Korean nuclear regulator paving the way for the milestone operation.

KHNP said fuel loading was completed on 18 September. It took eight days to insert 241 fuel assemblies in the reactor core of the unit.

The company said commercial operation is expected to begin after about six months of tests and trial runs. Reactor system performance and safety parameters will be assessed under normal operating temperature and pressure levels.

Major Turnaround In Energy Policy

Shin-Hanul-2 will be the 26th operational nuclear plant in the east Asian nation and its operation marks a major political turnaround in energy policy.

Former president Moon Jae-in’s policy had been to retire the country’s commercial reactors, which supply about 30% of its electricity generation, and refrain from building new ones.

By contrast, current president Yoon Suk-yeol is bullish on the need for South Korea to embrace nuclear energy. He has said building nuclear power plants is a global trend and essential to the reduction of carbon and energy security.

A twin unit, Shin-Hanul-1, began commercial operation in December 2022. Construction of Shin-Hanul-1 started in July 2012 and of Shin-Hanul-2 in June 2013.

The APR-1400 technology is the same that South Korea has exported for the four-unit Barakah nuclear power station in the United Arab Emirates.

South Korea has two other APR-1400 plants under construction at the Saeul nuclear station, formerly known as Shin-Kori. The government also wants to complete construction of two additional delayed plants – Units 3 and 4 – at Shin-Hanul.

Last year it announced that construction of the two plants would resume in 2025.

1521
 
 

Plant, which will replace ageing HFR, needed for production of crucial medical radioisotopes.

The Dutch government has confirmed it will fully finance the cost of a new nuclear research reactor at Petten in the Netherlands.

Minister of health, welfare and sport Ernst Kuipers announced the decision on Tuesday (19 September) for the construction of the Pallas reactor, which is being built to replace the ageing high-flux reactor (HFR).

In September 2022 the government announced it was setting aside financial reserves of €30m ($32m) for the Pallas reactor project in 2022 and €129m a year from 2023 – a move welcomed as “a huge boost” for nuclear medicine, knowledge and innovation.

The government has now approved the remaining investment costs, a decision that was originally expected in spring 2023.

NRG-Pallas, the organisation responsible for the Pallas project, said the decision was a major step towards realising the new reactor.

“With this, the Netherlands will maintain its world position in the production of medical isotopes,” a statement said. “Radioisotopes are essential ingredients for nuclear medicine, for diagnostics and therapy of patients with life-threatening diseases such as cancer.”

The new reactor is also needed for nuclear technological research and will be essential for maintaining nuclear knowledge infrastructure.

Bertholt Leeftink, NRG-Pallas’ chief executive officer, said: “This decision is confirmation that the Pallas reactor is of strategic importance for the Netherlands and Europe.

“It will strengthen the security of medical isotopes supply for nuclear medicine. For patients, it means faster access to innovative cancer treatments.”

Pallas programme director Peter Dijk said the decision means NRG-Pallas can proceed with the preparatory works and begin its search for a contractor.

Preparatory work has begun at the site, but full construction will now go ahead if the Dutch parliament rubber stamps the creation of a new state-owned company and if the European Commission approves public investment in the project. The nuclear regulator, the Authority for Nuclear Safety and Radiation Protection, granted a licence for construction of the Pallas reactor in February.

30,000 Patients A Day Need HFR Radioisotopes

Every day, 30,000 patients depend on the production of medical radioisotopes from the HFR at Petten. Pallas said this number is expected to increase because of the introduction of new treatments with medical radioisotopes from reactors and the growth in the number of patients with cancer and cardiovascular diseases worldwide.

NRG, which operates the HFR on behalf of its owner, the European Union’s Joint Research Centre, and will also operate the new Pallas unit, said the new reactor will mean patients with serious conditions such as cancer and cardiovascular disease can be helped “for many decades”.

In 2012, the Dutch government and the province of Noord-Holland decided that the HFR should be replaced to ensure the supply of medical radioisotopes and the continuation of nuclear research.

In Europe, four reactors are responsible for most medical radioisotope production: the HFR, BR2 in Belgium, LVR15 in the Czech Republic and the Maria reactor in Poland.

NRG has pointed out that the supply chain is vulnerable because little spare capacity is available and ageing reactors require increasing maintenance. It said the unplanned downtime of one of the reactors is “an increasing risk”.

Construction of the new Pallas reactor is “more necessary than ever” and will contribute to strengthening the security of supply of nuclear medicine for health care, NRG said.

1522
 
 
  • The EU’s two biggest economies are each angling for an edge
  • Standoff risks undermining efforts to counter the US, China

France issued an ultimatum and Germany pushed back in an increasingly bitter standoff that lays bare the disruption unleashed by the combination of the region’s energy crisis and European Union’s green shift.

While the dispute revolves around the role of nuclear in the bloc’s future energy mix, it’s ultimately about where Europe’s industrial heart is located. Even as prices eased from record highs seen last year, positions have hardened as France and Germany seek to avoid being left behind as the EU seeks to become carbon neutral.

“Governments in both Paris and Berlin are looking how to provide electricity at the lowest cost,” said Christian Egenhofer, a senior researcher at the CEPS think-tank in Brussels. “It’s almost a matter of political survival.”

Shaken by the so-called yellow vest protests in France five years ago, energy prices remain an explosive topic for President Emmanuel Macron’s government. Chancellor Olaf Scholz’s coalition in Germany also faces intense pressure after support tumbled following a messy reform this spring to shift household heating away from fossil fuels. Opposition parties in both countries are seizing on the issue.

The EU can ill afford a protracted conflict within its industrial core. US President Joe Biden’s Inflation Reduction Act raised concerns about the US luring away investment, while the recent probe into Chinese subsidies of electric-vehicle maker reflects growing anxiety about the competitive threat posed by the Asian superpower.

The spat over energy prices is only one aspect in the tensions between the two countries. France and Germany have faced off over core elements of the Green Deal this year. First, Germany held up rules effectively banning new combustion-engine vehicles from 2035 over an exemption for so-called e-fuels. Then, France pushed for a similar carve-out for nuclear in a law on renewable energy.

Now, France is seeking to gain an edge in a revamp of EU power-market rules in order to help prolong its aging and indebted fleet of reactors. Its plan would effectively allow the government to ensure more stability for state-controlled Electricite de France SA and to tap new financing sources to extend the life of its reactors.

The French utility is badly in need of funds. EDF has said it may have to invest €25 billion ($27 billion) a year to extend the operations of 56 reactors dating from the 1980s and ‘90s, build new ones, add wind and solar capacity and upgrade grids. The problem is the energy giant is saddled with €65 billion in debt.

Berlin is blocking the initiative as Germany scrambles to rebuild its own energy system following the collapse of Russian gas supplies last year and completing a decade-long journey to shut its nuclear reactors earlier this year. Europe’s largest economy is concerned France will be in position to undercut German energy prices if Paris’s proposed regulation allows EDF to sell power at uneconomical costs.

“The point of disagreement is that the French energy infrastructure is state property,” German Economy Minister Robert Habeck said at an event in Rostock. He was responding to French counterpart Bruno Le Maire saying in an earlier public appearance that nuclear is a “red line” for the country.

Without reliable access to affordable power, Germany fears energy-intensive companies will invest elsewhere, and “we will lose this industrial base,” Habeck said. “My point is not that France has nuclear power plants; my point is that the operator of the nuclear power plants can offer cheap prices below market value.”

There is indeed cause for concern. With Germany’s energy costs still high and its supply security in doubt as the country exits coal too, France has attracted almost 50% more foreign direct investment projects than Germany over the past two years.

Confidence in Germany’s energy transition — which involves a risky expansion to hydrogen — has plummeted among the country’s businesses. Almost a third of manufacturers are either considering shifting production abroad or in the process of doing so, according to a survey by the German Chamber of Commerce and Industry. And France is ready to woo them.

Germany’s largest aluminum manufacturer Trimet had to cut back production during last year’s energy crisis. But fortunes for its smelter in Saint-Jean-de-Maurienne in southeast France turned after EDF in June offered Trimet’s French operations a new 10-year supply contract below current market prices. France’s cheap nuclear power allowed Trimet to advance its “green transformation,” Chief Executive Officer Philipp Schlüter said at the time.

“Industrial competitiveness is an important element in the discussion between Germany and France,” said Kristian Ruby, secretary general of the European power-sector association Eurelectric. “Germany is facing the issue that France can have cheaper electricity for many years from nuclear.”

In an effort to respond, Habeck has proposed temporarily subsidizing industrial power prices, but is struggling to gain widespread backing. The plan risks continuing state support of inefficient producers and slowing the much-needed transition to clean energy, according to Claudia Kemfert, an energy expert at the German Institute of Economic Research in Berlin.

“Germany’s ambitions for subsidizing the price of electricity for industry are just as misguided as France’s,” she said. “Germany and France should agree to massively expand renewable energies very quickly.”

The pressure is mounting in Paris as a domestic law that obliges EDF to sell large volumes of power at a deep discount to current wholesale prices expires at the end of 2025.

A senior French government adviser argues that, under the new regulation that should be soon presented, future power costs in France would end up being close to those in Germany and that both nations are likely to agree on similar electricity price targets for their industries.

But the two countries are on opposite poles of the energy debate, making differences all but impossible to bridge. While Germany has shut its remaining reactors after a brief extension to help navigate the energy crisis, France relies on nuclear for about two-thirds of its electricity output. But the system is badly in need of upgrades, and a spate of outages — which propelled French power prices to record levels last year — underscored the urgency.

As France and Germany continue to bicker, time is pressing for a deal to be reached. If the spat doesn’t get resolved by the end of this year, elections for European parliament next year could stall progress for months. Meanwhile, other industrial powers aren’t standing still.

“The dispute between both countries is not good for Europe,” said Henrik Ahlers, head of consultancy EY in Germany. The bloc “should rather be unified with regard to the competition with China and the USA.”

1523
 
 

De financiering van de nieuwe PALLAS-kernreactor in Petten is rond, nu het ministerie van Volksgezondheid het nog resterende investeringsbedrag van 320 miljoen in zijn begroting voor 2024 heeft opgenomen. Volgens het ministerie is dit een „grote stap om de toekomstige leveringszekerheid van medische isotopen veilig te stellen.” Deze radioactieve stoffen worden onder meer gebruikt bij de diagnose en behandeling van kanker.

„Met de komst van de nieuwe reactor kunnen patiënten wereldwijd blijvend profiteren van de snelle toegang tot innovatieve en betaalbare nucleaire diagnostiek en (kanker)behandelingen”, zegt het ministerie in zijn op Prinsjesdag gepresenteerde begroting. Eerder had het ministerie hiervoor 1,36 miljard euro vrijgemaakt.

Het kabinet is daarnaast van plan om voor de PALLAS-kernreactor een staatsdeelneming op te richten. Het kabinet wil de regie gaan voeren op de kosten en planning van het bouwproject.

Zodra de Europese Commissie de overheidsfinanciering heeft getoetst op staatssteun, kan de bouw beginnen, stelt het ministerie.

1524
 
 

Source: https://www.world-nuclear-news.org/Articles/Rooppur-progress-update,-nuclear-fuel-set-for-Octo

The lower tier of the outer dome of the second unit of the Rooppur nuclear power plant in Bangladesh has been lifted into place. Meanwhile Rosatom says it expects to deliver the first fuel to the plant in October.

The installation of the lower tier of the outer containment dome on unit 2 was a process lasting five hours as the 46.3-metre diameter, 200-tonnes tier was lifted into its design position at an elevation of 48.8 metres.

Rooppur nuclear power plant construction project director Alexey Deriy said: "The outer containment is one of the key localising safety systems. It is a reinforced concrete structure protecting the reactor plant from external impacts, which is able to withstand an earthquake, tsunami or hurricane."

Russia's VVER-1200 reactors feature a double containment system, to maximise safety. The inner containment around the reactor building was installed in June 2022 and concreted in May 2023.

Rosatom in February 2011 signed an agreement for two reactors to be built at Rooppur for the Bangladesh Atomic Energy Commission. The initial contract for the project, worth USD12.65 billion, was signed in December 2015. The Rooppur plant, 160 kilometres from the capital Dhaka, features two Russian VVER-1200 reactors. Construction of the first unit began in November 2017 and it is scheduled to be commissioned in 2024. Construction of the second unit at Rooppur began in July 2018.

Last month the first fuel for Rooppur unit 1's initial load was formally accepted by the Bangladesh Atomic Energy Commission (BAEC) after an inspection at the Novosibirsk Chemical Concentrates Plant in Russia. The final protocol and licences that allow BAEC to take delivery of the fuel for the 1200 MWe VVER pressurised water reactor were signed earlier this year.

According to a report in Rosatom's in-house publication Strana Rosatom, Russian Foreign Minister Sergei Lavrov said, following negotiations with the Bangladeshi authorities, the fuel would be delivered in October.

The arrival of the first nuclear fuel at a plant is seen as a significant moment, with Rosatom Director General Alexei Likhachev saying it marks "the transition of the nuclear power plant under construction to the status of a nuclear facility and will make Bangladesh a member of the nuclear club, which includes countries that exploit peaceful nuclear energy".

1525
 
 

Source: https://www.world-nuclear-news.org/Articles/World-needs-nuclear-for-net-zero-Kerry

Nuclear will be essential for the world to accelerate its transition away from fossil fuels, US Special Presidential Envoy for Climate John Kerry said at a New York summit this week. He also praised the recently launched Net Zero Nuclear Initiative - which has now welcomed GE Hitachi Nuclear Energy (GEH) as its first corporate partner.

Kerry was addressing the first day of Nuclear Energy Policy Summit 2023: Accelerating Net Zero Nuclear, an inaugural event organised by the Atlantic Council Global Energy Center in partnership with the Emirates Nuclear Energy Corporation on the sidelines of New York Climate Week and the United Nations General Assembly.

Extreme weather events are only going to increase as the world falls behind on its climate targets, Kerry said, as he called for science-based decision-making. "The reality is that this year it's going to be worse than last year, and next year is going to be worse than this year, no matter what we do - for the simple reason that we're way behind," he said. "We're currently heading towards something like 2.4 degrees, 2.5 degrees of warming on the planet and everything that you see happening today is happening at 1.1 degrees Celsius of warming," he said.

"We have to recognise a reality here. We have to transition away from unabated burning of fossil fuel," Kerry said.

"Most scientists will tell you … we can't get to net zero 2050 unless we have a pot, a mixture, of energy approaches in the new energy economy. And one of those elements which is essential in all the modelling I've seen, is nuclear."

The magnitude of the challenge will require commitment, he added. "Even if you had a quintupling of renewable energy, you will not alter the current course of 2.4 degrees - it's that big a challenge right now." This needs commitment firstly "not to keep making the problem worse" by supporting the use of fossil fuels which remain unabated, and secondly to accelerate all zero emissions or extremely low emissions approaches to energy, transportation and ultimately heavy industry: "We don't have the luxury of unilaterally disarming ourselves … with respect to any decarbonisation technology when we're facing the urgency of this crisis - it's all of the above we need on the table."

The USA is now committed, "based on experience and based on reality", to trying to accelerate the deployment of nuclear energy, he said. "It's what we believe we absolutely need in order to win this battle and we believe we still can win this battle".

Net Zero Nuclear

The COP28 climate conference - which takes place in Dubai from 30 November until 12 December - is an opportunity to try to galvanise more action, and Kerry said he was pleased to see the launch of the "pioneering" Net Zero Nuclear platform. This initiative was launched in early September by World Nuclear Association and the Emirates Nuclear Energy Corporation (ENEC), with support from the International Atomic Energy Agency’s Atoms4NetZero and the UK government, and aims to ensure that nuclear energy’s potential is fully realised in facilitating the decarbonisation of global energy systems by promoting the value of nuclear energy and removing barriers to its growth especially in the run-up to COP28.

Speaking after Kerry's address to Nuclear Energy Policy Summit 2023, World Nuclear Association Director General Sama Bilbao y Léon announced that GEH has become Net Zero Nuclear's first corporate partner.

"We do want to make sure that this initiative brings the entire global nuclear industry together," Bilbao y Léon said. GE's decision to join the initiative clearly shows that the company - which works in a number of clean energy technologies - "sees nuclear as a key component of any serious energy transition towards clean energy processes," she added.

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