Nuclear Energy

606 readers
5 users here now

A community for nuclear energy enthusiasts.

founded 1 year ago
MODERATORS
1676
 
 

Source: https://www.world-nuclear-news.org/Articles/Eskom-looks-to-November-restart-for-Koeberg-1

South African utility Eskom has announced that unit 1 at its Koeberg nuclear power plant, which has been undergoing a long-term outage for maintenance and steam generator replacement, is now expected to return to service on 3 November. The start of similar work at Koeberg 2 has been postponed to 7 November to ensure that both units are not off line at the same time.

Work at unit 1 passed a significant milestone on 28 July, when the mechanical work on the steam generator replacement - the most significant part of the operation - was completed, the company said. This means it can now complete outage activities that could not be performed in parallel with the replacement of the steam generators. The reactor will then be reloaded with fuel and returned to service. Commissioning, including tests of the new steam generators, will take place while the unit is synchronised to the grid.

"Given all the outstanding activities, Koeberg unit 1 is planned to be commercially available on 3 November 2023," Eskom said. "Due to the deferment of the return of unit 1, the outage of unit 2 has been postponed to 7 November 2023 to ensure that there is no simultaneous shutdown of both Koeberg units and can confirm that resources are ready to start with the first activities of unit 2 outage."

The steam generators are the last of three major plant components that are being replaced at Koeberg to enable the state-owned utility to apply for a licence to operate South Africa's only nuclear power units for a further 20 years, to 2045. Both units' refuelling water storage tanks and reactor vessel closure heads have already been replaced in previous years. The new, more efficient, steam generators will also enable the plant to produce an additional 27 MWe, Eskom said.

Koeberg 1's maintenance outage began on 10 December 2022 and had originally been expected to last about six months. In May, Eskom said it envisaged the unit returning to service this September. The loss of unit 1's generating capacity - some 924 MWe (net) - alongside continuing issues, particularly at the Kusile coal-fired power plant, have contributed to severe constraints on South Africa's electricity system, where regular loadshedding has been in place over the South African winter months of June, July and August.

The deferral of Koeberg 1's return to service does not negatively impact Eskom's application with South Africa's National Nuclear Regulator to amend Koeberg's operating licence, Eskom said. "Furthermore, as part of a continual improvement process, Eskom is analysing the causes of the delays on unit 1 to ensure that they are not repeated during the upcoming steam generator replacement on unit 2," it added.

1677
 
 

Source: https://www.world-nuclear-news.org/Articles/Fuel-loading-begins-at-Vogtle-4

The process of loading the 157 fuel assemblies into the core of the second AP1000 reactor at the site is pivotal for the reactor, which has a projected in-service date of late this year or early in 2024.

Fuel loading began after Southern Nuclear's receipt in July of a 103(g) finding from the US Nuclear Regulatory Commission, confirming that all the standards identified in the combined construction and operation licence have been met and that the plant has been built and will operate in conformity with its licence.

The new fuel assemblies - each one containing 264 fuel rods - are now being transferred, one at a time, from the reactor's used fuel pool into its core. The Westinghouse-designed reactor's fuel has been manufactured at the Columbia Fuel Fabrication Facility in South Carolina.

Once fuel loading is complete, startup testing will demonstrate the integrated operation of the primary coolant system and steam supply system at design temperature and pressure with fuel inside the reactor. Operators will bring the plant from cold shutdown to initial criticality, synchronise the unit to the electric grid and systematically raise power to 100%.

Vogtle 4 is following in the footsteps of Vogtle 3, which was declared in commercial operation at the end of July. It will be the sixth AP1000 reactor to reach commercial operation globally: two AP1000s are in commercial operation at each of the Sanmen and Haiyang nuclear power plants in China.

Southern Nuclear and Georgia Power, both subsidiaries of Southern Company, took over management of the construction project in 2017 following Westinghouse's Chapter 11 bankruptcy. The units are co-owned by Georgia Power, Oglethorpe Power, MEAG Power and Dalton Utilities, and will be operated by Southern Nuclear.

"On the heels of unit 3 reaching commercial operation, today's good news of fuel load at unit 4 continues the site's positive momentum and marks another significant milestone at the Vogtle construction project, which represents the first advanced commercial nuclear project in the US in more than three decades," Oglethorpe Power President & CEO Mike Smith said.

1678
 
 

Source: https://www.world-nuclear-news.org/Articles/NRC-completes-Hermes-environmental-review

The US Nuclear Regulatory Commission (NRC) has completed its Final Environmental Impact Statement (FEIS) on Kairos Power's application for a construction permit for the Hermes demonstration molten salt reactor in Oak Ridge, Tennessee. Based on their review, NRC staff have recommended that the permit should be issued.

Kairos submitted its permit application in two parts, in September and October 2021, but the company began extensive pre-application engagement with the NRC in 2018. The NRC accepted the Hermes construction permit application (CPA) for review in November 2021.

In June, the NRC issued a Final Safety Evaluation Report (FSER) for the application. NRC's evaluation concluded that there are no safety aspects that would preclude issuing a construction permit for the reactor.

After weighing the facility's environmental, economic, technical and other benefits against environmental and other impacts, NRC staff have now issued the FEIS, also recommending that the permit should be issued.

"This is the final document from NRC staff to support the commission hearing planned later this year and marks the formal conclusion of the environmental review for the Hermes construction permit application," Kairos noted.

The NRC staff will provide the FEIS and FSER to the commission for the mandatory hearing phase of the licensing process. Following the hearing, expected to take place later this year, the commission will vote whether to authorise the staff to issue the permit.

"We are grateful to the NRC staff for their thorough review and comprehensive engagement with us and with local stakeholders," said Kairos Site Licensing Manager Marty Bryan.

"The FEIS follows extensive engagement between Kairos Power and the NRC beginning in 2018," added Darrell Gardner, senior licensing director at Kairos. "It builds upon selecting and characterising an appropriate site for Hermes, engaging with the local community, and continuously communicating with stakeholders. We applaud the staff's steady progress toward closing out the Hermes CPA review and look forward to completing the mandatory hearing later this year."

The company will have to submit a separate application for an operating licence and obtain approval from the NRC before operating the Hermes reactor.

Hermes will be a 35 MW (thermal) non-power version of the company's fluoride salt-cooled high temperature reactor - the KP-FHR, which uses TRISO (TRI-structural ISOtropic) fuel pebbles with a low-pressure fluoride salt coolant. The demonstration reactor has been selected by the US Department of Energy to receive USD629 million in cost-shared risk reduction funding over seven years under the Advanced Reactor Demonstration Program, and is intended to provide operational data to support the development of a larger version for commercial deployment.

A site at the East Tennessee Technology Park in Oak Ridge has been selected for the demonstration reactor, and TRISO fuel pebbles will be produced at the Los Alamos National Laboratory's Low Enriched Fuel Fabrication Facility under an agreement announced in late 2022. The company has also commissioned a plant to produce high-purity fluoride salt coolant - known as Flibe - in partnership with Materion Corporation.

Last month, Kairos submitted an application to the NRC for permission to build the Hermes 2 plant next to the Hermes reactor at Oak Ridge. Comprising two 35 MW (thermal) reactors - each the same size as the original test reactor - and sharing a power generation system, the Hermes 2 plant would produce and sell electricity. The NRC is now assessing that application to determine if it is acceptable and complete enough to begin the formal technical review process.

1679
 
 

Source: https://www.nucnet.org/news/joint-venture-submits-application-for-decision-in-principle-on-new-nuclear-at-patnow-coal-site-8-5-2023

Company plans to have first of two South Korea-supplied reactors online as early as 2035

A Polish joint venture company has submitted an application for a decision-in-principle on the construction of a nuclear power plant consisting of at least two South Korean-supplied APR1400 reactors with a target date for commercial operation of 2035.

PGE Pak Energia Jadrowa, a joint venture between state energy group PGE and private energy company Ze Pak, said the application was submitted to the Ministry of Climate and Environment for a nuclear power station at a coal site in the Patnow-Konin region of the Wielkopolska province in central Poland.

PGE Pak Energia Jadrowa was formed earlier this year to be responsible for all aspects of the project to build at least two South Korean APR-1400 pressurised water reactor units at the Patnow coal plant site, including an initial feasibility study, site surveys, an environmental impact assessment, licensing procedures and securing of financing.

In January, a Korea Hydro & Nuclear Power (KHNP) official said it would be feasible to deploy up to four of the company’s APR-1400s at Patnow.

The site has two coal-fired power plants in commercial operation with a combined output of about 1,100 MW, which makes it one of Poland’s largest energy facilities.

Ze Pak, which owns the Patnow site, has been looking at nuclear energy as an option to decarbonise its generation portfolio. The company operates four power plants in Poland and has interests in lignite mining.

In October 2022, Ze Pak and PGE signed a letter of intent with KHNP for eventual deployment of APR1400 plants at Patnow.

PGE said two reactors could provide Polish homes and businesses with about 22 TWh of energy, or about 12% of today’s energy consumption in Poland.

Crucial Step In Planning Process

The company said obtaining a decision-in-principle is crucial for starting further works related to the location, environmental studies and finally applying for a permit to build a nuclear power station.

Jakub Rybicki, president of PGE Pak Energia Jądrowa, said: “We are starting negotiations with our Korean partner regarding the feasibility study, agreements on financing our project and the creation of a Polish-Korean company that will directly lead this process.”

Poland is bullish on nuclear and a number of projects have begun to develop large-scale plants and small modular reactors.

In July the climate ministry approved plans for the country’s first commercial nuclear power station, which will be built in Pomerania in the north of the country with for Westinghouse-supplied AP1000 plants.

The ministry has also issued a decision-in-principle for copper and silver producer KGHM Polska Miedz’s plan to build a NuScale Voygr SMR plant with a capacity of 462 MW.

KGHM wants to explore the deployment of SMR technology to repurpose or replace existing coal-fired power plants and provide electricity and heat for its industrial processes.

KGHM said that by 2030, it wants 50% of the electricity it uses to come from its own sources.

1680
 
 

Source: https://www.graphic.com.gh/news/general-news/ghana-to-install-nuclear-plant-2030-regulatory-processes-underway.html

The Nuclear Regulatory Authority (NRA) is accelerating the acquisition of its competencies to oversee the country’s plans to install its first nuclear power plant in 2030.

The authority is currently training its staff overseas with support from the United States Nuclear Regulatory Commission.

The enriched competencies will feed into the authority’s work in developing regulations, guidelines and standard review plans to conduct the authorisation process for the full life cycle of the nuclear power plant.

The NRA will also educate the public on nuclear power technologies, allay misconceptions and fear, while working with the media to achieve that.

The Director-General of the NRA, Dr Nii Kwashie Allotey, made this known in an interview after a media training workshop in Accra aimed at educating and exposing journalists to NRA law and its general operations.

He reiterated that the authority was poised to provide the needed oversight to ensure the Plant met all the required technical specifications.

“We are now developing our competencies because the area is technically deep, so we are training our staff overseas.

“We are also developing regulations and guidelines on how the plant should be designed, constructed and operated and to support the NRA Act 2015, Act 895, to work,” he said. He reiterated that the authority was poised to provide the needed oversight to ensure the Plant met all the required technical specifications.

Mandate

On the mandate of the Authority, Dr Allotey said the NRA was in charge of authorising licences to companies that deal in, operate or transport ionise radiation equipment.

He said although a lot of organisations were complying to acquire a radiation licence from the NRA, others did not and had subsequently been sanctioned, with others being issued with enforcement letters.

“Every year, we have about 20 companies who are not complying; once we send them enforcement letters, most of them comply,” he noted.

He, however, said they were intensifying public education on its operations as an Authority.

NRA law

The Head of Legal Department at NRA, Ebenezer Appiah Opare, said plans were underway to amend Act 895 to bring finality to areas that were ambiguous such as the NRA receiving gifts and law on spent fuel.

In view of Act 895, he said, the NRA was the only body mandated in the country to regulate the operation of facilities carrying out activity that gave rise to radiation exposure.

He said the Act mandated organisations that produce, possess, use, import, export, transport, transfer, handle and manage radioactive material, decommission or other related activity or any practice identified by the authority to apply to it for licensing.

He noted that all radiation sources or devices entering or leaving the country also required an import permit.

He said an applicant was required to complete an application form for review before the permit could be granted or otherwise.

“Failure of the authorised person to comply with regulatory requirements, as well as conditions of authorisation requires enforcement action of which may include administrative fines, warning letters and cessation in the use of device or radioactive material,” he said.

Radiation

The Head of the Nuclear Security Department of the NRA, Simon Adu, for his part, told the Daily Graphic that the NRA was preparing towards the upcoming African Games by ensuring that the sporting venues were safe.

“If you analyse the threats within the country about radiation and radioactive sources, it is likely that someone may bring radioactive material into the country and use it to cause malicious acts at the major public event,” he said.

He said the NRA was collaborating with the International Atomic Agency and National Security in that regard.

“The threat of activating a radioactive material is possible and we need to prepare for that,” he noted.

The Director in Charge of Nuclear Installation, Dr Emmanuel Ampomah-Amoako, indicated that the NRA was leading the preparation of a National Policy for Nuclear and Radiation Safety in Ghana, which, he said, demonstrated the country’s political commitment to ensure the protection of humans and the environment from the harmful effects of ionising radiation.

1681
 
 

Source: https://www.world-nuclear-news.org/Articles/Poland-launches-search-for-new-repository-site

Poland's Ministry of Climate and Environment is seeking municipalities interested in participating in the process of selecting a site for a new surface repository for low and intermediate-level short-lived radioactive waste. The country's existing national repository for such waste has been in operation since 1961.

The new facility, it said, will be intended solely for the storage of low and intermediate-level waste and radioactive sources from nuclear power, industry, medicine and research and development in Poland. It will not accept high-level waste or used nuclear fuel, which require the construction of an underground facility with completely different characteristics and in a different location.

The ministry said that during the construction of the new repository, it will use the experience gained during the operation of the existing National Radioactive Waste Repository (NRWR) in Różan and "follow the example of proven facilities of this type operated in Spain (El Cabril) or France (Aube)".

State-owned public utility Zakład Unieszkodliwiania Odpadów Radiotworniczych (ZUOP), which is responsible for the proper handling of radioactive waste from the moment it is taken over from the producer, will be the investor and operator of the repository.

Preference will be given to municipalities with an area of ​​approximately 100 hectares for the construction of a landfill and auxiliary facilities. However, the area must meet certain conditions. These include: being located at least 50 km from the country's land border with neighbouring countries; in an area where there are lands of low production quality; not being located within areas such as national parks or nature reserves; not within populated areas; and not in areas prone to earthquakes, subsidence or flooding.

The ministry noted that the municipality where the new repository will be located will be entitled to an annual fee from the state budget (from the date of acceptance of the first waste to the repository until the decision to close the repository). This will be in the amount of 400% of the income from the real estate tax located in the area, obtained in the previous year, but not more than PLN10.5 million (USD2.6 million).

Municipalities have until 15 November to apply to participate in the selection process. However, the ministry noted: "The deadline for submitting municipalities may be extended".

"The selection of the best location for the construction of the repository will take place after obtaining the approval of the local community for this investment and conducting geological and geophysical research, which will allow the assessment of the suitability of these areas for the implementation of the investment in accordance with the criteria set out in the Atomic Law," it added.

1682
 
 

Source: https://www.world-nuclear-news.org/Articles/Kazakhstan-regions-to-hold-public-hearings-on-nucl

The Ministry of Energy has issued an update on progress towards the construction of Kazakhstan's first nuclear power plant, confirming the selection of Ulken in the Zhambyl district of Almaty region as the most suitable area for the plant for which four potential suppliers have been shortlisted.

The findings of a study of Ulken's suitability were reviewed and approved by the Interdepartmental Commission for Nuclear Development in May 2022, the ministry said in its update today. Under Kazakhstan's nuclear energy law, construction of a nuclear plant also requires local agreement. The law requires public discussions, which aim to determine the attitude of local people to the idea of building a nuclear power plant in their territory. Kazakhstan's Ecological Code requires public hearings to evaluate the project documentation on the construction of the nuclear power plant.

The akimat, or local government, of the Almaty region has now begun these public discussions, the ministry said, and the akimat of Zhambyl district posted the relevant announcements in its official channels on 31 July. Public hearings will take place later in the environmental evaluation stages after the project document has been prepared, the ministry said.

The ministry reiterated its shortlist of suppliers for the project: China National Nuclear Corporation, with the HPR-1000 (Hualong One) reactor design; Korea Hydro & Nuclear Power, with the APR-1400; Rosatom, with the VVER-1200 and VVER-1000; and EDF, with its EPR-1200 reactor.

Kazakhstan is the world's leading producer of uranium. The country currently has no nuclear generation capacity, although a BN-350 fast reactor at Aktau (formerly Shevchenko), on the shore of the Caspian Sea, operated commercially from 1973 until 1999, providing district heating and water desalination.

1683
 
 

Source: https://www.world-nuclear-news.org/Articles/Approval-sought-for-second-large-Polish-nuclear-po

PGE PAK Energia Jądrowa has submitted an application to Poland's Ministry of Climate for a decision-in-principle on the construction of the nuclear power plant consisting of at least two Korean-supplied APR1400 reactors in the Patnów-Konin region of Wielkopolska province in central Poland.

PGE PAK Energia Jądrowa SA is a 50/50 joint special purpose vehicle formed in April by Polish companies ZE PAK and Polska Grupa Energetyczna (PGE) to implement the project.

The application included a description of project characteristics, indicating the maximum total installed capacity, the planned operating period and details of the APR1400 technology to be used in the construction of the plant.

The decision-in-principle represents official state approval for the planned investment in accordance with the assumptions and concept presented by the company. It is the first decision in the process of administrative permits for investments in nuclear power facilities in Poland that an investor may apply for. Obtaining it entitles ZE PAK and PGE to apply for a number of further administrative arrangements, such as a siting decision or construction licence.

"The application submitted today for a basic decision on the planned construction of a nuclear power plant in Pątnów in the Konin region is a step forward in the implementation of one of the key investments from the point of view of the PGE Group," said PGE President Wojciech Dabrowski. "Today's event confirms that it is proceeding as planned. Through the company established for this purpose, PGE PAK Energia Jądrowa, we maintain a fast pace of work, ensuring that the assumed schedule for the construction and commissioning of the nuclear power plant in Konin-Pątnów is met."

On 31 October last year, Poland's Ministry of State Assets, South Korea's Ministry of Trade, Industry and Energy, ZE PAK and PGE, and Korea Hydro and Nuclear Power (KHNP) signed a letter of intent to develop plans for a nuclear power plant in Pątnów.

"Obtaining the basic decision is crucial for starting further works related to the location, environmental studies and finally applying for a permit to build a nuclear power plant - a stable source of cheap and clean energy, and starting its operation in 2035," PGE said. "The application was submitted after only 10 months from the moment of signing the letter of intent by PGE, ZE PAK and KHNP."

Jakub Rybicki, president of PGE PAK Energia Jądrowa, was quoted by Energianews as saying: "We are starting negotiations with our Korean partner regarding the feasibility study, agreements on financing our project and the creation of a Polish-Korean company that will directly lead this process."

In September 2021, it was announced that six large pressurised water reactors with a combined installed capacity of 6-9 GWe could be built by 2040 as part of Poland's plan to reduce its reliance on coal. According to the adopted schedule, the construction of the first nuclear power plant will start in 2026, with the first reactor - with a capacity of 1.0-1.6 GWe - being commissioned in 2033. Subsequent units will be implemented every 2-3 years. The coastal towns of Lubiatowo and Kopalino in Poland's Choczewo municipality in the province of Pomerania have been named as the preferred location for the country's first large nuclear power plant.

In November 2022, the Polish government selected Westinghouse's AP1000 for the country's first nuclear power plant. In April this year, Polskie Elektrownie Jądrowe (PEJ) applied for a decision-in-principle on the construction of the plant. Last month, the Ministry of Climate and Environment gave a decision-in-principle for the plant, formally confirming PEJ's investment project is in line with the public interest and the policies pursued by the state, including energy policy.

A decision-in-principle has also been issued for copper and silver producer KGHM Polska Miedź SA's plan to construct a NuScale VOYGR modular nuclear power plant with a capacity of 462 MWe consisting of six modules, each with a capacity of 77 MWe.

1684
 
 

Source: https://www.world-nuclear-news.org/Articles/Nuclear-is-bedrock-of-Duke-s-energy-roadmap

Duke Energy Carolinas and Duke Energy Progress have recommended extending the lives of their existing nuclear power plants as well as building two new small modular reactors (SMRs) by 2035 in an energy portfolio that offers the most prudent way forward for North and South Carolina.

A new Integrated Resource Plan filed with the Public Service Commission of South Carolina (PSCSC) sets out four portfolios under two pathways to achieve statutory carbon reduction targets. Both pathways have the overarching goal of reaching carbon neutrality by 2050, but with slightly different dates set for the interim target of 70% reduction, with one pathway achieving this by 2030 and the other by 2034. The plan recommends one portfolio - Portfolio 3 - as the most prudent path forward to comply with applicable laws while providing for "a reliable, affordable and smart clean energy transition" that supports economic prosperity.

"This disciplined plan presents a path to build upon the tremendous economic development activity in our state that will contribute to the long-term vibrancy and prosperity of South Carolina, while leveraging tax incentives and credits and operational efficiencies to help keep costs for the state's energy future lower than they would otherwise be," Mike Callahan, Duke Energy's South Carolina state president, said.

Portfolio 3 is an "all of the above" approach which will account for dramatic recent growth in the Carolinas and an accelerating transition to electric transportation while helping to "reliably" exit coal by 2035 and protecting customers from increasing risks and costs as the coal industry declines, the company said.

As well as extending the operating lives of the company's existing nuclear plants and expanding operations at an existing pumped hydro storage facility, Portfolio 3 includes a "diverse and reliable set of solutions" including new hydrogen-capable natural gas resources, energy storage, and SMRs "complemented by fuel-free renewable energy", as well as expanding energy efficiency efforts and demand response options.

"The companies have owned and operated nuclear plants in the Carolinas for over 50 years, generating carbon-free, reliable electricity, as well as supporting well-paying jobs, providing significant tax revenues, and creating many other benefits for their communities," the plan notes. "The companies cannot achieve the energy transition and CO2 emissions reductions targets without nuclear power - their largest generator of zero-carbon electricity. In fact, all viable portfolios to achieving the 70% CO2 emissions reductions target rely on existing nuclear facilities continuing to provide zero-carbon energy through 2030 and beyond."

In addition, it says, new advanced nuclear plants will be critical to achieving carbon neutrality by 2050, and modelling by the company has identified the need for at least 570 MW of new nuclear - two SMRs - to be installed by 2035 "under both pathways and all portfolios" in the plan.

The earliest date the companies could have an SMR in service would be mid-2032, the report finds, which it says is an "an aggressive but currently feasible timeline" if actions are taken to begin the licensing process, including beginning work to secure an early site permit.

Nuclear bedrock

Duke's existing fleet of 11 nuclear reactors at six power stations across the Carolinas has a total generating capacity of 10,773 MWe, and extending the operating lives of these plants is a "bedrock assumption" in every portfolio, the report says. Those units' current operating licences begin to expire in the 2030s, and the regulatory process for each 20-year subsequent licence renewal (SLRs) may take up to four years to complete.

Duke Energy submitted an application for the first of those six power stations - the three-unit Oconee plant - in 2021, and the companies plan to develop and submit an SLR application for a nuclear station roughly every three years, with the remaining submittals tentatively planned for 2024, 2027, 2030, 2033 and 2036.

The Oconee, McGuire and Catawba plants are also being evaluated for major modifications to increase their power output. Uprates to Oconee from measurement uncertainty recapture, resulting in an additional 15 MWe per unit over the 2022-2023 period, have been included in the plan, but other potential uprates would require extensive component replacement and need more investigation into the cost and timing of the potential projects. If implemented, these power uprates would provide additional zero-carbon capacity, the report notes. The Harris, Robinson and Brunswick plants have already undergone extensive uprates.

The PSCSC will now embark on a public regulatory process including a hearing to evaluate the information before issuing an order on a path forward. This is likely to happen in mid-2024, the companies said.

The resource plan will also be submitted to the North Carolina Utilities Commission in the coming days, where a similar but separate regulatory process will take place.

1685
 
 

The US Nuclear Regulatory Commission is to issue a final rule and regulatory guide for emergency preparedness requirements for small modular reactors and other new nuclear technologies.

The regulator said in a statement the new rule applies “risk-informed, performance-based” emergency preparedness requirements to SMRs and other new technologies including non-light-water reactors, research and test reactors and medical radioisotope facilities.

The new rule essentially modernises emergency planning for advanced reactors, simplifying one of the many steps needed to bring a new generation of new reactors online.

The NRC’s existing regulations for emergency planning at commercial nuclear power reactors were developed for large light-water reactors (LWRs), and are based on the risk profile presented by those plants, not by SMRs and other advanced reactors.

NRC chairman Christopher Hanson said the rule “contributes to NRC’s ability to review and licence advanced reactors effectively and efficiently”.

The pro-nuclear US-based research centre the Breakthrough Institute said the need was clear and simple: the current rules were designed for very large existing reactors, not new small or advanced reactor designs.

In a post on the institute’s website, Breakthrough’s director for nuclear energy innovation Adam Stein said the NRC already has scalable rules for gas, research, and test reactors, so similar rules for advanced reactors is logical and appropriate.

“Additionally, by incorporating half a century of engineering progress, all the new reactor designs have inherent safety features that sharply reduce the risk of damage to the fuel,” Stein said. “Beyond that, many have features that make releases to the environment very unlikely even if there is fuel damage.

“That makes the current emergency planning rule a clear example of the ways in which regulations designed for current-generation reactors need to be changed to accommodate advanced models.”

The rule, to be published in the Federal Register later this year, builds on the NRC’s existing emergency preparedness programme for large, light-water cooled nuclear power reactors.

The rule and related guidance, when published, will address how state-of-the-art facility designs and safety research apply to future operation of SMRs and other new technologies.

The requirements include a scalable method to determine the size of the offsite emergency planning zone around a facility.

Applicants and licensees for SMRs and other new technologies can use the rule in developing an emergency preparedness programme as an alternative to the current offsite radiological emergency planning requirements.

The rule excludes large light-water reactors (those licensed to produce greater than 1,000 MW thermal power); fuel cycle facilities; and currently operating research and test reactors. These classes of facilities remain under the current requirements.

1686
 
 

Source: https://www.hln.be/binnenland/belgische-stroomproductie-stoot-sinds-sluiting-kernreactoren-veel-meer-co2-uit~a9fed293/?referrer=https%3A%2F%2Ft.co%2F

De Belgische stroomproductie stootte het afgelopen halfjaar 13 procent meer CO2 uit dan in dezelfde periode vorig jaar. Oorzaak: de sluiting van de kernreactoren Doel 3 en Tihange 2. Dat schrijft ‘De Standaard’ vandaag op basis van een onderzoek van de UGent.

Doel 3 sloot op 23 september vorig jaar, Tihange 2 ging dicht op 1 februari. Daardoor verloor het Belgische elektriciteitspark twee gigawatt aan CO2-arm vermogen.

Dat is onmiddellijk merkbaar in de gemiddelde uitstoot van het Belgische elektriciteitspark, blijkt uit berekeningen van Sam Hamels, postdoctoraal onderzoeker in energie-economie aan de Universiteit Gent. Vergeleken met de periode februari-juli vorig jaar lag de CO 2-intensiteit in diezelfde periode dit jaar meer dan 13 procent hoger, van 148 naar 168 gram CO2 per kilowattuur. Bij die berekening is uitgegaan van een conservatief scenario, waarbij gascentrales 500 gram per kWh uitstoten.

Ter vergelijking: de CO2-uitstoot van de Nederlandse elektriciteitsproductie bedroeg in 2022 349 gram per kWh, in Frankrijk was dat 72 gram, in Duitsland 486 gram. Nederland en Duitsland gebruiken nog kolencentrales, wij niet.

Er zijn in België aanzienlijke verschillen van maand tot maand. In februari 2023 lag de CO2-uitstoot bijvoorbeeld 57 procent hoger dan een jaar eerder. In juli lag hij 33 procent lager. Veel heeft te maken met de productie van hernieuwbare energie. Vorig voorjaar was extreem zonnig, dit jaar was er meer wind, vooral dan in juli. 2022 was ook een jaar waarin de kerncentrales sterk presteerden.

1687
1688
1689
 
 

Source: https://www.world-nuclear-news.org/Articles/Construction-of-second-Russian-deconversion-plant

The installation of equipment has begun at TVEL's JSC Electrochemical Plant (ECP) in Zelenogorsk in Russia's Krasnoyarsk Region for W2-ECP, the country's second plant for the processing of depleted uranium hexafluoride. The plant is part of a long-term project to manage and make use of depleted uranium stocks in Russia.

The plant, with a processing capacity of 10,000 tonnes per year, is being supplied by Orano Projets - the engineering arm of France's nuclear fuel cycle specialist Orano - under a EUR40 million (USD44 million) contract signed in December 2019. Under the terms of the contract, Orano will supply the equipment for the construction of the deconversion facility, as well as providing technical assistance in its installation and commissioning. The first equipment for the plant arrived at the construction site in eastern Siberia from France in December 2021. The project was originally expected to be completed in 2022.

The W2-ECP plant will accept deliveries of depleted uranium hexafluoride gas (DUF6 - sometimes called DUHF) and deconvert these to uranium tetrafluoride, with anhydrous hydrofluoric acid being produced as a by-product. Deconversion transforms the toxic and somewhat corrosive gaseous DUF6 enrichment tailings into a stable powdered oxide form fit for long-term storage, transport or final disposal.

Work is now under way in parallel at all areas of the new production facility, TVEL said. "On the first floors of the already erected buildings, the installation of the electrical part began. The most dimensional equipment has already been installed in the building of the hydrofluoric acid acid processing unit," it said. "Acid will be supplied to this section from the DUHF defluorination unit, which is being built nearby - construction work is still ongoing there. The installation of the main equipment - furnaces and reactors - is scheduled for the end of 2023 (after the completion of construction work at the defluorination unit)."

ECP produces low-enriched uranium for nuclear power plant fuel assemblies, stable and radioactive isotopes of various chemical elements, and a number of other high-tech products.

Although depleted uranium is seen as a leftover material from the enrichment of uranium, TVEL noted that it could be used in the creation of mixed-oxide (MOX) uranium-plutonium fuel for fast reactors. The BN-800 fast reactor at Beloyarsk is gradually switching to MOX and the BREST-OD-300 reactor under construction at Seversk requires uranium-plutonium nitride fuel (known as SNUP).

The new W2-ECP plant represents an expansion on deconversion work at the existing W-ECP plant. With a joint capacity of 20,000 tonnes per year the two plants will be able to "stop the growth" of DUF6 stocks in Russia, said TVEL.

The W-ECP plant was supplied by Orano under a contract signed in 2005. The capacity of the plant, commissioned in December 2009, was increased from 5000 tonnes per year to 10,000 tonnes per year in 2011.

Rosatom's long term plan is then to increase its deconversion capacity with a third plant, W3-ECP, and progressively deal with all the DUF6 that has accumulated at TVEL sites. Achievement of this goal is slated for 2057.

1690
 
 

Source: https://www.world-nuclear-news.org/Articles/US-regulator-OKs-SMR-emergency-preparedness-rule

The US Nuclear Regulatory Commission (NRC) has directed its staff to issue a final rule and associated regulatory guide that applies risk-informed, performance-based emergency preparedness requirements to small modular reactors (SMRs) and other new technologies.

The rule will come into effect 30 days after it is published in the Federal Register, which is expected to happen later this year.

The new rule builds on the NRC's existing emergency preparedness programme for large, light-water cooled nuclear power reactors, and acknowledges the technological advancements and other differences from large light-water reactors that are inherent in SMRs and other new technologies.

The rule's emergency preparedness framework adopts a technology-inclusive and consequence-oriented approach, the NRC said: "The requirements include a scalable method to determine the size of the offsite emergency planning zone around a facility. Applicants and licensees for SMRs and other new technologies can use the rule in developing a performance-based emergency preparedness programme as an alternative to the current offsite radiological emergency planning requirements."

The rule will apply to SMRs and technologies such as non-light-water reactors, new research and test reactors and medical radioisotope facilities. It excludes large light-water reactors with thermal capacities over 1000 MW, fuel cycle facilities and currently operating research and test reactors, which remain under the current regulatory requirements.

NRC Chairman Christopher Hanson said the "thoughtfully articulated final rule" was the culmination of many years of effort by NRC staff working with stakeholders to advance the emergency preparedness regulatory framework. "Simply stated, the NRC has always established its regulatory requirements to address the particular hazards presented by the facilities it licenses and regulates. The requirements vary for different types of facilities, but the standard is always the same - ensuring reasonable assurance of the adequate protection of the public health and safety," he said.

"SMRs and ONTs (defined in this rule to include non-LWRs licensed as power reactors, new non-power reactors, and medical radioisotope facilities) have wide ranging designs and risk profiles, and as such it makes sense to have EP requirements to account for their diversity. Their design attributes include smaller reactor cores, lower radionuclide inventories, and smaller, slower fission product releases, which may lead to low or no offsite dose consequences. SMRs and ONTs also differ from large LWRs as they are more likely to be sited adjacent to industrial facilities not licensed by the NRC. The staff has ably taken into account these factors to establish an alternative framework that is technology-inclusive, risk-informed, and performance-based," he added.

The final rule package was submitted to NRC commissioners for approval in January 2022. The four commissioners voted unanimously to approve it on 14 August. Two weeks earlier, a group of pronuclear organsiations - the Breakthrough Institute, the Nuclear Innovation Alliance, ClearPath, the Clean Air Task Force, and Third Way - had written to the to the commission asking it to finalise the rulemaking, saying the ongoing regulatory uncertainty from the lack of a final rule meant would-be developers were faced with the prospect of preparing two separate emergency preparedness plans to allow for different regulatory scenarios.

Breakthrough Institute Director for Nuclear Energy Innovation Adam Stein said the commissioners "did the right thing" in approving the rule. "Finalising the emergency preparedness rule is a modest step towards modernisation, and many others remain. Notably, the NRC is under instructions from Congress to develop an entirely new, simplified licensing rule for advanced reactors, one that is firmly grounded in risk analysis, focusing on what the actual risks are, and that sets performance requirements," he said.

1691
 
 

Work has started to remove historic waste from the pile fuel cladding silo – one of the oldest and most hazardous storage facilities at the Sellafield nuclear site in Cumbria, northwest England.

The start of waste removal, which could take 20 years, follows approval by the Office for Nuclear Regulation (ONR). The silo was originally commissioned in the early 1950s.

The ONR said it is priority to ensure the waste stored in the ageing silo is removed and placed into storage facilities that meet modern safety standards.

Built in the 1950s to store cladding from used nuclear fuel from the Windscale Piles – the first nuclear reactors to be built at Sellafield – the vast concrete silo was designed as a “locked vault” with no plan for how to retrieve its contents or decommission the building.

Sellafield Ltd, the government body overseeing the Sellafield site, said the silo was cut open for the first time in 2017, making the first of six holes that will allow radioactive waste to be removed.

The silo contains around 3,200 cubic metres of intermediate level waste, which was routinely tipped into the silo until 1964, with further occasional tipping work continuing until 1972.

Since then, the silo has been in a state of care and maintenance with the waste inventory remaining largely untouched. The building underwent several upgrades to ensure it could continue to store its contents safely while a plan for retrievals was developed.

Work Could Take 20 Years

The silo is internally divided into six compartments. Waste contained in the silo consists largely of fuel cladding and experimental residues that were tipped into the compartments through access points in a roof tunnel.

Cladding is the term used for the metal casing that surrounded the uranium fuel rods that were loaded into nuclear reactors. After the rods had been used in the reactors the cladding was peeled away so the fuel inside could be reprocessed.

Once waste is removed it will be transferred and stored in modern facilities on site, pending long-term disposal in a deep geological disposal facility, a site for which has not yet been chosen.

The Sellafield site is one of the largest and most hazardous nuclear facilities in Europe.

It comprises of a range of nuclear facilities, including redundant facilities associated with early defence work, as well as operating facilities associated with the Magnox reprocessing programme, a mixed oxide fuel plant and a range of waste treatment plants.

It began life in the early 1950s making plutonium for nuclear weapons, and later that decade became the location of Calder Hall, the world’s first commercial nuclear power station.

1692
 
 

Source: https://www.world-nuclear-news.org/Articles/Gorleben-mine-to-be-backfilled

A contract has been awarded for the backfilling of the former salt mine in Gorleben, Lower Saxony - previously considered a possible site for geological disposal of Germany's high-level radioactive waste.

Exploration work on the Gorleben rock salt formation as a potential radioactive waste repository site began in 1977. The federal government gave its approval for underground exploration at the site in 1983, and excavation work began with the sinking of the first of two shafts in 1986. Work continued until June 2000 when, alongside plans for the eventual phaseout of nuclear power in Germany, a three- to ten-year moratorium was imposed on the Gorleben exploration work. This moratorium was lifted in March 2010.

In July 2014, the federal government and the state government of Lower Saxony agreed that the mine workings that had been kept in operation and the surface installations would be scaled back to just the size needed to keep the mine open. In addition, the safety installations were reduced to the level of a normal industrial facility. Underground, the areas that were no longer needed in order to keep the mine open have been decommissioned and sealed off.

On 28 September 2020, waste management organisation Bundesgesellschaft für Endlagerung (BGE) published a list of potential storage sites for Germany's radioactive waste. The list followed parliament's approval three years earlier for a science-based search for a site. It identified 90 areas covering 54% of the country's surface area as potentially geologically suitable. After the application of minimum requirements and exclusion criteria, 139 salt domes were initially under consideration as a repository site. However, the Gorleben salt dome and 78 other salt domes were excluded from the site selection process by applying the geoscientific weighing criteria. The Gorleben mine was officially closed in September 2021.

BGE has now awarded a consortium comprising Redpath Deilmann GmbH and Thyssen Schachtbau GmbH a contract to backfill the mine using the salt stored above ground. Around 400,000 tonnes of rock salt are currently stored there on a salt heap.

The work can begin once the mining permits have been obtained, according to current estimates around the middle of 2024. The backfilling work is currently estimated to take three years to complete.

"By signing the contract, we are taking the first big step towards closing the mine in Gorleben," said BGE Technical Managing Director Lautsch. "The striking salt heap will now gradually disappear and the exploration mine will be filled step by step."

The Gorleben mine is to be closed in phases. After the mine workings have been backfilled, the two shafts will be backfilled via another construction contract (phase 2) that is yet to be tendered. Finally, in a final order, the site will be made usable again (phase 3).

1693
1694
1695
 
 

Source: https://www.world-nuclear-news.org/Articles/Second-laser-enrichment-module-ready-for-shipment

Testing has been completed of the second full-scale laser system module developed by Australia's Silex Systems Ltd for deployment in Global Laser Enrichment's (GLE's) commercial pilot demonstration facility in the USA. The module is expected to be installed and operational by the end of this year.

Silex noted the second module was constructed and tested at its laser technology development centre in Lucas Heights, near Sydney, in less than 12 months, in line with the accelerated schedule for the commercial-scale pilot demonstration project.

The laser system module is currently being prepared for shipment to GLE's facility in Wilmington, North Carolina, and is expected to be installed and operational by the end of 2023, subject to transport scheduling, Silex said.

"This is another key milestone for the SILEX uranium enrichment technology which demonstrates our ability to efficiently build full-scale SILEX laser system modules, and to incorporate improvements which enable increased reliability under commercial-scale conditions for extended periods," Silex Managing Director and CEO Michael Goldsworthy said. "We are also encouraged with the accelerated efforts in GLE's Test Loop facility through which the balance of pilot systems, including the separator and gas handling equipment, are progressing towards completion of construction. We are hopeful that commissioning of the full pilot facility could commence in Q1 CY2024."

The first full-scale laser system module developed by Silex completed eight months of testing in August 2022, after which it was packaged for shipment to GLE's Test Loop Facility at Wilmington, where it was expected to be installed before the end of last year.

GLE is the exclusive worldwide licensee of the SILEX laser technology for uranium enrichment.

In February, GLE joint venture owners Silex (51%) and Cameco (49%) agreed to a plan and budget for CY2023 that accelerates activities in the commercial-scale pilot demonstration project for the SILEX uranium enrichment technology with the aim of completing a commercial-scale pilot demonstration (TRL-6) of the SILEX technology as early as mid-2024. At the time Silex said: "If the technology demonstration project can be successfully completed on an accelerated timeline, this preserves the option to commence commercial operations at the Paducah Laser Enrichment Facility (PLEF) up to three years earlier than originally planned, subject to the availability of government and industry support, as well as geopolitical and market factors."

In a statement today, Silex said: "Assuming successful achievement of TRL-6 and a positive feasibility study, GLE could potentially deploy the PLEF for the production of natural grade uranium (in the form of UF6) via enrichment of Department of Energy-owned tails inventories under a landmark agreement signed between GLE and the DOE in 2016."

The PLEF project has the potential to produce up to 5 million pounds of uranium oxide annually for approximately 30 years. As well as production of natural grade UF6 via tails processing, GLE also envisages further development of PLEF to use the technology to produce low-enriched uranium and so-called LEU+ from natural UF6 to supply fuel for existing reactors; and for the production of high-assay low-enriched uranium - or HALEU - for next-generation advanced small modular reactors.

1696
 
 

Source: https://www.world-nuclear-news.org/Articles/Mochovce-3-reaches-90-power-output

The power output of unit 3 at the Mochovce nuclear power plant in Slovakia has been increased from 75% to 90% as energy start-up tests continue, Slovenské elektrárne announced. The VVER-440 is expected to enter commercial operation in the coming months.

The start-up process involves gradual increases in power, with tests carried out before the level is raised. The unit's power was increased to 55% in March and to 75% in July.

"After successfully performing all the energy start-up tests at a power level of up to 75% of the reactor's nominal power and submitting the test report to the Slovak Nuclear Regulatory Authority, Slovenské elektrárne has increased the power of the reactor of the third unit of the Mochovce nuclear power plant to 90%," the company said.

The unit has so far supplied about 650,000 MWh of electricity to the grid, which Slovenské elektrárne said was equal to the annual consumption of 260,000 households.

"Tests at 75% power level have been completed without delay, which brings us very close to achieving full power at reactor unit 3," said Mochovce plant director Martin Mráz.

Once tests at 90% capacity are completed, the reactor's output will be increased to 100%.

"The complete functionality of the third unit and the achievement of project parameters will be confirmed by a 144-hour demonstration run at 100% power, which will end the energy start-up stage," Slovenské elektrárne said. "This milestone is expected to be reached between September and October".

Construction of the first two VVER-440 units at the four-unit Mochovce plant started in 1982. Work began on units 3 and 4 in 1986, but stalled in 1992. The first two reactors were completed and came into operation in 1998 and 1999, respectively, with a project to complete units 3 and 4 beginning ten years later. Unit 4's schedule has been to follow about one or two years behind unit 3. Each of the units will be able to provide 13% of Slovakia's electricity needs when operating at full capacity.

Slovakia expects to become a net exporter of energy once the two new units at Mochovce are both up and running.

1697
 
 

Source: https://www.world-nuclear-news.org/Articles/Tricastin-1-cleared-for-ten-more-years

Unit 1 of the Tricastin nuclear power plant in southern France can operate for a further ten years, the country's nuclear safety regulator, the Autorité de Sûreté Nucléaire (ASN), has decided. It becomes the first French power reactor licensed to operate beyond 40 years.

In February 2021, ASN set the conditions for the continued operation of EDF's 900 MWe reactors beyond 40 years. The regulator said it considered the measures planned by EDF combined with those prescribed by ASN will ensure the safety of the units for a further 10 years of operation.

EDF operates three pressurised water reactor designs, known as the 900 MWe, the 1300 MWe and the 1450 MWe N4. Its 32 operating 900 MWe reactors came into commercial operation between 1977 and 1988, and include the oldest of the country's current nuclear fleet. Such reactors are in operation at EDF's Blayais, Bugey, Chinon, Cruas-Meysse, Dampierre, Gravelines, Saint-Laurent and Tricastin nuclear power plants.

ASN said the improvements and measures will be applied to each reactor individually during their fourth periodic safety reviews, scheduled to run until 2031. These reviews will take the particularities of each facility into account, it said. The measures planned by EDF for each reactor will be subject to a public inquiry.

On 29 June this year, ASN adopted a decision setting the requirements governing the continued operation of Tricastin 1.

For the periodic safety review of Tricastin 1, EDF took into account the specificities of this reactor and its site as well as the results of the inspections carried out, in particular during the ten-yearly outage of the reactor in 2019.

ASN said the safety improvements planned by EDF as part of this review were the subject of a public inquiry from 13 January to 14 February 2022, which concluded with a favourable opinion from the inquiry committee.

"ASN considers that the conclusions of the reactor's fourth periodic safety review, the actions planned by EDF and those taken in response to ASN's decision on the generic phase of the safety review make it possible to achieve the objectives set for this periodic safety review," the regulator said in a 10 August statement. "In its decision, ASN regulates the continued operation of reactor 1 of the Tricastin nuclear power plant by additional requirements relating to the level of seismic hazard and the heat wave situations that the licensee includes in the safety demonstration."

Tricastin 1 was connected to the grid on 31 May 1980 and entered commercial operation on 1 December that year.

1698
 
 

Source: https://www.cruisehive.com/ship-builder-explores-nuclear-power-for-cruise-ships/108313

In a groundbreaking move that could redefine the face of marine propulsion, Newcleo, a nuclear tech company, has announced an alliance with the world-renowned shipbuilder Fincantieri, and RINA, a multinational conglomerate specializing in inspection, certification, and consulting engineering.

The essence of this collaboration is to investigate the feasibility of introducing nuclear power to the world of cruising through cutting-edge closed mini reactor designs. Using nuclear power is one of the initiatives to bring the cruise industry closer to its goal of becoming carbon-neutral by 2050.

A Greener, Nuclear, Future?

Newcleo unveiled a new partnership with shipbuilder Fincantieri and RINA, a classification society. Fincantieri is well known worldwide as the shipbuilder responsible for the Royal-class cruise ships from Princess Cruises, luxury cruise ships such as Seabourn Encore, and Carnival Cruise Line cruise ships Carnival Magic, Carnival Breeze, and Carnival Vista.

As part of the agreement, the three will combine their expertise to conduct an in-depth study into potential nuclear applications for the shipping and cruise industry. This includes examining the viability of integrating Newcleo’s state-of-the-art lead-cooled small modular reactors (SMR) technology.

The cornerstone of this venture is Newcleo’s groundbreaking LFR (Lead-cooled Fast Reactor). This LFR resembles a compact nuclear battery, promising a 30MW electric output. Typically, ships have four diesel generator sets running on diesel, producing 8-10 MW of energy each.

However, cruise ships rarely use all engines simultaneously, making one reactor sufficient for a medium to large cruise ship.

Stefano Buono, Newcleo Chairman and CEO expressed his enthusiasm, stating: “I am delighted that we are launching a project for civil nuclear naval propulsion with this important feasibility study. Combining expertise with technology innovation can bring a real solution to the issue of carbon emissions in maritime transport.“

Besides its low-maintenance advantage, the entire unit can be seamlessly replaced once its lifespan concludes. The reactor needs refueling only once every decade or so.

Harnessing nuclear power for cruise ships promises a shift from traditional fossil fuel reliance and expedited decarbonization of an industry under increasing scrutiny for its carbon footprint. The cruise industry has been challenged to achieve carbon neutrality by 2050.

Ugo Salerno of RINA shared, “The improvement of fuel efficiency and vessel design is already giving good results in reducing shipping footprint. But, in order to reach the targets fixed for this industry, we need alternative fuels with low carbon content from well to waste.

“Nuclear will be one of the answers to these objectives. In addition, small modular reactors will be the most efficient solution to apply nuclear to shipping.”

Nuclear-Powered Cruise Ships and their Implications

The shift towards nuclear propulsion in the cruise industry raises several questions—notably, the safety of atomic power on ships. As for the LFRs, in the unlikely event of an accident, the liquid lead in the reactor solidifies upon contact with cold water, effectively encapsulating the reactor core. This inherent design ensures the containment of radiation.

The application of nuclear energy isn’t a novel concept. Submarines, aircraft carriers, and icebreakers have safely relied on nuclear power for years. Modern reactor designs, especially those like the LFRs, are equipped with built-in safety features that further enhance this security.

Comparatively, nuclear energy has the edge over conventional fuels like LNG and Heavy Fuel Oil. Nuclear propulsion stands out as a cleaner energy source, boasting minimal emissions.

Additionally, the consistent power output and reduced refueling needs make it an advantageous choice for cruise ships.

However, using nuclear power for cruise ships will be something that the public will need to consider and understand. The transition involves technological advancements and needs to address safety concerns, environmental implications, and societal acceptance.

Public awareness campaigns, transparent discussions about safety protocols, and environmental impact assessments will ensure that those who love to cruise are informed, confident, and supportive of such a significant shift.

Of course, nuclear power is just one idea to bring the cruise industry closer to its zero-carbon goal. In the last year, cruise companies have released concepts that use anything from wind power to biofuels and hydrogen-powered fuel cells.

1699
 
 

Source: https://capitalresearch.org/article/annual-revenue-of-opponents-of-carbon-free-nuclear-power-exceeds-2-3-billion/

Nuclear energy, according to the Sierra Club’s official position, is “a uniquely dangerous energy technology for humanity” and “no solution to Climate Change.”[1]

The Sierra Club is far from alone. There may be as many as 1,000 groups in the United States with an agenda that includes opposition to the nation’s largest source of carbon-free energy. More than 200 have recently been identified in the Capital Research Center’s InfluenceWatch database. The combined annual revenue of the groups identified, as measured by recent filings with the IRS (where available), exceeds $2.3 billion.

This calculation is a deliberately conservative estimate of the financial firepower of the American anti-nuclear movement. It includes only nonprofit groups with a known anti-nuclear position, and within that subset, only some of the anti-nuclear nonprofits. The real dollar figure is likely far higher, for the reasons explained below.

The groups are listed below, along with hyperlinks to their InfluenceWatch profiles. Each profile provides explanations of the group’s position against nuclear energy and citations for same.

Next to each group in the list below, where applicable, is the most recent reported revenue taken in by that group, along with hyperlinks to each nonprofit’s most recent IRS Form 990.

Some groups are too small to have filed recent IRS reports, are not listed as nonprofits, or otherwise did not have reliable revenue to report.

Methodology

The handling of the League of Conservation Voters (LCV) provides a good example of the methodology. The $2.3 billion estimate of total anti-nuclear revenue includes only the $114.6 million LCV revenue for 2021 that the LCV’s 501(c)(4) political advocacy group reported to the IRS.

However, 501(c)(4) advocacy groups such as LCV frequently work in tandem with legally distinct, though mission-aligned 501(c)(3) educational nonprofits. In this case, the League of Conservation Voters Education Fund (LCVEF) reported $54 million in revenue for 2021.

This creates a double-counting concern because funding is often transferred from one group to the other. To steer as far clear of this concern as possible, all of the funding to one of the two groups has been totally excluded from the $2.3 billion calculation of anti-nuclear nonprofits. Where there is an education and an advocacy nonprofit, the $2.3 billion estimate includes either the 501(c)(3) or the 501(c)(4), but never both of them.

As such, the $54 million from LCVEF was not counted.

Another double counting could occur from local affiliates. In this example, the 2021 League of Conservation Voters’ IRS report shows more than $35 million in grants, almost all of which went to the LCV’s state and local affiliates.

Even though state-level affiliates may in many cases raise additional local revenue that could be counted, the safe assumption taken for the $2.3 billion estimate was to exclude all revenue reported by all state-level affiliates of large national groups such as LCV.

As another example, all state and local affiliates of the anti-nuclear League of Women Voters have been excluded from the estimate.

Additionally, all political committee money given to anti-nuclear political committees and politicians has been excluded from the $2.3 billion estimate. This also includes political committees that are affiliated with nonprofits such as LCV.

During the 2022 election cycle, according to the Federal Election Commission, the League of Conservation Voters Victory Fund political action committee raised more than $58 million and spent more than $33 million of it in federal independent expenditures.

None of this was included in the $2.3 billion estimate.

Researching and adding other political committees that have anti-nuclear positions would obviously increase the $2.3 billion total estimate. Current Democratic presidential candidate Robert F. Kennedy Jr. has a history of opposing the use of nuclear energy. So does former Democratic presidential contender Bernie Sanders.

Finally, many of the largest anti-nuclear nonprofits counted toward the $2.3 billion estimate have given grants to some of the smaller ones. The recent IRS report for the World Resources Institute (WRI) shows a total of nearly $1 million given in grants to other anti-nuclear nonprofits, such as the Rocky Mountain Institute and the Environmental Defense Fund.

This was a minority of the WRI’s recent grantmaking. However, out of a severe abundance of caution, all $47.1 million in grants from WRI’s recent IRS report have been deducted from the $2.3 billion total. One example of what was removed from the total estimate is a $2.1 million grant to the University of Maryland, which is not one of the anti-nuclear groups in this analysis.

Identical deductions of total grantmaking were made for the five other largest anti-nuclear groups: the Environmental Defense Fund, Natural Resources Defense Council, Sierra Club, Rocky Mountain Institute, and World Wildlife Fund. Combined, total grants from the recent IRS reports of the six groups added up to $225.3 million.

The raw total annual revenue of the anti-nuclear nonprofits was initially nearly $2.6 billion. Deducting the grantmaking from the six biggest groups reduced the revenue estimate to just over $2.3 billion.

Because of this overly safe deduction and the other aforementioned conservative assumptions (i.e., excluding all political committee revenue), the $2.3 billion annual revenue estimate for supporters of the American anti-nuclear movement is only a modest estimate of what is likely a far higher number.

“Uniquely Dangerous”

As to the claim from the Sierra Club that nuclear energy is a “uniquely dangerous technology,” consider a 2020 analysis by Our World in Data that calculated the historic death toll from all forms of energy production. The tabulation included mining of raw materials, drilling, and all other factors unique to each energy system. Because this included premature deaths from air pollution, the burning of brown coal (at 32.72 fatalities per terawatt hour) reigned supreme as the most deadly energy option of all.

Nuclear (0.03 deaths/TWh) and solar (0.02) were revealed to be the two safest means of keeping the lights on.

On a non-safety level, there is no remote comparison. Nuclear ranks as one of the most reliable power sources we have, while the sun reliably fails to shine for many hours every night, everywhere on Earth. Nuclear is the largest source of zero-carbon energy produced in the United States—kicking out far more electricity each year than solar and wind combined.

This production occurs despite a multi-decade drought in the deployment of new American nuclear reactors and the subsidizing of weather-restricted, landscape-polluting wind turbines and solar panels. A lot of the blame for each of these shameful developments belongs to the following groups, their donors, and their membership.

[Snip long list of organisations, follow original link to article]

[1] The unorthodox capitalization of “Climate Change,” which implies a proper noun (perhaps even a sentient and malevolent being or group of same?), was copied as it was displayed by the Sierra Club on their “Nuclear Free Future” webpage on August 3, 2023.

1700
 
 

De energiewereld in Europa is ingrijpend veranderd sinds de Russische invasie van Oekraïne, maar ook door verschillende ingrijpende veranderingen in het beleid van sommige landen.

Waarom is dit belangrijk?

Er is veel gesproken over het Franse nucleaire programma, dat niet zo veel produceert als het zou kunnen; dat is waar, maar de nucleaire industrie heeft van Frankrijk desalniettemin de energieleverancier van de EU gemaakt. In tegenstelling daarmee heeft Duitsland sinds de sluiting van zijn laatste kerncentrales het kamp van de exporteurs verlaten.

Een rendabele nucleaire sector, zelfs op 50% van de capaciteit

In het nieuws: de Frans-Duitse – en daarmee ook Europese – energiebalans is verschoven, analyseert Bloomberg.

  • Frankrijk is de grootste energie-exporteur in de EU geworden, net voor Zweden, met 17,6 terawattuur aan buitenlandse leveringen. Zijn belangrijkste klanten zijn het Verenigd Koninkrijk en Italië.
  • Deze Franse energie is grotendeels afkomstig van de kerncentrales, waar de regering sterk op inzet voor haar energietransitie. Toch kwam het nucleaire programma het voorbije jaar in het nieuws vanwege zorgen over koelingsproblemen tijdens droogteperioden. Tegenstanders van nucleaire energie, die in Frankrijk zeer actief zijn, hebben ook gewezen op de vrees voor een uraniumtekort als gevolg van onrust in Niger – een risico dat echter aanzienlijk is overschat.
  • Het Franse nucleaire aandeel werkt momenteel echter op slechts 50 procent van de capaciteit. Desalniettemin doet het land het redelijk goed en heeft het zelfs relatief lage prijzen kunnen handhaven tijdens de piek van de energiecrisis. De kerncentrales zijn een onmisbaar onderdeel geworden van de Europese energiemix.

Andere energiebronnen hebben echter ook hun waarde bewezen: de hittegolf in Zuid-Europa heeft ook de zonne-energiesector gestimuleerd. Spanje profiteert hiervan, ondanks de historische droogte, en wordt het derde grootste exportland van Europa, na Parijs en Stockholm, met een netto uitvoer van 8,8 terawattuur, volgens het rapport van energiedata-analist EnAppSys.

Duitse afhankelijkheid en donkere wolken boven de economie

  • Duitsland daarentegen zit in een dieptepunt: waar het eerder regelmatig op het podium stond, is het nu een netto-importeur van energie geworden. Dit is een direct gevolg van de kernuitstap, aldus het EnAppSys-rapport.
  • Zoals sommige waarnemers destijds al opmerkten, zullen de energiekosten waarschijnlijk jarenlang een zware last vormen voor de grootste Europese economie, terwijl het land in een recessie is beland.
  • Afgelopen juni uitte Siegfried Russwurm, het hoofd van de Duitse Industrievereniging, al zijn zorgen over de ontwrichting van het industriële weefsel van het land als gevolg van de hoge energieprijzen, zelfs toen de prijzen op de internationale markt weer relatief laag waren. (as)
view more: ‹ prev next ›