Germany destroys two nuclear plant cooling towers as part of nuclear phaseout plan.
Euronews, 25/10/2025,https://www.euronews.com/2025/10/25/germany-destroys-two-nuclear-plant-cooling-towers-as-part-of-nuclear-phaseout-plan
The two towers, equivalent to roughly 56,000 tonnes of concrete, collapsed in a controlled demolition on Saturday. It comes as part of Germany’s nuclear phaseout.
Two cooling towers of the former nuclear power plant in Germay’s Bavarian town of Gundremmingen were brought down in a controlled demolition at noon on Saturday.
The plant had served as an important landmark in the town for nearly six decades, bringing numerous new jobs and boosting the local economy.
As part of the country’s nuclear phaseout and under Germany’s energy transition policy, the Gundremmingen, as well as the Brokdorf, and Grohnde nuclear power plants, had already been decommissioned in December 2021.
The municipality, who had prepared for a large crowd of onlookers, set up a restricted zone around the power plant.
According to energy company RWE, the demolition could be observed from various watch points in the region. Some pubs also offered public “demolition viewing parties”
How the towers will be blown up
There were three explosions in total. The first was carried out to chase away nearby animals and wildlife. The second brought down the first tower, and the third caused the second tower to collapse.
Roughly 56,000 tonnes of concrete collapsed in a matter of seconds. Following Saturday’s demolition, the dismantling of the plant will further continue, local media report, with completion expected by 2040.
The astronomic costs of decommissioning Sellafield
First Annual Report of the Chair of the Committee of Public Accounts.
(Paras 55&56) We were informed that the estimated cost of decommissioning the site was £136 billion, an increase of 18.8% since March 2019.
When the previous Committee last took evidence on Sellafield in 2018, the nine major projects that were underway then were between them delayed by 165 months and expected to cost £913 million more than originally budgeted.
However, the Committee heard that the combined costs of four of these projects are now expected to cost £1.15 billion more than when the previous Committee reported. Each of these four projects will also be delayed further by between 58 and 129 months each.
Sellafield Ltd has begun retrieving
hazardous waste from the site, and in the longer term, this waste will be
stored in an underground offsite Geological Disposal Facility (GDF) capable
of storing the waste for thousands of years. However, the Committee found
that the opening date of the GDF has slipped from 2040 to the late 2050s.
For every decade of delay, additional buildings could need to be
constructed to accommodate short-term storage of the waste at a cost of
£500–760 million.
As well as the serious implications for the value for
money of the project, this delay makes the ambition to completely
decommission the Sellafield site in the next hundred years even more
challenging.
In addition to this, in August the GDF project was rated red
in its Delivery Confidence Assessment by NISTA, meaning “successful
delivery of the project appears to be unachievable.” DESNZ has since
acknowledged that the NDA is “undertaking some replanning to mitigate
risks and support ongoing progress” across all of its programmes,
including the GDF. We will be following any further developments closely
over the coming months.
House of Commons 15th Oct 2025,
https://publications.parliament.uk/pa/cm5901/cmselect/cmpubacc/1300/report.html#heading-5
German Nuclear Operator’s Insolvency Could Shift Dismantling Costs to Taxpayers
October 6, 2025, Full Story: Clean Energy Wire, Author: Benjamin Wehrmann, https://www.theenergymix.com/german-nuclear-operators-insolvency-could-shift-dismantling-costs-to-taxpayers/
The insolvency of an operator of a decommissioned nuclear power plant in Germany raises questions about the financial responsibilities for deconstructing the reactor and disposing of its radioactive materials.
HKG, the owner of the nuclear plant Hamm-Uentrop that was opened in 1983 and taken out of service only six years later, filed for insolvency at a court in western state North Rhine-Westphalia, reports Clean Energy Wire, citing the German business weekly WirtschaftsWoche.
The operating company, owned jointly by major energy company RWE and several local utilities, initially had demanded about 350 million euros from the federal and the state government to cover the costs for deconstruction and disposal, but failed to win a lawsuit it filed in 2024. A court in the city of Düsseldorf rejected HKG’s claim in June this year, which led the company to declare itself insolvent. “HKG faces an unchanged situation with unclear financing of the remaining deconstruction work,” said the company’s CEO, Volker Dannert. According to WirtschaftsWoche, the actual costs for dismantling the plant and storing the nuclear waste initially were gauged at 750 to one billion euros.
Co-owner company RWE said the HKG shareholders bear no legal responsibility to fund deconstruction works beyond payments they made in the past. HKG manager Dannert said that talks with the federal and the state government had remained inconclusive, which meant that “it is now a task for the responsible authorities at the federal level and in North Rhine-Westphalia to organize the further dismantling.”
The prototype Thorium-Cycle-High-Temperature-Reactor (THTR) in Hamm-Uentrop was decommissioned due to technical challenges after serving for about 16,500 hours. It was sealed in 1997 and will remain so until at least 2030 to let radioactive contamination diminish before deconstruction works can begin. The process of dismantling is expected to take about one decade.
Germany is in the process of dismantling its nuclear power plants after shutting down the remaining three reactors in 2023 as part of the country’s nuclear phase-out. Dismantling nuclear power stations and safely storing radioactive waste will cost Germany dozens of billions of euros, and take many decades.
In 2017, Germany’s four major nuclear plant operators—E.ON, EnBW, RWE and Vattenfall—handed money earmarked for nuclear waste disposal over to the country’s fund for nuclear waste management, passing all responsibilities to the state. In 2025, over half of the German environment ministry’s budget is spent on managing the country’s nuclear waste, including finding a location for a final nuclear repository.
This post was originally published by Berlin-based Clean Energy Wire.
UK Government names six decommissioning sites being considered for new nuclear
30 Sep, 2025 By Tom Pashby New Civil Engineer
The government has named UK six nuclear sites currently being decommissioned where there is interest in establishing new nuclear developments.
The SMR ambitions, revealed as part of the US-UK nuclear
deal, named Hartlepool in County Durham, Cottam in Nottinghamshire and
London Gateway port in Kent as potential locations for hosting new small
reactors. The new regulation for nuclear developments, including siting –
National Policy Statement for nuclear energy generation (EN-7) – was
published in draft form in February 2025.
This new policy will open up more
potential locations for new nuclear developments beyond the eight sites
stipulated in the former statement. In April, the government said it
planned to publish the final EN-7 policy by the end of 2025.
Great British Energy – Nuclear is already assessing Wylfa on the Isle of Anglesey in
North Wales and Oldbury-on-Severn in Gloucestershire, as potential sites
for hosting three 470MW Rolls-Royce SMR reactors. Both Wylfa and Oldbury
have historic nuclear power plants, which are undergoing decommissioning.
Now the government has named four additional sites where nuclear reactors
are being decommissioned that are being considered for new nuclear
developments. It named them in response to a parliamentary question. “The
government is also aware of developer or community interest in nuclear
projects at several other sites, including those being decommissioned.
These include Pioneer Park (Moorside), Trawsfynydd (via Cwmni Egino),
Hartlepool, and Dungeness.”
Pioneer Park at Moorside in Cumbria is a
project led by Energy Coast West Cumbria (BEC) which is a joint venture
(JV) between the Nuclear Decommissioning Authority (NDA) and Cumberland
Council. BEC’s website makes reference to the government having announced
in June 2025 that part of the Moorside site was designated as suitable for
nuclear generation. The JV says Pioneer Park “will be a transformative
project designed to diversify and strengthen the local economy in West
Cumbria, reducing reliance on the Sellafield site while creating new
opportunities in the clean energy sector”.
Kent County Council pursuing
one or more SMR at Dungeness. In June 2023, a report from Kent County
Council updated cabinet members “on the opportunity to secure a nuclear
future for Dungeness and seeks support for a coordinated campaign of
action”. The report from Kent County Council cabinet member for economic
development Derek Murphy said: “We believe Dungeness is a perfect
location for one (or more) of the new breed of SMRs safely producing green,
low carbon energy and retaining high-quality jobs and skills in the area
while helping to power local growth.”
It went on to say that the council
would continue to conduct discussions about potential reactors which could
be deployed at the site with vendors, and committed to undertake “soft
market testing to develop a small number of high-level proposals for the
site”.
Cwmni Egino was set up by the Welsh Government in 2021 to explore
opportunities to develop new nuclear projects in Wales at Wylfa and
Trawsfynydd – both of which host nuclear power stations that are being
decommissioned. The organisation says it has confirmed the “viability of
small scale nuclear at Trawsfynydd”. Small scale nuclear could mean small
modular reactors (SMRs), advanced modular reactors (AMRs) or micro-modular
reactors (MMRs). The Trawsfynydd, however, also appears to be being
considered as a potential host for a medical research reactor, under the
Welsh Government’s Project Arthur, according to Cwmni Egino.
New Civil Engineer 30th Sept 2025, https://www.newcivilengineer.com/latest/government-names-six-decommissioning-sites-being-considered-for-new-nuclear-30-09-2025/
Nuclear reactor Tihange 1 to cease operations after fifty years
27 September 2025, https://www.belganewsagency.eu/nuclear-reactor-tihange-1-to-cease-operations-after-fifty-years
Next Tuesday, the plug will be pulled on the Tihange 1 nuclear reactor after 50 years of service. However, the Belgian government hopes that this will not be the end.
Tihange 1 is the fourth Belgian nuclear reactor to be shut down, following the permanent shutdown of Doel 3, Tihange 2 and Doel 1. Doel 2 will follow at the end of November. The two remaining reactors – Doel 4 and Tihange 3 – are allowed to operate for another ten years, until 2035.
Construction of the reactor on the banks of the Meuse near Huy, Liège province, began in 1969. Electricity was generated for the first time in 1975. Normally, the reactor – half owned by Engie and half by EDF Belgium – should have ceased operations already in 2015, but in the context of security of supply, it was allowed to remain open until 2025. Today, Tihange has a capacity of 962 megawatts
On Tuesday 30 September, the operators in the control room will shut down the reactor and disconnect it from the high-voltage grid. Then the decommissioning phase will begin, a preparation for the actual dismantling. The reactor will be unloaded and the fuel cooled, so that it can later be transported to temporary storage. Afterwards, the primary circuit will be chemically cleaned, amongst others. All this work will take years to complete.
The decommissioning phase is not scheduled to begin until 2028 and will continue until 2040. But if it were up to the government, all this work would be delayed. The government hopes to keep the reactor open for longer and is asking nuclear operator Engie not to carry out any irreversible work. Discussions about an extension are ongoing.
Engie itself has repeatedly made it clear that it is not keen to operate any nuclear power plants other than Doel 4 and Tihange 3. Keeping Tihange 1 open for longer would also come with a hefty price tag due to the necessary upgrades, and the reactor would also have to undergo a ten-year safety review.
Sizewell C Funded Decommissioning Programme: Contingent Liability (Public on the hook)
I am pleased to have laid a departmental minute describing the contingent
liabilities arising from the signing of the funded decommissioning
programme and Government support package for Sizewell C. The funded
decommissioning programme at Sizewell C will be funded via the regulated
asset base. The regulated asset base contains a series of protections that
aim to minimise the risk that public funds will be required to meet
decommissioning costs.
However, in certain remote circumstances whereby all
the protections afforded by Sizewell C’s economic licence fall away or a
shortfall in the fund materialises, public funds could be used to
contribute towards decommissioning costs and this liability would
crystalise. Based on best estimates by the Government Actuary Department,
the maximum potential exposure from the liability is £12 billion—in 2022
terms. This has been estimated on a worse-case scenario whereby the
Government were required to meet the full costs of decommissioning the
Sizewell C power plant.
Hansard 1st Sept 2025, https://hansard.parliament.uk/commons/2025-09-01/debates/25090137000015/SizewellCFundedDecommissioningProgrammeContingentLiability
Scottish nuclear plant emptied of fuel as UK winds down ageing gas-cooled reactors.
the cost of decommissioning should be taken into
account when the government decided on new nuclear plants as “no scheme can be guaranteed to meet a cost more than a century into the future”.
The first of the UK’s seven advanced gas-cooled reactor nuclear power
stations has been emptied of fuel, kick-starting a decommissioning process
that will cost at least £27bn in total and take almost a century.
EDF said on Thursday it had defuelled Hunterston B, on the west coast of Scotland,
paving the way for the transfer of the site and 250 staff from the French
power company to the UK Nuclear Decommissioning Authority next April. The
site provided most of Scotland’s energy for more than 40 years from its
launch in 1976 until its final closure in 2022.
EDF owns seven advanced gas-cooled reactors (AGRs) plants in the UK, which were built between the 1960s and 1980s and differ from newer nuclear plants that use water for
cooling. Just four are still operating.
The uranium fuel has been packaged
into 350 large flasks, which will be stored by the NDA at the Sellafield
nuclear site in Cumbria for at least 50 years until a longer-term
underground facility has been built.
Although the process took just three
years and £400mn, it will take almost a century to eradicate the radiation
from the land and buildings, EDF has said. The decommissioning of the seven
AGRs is separate to a much wider £105bn decommissioning programme, which
will cover an additional 17 closed nuclear sites over the next 120 years,
according to the NDA.
The closures will leave the UK with just one nuclear
power plant still running by 2030 — Sizewell B in Suffolk, which is also
managed by EDF and uses a pressurised water reactor. The NDA said it was
“acutely aware of the costs associated with delivering our mission”.
The cost of decommissioning nuclear power plants is under scrutiny as the
UK presses ahead with new nuclear projects, including the £40bn Sizewell
C, which is expected to get government go-ahead this spring, and the £46bn
Hinkley Point C, which is still under construction and will open by 2030 at
the earliest.
Steve Thomas, emeritus professor of energy policy at
Greenwich university, said the cost of decommissioning should be taken into
account when the government decided on new nuclear plants as “no scheme
can be guaranteed to meet a cost more than a century into the future”.
Although EDF has owned Hunterston B and the seven other AGR nuclear plants
since 2009, the cost of decommissioning is being paid for through the
ringfenced Nuclear Liabilities Fund (NLF), which was set up in 1996 after
privatisation and is valued at £20.6bn. Decommissioning costs have soared
over the past three decades, with the fund requiring cash injections from
the Treasury, including £5bn in July 2020 and a further £5.6bn in March
2022, according to the NLF.
FT 24th April 2025, https://www.ft.com/content/c31af2d6-eeaa-4a3d-a2c0-81c63b29cb1d
Dounreay more likely to build up than knock down.
By Iain Grant, 26 March 2025
People are being warned not to expect any of Dounreay’s former fuel or
waste buildings to be levelled any time soon. NRS Dounreay managing
director Dave Wilson was responding to a query posed at the latest meeting
of Dounreay Stakeholder Group (DSG). Mr Wilson said none of the cluster of
buildings deployed in the former fast reactor complex is slated for
demolition in the next couple of years. He added: “Skyline changes in the
short term might be a building going up to store material.
John O Groat Journal 26th March 2025, https://www.johnogroat-journal.co.uk/news/dounreay-more-likely-to-build-up-than-knock-down-377882/
**Plutonium**
Sellafield decommissioning to continue for at least a century – robot dogs play a part
Robot dogs could help decommission Sellafield nuclear plant after successful trials.
Operators working from the Westlakes Science Park in Whitehaven, around
eight miles from Sellafield, remotely operated “safely and securely” a
custom Boston Dynamics Spot Quadrupedal Robot ‘dog’ that could carry
out tasks such as remote inspections, data gathering and clean-up work.
Energy generation at the plant stopped in 2003, but the painstaking
decommissioning process typically takes decades and presents radioactive
hazards to workers. Sellafield is unusual in that the decommissioning
challenge also encompasses early nuclear research and nuclear weapons
programmes that took place on the site.
The Nuclear Decommissioning Authority (NDA) is not expecting full site remediation to be completed until 2125.
Engineering & Technology 20th March 2025
Dismantling work begins at Hamaoka nuclear plant
The start of the dismantling work signifies that the so-called “great era of decommissioning” has begun in earnest in Japan.
While Japan has entered an era of decommissioning, decommissioning plans continue to be postponed due to the lack of a finalized waste disposal site.
By FUMI YADA/ Staff Writer, March 17, 2025, https://www.asahi.com/ajw/articles/15671904?fbclid=IwY2xjawJHQ-9leHRuA2FlbQIxMQABHcLLRpjB5amZOZL-8qR613ATPjVA-r1TzUbw_ezeLkSwaBkwhCZVpLnMlw_aem_9niHHKoB8JXLoduuhcoh2Q
Dismantling work has begun at Chubu Electric Power Co.’s Hamaoka nuclear power plant in Omaezaki, Shizuoka Prefecture, the first time a commercial reactor in Japan is being dismantled.
On March 17, a crane was used to lift and remove the top lid of the No. 2 reactor pressure vessel, which contained nuclear fuel during its operation.
The start of the dismantling work signifies that the so-called “great era of decommissioning” has begun in earnest in Japan.
The No. 1 and No. 2 reactors at the Hamaoka plant are both boiling water reactors.
The No. 1 reactor began operation in 1976 with an output of 540,000 kW, and the No. 2 reactor went online in 1978 with an output of 840,000 kW.
After the earthquake resistance guidelines for nuclear power plants were revised in 2006, Chubu Electric Power Co. decided to decommission both reactors in 2008 due to the high cost of seismic reinforcement and other necessary measures.
Work began in 2009.
So far, spent nuclear fuel in the building has been removed to the fuel pools of No. 4 and No. 5 reactors, which are located on the same site, and unused fuel has been taken off site.
Decontamination of equipment has been carried out, and since fiscal 2015, dismantling of the turbines, generators and part of the reactor building has also been under way.
The dismantling of the reactor, which began on March 17, is considered the main part of the decommissioning work.
The reactor pressure vessel and internal reactor structures have high radiation levels that make them inaccessible to humans.
The work will be carried out by remote control using specialized robots, which requires advanced technology.
Chubu Electric Power Co. will dismantle the No. 1 and No. 2 reactors over a period of about 12 years, starting with the No. 2 reactor first.
The decommissioning of the two reactors is expected to be completed in fiscal 2042 after the buildings are finally dismantled.
Chubu Electric estimates that the decommissioning of No. 1 reactor will cost about 37.9 billion yen ($254.4 million) and about 46.2 billion yen for the No. 2 reactor.
However, the company has not yet decided where to dispose of the large amount of metal, concrete and other waste materials generated by the decommissioning work.
In Japan, the Japan Atomic Energy Agency has decommissioned a small experimental reactor, but no commercial reactors have been decommissioned yet.
At present, 18 nuclear power plants, excluding Tokyo Electric Power Co.’s Fukushima No. 1 nuclear power plant, are scheduled to be decommissioned.
Many other reactors in Japan have been in operation for a long time.
While Japan has entered an era of decommissioning, decommissioning plans continue to be postponed due to the lack of a finalized waste disposal site.
Belgium’s oldest nuclear reactor shut down for good after 50 years
15 February 2025, https://www.belganewsagency.eu/oldest-nuclear-reactor-shut-down-for-good-after-50-years
The Doel 1 nuclear reactor was definitively shut down safely on Friday night, the Federal Agency for Nuclear Control (FANC) has confirmed. After 50 years of electricity production, Belgium’s oldest nuclear reactor, with a capacity of 445 megawatts, was disconnected from the high-voltage grid at 21.37.
The FANC said the operation was carried out in complete safety. “Technically, there is no difference from a temporary maintenance shutdown, except that the reactor will not be restarted to produce electricity,” it said in a press release.
A shutdown phase lasting approximately five years is now beginning, during which the fuel will be cooled in order to “significantly reduce the radiological risk to the environment”. The waste will also be removed and the pipes emptied and rinsed. Then the actual dismantling will begin, which could last up to 15 more years.
Lifespan extended
Doel 1 is the third reactor to be definitively decommissioned, after Doel 3 in 2022 and Tihange 2 in 2023. Tihange 1 will also be shut down in the autumn.
The shutdown phase for Doel 1 will be slightly different to that for the other reactors, as Doel 1 and 2 are “twin” reactors that share certain systems, such as the control room and the engine room. These parts will only be shut down when Doel 2 is definitively decommissioned on 30 November.
Belgium will then have only two active nuclear reactors: Doel 4 and Tihange 3. Their operating period has been extended by 10 years until 2035 and the new federal government hopes to extend them for another decade.
There really ARE necessary nuclear industry jobs – IN DEMOLISHING NUCLEAR REACTORS!
Dounreay to take on 23 new apprentices
One of Britain’s most complex environmental restoration projects is taking on 23 new apprentices.
Nuclear Restoration Services and Nuclear Decommissioning Authority 13 February 2025,
https://www.gov.uk/government/news/dounreay-to-take-on-23-new-apprentices
The decommissioning of the former centre of fast reactor research and development at Dounreay is continuing to create long-term opportunities for young people.
Applications are open for the next intake of apprentices, with 23 places in total available.
The apprenticeships are in engineering trades, engineering design, construction scaffolding, construction painting, business administration and project management, and vary in length from two years to four years.
The closing date for applications is 14 to 21 February, with start dates in August.
Dounreay’s operator, Nuclear Restoration Services, is also in the process of recruiting 9 health physics surveyor trainees.
Their 2-year training programme equips them with an NVQ Level 2 Diploma in Radiological Protection.
Dounreay also has 15 places this year for graduate recruitment. Applications for these posts closed on 6 January.
More information about the opportunities at Dounreay can be found at the site’s careers website at www.dounreaycareers.com.
Dounreay has a long and proud history of high-quality training for young people across a wide range of disciplines and I’m delighted we are able to continue this during the decommissioning phase of the site,
said Dave Wilson, managing director of NRS Dounreay.
The site is complex, its decommissioning is challenging and we can offer superb training and development opportunities at the cutting edge of science and engineering.
Pickering A nuclear power plant bites the dust!
Twitter: https://x.com/NoNukeBailouts/status/1874916809050357787
Good riddance! This dawg of a nuke station – 4 reactors at Pickering A – has been finally put to rest. The 2.2 million people that live within 30 km of the station can breathe a sigh of relief (though Pickering B is still open), though taxpayers will now be saddled with billions of dollars of decommissioning and waste expenses into eternity.
The Pickering Nuclear Station is one of the oldest and largest nuclear plants in the world. Designed to last 30 years, it’s now over 50. In 1998, Pickering A was completely shuttered due to safety concerns. Units 1 and 4 were rebuilt at such high public expense that they mothballed units 2 and 3.
The Pickering nuke station has a long history of accidents and safety concerns – learn more here:
https://www.cleanairalliance.org/pickering-safety/
Good by nukes – hello renewables!
https://www.world-nuclear-news.org/articles/opg-says-goodbye-to-pickering-4
Complex plan for dismantling UK’s 27 dead, rusting, radioactive nuclear submarines.
Fife Council approve Babcock plans for Rosyth Dockyard
28th December, By Ally McRoberts
A NEW secure compound for the Submarine Dismantling Project at Rosyth Dockyard has been given the green light by Fife Council.
Babcock International had sought a certificate of lawfulness to change the use of a car park on Keith Road – with the loss of 86 spaces – and build a storage facility on it.
The much-delayed project aims to dismantle seven old nuclear subs at Rosyth, remove the radioactive waste and recycle as much of the metal as they can into “tin cans and razors”.
The new facility is needed for phases three and four and will be enclosed by three metres high walls, with new gates and drainage infrastructure.
In the application it was described as a laydown area and contractors’ compound that will be roughly 45 metres by 35 metres in size, and take up around half an acre of
land close to dry dock number three.
Swiftsure is the first vessel being disposed of at Rosyth and it’s scheduled to be recycled by 2026. In total, the project will dispose of 27 nuclear subs. Seven have been laid up at
Rosyth for decades – Dreadnought has been there so long, since 1980, that
most of the low-level radiation has “disappeared naturally” – and there are
15 at Devonport in Plymouth. Five are still in service with the Royal Navy.
The UK Government said earlier this year that the project has already
invested more than £200 million into the dockyard and the wider UK supply
chain and sustains more than 500 jobs.
Dunfermline Press 27th Dec 2024
https://www.dunfermlinepress.com/news/24820505.fife-council-approve-babcock-plans-rosyth-dockyard/
Final German nuclear power plant enters dismantling phase
World Nuclear News, 20 December 2024
Dismantling work at the shut down Brokdorf nuclear power plant has officially begun, PreussenElektra announced.
PreussenElektra – a subsidiary of EOn Group – applied for approval to decommission and dismantle the 1410 MWe pressurised water reactor in December 2017. The plant was shut down on 31 December 2021.
On 23 October this year, the Schleswig-Holstein Ministry for Energy Transition, Climate Protection, Environment and Nature issued the first decommissioning and dismantling permit to PreussenElektra for the Brokdorf plant. Phase 1 of the plant’s decommissioning and dismantling includes the decommissioning and dismantling of the plant components that are no longer required and subject to nuclear regulatory supervision, with the exception of the reactor pressure vessel and the biological shield. The plant was the last nuclear power plant in Germany that was not yet being dismantled.
On 13 December, all the requirements for using the permit were met when the last documents requiring approval came into force. On the same day, PreussenElektra notified the authorities that it was using the permit, meaning the plant’s post-operation phase had ended and it had entered the dismantling phase.
“We expect that we will now be able to quickly implement the first shutdown of a system in the power plant and thus be able to physically begin dismantling this year,” said Brokdorf plant manager and dismantling programme manager Tammo Kammrath……………………………………………………………………
In December last year, PreussenElektra, together with EOn group companies, announced plans for the construction at the Brokdorf site of the largest battery storage facility in the EU to date. The facility – to store electricity from renewable sources – is to be expanded in two stages to up to 800 MW of power and a storage capacity of up to 1600 MWh. Commissioning could begin as early as 2026. https://www.world-nuclear-news.org/articles/Final-German-nuclear-power-plant-enters-dismantling-phase
1 This Month
of the week – Hiroshima Nagasaki Day Coalition – Working together for the abolition of n\nuclear weapons – https://www.hiroshimadaycoalition.ca/
No Nuclear in Cwm Llynfi! Stop the nuclear power station near Maesteg.
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