Der Transport von hochradioaktiven Atommüll von Sellafield nach Biblis findet trotz Coronapandemie statt. Castor-Transport aus Sellafield: Schiff mit Atommüll erreicht Nordenham. Timo Ebbers. Die mit sechs Castoren beladene „Pacific Grebe“ hat. “ Geplante CASTOR-Transporte aus Sellafield und La Hague: Sellafield – Biblis: Anfang.

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Sellafield (früher Windscale) ist ein britischer Nuklearkomplex an der Irischen See in der Grafschaft Cumbria in Nordwestengland. Der River Ehen mündet am. Windscale-Brand – Wikipedia. Castor-Transport aus Sellafield: Schiff mit Atommüll erreicht Nordenham. Timo Ebbers. Die mit sechs Castoren beladene „Pacific Grebe“ hat. Die Wiederaufarbeitungsanlage Sellafield ist ein schleichendes Tschernobyl. Das Unglück in dem ukrainischen Atomkraftwerk hat die ganze Welt erschüttert. Der Transport von hochradioaktiven Atommüll von Sellafield nach Biblis findet trotz Coronapandemie statt. Kritischer, unabhängiger Journalismus der linken Nachrichtenseite taz: Analysen​, Hintergründe, Kommentare, Interviews, Reportagen. Genossenschaft seit. Die Ausbreitung der seit praktizierten Sellafield-Einleitungen vollzogen sie in der Karasee mit den höchsten Sellafield-Konzentrationen in der Nordsee.

Der Transport von hochradioaktiven Atommüll von Sellafield nach Biblis findet trotz Coronapandemie statt. Sellafield (früher Windscale) ist ein britischer Nuklearkomplex an der Irischen See in der Grafschaft Cumbria in Nordwestengland. Der River Ehen mündet am. Die Ausbreitung der seit praktizierten Sellafield-Einleitungen vollzogen sie in der Karasee mit den höchsten Sellafield-Konzentrationen in der Nordsee.

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Sellafield: Europe's most radioactively contaminated site

Next, the operators tried to extinguish the fire using carbon dioxide. On the morning of Friday 11 October, when the fire was at its worst, eleven tons of uranium were ablaze.

Faced with this crisis, Tuohy suggested using water. This was risky, as molten metal oxidises in contact with water, stripping oxygen from the water molecules and leaving free hydrogen, which could mix with incoming air and explode, tearing open the weakened containment.

Faced with a lack of other options, the operators decided to go ahead with the plan. Tuohy once again hauled himself onto the reactor shielding and ordered the water to be turned on, listening carefully at the inspection holes for any sign of a hydrogen reaction as the pressure was increased.

The water was unsuccessful in extinguishing the fire, requiring further measures to be taken. Tuohy then ordered everyone out of the reactor building except himself and the Fire Chief in order to shut off all cooling and ventilating air entering the reactor.

By this time, an evacuation of the local area was being considered, and Tuohy's action was the worker's last gamble. During one of the inspections, he found that the inspection plates—which were removed with a metal hook to facilitate viewing of the discharge face of the core—were stuck fast.

This, he reported, was due to the fire trying to suck air in from wherever it could. Finally he managed to pull the inspection plate away and was greeted with the sight of the fire dying away.

I did stand to one side, sort of hopefully," he went on to say, "but if you're staring straight at the core of a shut down reactor you're going to get quite a bit of radiation.

Water was kept flowing through the pile for a further 24 hours until it was completely cold. After the water hoses were turned off, the now contaminated water spilled out onto the forecourt.

The reactor tank itself has remained sealed since the accident and still contains about 15 tons of uranium fuel. It was thought that the remaining fuel could still reignite if disturbed, due to the presence of pyrophoric uranium hydride formed in the original water dousing.

There was a release to atmosphere of radioactive material that spread across the UK and Europe. The presence of the chimney scrubbers at Windscale was credited with maintaining partial containment and thus minimizing the radioactive content of the smoke that poured from the chimney during the fire.

These scrubbers were installed at great expense on the insistence of John Cockcroft and were known as Cockcroft's Folly until the fire.

Of particular concern at the time was the radioactive isotope iodine , with a half-life of about eight days. Iodine taken up by the human body is preferentially incorporated in the thyroid.

As a result, consumption of iodine can give an increased chance of later suffering cancer of the thyroid.

In particular, children are especially at risk due to their thyroids not being fully developed. The original report into the incident, the Penney Report, was ordered to be heavily censored by prime minister Harold Macmillan.

Other studies of additional cancer cases and mortality resulting from the radiological release have produced differing results.

A study of workers directly involved in the cleanup—and thus expected to have seen the highest exposure rates—found no significant long term health effects from their involvement.

The reactor was unsalvageable; where possible, the fuel rods were removed, and the reactor bioshield was sealed and left intact. Approximately 6, fire-damaged fuel elements and 1, fire-damaged isotope cartridges remain in the pile.

The damaged reactor core was still slightly warm as a result of continuing nuclear reactions. In it was estimated that the core still contained.

It was shut down shortly afterwards. No air-cooled reactors have been built since. The final removal of fuel from the damaged reactor was scheduled to begin in and to continue for a further four years.

Inspections showed that there had not been a graphite fire, and the damage to the graphite was localised, caused by severely overheated uranium fuel assemblies nearby.

A board of inquiry met under the chairmanship of Sir William Penney from 17 to 25 October In January , it was released by the Public Record Office.

In , a revised transcript was released, following work to improve the transcription of the original recordings. Penney reported on 26 October , 16 days after the fire was extinguished [80] and reached four conclusions:.

Those who had been directly involved in the events were heartened by Penney's conclusion that the steps taken had been "prompt and efficient" and had "displayed considerable devotion to duty".

Some considered that the determination and courage shown by Thomas Tuohy, and the critical role he played in the aversion of complete disaster, had not been properly recognised.

Tuohy died on 12 March , having never received any kind of public recognition for his decisive actions. It was later suggested by the grandson of Harold Macmillan , Prime Minister at the time of the fire, that the US Congress might have vetoed plans of Macmillan and US president Dwight Eisenhower for joint nuclear weapons development if they had known that it was due to reckless decisions by the UK government, and that Macmillan had covered up what really happened.

Tuohy said of the officials who told the US that his staff had caused the fire that "they were a shower of bastards". The Windscale site was decontaminated and is still in use.

Part of the site was later renamed Sellafield after being transferred to BNFL , and the whole site is now owned by the Nuclear Decommissioning Authority.

The release of radiation by the Windscale fire was greatly exceeded by the Chernobyl disaster in , but the fire has been described as the worst reactor accident until Three Mile Island in Epidemiological estimates put the number of additional cancers caused by the Three Mile Island accident at not more than one; only Chernobyl produced immediate casualties.

Three Mile Island was a civilian reactor, and Chernobyl primarily so, both being used for electrical power production. By contrast, Windscale was used for purely military purposes.

The reactors at Three Mile Island, unlike those at Windscale and Chernobyl, were in buildings designed to contain radioactive materials released by a reactor accident.

Other military reactors have produced immediate, known casualties, such as the incident at the SL-1 plant in Idaho which killed three operators.

The accident at Windscale was also contemporary to the Kyshtym disaster , a far more serious accident, which occurred on 29 September at the Mayak plant in the Soviet Union , when the failure of the cooling system for a tank storing tens of thousands of tons of dissolved nuclear waste resulted in a non-nuclear explosion.

The Windscale fire was retrospectively graded as level 5, an accident with wider consequences, on the International Nuclear Event Scale. In a paper was published in the journal Nature , on a study of radioisotopes found in oysters from the Irish Sea, using gamma spectroscopy.

In addition a zinc activation product 65 Zn was found; this is thought to be due to the corrosion of magnox fuel cladding in cooling ponds.

In , Yorkshire Television released a documentary focusing on the health effects of the fire, entitled Windscale - the Nuclear Laundry. In , the first of three BBC documentaries on the incident was shown.

Entitled Our Reactor is on Fire , the documentary featured interviews with key plant workers, including Tom Tuohy , who was the deputy general manager of Windscale at the time of the incident.

In , the BBC produced an educational drama-documentary film about the fire as a minute episode of "Disaster" Series 3 entitled The Windscale Fire.

It subsequently was released on DVD. The documentary features interviews with key scientists and plant operators, such as Tom Tuohy.

The documentary suggests that the fire — the first fire in any nuclear facility — was caused by the relaxation of safety measures, as a result of pressure from the British government to quickly produce fissile materials for nuclear weapons.

The following substances were placed inside metal cartridges and subjected to neutron irradiation to create radioisotopes. Both the target material and some of the product isotopes are listed below.

Of these, the polonium release made the most significant contribution to the collective dose on the general population.

From Wikipedia, the free encyclopedia. Windscale fire The Windscale Piles centre and right in Main article: Windscale Piles.

Main article: Wigner effect. This section needs additional citations for verification. Please help improve this article by adding citations to reliable sources.

Unsourced material may be challenged and removed. BBC News. Retrieved 30 June The Irish Times. Retrieved 15 June The Telegraph.

Archived from the original on 15 June Retrieved 7 April Bibcode : JRP Windscale Anatomy of a Nuclear Accident Second ed.

London: Palgrave Macmillan UK. Our Reactor is on Fire. Britain Since The People's Peace 3rd ed. Oxford: Oxford University Press.

The Index-Journal. Greenwood, South Carolina. Retrieved 10 March Journal of Radiological Protection. Retrieved 12 July BBC Two.

Series 3. Retrieved 27 March Windscale Anatomy of a Nuclear Accident. Nuclear Safety Advisory Committee. NuSAC P Retrieved 26 November Cooper; Keith Randle; Ranjeet S.

Sokhi Radioactive releases in the environment: impact and assessment. Citing: M. Crick; G. Linsley An assessment of the radiological impact of the Windscale reactor fire, October National Emergency Training Center.

Bibcode : Natur. The New York Times. Unter anderem konnte die Einleitung des Isotops Technetium durch ein neues Abtrennverfahren fast vollständig beendet werden.

Die Kosten der Stilllegung der Anlage bis wurde von der Rechnungsprüfungskommission im britischen Unterhaus auf 67,5 Mrd.

Pfund Sterling 78 Mrd. Euro geschätzt. Anfang November wurde bekannt, dass seit 40 Jahren abgebrannte Brennelemente in nicht überdachten Abklingbecken unter freiem Himmel gelagert werden.

Da sich an diesen Becken Vögel aufhalten und diese verstrahlt werden können, werden Vögel über dem Gelände abgeschossen und eingelagert.

Das macht sie aber nicht gefährlich, sondern bedeutet lediglich, dass der darin befindliche Müll zurückgeholt, umgepackt und in modernere Anlagen auf dem Gelände geschafft werden muss.

Kernkraftwerke im Vereinigten Königreich. Namensräume Artikel Diskussion. Ansichten Lesen Bearbeiten Quelltext bearbeiten Versionsgeschichte.

Hauptseite Themenportale Zufälliger Artikel. Luftbild der Sellafield-Anlage. Vereinigtes Königreich. United Kingdom Atomic Energy Authority.

In Betrieb.

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Bei den hastigen Bemühungen, eine britische Bombe zu bauen, wurde wenig auf Umwelt und Gesundheit geachtet und radioaktiver Abfall von Anfang an in die Irische See geleitet. Obwohl einige Messstellen steigende Temperatur anzeigten, entschied der Operator um Uhr, den Reaktor weiter anzuheizen. Leider nicht. Pfund kosten.

Manhattan-Projekt technologisch und militärisch gleichziehen. Bei den hastigen Bemühungen, eine britische Bombe zu bauen, wurde wenig auf Umwelt und Gesundheit geachtet und radioaktiver Abfall von Anfang an in die Irische See geleitet.

Sie wurde für das britische Kernwaffenprogramm in den späten er- und er-Jahren errichtet. Zwischen den beiden Reaktoren Pile 1 und 2 befand sich das Abklingbecken für abgebrannte Brennelemente sowie eine erste ältere militärische Wiederaufarbeitungsanlage.

Nach diesem Vertrag sind für Wiederaufarbeitungsanlagen Kontrollen durch die Europäische Gemeinschaft vorgeschrieben. Dabei wird die Buchführung über die radioaktiven Materialien geprüft und mit den bei den Inspektionen vor Ort ermittelten Ergebnissen verglichen.

Nach Darstellung der EU-Kommission sind in Sellafield wegen der unfallbedingt hohen Radioaktivität und schlechter Sichtverhältnisse Kontrollen in der Anlage nicht möglich.

Juli verkündet. Der Rückbau der Wiederaufbereitungsanlage soll bis zum Jahr dauern und etwa Mrd.

Pfund kosten. We are committed to creating an environment in which people grow, develop and perform at their best. Industrial month and Summer 10 week placement opportunities for our intake are now open for applications.

Join our new era of pioneers. Creating a clean and safe environment for future generations. Our Manifesto Our new manifesto sets out the organisation that we want to be.

We are Sellafield Ltd. Performing at our best. The inquiry was used to answer three questions:. Should oxide fuel from United Kingdom reactors be reprocessed in this country at all; whether at Windscale or elsewhere?

If yes, should such reprocessing be carried on at Windscale? If yes, should the reprocessing plant be about double the estimated site required to handle United Kingdom oxide fuels and be used as to the spare capacity, for reprocessing foreign fuels?

The result of the inquiry was that the new plant, the Thermal Oxide Reprocessing Plant THORP was given the go ahead in , although it did not go into operation until In , it was announced that the Thorp reprocessing plant would be closed in later extended to to allow completion of agreed contracts.

Production eventually restarted at the plant in early ; but almost immediately had to be put on hold again, for an underwater lift that takes the fuel for reprocessing to be repaired.

The facility will be used to store spent nuclear fuel until the s. It conditions nuclear waste streams from the Magnox and Thorp reprocessing plants, prior to transfer to the Waste Vitrification Plant.

In this plant, liquid wastes are mixed with glass and melted in a furnace, which when cooled forms a solid block of glass.

The plant has three process lines and is based on the French AVM procedure. The plant was built with two lines, commissioned during , with a third added in Vitrification should ensure safe storage of waste in the UK for the middle to long term, with the objective of eventual placement in a deep geological repository.

As of studies of durability and leach rates were being carried out. Since its early days, Sellafield has discharged low-level radioactive waste into the sea, using a flocculation process to remove radioactivity from liquid effluent before discharge.

Metals dissolved in acidic effluents were made to produce a metal hydroxide flocculant precipitate following the addition of ammonium hydroxide.

The suspension was then transferred to settling tanks where the precipitate would settle out, and the remaining clarified liquid, or supernate , would be discharged to the Irish Sea.

EARP was enhanced further in to further reduce the quantities of technetium released to the environment.

Sellafield has a number of radioactive waste stores, mostly working on an interim basis while a deep geological repository plan is developed and implemented.

The stores include: [70]. It was built in , in anticipation of the closure of the Calder Hall generating station, which supplied these services.

The turbines at Fellside are normally natural gas fired but are also able to run on distillate diesel fuel. The NNL's Central Laboratory is available to run a wide range of radioactive and non-radioactive experimental programmes.

In addition, it offers a wide range of analytical services, building on its location on the Sellafield site and considerable expertise of its resident technologists.

Customers range from Government and the NDA to site licence companies, utilities, nuclear specialists and universities. The facility has been designed to be flexible.

Smaller experiments can be easily set, taking advantage of the modular nature of the laboratories. Larger experiments and rigs can be assembled off site, installed and pre-tested in non-radioactive areas prior to active testing.

Because of the increase in local unemployment following any run down of Sellafield operations, the Nuclear Decommissioning Authority and HMG is concerned that this needs to be managed.

The WCSSG replaced the Sellafield Local Liaison Committee SLLC to cover all the nuclear licensed sites in the area, not just Sellafield Site, and this change is intended to emphasise the importance of engagement with the community; encouraging input in discussions and consultations from all stakeholders.

With the change of organisation and ownership of licensed sites, the WCSSG has consequently changed and re-organised its sub-committees, but the objective remains the same.

The meetings of the main group and its sub-committees are held in West Cumbria and are open to the public. The centre was opened by Prince Phillip in , and at its peak it attracted an average of 1, people per day.

However, despite a large refurbishment in , and the transfer of creative control to the Science Museum in , its popularity deteriorated, prompting the change from a tourist attraction to a conference facility in This facility completely closed in , was briefly used by the Civil Nuclear Constabulary as a training facility, and as of the building has been completely demolished.

The story of Sellafield is now being told through a permanent exhibition at the Beacon Museum in Whitehaven.

Between and , there were 21 serious incidents or accidents involving off-site radiological releases that warranted a rating on the International Nuclear Event Scale , one at level 5 , five at level 4 and fifteen at level 3.

Additionally during the s and s there were protracted periods of known, deliberate discharges to the atmosphere of plutonium and irradiated uranium oxide particulates.

In the effort to build an independent British nuclear weapon in the s and s, the Sellafield plant was constructed; diluted radioactive waste was discharged by pipeline into the Irish Sea.

Technetium is a radioactive element which is produced by nuclear fuel reprocessing, and also as a by-product of medical facilities for example Ireland is responsible for the discharge of approximately 11 grams or 6.

In itself, the technetium discharges do not represent a significant radiological hazard, [88] and recent studies have noted " There has been concern that the Sellafield area will become a major dumping ground for unwanted nuclear material, since there are currently no long-term facilities for storing High-Level Waste HLW , although the UK has current contracts to reprocess spent fuel from all over the world.

The UK retains low- and intermediate-level waste resulting from its reprocessing activity, and instead ships out a radiologically equivalent amount of its own HLW.

This substitution policy is intended to be environmentally neutral and to speed return of overseas material by reducing the number of shipments required, since HLW is far less bulky.

Bees and Eskmeals. Due to algae forming in the pool and a buildup of radioactive sludge, it was impossible to determine exactly how much radioactive waste was stored in the FGMSP.

British authorities had not been able to provide the Euratom inspectors with precise data and the European Commission took action against Great Britain in the European Court of Justice.

Radiation around the pool could get so high that a person was not allowed to stay more than 2 minutes, seriously affecting decommissioning.

The plant recovered plutonium from miscellaneous sources and was considered tightly controlled. Plutonium was dissolved and transferred into a solvent extraction column through a transfer vessel and backflow trap.

Unexpectedly, 2. As an organic solvent was added to the aqueous solution in the vessel, the organic and aqueous phases separated out with the organic layer on top.

This solvent extracted plutonium from the aqueous solution with sufficient concentration and geometry to create a criticality.

Two plant workers were exposed to radiation. The plant was commissioned between and , and until produced fuel for use in Switzerland, Germany and Japan.

In it was discovered that the plant's staff had been falsifying quality assurance data since The NII stated that the safety performance of the fuel was not affected as there was also a primary automated check on the fuel.

Nevertheless, "in a plant with the proper safety culture, the events described in this report could not have happened" and there were systematic failures in management.

The operating company, the British Nuclear Group , described this as a discrepancy in paper records and not as indicating any physical loss of material.

They pointed out that the error amounted to about 0. The inventories in question were accepted as satisfactory by Euratom , the relevant regulatory agency.

In , wires on six robotic arms that moved vitrified glass blocks were deliberately cut by staff, putting the vitrification plant out of operation for three days.

On 19 April 83, litres of radioactive waste was discovered to have leaked in the THORP reprocessing plant from a cracked pipe into a huge stainless steel -lined concrete sump chamber built to contain leaks.

A discrepancy between the amount of material entering and exiting the THORP processing system had first been noted in August Operations staff did not discover the leak until safeguards staff reported the discrepancies.

No radiation was released to the environment, and no one was injured by the incident, but because of the large escape of radioactivity to the secondary containment the incident was given an International Nuclear Event Scale level 3 categorisation.

In an inquiry was launched into the removal of tissue from a total of 65 dead nuclear workers, some of whom worked at Sellafield.

Michael Redfern QC has been appointed to lead the investigation. The inquiry final report was published in November , [] reporting that " The deaths of 76 workers — 64 from Sellafield and 12 from other UK nuclear plants — were examined, although the scope of the inquiry was later significantly widened.

Sellafield staff did not breach any legal obligation, did not consider their actions untoward, and published the scientific information obtained in peer-reviewed scientific journals.

It was the hospital pathologists, who were profoundly ignorant of the law, who breached the Human Tissue Act by giving Sellafield human organs, without any consents, under an informal arrangement.

In , the Medical Officer of West Cumbria, is said by Paul Foot to have announced that cancer fatality rates were lower around the nuclear plant than elsewhere in Great Britain.

Health Minister Melanie Johnson said the quantities were minute and "presented no risk to public health". This claim, according to a book written by Stephanie Cooke , was challenged by Professor Eric Wright, an expert on blood disorders at the University of Dundee , who said that even microscopic amounts of the man-made [ clarification needed ] element might cause cancer.

COMARE's conclusion was that "the excesses around Sellafield and Dounreay are unlikely to be due to chance, although there is not at present a convincing explanation for them".

In a study published in the British Journal of Cancer , which also did not find an increase in any other cancers other than Leukemia, the authors of which attempted to quantify the effect population mixing might have on the Seascale leukaemia cluster.

The origin of birth of 11 of the 16 parents of these eight children was known, and found to be; 3 had parents born outside Cumbria and 3 had one parent born outside the UK.

Although they determined that the exact mechanism by which it causes these malignancies, apart from Kinlen's infection aetiology [] that was mentioned, remained unknown, concluding that the possibility of additional risk factors in Seascale remains.

In an examination of all causes of stillbirth and infant mortality in Cumbria taken as a whole, between and , 4, stillbirths, 3, neonatal death and 1, lethal congenital anomalies, occurred among , births.

Overall, results did not infer an increased risk of still birth or neonatal death in Cumbria, the rate of these negative outcomes were largely in line with the British baseline rate.

However, there was a cautioned connection between a small excess of increased risk of death from lethal congenital anomalies and proximity to municipal waste incinerators and chemical waste crematoriums being noted.

With two examples of the latter crematoriums operating in both Barrow-in-Furness and further afield at Carlisle , crematoriums which may have emitted various chemical dioxins during their operation.

Sellafield has been a matter of consternation in Ireland, with the Irish Government and some of the population concerned at the risk that such a facility may pose to the country.

The Government of the Isle of Man has also registered protests due to the risk posed by radioactive contamination , due to the proximity of the Isle of Man.

The Manx government has called for the site to be shut down. The Irish and Manx governments have collaborated on this issue, and brought it to the attention of the British-Irish Council.

Similar objections to those held by the Irish government have been voiced by the Norwegian government since Monitoring undertaken by the Norwegian Radiation Protection Authority has shown that the prevailing sea currents transport radioactive materials leaked into the sea at Sellafield along the entire coast of Norway and water samples have shown up to tenfold increases in such materials as technetium On 18 October , the UK government announced that Sellafield was one of the eight possible sites it considered suitable for future nuclear power stations.

Sting 's song, "We Work the Black Seam", about the UK miners' strike —85 , included the line, "the poisoned streams in Cumberland", amongst other references suggesting that nuclear power had led to the collapse of the coal mining industry.

Kraftwerk mentions Sellafield in the intro of the version of the song Radioactivity together with Chernobyl , Harrisburg and Hiroshima. On their live album Kraftwerk preface a live performance of Radioactivity with a vocoder voice announcing: Sellafield 2 will produce 7.

Sellafield 2 will release the same amount of radioactivity into the environment as Chernobyl every 4. One of these radioactive substances, Krypton 85 , will cause death and skin cancer.

Sellafield is the central theme of Les Barker 's comic poem 'Jason and the Arguments,' and is also mentioned in other Barker works.

Norman Nicholson 's poem Windscale , which refers to the accident, is a commentary on the poison that Nicholson believed nuclear power had introduced to an area of natural beauty.

From Wikipedia, the free encyclopedia. Nuclear reprocessing site in Cumbria, England. This section needs additional citations for verification.

Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed.

Main article: Windscale Piles. Main article: B Main article: Advanced gas-cooled reactor. Main article: Thermal Oxide Reprocessing Plant. Cumbria portal Energy portal Nuclear technology portal.

Retrieved 15 December Retrieved 21 August Sellafield: The contaminated legacy. London: Friends of the Earth. Britain's nuclear waste: Siting and safety.

London: Bellhaven Press. The Observer. Retrieved 9 June February Archived from the original PDF on 25 March Retrieved 22 May

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