Britain's Chernobyl: The Nuclear Disaster You've Never Heard Of | Nuclear Winter | Timeline
Timeline - World History Documentaries・37 minutes read
Colonel Paul Tibbetts dropped atomic bombs on Hiroshima and Nagasaki in 1945, triggering a global race for nuclear weapons among powerful nations. The Windscale fire in Britain highlighted safety risks and raised concerns about the country's nuclear weapons program.
Insights
- The dropping of atomic bombs on Hiroshima and Nagasaki in 1945 triggered a global race among powerful nations, such as Britain, to develop nuclear weapons, leading to the establishment of secret plants like Windscale for plutonium production.
- The Windscale fire in 1957, caused by excessive nuclear heating during energy release, raised significant concerns about safety and public perception, impacting Britain's nuclear weapons program and civilian nuclear power initiatives.
Get key ideas from YouTube videos. It’s free
Recent questions
What was the significance of the atomic bomb dropped on Hiroshima?
The atomic bomb dropped on Hiroshima by Colonel Paul Tibbetts led to the deaths of 130,000 people and the destruction of most buildings in the city, marking a devastating event in history.
How did the development of nuclear weapons impact global relations?
The development of nuclear weapons, including the atomic bomb dropped on Hiroshima and Nagasaki, initiated a global race among powerful nations to develop these weapons, heightening tensions and leading to the Cold War era.
What were the safety concerns surrounding the Windscale reactors?
The Windscale reactors were designed with safety concerns in mind, including the risk of a nuclear accident if the water supply failed, prompting the establishment of a 25-mile evacuation highway to ensure safety measures were in place.
What were the consequences of the fire at Windscale in 1957?
The fire at Windscale in 1957 resulted in the release of radioactive particles, particularly iodine 131, posing health risks such as thyroid cancer, leading to the disposal of contaminated milk and a 200-square-mile area affected by contamination.
How did the Windscale fire impact Britain's nuclear program?
The Windscale fire raised questions about Britain's decision to pursue a nuclear weapons program post-WWII, impacting public perception and international relations, potentially hindering collaborations with the USA despite minimal impact on military plutonium production.
Related videos
Summary
00:00
Atomic Bombings, Nuclear Arms Race, Windscale Reactors
- Colonel Paul Tibbetts dropped the atomic bomb "Little Boy" on Hiroshima on August 6, 1945, from the B-29 bomber Enola Gay, killing 130,000 people and destroying most of the city's buildings.
- A second atomic bomb was detonated over Nagasaki, leading to Japan's surrender and the initiation of a global race among powerful nations to develop nuclear weapons.
- Britain established a secret plant at Windscale to manufacture plutonium, a key element in atomic weapons, despite the flawed design of the British reactors.
- The Manhattan Project, led by Major General Leslie Groves and J. Robert Oppenheimer, successfully built the first atomic bomb in less than three years, with three key sites for scientific work and material production.
- The Hanford reactors were designed with safety concerns in mind, including a 25-mile evacuation highway due to the risk of a nuclear accident if the water supply failed.
- Lord Cockcroft's visit to Oak Ridge led to the decision to install filters in the Windscale chimneys to prevent radioactive particles from escaping, despite engineering challenges.
- The pressure to produce plutonium intensified in Britain due to falling behind in the arms race, with the first atomic test conducted in 1952 using Windscale plutonium.
- Worrying incidents in the Windscale reactors, such as unexplained temperature rises and smoke emissions, raised concerns about the release of energy warned about by Edward Teller and others.
- The first British atomic test in 1952 marked the country's entry into the nuclear club, surprising many as the Soviet Union had tested an atomic bomb in 1949, ahead of Western intelligence predictions.
- The development of the hydrogen bomb by the United States and the Soviet Union heightened the Cold War tensions, prompting Britain to focus on enhancing the efficiency of the Windscale piles for nuclear deterrence.
18:34
Britain's Nuclear Policy Challenges in 1950s
- In the 1950s, Britain faced challenges in nuclear policy due to lagging behind in the development of hydrogen bombs compared to the US and the Soviet Union.
- Atomic tests were conducted by the three nuclear powers, with Britain relying on the Windscale piles for plutonium production.
- To meet the demand for plutonium and other elements like tritium and polonium, new reactors cooled by carbon dioxide were commissioned in 1953.
- Despite successful annealing processes to release stored energy, an accident occurred in October 1957 when the number one pile caught fire during the ninth anneal.
- Efforts to control the fire involved discharging uranium fuel rods and attempting to eject them using scaffolding poles, but the fire persisted.
- Various methods were considered to extinguish the fire, with carbon dioxide initially tried but proving ineffective, leading to the use of water.
- Water was eventually successful in extinguishing the fire by shutting down cooling fans and allowing the water to sink into the graphite blocks.
- Following the fire, health physicists focused on assessing the dangers of radioactivity release, particularly the ingestion of iodine 131, which posed risks of thyroid cancer, especially in children.
- Contaminated milk was disposed of, and fresh supplies brought in to prevent exposure to iodine 131, with a 200-square-mile area affected by contamination.
- A Board of Inquiry attributed the fire to excessive nuclear heating during the release of energy from graphite, causing uranium cans to burst and oxidize, leading to the fire.
36:46
Windscale Fire: Nuclear Program Impact and Controversy
- The fire at Windscale was possibly caused by a lithium magnesium alloy rather than a uranium can, prompting the need for a quick report due to public anxiety.
- The Prime Minister decided not to publish the full report despite recommendations from the Atomic Energy Authority and Ministry of Defense.
- The lack of adequate thermocouples in the reactor led to insufficient temperature monitoring during a vigna release.
- An earlier fire in an oven used to test fuel rods before insertion into the reactor was revealed 40 years later, supporting the theory that the fire started in the uranium fuel itself.
- The Windscale fire raised questions about Britain's decision to pursue a nuclear weapons program post-WWII, impacting both public perception and international relations.
- The fire at Windscale occurred at a critical time when Britain was establishing its nuclear power program, causing political embarrassment and potentially hindering collaborations with the USA.
- Despite the fire's impact on civilian nuclear power, the military's plutonium production was minimally affected as the reactors could still operate for military purposes.
