Table of Contents

Containment Building

In the realm of nuclear energy, the unassuming containment building emerges as a crucial guardian, silently upholding the safety and security of power stations. It is the housing for the beating heart of the power station, its reactor. As well as housing any other equipment and plant that has the potential to release fission products (pressuriser, coolant pumps, steam generator etc.). Generally crafted from concrete and steel, this robust structure plays a pivotal role in confining radioactive material during operational states and accident conditions and protecting against external natural and human-induced events. The containment building also provides radiation shielding. Ultimately, it is the final barrier in the safety and defence of the nuclear reactor.

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Containment Building

Reactor containment building under construction at the Idaho National Engineering Laboratory, devoted to the development of safety systems for commercial nuclear reactors. [1967]

Concrete and Steel

The use of concrete and steel, known for their exceptional strength, durability, and radiation shielding properties, add a layer of resilience to the containment building. The building not only withstands internal and external pressures, but also absorbs and blocks radiation - preventing its escape into the environment.

In the journey toward cleaner energy, the containment building remains a symbol of responsible and secure nuclear power generation, ensuring the protection of the public and the environment.