Sweden Begins Construction of Nuclear Grave to Bury Radioactive Waste in Solid Rock for 100,000 Years

Written by Rafaela Fabris

Published on 17/01/2025 at 01:10

A Suécia vai enterrar os resíduos radioativos em cápsulas de cobre, protegidas por argila especial, dentro de túneis escavados a 500 metros de profundidade. Esse sistema foi planejado para garantir que o material fique isolado e seguro por 100.000 anos, sem risco de contaminação.

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Sweden Begins Construction of An Underground Repository in Forsmark Designed to Store 12,000 Tons of Radioactive Waste in Copper Capsules Protected by Clay, Buried 500 Meters Deep in 1.9 Billion-Year-Old Rock, Expected to Operate Until 2080.

When it comes to radioactive waste, the first question that comes to mind is: “What to do with waste that remains dangerous for thousands of years?” This challenging issue led Sweden to create a groundbreaking project: an underground repository to safely store nuclear waste for 100,000 years.

Why Is Storing Radioactive Waste So Challenging?

Nuclear energy is a powerful and relatively clean source, but it comes at a price: the highly dangerous waste it generates.

Radioactive waste can emit dangerous radiation for millennia. This material not only harms human health but also poses a threat to the environment, potentially contaminating soil, air, and water for generations.

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The Forsmark Project: Technology and Planning for the Future

The capsules will be carefully placed in tunnels built in an extremely ancient and stable rock bed. Remotely controlled machines will handle the entire process to ensure maximum safety and precision during storage.

Sweden has taken a step forward with the construction of the Forsmark repository, located in Söderviken, near the Forsmark nuclear power plant.

The repository for radioactive waste is being excavated in a 1.9 billion-year-old rock bed. This ancient and stable rock was chosen to ensure isolation and prevent any surface contamination.

The waste will be stored in 5-meter copper capsules designed to resist corrosion. Each capsule will be wrapped in special clay, which acts as an additional barrier to protect against potential leaks.

The repository will feature a network of 60 kilometers of tunnels. For 40 years, remote machines will place the capsules in the tunnels while new areas are excavated simultaneously.

Impact and Controversies Surrounding the Repository

Although it is an innovative solution, the Forsmark project faces challenges and criticism.

Swedish NGOs have raised concerns about the long-term safety of radioactive waste. Research suggests that copper capsules may face corrosion issues over time, increasing the risks of groundwater contamination.

Despite the criticisms, the Forsmark repository is an example of responsibility in nuclear waste management. It offers a safe and long-term alternative instead of temporary solutions that leave risks for future generations.

A Crucial Step for the Future of Nuclear Energy

The Swedish repository is not just a local solution but a global model.

As nuclear energy expands, the world needs definitive solutions to deal with waste. Countries like Finland are already adopting similar approaches, and others can learn from Sweden’s experience.

Nuclear energy is a key player in the fight against climate change. However, its success depends on safe strategies for handling radioactive waste. The Forsmark project is proof that it is possible to balance clean energy and environmental responsibility.

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Leandro

#114991

17/01/2025 18:43

“Vamos enterrar essa ****. Resolvemos nosso problema. Fo…se o futuro…100.000 anos ?…quem vai estar aqui para reclamar ? “

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Sweden Begins Construction of Nuclear Grave to Bury Radioactive Waste in Solid Rock for 100,000 Years

Sweden Begins Construction of An Underground Repository in Forsmark Designed to Store 12,000 Tons of Radioactive Waste in Copper Capsules Protected by Clay, Buried 500 Meters Deep in 1.9 Billion-Year-Old Rock, Expected to Operate Until 2080.

Why Is Storing Radioactive Waste So Challenging?

The Forsmark Project: Technology and Planning for the Future

Impact and Controversies Surrounding the Repository

A Crucial Step for the Future of Nuclear Energy

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Sweden Begins Construction of Nuclear Grave to Bury Radioactive Waste in Solid Rock for 100,000 Years

Sweden Begins Construction of An Underground Repository in Forsmark Designed to Store 12,000 Tons of Radioactive Waste in Copper Capsules Protected by Clay, Buried 500 Meters Deep in 1.9 Billion-Year-Old Rock, Expected to Operate Until 2080.

Why Is Storing Radioactive Waste So Challenging?

The Forsmark Project: Technology and Planning for the Future

Impact and Controversies Surrounding the Repository

A Crucial Step for the Future of Nuclear Energy

A Chinese factory in Guangdong is assembling a humanoid robot every 30 minutes while Tesla, Figure, and Boston Dynamics still struggle to deliver 10 thousand per year.

Seven world powers including the US, China, and Russia are spending €22 billion on a reactor in the south of France that aims to confine plasma at 150 million degrees Celsius, ten times the temperature of the Sun’s core, using a magnetic field capable of lifting an entire aircraft carrier.

Secret chamber sealed 4,500 years ago found in the Pyramid of Khufu, and Hawass announces its opening to the world in 2026

A public school student single-handedly created a machine capable of treating water for up to 50 people using only solar energy. It was awarded third place at one of the most important science fairs in the world.

While communities suffer from water scarcity and the advancing desert, women in Morocco use nets high up in the mountains to trap fog droplets, fill reservoirs, and transport drinking water through more than 10 km of piping.

China has begun the second phase of energy assistance to Cuba with a 120 MW solar generation plan, and the first result is a photovoltaic park with batteries that regulates voltage, controls frequency, and provides local autonomy to an island suffocated by chronic blackouts.

Germany installed vertical solar panels on a lake in Bavaria, and the result broke conventional logic: instead of producing energy at midday peak, the plant generates more early in the morning and in the evening, exactly when families turn on appliances and factories are in full swing.

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