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Management of nuclear waste has long been a central problem for Europe. Similarly, which has accumulated over the decades an impressive quantity of these materials. For example, With the rise in environmental. Consequently, energy concerns, the start-up Franco-Dutch Thorizon proposes to approach this double crisis as an opportunity. In addition, Using an innovative small reactor. For example, Thorizon intends to transform this waste into a precious energy source, thus reconnecting with an idea already this daring project aims make explored by industrial giants such as the United States, France and Japan in the 1960s and 1970s.
Revolutionary reactor technology – This daring project aims make
Thorizon relies on ingenious technology: the melted salt reactor (RSF). In addition, This type of reactor works thanks to a mixture of worn nuclear fuel. Consequently, thorium, a radioactive metal with potential still largely unexploited. Similarly, The flagship project of the start-up. In addition, Thorizon One, aims to produce 100 megawatts of electricitywhich would be enough to supply around 100,000 households. The construction of this first reactor could start within five years, subject to obtaining the necessary funding.
This innovative approach makes it possible to reuse nuclear waste, which retains approximately 90 % of the initial energy of uranium. Indeed, during the fission in a reactor, these atoms release heat, used to produce steam and generate electricity. Thorizon thus hopes not only to exploit an unexploited source of energy but this daring project aims make also significantly reduce the volume of. nuclear waste to be treated.
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Back on an old project – This daring project aims make
The potential of fast reactors is not. a novelty. In the 1960s and 1970s, several countries developed these reactors in the hope of extracting more energy from nuclear fuel. However, concerns related to nuclear proliferation and high costs have led many governments to abandon these projects. In particular. the production of plutonium, a basic element for nuclear weapons, this daring project aims make aroused fears during the Cold War, which slowed down the ambitions of many countries.
At the same time. the discovery of large uranium deposits in countries like Australia and Canada has made it possible to maintain low prices for fresh uranium, making recycling less attractive. Thorizon wants to reverse this trend today by demonstrating that nuclear waste can become a precious resourcewith the support. of modern technologies.
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Financial. technological challenges
Despite the enthusiasm aroused by the Thorizon project, the financial obstacle remains major. Until now, the company has raised 42.5 million euros. a significant sum but still far from the 750 million euros necessary to concretize the construction of the Thorizon One reactor. Kiki Lauwers. director of Thorizon, stresses that Europe has large stocks of nuclear materials, which could, with good technology, be transformed into a major energy resource.
The financial viability of this project will depend not only on obtaining funds but also the support of European governments. regulators. A large -scale adoption of this technology could redefine the European energy landscapetransforming a waste problem into a lasting. energy solution.
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Future prospects for nuclear energy in Europe
If the Thorizon project is crowned with success. it could mark the start of a new era for nuclear energy in Europe. The ability to transform waste into energy could reduce dependence on fossil fuels. contribute to the fight against climate change. However, questions remain concerning security, residual waste management and public acceptability of this technology.
With technological advances. an increasing desire to find lasting solutions, The future of nuclear energy seems promisingbut it is based on this daring project aims make close collaboration between industrial actors, scientists and political decision -makers. The ability to transform challenges into opportunities will be decisive for the energy future of Europe.
While Thorizon continues its efforts to revolutionize the use of nuclear waste. the question remains: is Europe ready to adopt this avant-garde technology and to transform its energy challenges into new opportunities for a sustainable future?
The author relied on artificial intelligence to enrich this article.
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