Today: February 11, 2025
February 10, 2025
2 mins read

They find the response in Europe to end any energy crisis for thousands of years

They find the response in Europe to end any energy crisis for thousands of years

This chemical element is considered a safer and more efficient option to generate energy.

In Finland they find the key to having unlimited energy for years.

Finnish researchers have identified a vast tank in the center of the country, which could represent a Revolution in the energy sector by offering a viable alternative to uranium in the production of nuclear energy.

The discovery of this Torio site has generated expectations in the scientific community and in the energy industry, since it is estimated that it contains sufficient material for supply the world for millions of years.

Look also: New scam implies all the money Nequi has when you are going to pay the gas receipt

According to the Portuguese medium The Western Magazinethis radioactive metal is not only abundant, but also presents a lower risk of nuclear accidents. Unlike uranium, the thorium reduces the generation of highly dangerous waste and does not produce plutonium, a byproduct that can be used in the manufacture of nuclear weapons.

However, the adoption of the thorium as the main source of fuel for reactors faces important challenges, such as high implementation costs and the need to develop specialized infrastructure to handle that element.

Why could the thorium change the future of nuclear energy?

The thorium has been studied as an alternative to uranium due to its multiple advantages. Among them, his greater energy efficiency and its lower environmental impact. Reactors fed with this metal produce less long -lasting radioactive waste, which facilitates their management and storage.

See also: The terrible mistake he would be making with his cell phone: anyone can check his chats or steal money

Despite these advantages, its use is still limited due to the lack of a nuclear infrastructure adapted to this type of fuel. Currently, most reactors are designed to function with uranium, which implies Great investments for conversion to technology based on Torio.

How does discovery impact in Finland?

The finding in Finland could mark a milestone in the transition to the thorium. The location of the site It favors its exploitationsince the Nordic country has An advanced mining infrastructure and strict environmental regulations that would allow to develop this resource in a controlled way.

You must know: Cheap cell phones to give in Valentin, options that are worth less than 1 million pesos

In addition, the discovery It could attract investments to accelerate the adoption of this nuclear technologyreducing the global Uranium dependence, whose reserves are concentrated in a few countries. This, in turn, would contribute to greater diversification of the options to generate energy in the world.

What challenges faces the use of thorium as a source of energy?

Despite the enthusiasm generated by this finding, the transition to Torio reactors will not be immediate. Among the main obstacles are:

  • High Development Cost: The construction and adaptation of nuclear reactors for the use of thorium requires significant investments.
  • Limited infrastructure: Currently, uranium dominates the nuclear sector and changing technology would imply large -scale modifications.
  • Strict regulations: Despite its security advantages, the thorium remains a radioactive element and its exploitation must comply with international regulations.

Source: Integrated digital system

Source link

Latest Posts

They celebrated "Buenos Aires Coffee Day" with a tour of historic bars - Télam
Cum at clita latine. Tation nominavi quo id. An est possit adipiscing, error tation qualisque vel te.

Categories

Fire in Argentine Patagonia have consumed more than 36 thousand hectares
Previous Story

Fire in Argentine Patagonia have consumed more than 36 thousand hectares

Next Story

Dino criticizes supersalaries in the judiciary and denies retroactive aid

Latest from Blog

Go toTop