broken image

C E N T U R Y M A G A Z I N E

P O W E R E D B Y T H E E S T A T E

    • Login
Advertise
  • WELCOME
  • FEATURE IN BLUXE CENTURY
  • DATA SOLUTIONS
  • MEDIA 
    • MAGAZINE
    • ARCHIVE
    • EVENTS
    • CONTACT US
  • BLOG
  • …  
    • WELCOME
    • FEATURE IN BLUXE CENTURY
    • DATA SOLUTIONS
    • MEDIA 
      • MAGAZINE
      • ARCHIVE
      • EVENTS
      • CONTACT US
    • BLOG
broken image
broken image

C E N T U R Y M A G A Z I N E

P O W E R E D B Y T H E E S T A T E

    • Login
Advertise
  • WELCOME
  • FEATURE IN BLUXE CENTURY
  • DATA SOLUTIONS
  • MEDIA 
    • MAGAZINE
    • ARCHIVE
    • EVENTS
    • CONTACT US
  • BLOG
  • …  
    • WELCOME
    • FEATURE IN BLUXE CENTURY
    • DATA SOLUTIONS
    • MEDIA 
      • MAGAZINE
      • ARCHIVE
      • EVENTS
      • CONTACT US
    • BLOG
broken image
broken image

China leading the nuclear race

A Game-Changer in Clean Energy:

China Unveils the World’s First Operational Thorium Reactor

What if the future of nuclear energy was safer, cleaner, and virtually meltdown-proof? That future just got one step closer.

broken image

In a historic breakthrough, China has successfully launched the world’s first thorium-based molten salt nuclear reactor (TMSR-LF1) in the Gobi Desert—marking a pivotal shift in global energy innovation. This reactor not only reached full operational power in June 2024, but also achieved a world-first by reloading fuel without shutting down in October—an unprecedented feat in nuclear technology.

Unlike traditional nuclear plants, which rely on uranium, this advanced system is powered by thorium, a lesser-known but more abundant element that could redefine how the world produces energy. The molten salt design allows the reactor to run at high temperatures and low pressure, vastly improving safety and efficiency, while generating far less long-lived radioactive waste.

broken image

Why Thorium Matters:

Thorium is a naturally occurring, slightly radioactive metal with significant advantages:

• More abundant than uranium

• Inherently safer—it cannot easily support runaway chain reactions

• Less nuclear waste—with shorter half-lives and lower toxicity

• Non-proliferative—harder to weaponize compared to uranium or plutonium

How TMSR-LF1 Works:

• Reactor Type: Molten Salt Reactor (MSR), using salt both as a fuel carrier and coolant.

• Thermal Output: 2 megawatts (MWt), small but strategic as a test model.

• Technological Firsts: Continuous refueling without shutdown and verified breeding of Uranium-233 from thorium via detection of Protactinium-233.

This prototype may be small, but its success represents a giant leap toward a safer and more sustainable nuclear future—and places China at the forefront of next-generation energy solutions.

Where is Thorium Found?

Thorium can be extracted from monazite sands and is found across several countries:

• India – One of the largest reserves and a pioneer in thorium R&D

• Brazil

• Australia

• United States

• Norway

• China – Already leading in deployment

As energy security and climate concerns intensify, thorium reactors are emerging as a powerful alternative. Could this be the dawn of a global energy revolution?

Written by Joseph Farodoye Linkedin Profile

Subscribe
Previous
A seismic shift Across Africa
Next
 Return to site
Profile picture
Cancel
Cookie Use
We use cookies to improve browsing experience, security, and data collection. By accepting, you agree to the use of cookies for advertising and analytics. You can change your cookie settings at any time. Learn More
Accept all
Settings
Decline All
Cookie Settings
Necessary Cookies
These cookies enable core functionality such as security, network management, and accessibility. These cookies can’t be switched off.
Analytics Cookies
These cookies help us better understand how visitors interact with our website and help us discover errors.
Preferences Cookies
These cookies allow the website to remember choices you've made to provide enhanced functionality and personalization.
Save