China Unearths America’s Buried Nuclear Secrets, Triggers A Thorium Power Revolution – How Will It Change World Forever? | World News

New Delhi: After more than a decade of tireless work, Chinese scientists have reached a milestone that once existed only in old American plans. Reports this week confirmed that Beijing has successfully demonstrated the conversion of thorium to uranium using a liquid-fuel molten salt reactor, unlocking a virtually unlimited supply of nuclear energy once left behind by the United States.

The two-megawatt thorium molten salt reactor (TMSR) was built deep in the Gobi Desert by the Shanghai Institute of Applied Physics of the Chinese Academy of Sciences. The institute confirmed to the South China Morning Post that this is the first time a system has technically proven that thorium resources can be used as a stable and viable nuclear fuel.

The project, which was first launched in 2011, carried the weight of national ambition. The foundation of science dates back to a time when nuclear experiments were still young. In the 1960s, American researchers tested the molten salt concept on a small scale but abandoned it in favor of uranium-based systems. The decision was shaped by Cold War priorities.

Xu Hongjie, the project’s chief scientist in China, described his country as the true heir of this forgotten dream. “The United States left its search public, waiting for the right successor. That successor was us,” he told SCMP.

He said his team spent years poring over declassified U.S. documents and learning every technical detail before turning the theory into working reality. Their success now gives China a dominant position in a field that the world has largely ignored for half a century.

The newspaper reported that work is ongoing on a more powerful version of the plant: a 10-megawatt reactor capable of producing electricity on a commercial scale.

Unlike traditional nuclear power plants that rely on large amounts of water for cooling, China’s TMSR operates without a single drop. This makes it ideal for arid regions of the country where fresh water is scarce but energy demand is increasing.

This breakthrough has profound implications for the future of clean energy. Uranium, long considered the cornerstone of nuclear energy, is both toxic and rare. The U.S. Centers for Disease Control and Prevention warns that exposure to uranium dust or ingestion of high concentrations can lead to bone, liver and lung cancers and even kidney failure. Mining safely is costly and environmentally damaging.

Thorium, by contrast, is abundant in the earth’s crust and is much less radioactive. The World Nuclear Association emphasizes that thorium-fired reactors produce smaller volumes of long-lived radioactive waste and that these reactors are significantly cleaner to operate.

For China, this is not just a technical achievement. This is a step towards a future of sustainable and self-sufficient energy. Li Qingnuan, Communist Party secretary and deputy director of the Shanghai Institute of Applied Physics, said the design “not only significantly increases fuel use but also significantly reduces the volume of long-lived radioactive waste.”

Once a quiet national project, the Gobi Desert experiment has now become a symbol of how lost American innovation is being reborn thousands of miles away, this time with the potential to change the global energy map forever.