Energy technology firm AMPERA has confirmed that its new modular, supercritical nuclear systems will ...
India must seize its thorium resources now to enhance energy security and lead in global clean energy production.
AMPERA today announced its factory-built, scalable, supercritical nuclear energy system will be fueled by thorium procured ...
Nuclear energy produces carbon-free electricity, and the United States has used nuclear energy for decades to generate baseline power. Nuclear energy, however, carries a dreaded stigma. After ...
US-based Ampera has announced that its factory-built, scalable, supercritical nuclear energy system will be fuelled by ...
With some concept tests thorium used as a nuclear fuel could end energy as a problem issue and shift the economy into a new growth phase. All the conversation in the media, politics and the economy ...
Ampera formed an Australian subsidiary to source thorium for its TRISO fuel programme, aiming to build a vertically integrated nuclear fuel chain. No reactor is operational yet.
The U.S. Department of Energy will begin testing of Clean Core Thorium Energy’s advanced nuclear fuel at its Idaho National Laboratory (INL). The partnership between DOE and Clean Core represents the ...
China has announced a major breakthrough in advanced nuclear energy. It has successfully achieved the first-ever conversion of thorium into uranium fuel within a Thorium Molten Salt Reactor (TMSR).
Thorium reactors could be 5 times cheaper than natural gas energy, be meltdown resistant, be able to destroy old long lived radioactive waste, and involve no readily usable weapons grade material. The ...
We took a look at the element tritium a short time ago. A "high octane" and ultra-rare nuclear isotope of which we have a global supply you could fit in an XL-sized suitcase. A supply that small could ...
Talk of a large-scale U.S. nuclear renaissance in the post-Three Mile Island era has long been stalled by the high cost of new nuclear power plants, the challenges of safeguarding weapons-grade ...
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