Chinese nuclear reactor is completely meltdown-proof
A Chinese nuclear reactor in Shandong showcases passive cooling in emergencies, enhancing safety with the High-Temperature Gas-Cooled Reactor Pebble-Bed Module design. This innovation sets a new standard for nuclear safety, offering a promising model for future nuclear power stations.
Read original articleA Chinese nuclear reactor in Shandong has successfully demonstrated the ability to cool itself passively in emergencies, making it impervious to dangerous meltdowns even in the absence of external power. This design, known as the High-Temperature Gas-Cooled Reactor Pebble-Bed Module (HTR-PM), sets a new standard for nuclear safety. Unlike traditional reactors that rely on active cooling systems or human intervention during emergencies, this reactor's design eliminates the risk of meltdown. While the technology used in this reactor cannot be retrofitted to existing nuclear plants worldwide, it serves as a promising model for future nuclear power stations. This breakthrough could pave the way for the development of safer and more reliable nuclear energy infrastructure globally.
Related
HH70, the first high-temperature superconducting Tokamak achieves first plasma
The world's first high-temperature superconducting Tokamak, HH70, achieves first plasma, marking a milestone in fusion technology. China leads with Energy Singularity's advancements in high-temperature superconducting Tokamak engineering.
General Electric HTRE-3 Nuclear Jet Engine
In 1951, the US military initiated a program for nuclear-powered aircraft with unlimited range. The Heat Transfer Reactor Experiments (HTRE) series, especially HTRE-3, showcased potential nuclear jet engine efficiency. Despite advancements, practical challenges prevented operational nuclear aircraft.
Italy reconsiders nuclear energy 35 years after shutting down last reactor
Italy is considering reintroducing nuclear energy after 35 years. Prime Minister plans for small modular reactors to provide 11% of electricity by 2050, aiming to reduce fossil fuel dependence. Concerns persist over safety and waste management. Eni collaborates with MIT on nuclear fusion technology by 2030. Public opinion on nuclear power in Italy is divided.
Italy reconsiders nuclear energy 35 years after shutting down last reactor
Italy plans to reintroduce nuclear energy after 35 years, aiming for 11% nuclear power by 2050. The move towards small modular reactors faces concerns over safety, waste, and costs amid global nuclear expansion.
We're building thermonuclear spaceships again–this time for real
The military and NASA are working on nuclear thermal rockets (NTRs) for space exploration. NTRs use liquid hydrogen and nuclear reactors for efficient thrust. Originating in the 1950s, challenges include fuel rod durability and hydrogen's corrosiveness.
This is commitment to the pebble reactor design through tight staged near parallel construction, a minimum feasible gap in which to iterate lessons learned forwards.
Dong and his colleagues have demonstrated that the system works with a full-scale nuclear plant, the High-Temperature Gas-Cooled Reactor Pebble-Bed Module (HTR-PM) in Shandong.
Related
HH70, the first high-temperature superconducting Tokamak achieves first plasma
The world's first high-temperature superconducting Tokamak, HH70, achieves first plasma, marking a milestone in fusion technology. China leads with Energy Singularity's advancements in high-temperature superconducting Tokamak engineering.
General Electric HTRE-3 Nuclear Jet Engine
In 1951, the US military initiated a program for nuclear-powered aircraft with unlimited range. The Heat Transfer Reactor Experiments (HTRE) series, especially HTRE-3, showcased potential nuclear jet engine efficiency. Despite advancements, practical challenges prevented operational nuclear aircraft.
Italy reconsiders nuclear energy 35 years after shutting down last reactor
Italy is considering reintroducing nuclear energy after 35 years. Prime Minister plans for small modular reactors to provide 11% of electricity by 2050, aiming to reduce fossil fuel dependence. Concerns persist over safety and waste management. Eni collaborates with MIT on nuclear fusion technology by 2030. Public opinion on nuclear power in Italy is divided.
Italy reconsiders nuclear energy 35 years after shutting down last reactor
Italy plans to reintroduce nuclear energy after 35 years, aiming for 11% nuclear power by 2050. The move towards small modular reactors faces concerns over safety, waste, and costs amid global nuclear expansion.
We're building thermonuclear spaceships again–this time for real
The military and NASA are working on nuclear thermal rockets (NTRs) for space exploration. NTRs use liquid hydrogen and nuclear reactors for efficient thrust. Originating in the 1950s, challenges include fuel rod durability and hydrogen's corrosiveness.