The world is gradually depleting fossil fuels, and the transition to cleaner natural energy is at the forefront of everyone's mind. Over the past decades oil prices have nearly quadrupled and reserves have disappeared as quickly as production. Likewise, the manufacture and manufacture of natural gas is becoming increasingly expensive. On the other hand, wind and solar energy can generate enough energy, but the infrastructure can not support this type of energy conversion.
Richard Martin: Super Fuel: Hi, The Future of Green Energy (2012, Palgrave Macmillan): We are trying to replace nuclear power with cesium to support nuclear power plants.钍 is at least as rich as uranium. Although it is radioactive, it is not as expensive as uranium, so it will be more expensive fuel, but it is safe as a waste in the nuclear reactor as well as the risk of spreading. India has done most of the work on the commercialization of tantalum power plants, and it is expected that it will receive 30% of its power from China by 2050. This book seems to greatly exaggerate its prospects.
Some countries have started nuclear power based nuclear power project. The content of strontium in the crust is four times that of uranium. More than 60% of the strontium monoliths have been found in five countries: Australia, the United States, India, Brazil and Norway. These resources are sufficient to meet the current energy demand of thousands of years. Thorium fuel cycle produces nuclear energy with lower radioactive waste emissions than uranium fuel cycle
Opponents argue that if nuclear power is used all over the world, supply of uranium will be depleted for decades and nuclear power plants will have to be shut down. This is wrong. Nuclear fuels, uranium and plutonium are more abundant than tin, and the new generation of high-speed spectral breeder reactors and plutonium reactors will have millions of years of nuclear energy. But even if it lasts only 1000 years, we have enough time to develop exotic new energy sources for the future.