Nuclear energy is the energy that is produced from the nuclear fission or fusion of atomic particles. The release or absorption of nuclear energy takes place in radioactive decay or nuclear reactions. The two types of reactions that take place are exothermic and endothermic, which refers to the release and absorption of nuclear energy, respectively. Energy is liberated or consumed due to differences in the outgoing and incoming products during nuclear transmutation. Nuclear energy is released through atomic fission when atomic nuclei are broken into lighter nuclei. The energy produced from this technique is deployed in the generation of electricity.
The end product after binding of nuclear energy is used in the disassembling of an atomic nucleus into minute parts. The heat or power generated is commonly used in steam turbines for the production of electricity in a nuclear power plant. This energy produced from nuclear decay processes is also employed in the form of radioisotope thermoelectric generators and geothermal energy. Based on the total life cycle of greenhouse gas emissions per unit of energy generated, fission electric power stations have low emission values as compared to any other form of renewable energy and are also one of the most used low carbon power electricity generation methods.
After wind energy, nuclear fission electricity is the energy source with the second lowest intensity of total life cycle emission. The commercialization of nuclear fission energy stations, which began in the 1970s, prevented the emission of around 64 billion tons of CO2 equivalent greenhouse gases that would have been generated from thermal power stations where fossil fuel is used to produce energy.
In the near future, the nuclear energy market is expected to grow significantly with the mass deployment of nuclear turbines, resonance spectrometers, and other nuclear energy systems. The primary driver in the nuclear energy market is the mounting demand for energy and power in industrial, commercial, and residential sectors. This demand has been augmented due to the robust growth in population and changes in the lifestyle of consumers. Moreover, ongoing technological developments that have been implemented in daily activities are likely to boost the demand for efficient forms of energy, thus driving the nuclear energy market. However, concerns regarding the safe installation of nuclear energy-based technologies and waste management may act as roadblocks in the progress of the market.
QYResearchReports.com has a repository of various publications under the nuclear energy category, covering the regional and global scenarios of various segments of the market. They also provide a comprehensive overview of the dynamics that are likely to affect the growth of the different segments of the nuclear energy market, such as nuclear imaging, nuclear turbine, nuclear magnetic resonance spectrometer, nuclear decommissioning, and nuclear medicine and radio pharmaceuticals. Moreover, the reports highlight the competitive landscape and the strategies and products of various companies operating in the market. The regions covered in the reports include Europe, China, Japan, North America, Latin America, the Middle East and Africa, and Asia Pacific.