Nuclear Energy Why the World Term Paper

Total Length: 1260 words ( 4 double-spaced pages)

Total Sources: 4

Page 1 of 4

The risks are primarily the waste produced, nautical calamities damaging the nuclear reactors, and accidents occurring at nuclear sites. It cannot be assumed that it is completely safe to rely on nuclear energy and reactors. However the treatments of these risks are available and improvements in the systems and technologies can provide a reliable basis for appropriate risk management. These risks are discussed along with the available remedies in following sections.

Measures Required:

The measures required to manage risks identified above are dealt on priority by nuclear scientists, governments, and regulatory agencies. It is required to maintain appropriate safety measures for proliferation of nuclear technology as it is capable of developing weapons of mass destruction and nuclear bombs. The adequate audits and measures should be taken to sustain security at nuclear plants. The requirements for analytical reports concerning the geographic locations, possible threats of accidents, and safety procedures applicability in case of natural calamities is a requirement. The adequate measures taken to secure the facilities are necessary for uninterrupted supply of energy.

Small and Advanced Nuclear Power Generation Plants:

The developments are underway to design and develop safe nuclear reactors in facilitating risk resistance (Abbott). The technology utilized to develop next generation (Generation III) power producing units is highly sophisticated and it also incorporates lessons learned from various accidents including Fukushima nuclear power plant crisis in north of Japan (Farris). The certifications of the new designed units have passed several processes and four deigns for advanced technology are approved. The national Research Council (NRC) is involved in developing safe and secure small nuclear reactors for purposed of producing energy (Moore 12-16).

The Waste Management:

The technology has enabled nuclear waste of high level radioactivity to be disposed off according to the regulatory and safety requirements.
The treatment of nuclear waste is one the major activities as each process produces radioactive waste (Abbott). The high level radioactive waste is disposed of deep geological waste disposal standards. All the wastes produced in nuclear power generation plants are contained and managed according to the safety regulations. The procedures and standards for disposal of radioactive waste are scientifically proven safe (Moore 12-16). The management of all energy wastes is required as it is not only the case with nuclear energy. The accurate measures for disposal of waste require conformity with safety standards for environment.

Conclusion:

The nuclear energy is clearly future trend of power generation. Global energy requirements cannot be fulfilled with renewable energy generation. However it is not argued that green energy should not be considered and promoted. It is essential to understand the capacity of the renewable resources to provide energy. These resources cannot be transformed into energy without large investments and large sites for producing solar, waste, and wind energy. The floods and changes in global environment have direct impacts on thermal energy producing units.

The energy generated through natural gas and fuel contains fossil gases and carbon partials which are equally dangerous for environment. The treatment of these gasses and carbon is not fully possible through mechanical and chemical processes. Nuclear energy can provide cost efficient solution for energy requirements. However adequate developments and implementation of sophisticated techniques are required to maintain safety, waste management, and risk reduction for nuclear power generation units.

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"Nuclear Energy Why The World", 16 April 2013, Accessed.6 May. 2024,
https://www.aceyourpaper.com/essays/nuclear-energy-world-101252