Nuclear reactors, nuclear fuels and environmental impact control
ECTS Credits : 2
Duration : 21 hours
Semester : S8
Person in charge :
Fabrice Patisson, Professor, email@example.com
Keywords : Nuclear ; reactor ; energy production ; nuclear fuel cycle ; reprocessing
Prerequisites : S7 course department are useful but not necessary ; initial thermodynamics and chemical kinetics concepts
Objective : Understand the nature and stakes of the civil nuclear industry.
The nuclear industry generates 75% of the electricity in France and 13% in the world. Despite very interesting accessible power rates and low glasshouse gas emissions, the growing concern for serious accidents and the future of the waste put nuclear energy in a tight spot. This course aims at giving to the engineering students the scientific and technical background essential to a holistic understanding of the complete nuclear industry , as well as the main associated societal and environmental elements. The different aspects of the nuclear industry are presented : actual and future electricity generating reactors, nuclear fuel cycle, installation sizing, waste processing, safety concerns... Teaching-wise, a balanced is reached between speakers from organisms (CEA) or partner corporations (EDF, AREVA) and more traditional classes including application exercises solved by students. The systemic approach broached in SP143 is used, amongst other things, to size installations.
Description and operational vocabulary
Become familiar with the different aspects of the nuclear industry. Enumerate the different types of reactors. Define the nuclear fuel cycle. Categorise waste reprocessing solutions
Explain the way a nuclear reactor works. Interpret the thermodynamic cycle of a power plant. Describe the transport phenomena involved in the process. Redefine the societal stakes of nuclear energy.
Apply known concepts (thermodynamics, transport phenomena) to a specific application. Resolve illustrative academical exercises.
Go through the nuclear fuel cycle. Separately examine a power plant's circuits. Detail the energetic and electric mixes.
Written reports of class activities.
Measure France's previous energetic choices. Judge today's energetic choices of the different countries. Rank the nuclear industry's pros and cons.
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