
Explore the basics of nuclear energy, components and types of nuclear power plants, and waste disposal, with core concepts like fission, chain reactions, binding energy, and radioactivity.
Explore the elements of a nuclear power plant—reactor vessel, coolant system, steam generator and turbine, condenser, fuel and control mechanisms—showing how fission heat becomes electricity.
Explore pressurized water reactors and boiling water reactors, detailing primary and secondary circuits, steam generation, turbine generation, and the merits and drawbacks of each cooling and radiation considerations.
Compare gas cooled reactors that use CO2 or helium coolants with graphite moderators and examine high temperature operation, then explore liquid metal reactors with sodium cooling and fuel breeding.
Explore how nuclear power plants select sites near sea or lake and load centers, manage gaseous, liquid, and solid waste, and ensure soil bearing capacity, disposal, efficiency, and baseload merit.
The reserves of fissile fuel (coal, oil and gas) are depleting very fast. In some countries oil reserves are only of one or two decade. In this scenario, it is one of the option to use more nuclear power generation. In the world, installed capacity of nuclear power plants is less than 5% and most of electricity is generated by coal based thermal power plant. Considering scope of nuclear power plant in future, this course is designed to understand the basic of nuclear power plant.
In Lecture 1, structure of atom, isotopes, binding energy, radioactivity, fission and fusion process and nuclear chain reaction are explained. In Lecture 2, elements of nuclear reactor and power plants are explained with their types. Typically nuclear power plant consists of nuclear reactor, heat exchange-steam generator, coolant pump, steam turbine, condenser, feed pump and generator. Nuclear reactor consists of nuclear vessel, fuel, coolant, moderator, control rod, shield and reflector.
In Lecture 3, Pressurized water reactor power plant and boiling water reactor plant are discussed with schematic. In Lecture 4, Gas cooled reactor and liquid metal graphite reactor power plant are explained with schematic. site selection for nuclear power plant and disposal of nuclear waste from power plant are delivered in Lecture 5.