RNW 140 Hydroelectric and Geothermal Energy Systems

Lecture Hours: 2
Lab Hours: 3
Credits: 3

Focuses on hydroelectric and geothermal energy systems as a mainstay of energy supply. Covers the technical and engineering approach for effectively using hydroelectric and geothermal energy as a viable and economical energy source. Discusses the cost effectiveness and environmental impact of those methods. Identifies the economic evaluation method and compares costs with carbon emission between conventional and alternate energy sources. Uses local case studies and practical experience with hydroelectric systems including a small hydroelectric generation plant.

Prerequisite: ELT 133 with a grade of C or better; or consent of instructor.
Student Learning Outcomes:

Explain the foundations of hydroelectric energy production
Describe the foundations of geothermal energy production.
Apply information on hydroelectric water assessments, measurements, and detailed water energy assessment methodologies to hydro-electronic energy systems.
Apply geothermal assessments and measurements in developing geothermal systems
Use planning, installation skills, and technical knowledge to produce an economical energy system.
Describe hydroelectric, geothermal, and thermal technologies and their related thermal efficiencies for specific applications
Describe the requirements for thermal fuel certification processes.
Explain hydroelectric and geothermal energy production economics.

Content Outline

A Thermodynamics Review
Environmental Aspects of Power Generation
Fossil Fuel Steam Generators
Turbines
Impeller Design
The Condensate-Feedwater System
The Circulating-Water System
Geothermal Energy
Thermal Fission Reactors and Powerplants
Fast Breeder Reactors and Powerplants
Energy from the Oceans
Energy Storage
Thermal Fuel Certification