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Civil Engineering

High Performance and Green Buildings - Cogeneration Technology


By the end of the course, particpants will be able to:

  • Examine the utilization and Course Outcomes of current cogeneration technology, distributed generation and combined heat and power plant (CHP) concepts
  • Focus on the specific operating characteristics and economics of representative installations using gas turbines, internal combustion engines and steam turbines
  • Understand the combined needs of heating, cooling and power loads and how to optimize their synchronistic characteristics and time-use elements
  • Increase your understanding of the application of cogeneration technologies, distributed generation, combined heat and power (CHP) plants and microturbines
  • Learn how to conduct a feasibility analysis and make sound economic decisions

Target Audience
  • Owners
  • Facility engineers and managers
  • ESCO developers
  • Consulting engineers
  • Utility managers and engineers

Civil Engineering Outline
The course covers the following topics
  • Cogeneration, CHP and Distributed Generation
  • One-Line Balances (OLBs)
  • Data Gathering and Load Analysis
  • Basic Thermodynamic Cycles
  • CHP Cogeneration: Steam Turbine Technology; Selection
  • Internal Combustion Engine: Generators
  • Micro turbines
  • Gas Turbine: Cogeneration; Combined Cycle Gas Turbine
  • Waste Heat Recovery
  • Emissions from Engines and Gas Turbines
  • Absorption Chillers; Thermal Cool Storage
  • Electrical Interconnection
  • Energy Audits and Process Optimization
  • Feasibility Economic Methodology Evaluation of Designs


Ref Location From To Cost
CVE06.2 Kuwait 18-7-2021 22-7-2021