By - Jon Brown

Cogeneration: Considerations, Advantages, Disadvantages and Economics
June 16, 2016 | Atlanta, GA

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Overview

This course is intended for those that would like to gain familiarity with the various issues and challenges that are faced when considering the possibility of installing a cogeneration facility.  Cogeneration or combined heat and power (CHP) is the simultaneous production of electricity and heat from a single fuel source.  Even though the heat and power are fueled from a single source cogeneration is not a single technology, but is an integrated energy system.  It is the complexity of the system and the number of different types of entities with very different circumstances that can benefit from the choice to cogenerate that brings to light the many considerations, advantages and possible disadvantages of installing cogeneration.   The number of options for any particular plant are many and the methodology is somewhat confusing, this is part of what we hope to break down though out this course.   These issues as well as economic considerations, efficiency, permitting and evaluations will be covered in the course.

Learning Outcomes

  • Outline cogeneration case studies
  • Explain cogeneration and its fundamentals
  • Review thermal load and electrical load balances
  • Discuss the advantages and disadvantages of cogeneration plants
  • Determine combustion, boiler and cycle efficiencies
  • Contrast the types of cogeneration plants
  • Examine plant considerations and the economics of building a cogeneration plant
  • Identify permitting and environmental issues

Agenda

Thursday, June 16, 2016

8:00 – 8:30 a.m. :: Registration and Continental Breakfast

8:30 a.m. – 5:00 p.m. :: Course Timing

12:00 – 1:00 p.m. :: Group Luncheon

What is Cogeneration?
  • Generation of heat and generation of power
  • Not a combined cycle
  • Examples of cogeneration
  • First Law of Thermodynamics – covers generation of heat
  • Second Law of Thermodynamics – covers generation of power
  • Cogeneration combines these two processes
Advantages and Disadvantages of Cogeneration
  • Cogeneration is more efficient that generating each separately
  • Reduces dependence on the grid
  • Allows for “islanding”
  • Provides for power when the grid is down
  • Cogeneration is more complex
  • Requires a balance between thermal load and electrical load
  • Implies the need for more redundancy to “island”
  • Is not that much more efficient
  • Can be costly
Efficiency
  • What do we mean by efficiency?
    • Combustion efficiency
    • Boiler efficiency
    • Cycle efficiency
    • Gross and net plant heat rate
    • Cogeneration efficiency
    • Marginal heat rate
  • Pitfalls
    • HHV
    • Mixing up first law and second law comparisons
    • Example
Types of Cogeneration Plants
  • Boiler with back pressure steam turbine
  • Gas turbine with HRSG (with supplementary firing)
  • CFB with external heat exchanger
  • Trigeneration
Plant Considerations
  • Steam load and its variations
  • Electric load and its variations
  • Reliability
  • Back-up power
  • Plant needs
    • Manufacturing
    • Chemical plant
    • Refinery
    • Hospital
    • University
  • Hypothetical plant
Economics
  • Who owns the plant?
    • Industrial (balance sheet financing)
    • IPP (or 3rd party)
    • Municipal
    • Hospital
    • University
  • Cost of Money
  • Plant size
  • Critical requirements
  • Self generation vs Sell to the grid
Permitting and Environmental Issues
  • New unit
  • Retrofit
  • Fuel switching
  • Electric generating unit or industrial
Setting-Up an Evaluation
  • Site conditions
  • Requirements
  • Feasibility
  • Narrowing down the choices
Case Studies
  • University
  • Chemical plant
  • Industrial park

Review

Instructor

Carl R. Bozzuto, Member and Secretary Treasurer, Board of Directors of the Council of Industrial Boiler Owners

Carl Bozzuto has more than 40 years of experience in combustion and boiler operations and research. He began his career as a research engineer, senior project engineer, manager, and director for Combustion Engineering Inc. Carl was named vice president of process technology for the company, where he was responsible for the development and commercialization of new boiler and power plant technologies including advanced cycles, ultra supercritical boilers, alternative working fluids, fluid bed boilers, plant integration, and other plant component technology. Serving recently as vice president of technology for the Power Environment Sector at Alstom Power Inc., he was responsible for the development and implementation of new technology for boiler and environmental products on a worldwide basis.

Bozzuto holds 16 U.S. patents and membership in the American Institute of Chemical Engineers (AIChE), the Combustion Institute, and the American Society of Mechanical Engineers (ASME). He has authored more than 30 published technical papers and is editor-in-chief of the textbook, Clean Combustion Technologies, published by Alstom Power in 2009. Bozzuto has earned Bachelor of Science and Master of Science degrees in chemical engineering from the Massachusetts Institute of Technology and a Master of Science degree in management from the Hartford Graduate Center.

Location

The Westin Buckhead Atlanta
3391 Peachtree Road NE
Atlanta, GA 30326

To reserve your room, please call 1-404-365-0065 or book online athttps://www.starwoodmeeting.com/Book/eucijuneatlantameeting
Please indicate that you are with the EUCI group to receive the group rate.

ROOM RATE:

The room rate is $189.00 single or double plus applicable taxes.

ROOM BLOCK DATES:

A room block has been reserved for the nights of June 12 – 15, 2016.

RATE AVAILABLE UNTIL:

Make your reservations prior to May 22, 2016. There are a limited number of rooms available at the conference rate. Please make your reservations early.

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