Contributors; Foreword; Preface; Part 1: CHP Basics; Chapter 1. Overview; Chapter 2. Applicability of CHP Systems; Chapter 3. Power Equipment and Systems; Chapter 4. Thermal Design for CHP; Chapter 5. Packaged CHP Systems; Chapter 6. Regulatory Issues; Chapter 7. Carbon Footprint--Environmental Benefits and Emission Controls; Part 2: The Feasibility Study; Chapter 8. Fundamental Concepts; Chapter 9. CHP Economic Analysis; Part 3: Design; Chapter 10. The Engineering Process; Chapter 11. Electrical Design Characteristics and Issues; Chapter 12. Obtaining a Construction Permit; Part 4: Construction; Chapter 13. CHP Construction; Chapter 14. Obtaining Operating Permits and Implementing Compliance Management Programs; Chapter 15. Managing Risks during CHP Plant Construction; Part 5: Operations; Chapter 16: Operations and Maintenance Services; Chapter 17. Sustaining Operational Efficiency of a CHP System; Chapter 18. Sustaining CHP Operations; Part 6: Case Studies; Chapter 19. Case Study 1: Princeton University District Energy System; Chapter 20. Case Study 2: Fort Bragg CHP; Chapter 21. Case Study 3: Optimal Sizing Using Computer Simulations--New School; Chapter 22. Case Study 4: University Campus CHP Analysis; Chapter 23. Case Study 5: Governmental Facility--Mission Critical; Chapter 24. Case Study 6: Eco-Footprint of On-Site CHP versus EPGS Systems; Chapter 25. Case Study 7: Integrate CHP to Improve Overall Corn Ethanol Economics; Chapter 26. Case Study 8: Energy Conservation Measure Analysis for 8.5-MW IRS CHP Plant; Glossary; Index