Title Sustainable on-site CHP systems : design, construction, and operations / Milton Meckler, Lucas B. Hyman

Published New York : McGraw-Hill

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Description 1 online resource (xx, 444 pages) : illustrations Contents pt. 1. CHP basics -- pt. 2. The feasibility study -- pt. 3. Design -- pt. 4. Construction -- pt. 5. Operations -- pt. 6. Case studies Summary "Sustainable On-Site CHP Systems reveals how to substantially increase the energy efficiency in commercial, industrial, institutional, and residential buildings using waste heat and thermal energy from power generation equipment for cooling, heating, and humidity control. In-depth case studies illustrate real-world applications of CHP systems."--Jacket Bibliography Includes bibliographical references and index Notes English Subject Cogeneration of electric power and heat -- Computer network resources TECHNOLOGY & ENGINEERING -- Mechanical. Cogeneration of electric power and heat Electric power production -- Environmental aspects Genre/Form Internet resources Form Electronic book Author Brambley, Michael R Foley, Gearoid Hankin, Jeffrey S Howland, Paul Hyman, Lucas B Katipamula, Srinivas Landis, Kyle Lany, Karl Mamer, Kelly J Maor, Itzhak Punwani, Dharam V Reddy, T. Agami Rosenberger, David C Rosfjord, Thomas J Stadnik, Adam Wagner, Timothy C LC no. 2009044649 ISBN 9780071746632 0071746633 9780071603188 0071603182 9787160310071 7160310071 1282959239 9781282959231 9786612959233 6612959231

Other Titles Sustainable onsite combined heat and power systems Applicability of CHP systems Carbon footprint--environmental benefits and emission controls Case study 1: Princeton University district energy system Case study 2: Fort Bragg CHP Case study 3: Optimal sizing using computer simulations--new school Case study 4: University campus CHP analysis Case study 5: Governmental facility--mission critical Case study 6: Eco-footprint of on-site CHP versus EPGS systems Case study 7: Integrate CHP to improve overall corn ethanol economics Case study 8: Energy conservation measure analysis for 8.5-MW IRS CHP plant CHP construction CHP economic analysis Electrical design characteristics and issues Fundamental concepts Managing risks during CHP plant construction Obtaining a construction permit Obtaining operating permits and implementing compliance management programs Operation and maintenance services Packaged CHP systems Power equipment and systems Regulatory issues Sustaining CHP operations Sustaining operational efficiency of a CHP system Thermal design for CHP Engineering process Applicability of CHP systems Carbon footprint--environmental benefits and emission controls Case study 1: Princeton University district energy system Case study 2: Fort Bragg CHP Case study 3: Optimal sizing using computer simulations--new school Case study 4: University campus CHP analysis Case study 5: Governmental facility--mission critical Case study 6: Eco-footprint of on-site CHP versus EPGS systems Case study 7: Integrate CHP to improve overall corn ethanol economics Case study 8: Energy conservation measure analysis for 8.5-MW IRS CHP plant CHP construction CHP economic analysis Electrical design characteristics and issues Fundamental concepts Managing risks during CHP plant construction Obtaining a construction permit Obtaining operating permits and implementing compliance management programs Operation and maintenance services Packaged CHP systems Power equipment and systems Regulatory issues Sustaining CHP operations Sustaining operational efficiency of a CHP system Thermal design for CHP Engineering process Applicability of CHP systems Carbon footprint--environmental benefits and emission controls Case study 1: Princeton University district energy system Case study 2: Fort Bragg CHP Case study 3: Optimal sizing using computer simulations--new school Case study 4: University campus CHP analysis Case study 5: Governmental facility--mission critical Case study 6: Eco-footprint of on-site CHP versus EPGS systems Case study 7: Integrate CHP to improve overall corn ethanol economics Case study 8: Energy conservation measure analysis for 8.5-MW IRS CHP plant CHP construction CHP economic analysis Electrical design characteristics and issues Fundamental concepts Managing risks during CHP plant construction Obtaining a construction permit Obtaining operating permits and implementing compliance management programs Operation and maintenance services Packaged CHP systems Power equipment and systems Regulatory issues Sustaining CHP operations Sustaining operational efficiency of a CHP system Thermal design for CHP Engineering process Applicability of CHP systems CHP construction CHP economic analysis Carbon footprint--environmental benefits and emission controls Case study 1: Princeton University district energy system Case study 2: Fort Bragg CHP Case study 3: Optimal sizing using computer simulations--new school Case study 4: University campus CHP analysis Case study 5: Governmental facility--mission critical Case study 6: Eco-footprint of on-site CHP versus EPGS systems Case study 7: Integrate CHP to improve overall corn ethanol economics Case study 8: Energy conservation measure analysis for 8.5-MW IRS CHP plant Electrical design characteristics and issues Engineering process Fundamental concepts Managing risks during CHP plant construction Obtaining a construction permit Obtaining operating permits and implementing compliance management programs Operation and maintenance services Packaged CHP systems Power equipment and systems Regulatory issues Sustaining CHP operations Sustaining operational efficiency of a CHP system Thermal design for CHP

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