Description
Waste Heat Recovery, Its Utilization and Performance Assessment: Fundamentals and Applications presents a variety of contemporary waste-heat applications designed for use as a guide to identify, utilize, and assess the performance of otherwise rejected waste heat sources in support of energy efficiency, affordable energy, and a reduced carbon footprint. This reference identifies feasible waste heat recovery opportunities from various sectors, including domestic, commercial, and industrial sources. Researchers, professors, and students in the field of thermal engineering will find this an excellent reference to understand waste heat recovery systems, including sources, recovery, conversion technologies, feasibility assessments, case studies, and more.- Identifies different sources of recoverable waste heat- Develops suitable waste heat recovery technologies for a variety of domestic, commercial, and industrial applications- Assesses the techno-economic feasibility of waste-heat driven systems- Supports sustainability by leveraging waste heat as a source of renewable heat energy
Table of Contents
1. An Overview of Waste Heat Recovery Equipment and Technologies: Fundamentals & Design Aspects2. Industrial Waste Heat Recovery: Opportunity and Challenges3. Criteria for Selecting Waste Heat Recovery System in a Step-by-step Methodology4. Waste Heat Recovery through Organic Rankine cycle: System Layout and Working Fluid Selection5. Application of CO2 Based Power Cycles in Waste Heat Recover6. Application Kalina Cycles for Waste Heat Recovery7. Application of Thermo-electric Generator (TEG) in Waste Heat Recovery8. Waste Heat Recovery for District Heating9. Desalination Technologies for Waste Heat Recovery10. Waste Heat-Driven Cogeneration / Trigeneration Technologies11. Heat Recovery Steam Generator (HRSG) for Gas Turbine Waste Heat Recovery12. Technologies to Recover Waste Heat from Abandoned Oil / Gas Well13. Application of Pinch Analysis in Waste Heat Recovery14. Waste Heat Recovery from Fuel Cell15. Waste Heat Recovery from IC Engines16. Application of Phase Change Material/Battery in Waste Heat Recovery17. Enhanced Waste Heat Recovery Using Nano Fluid18. Economic and Environmental Assessment of Waste Heat Recovery Systems: Methodology and Case Study
