Table of Contents
THEORY AND TECHNOLOGY
Optimizing Heat and Power Resources
Heat and Power Resources Overview
Expressing Power Cycle Performance
Localized vs. Central Station Power Generation
Selection of Power Generation Systems
Thermal Technologies
Heating Value and Combustion of Fuel
Properties and Value of Steam
Boilers
Heat Recovery
Prime Mover Technologies
Reciprocating Engines
Combustion Gas Turbines
Steam Turbines
Combined and Steam Injection Cycles
Controlling Prime Movers
Renewable and Alternative Power Technologies
OPERATING ENVIRONMENT
Environmental Considerations
Air Pollution Regulatory Programs
Air Permitting Process
Emissions Control Measures
Refrigerants and the CFC Issue
Utility Industry and Energy Rates
Natural Gas Industry Overview
Electric Industry Overview
Utility Rate Structures
Utility Bill Analysis
APPLICATIONS
Localized Electric Generation
Localized Electric Generation Applications Overview
Electricity
Electric Generators
Generator Driver Applications and Selection
Electric Generator Switchgear and Controls
Interconnecting Electric Generators
Mechanical Drive Services
Mechanical Drive Applications Overview
Air Compressors
Pumps
Fans
Refrigeration and Air Conditioning
Refrigeration Cycles and Performance Ratings
Psychrometrics
Heat Extraction-Evaporators, Chilled Water, Economizer and Thermal Storage
Heat Rejection-Condensers, Cooling Towers, Heat Pumps and Heat Recovery
Vapor Compression-Cycle Systems
Absorption Cooling Systems
Desiccant Dehumidification Technologies
ANALYSIS AND IMPLEMENTATION
Integrated Approach to Energy Resource Optimization Projects
Integrated Approach Overview
Technical Analysis
Evaluating Project Financial Potential
Project Contracting and Financing Options
Program Implementation and Operation
This is a single license Digital eBook PDF File that is downloadable, and password protected
Author:
Neil Petchers
e-ISBN: 9788770223003