Chapter 1
The Role of the Plant Engineer in Energy Management |
Survey Of What Industry Is Doing, Results of Industrial Energy Utilization Programs, Organization For Energy Utilization, What Is An Industrial Energy Audit?, The Energy Utilization Program, Energy Accounting, The Language Of The Energy Manager | | Chapter 2
Energy Economic Decision Making |
Life Cycle Costing, Using The Payback Period Method, Using Life Cycle Costing, The Time Value of Money, Investment Decision Making, The Job Simulation Experience, Making Decisions For Alternative Investments, Depreciation, Tax Reform Act, Computer Analysis | | Chapter 3
The Facility Survey |
Comparing Catalogue Data With Actual Performance, Infrared Equipment, Measuring Electrical System Performance, Temperature Measurements, Measuring Combustion Systems, Measuring Heating, Ventilation And Air-Conditioning (HVAC) System Performance | | Chapter 4
Electrical System Optimization |
Applying Proven Techniques To Reduce The Electrical Bill, Why The Plant Manager Should Understand The Electric Rate Structure, Electrical Rate Tariff, Power BasicThe Key To Electrical Energy Reduction, Relationships Between Power, Voltage, And Current, What Are The Advantages Of Power Factor Capacitors, Efficient Motors, Synchronous Motors And Power Factor Correction, What Method Should Be Used To Improve The Plant Power Factor?, What Is Load Management?, What Have Been Some Of The Results Of Load Management?, Application Of Automatic Load Shedding, How Does Load Demand Control Work?, The Confusion Over Energy Management Systems, Lighting BasicsThe Key To Reducing Lighting Wastes, Lighting Illumination Requirements, The Efficient Use of Lamps, Control Equipment, Solid State Ballasts | |
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