Electric Power Plant Design
CHAPTER 1.
INTRODUCTION
Purpose
Design philosophy
Design criteria
Economic considerations
CHAPTER 2.
SITE AND CIVIL FACILITIES DESIGN
Selection I. Site Selection
Introduction
Environmental considerations
Water supply
Fuel supply
Physical characteristics
Economic
Section II. Civil Facilities, Buildings, Safety, and Security
Soils investigation
Site development
Buildings
CHAPTER 3.
STEAM TURBINE POWER PLANT DESIGN
Section I. Typical Plants and Cycles
Introduction
Plant function and purpose.
Steam power cycle economy
Cogeneration cycles
Selection of cycle steam conditions
Cycle equipment
Steam power plant arrangement
Section II. Steam Generators and Auxiliary Systems
Steam generator convention types and characteristics
Other steam generator characteristics
Steam generator special types
Major auxiliary systems
Minor auxiliary systems
Section III. Fuel Handling and Storage Systems
Introduction
Typical fuel oil storage and handling system
Coal handling and storage systems
Section IV. Ash Handling Systems
Introduction
Description of major components
Section V. Turbines and Auxiliary Systems
Turbine prime movers
Turbine features
Governing and control
Turning gear
Lubrication systems
Extraction features
Instruments and special tools
Section VI. Condenser and Circulating Water System
Introduction
Description of major components
Environmental concerns
Section VII. Feedwater System
Feedwater heaters
Boiler feed pumps
Feedwater supply
Section VIII. Service Water and Closed Cooling Systems
Introduction
Description of major components
CHAPTER 3.
STEAM TURBINE POWER PLANT DESIGN
Description of systems
Arrangement
Reliability of systems
Testing
Section IX. Water Conditioning Systems
Water conditioning selection
Section X. Compressed Air Systems
Introduction
Description of major components
Description of systems
CHAPTER 4.
GENERATOR AND ELECTRICAL FACILITIES DESIGN
Section I. Typical Voltage Ratings and Systems
Voltages
Station service power syetems.
Section II. Generators
General types and standards
Features and acceesories
Excitation systems
Section III. Generator Leads and Switchyard
General
Generator leads
Switchyard
Section IV. Transformers
Generator stepup transformer
Auxiliary transformers
Unit substation transformer
Section V. Protective Relays and Metering
Generator, stepup transformer and switchyard relaying
Switchgear and MCC protection
Instrumentation and metering
Section VI. Station Service Power Systems
General requirements
Auxiliary power transformers
4160 volt switchgear
480 volt unit substations
480 volt motor control centers
Foundations
Grounding
Conduit and tray systems
Distribution outside the power plant.
Section VII. Emergency Power System
Battery and charger
Emergency ac system
Section VIII. Motors
General
Insulation
Horsepower
Grounding
Conduit
Cable
Motor details
Section IX. Communication Systems
Intraplant communications.
Telephone communications
CHAPTER 5. GENERAL POWER PLANT FACILITIES DESIGN
Section I. Instruments and Control Systems
General
Control panels
Automatic control systems
Monitoring instruments
Alarm and annunciator systems
Section II. Heating, Ventilating and Air Conditioning Systems
Introduction
Operations areas
Service areas
Section 111. Power and Service Piping Systems
Introduction Piping design fundamentals
Specific system design considerations.
Section IV. Thermal Insulation and Freeze Protection
Introduction
Insulation design
Insulation materials
Control of useful heat losses
Safety insulation
Cold surface insulation
Economic thickness
Freeze protection
Section V. Corrosion Protection
General remarks
Section VI. Fire Protection
Introduction
Design considerations
Support facilities
CHAPTER 6.
GASTURBINE POWER PLANT DESIGN
General
Turbine-generator selection
Fuels
Plant arrangement
Waste heat recovery
Equipment and auxiliary systems
CHAPTER 7.
DIESEL ENGINE POWER PLANT DESIGN
Section I. Diesel Engine Generators
Engines
Fuel selection
Section II. Balance of Plant Systems
General
Cooling systems
Combustion air intake and exhaust systems
Fuel storage and handling
Engine room ventilation
Section III. Foundations and Building
General
Engine foundation
Building
CHAPTRR 8.
COMBINED CYCLE POWER PLANTS
Section I. Typical Plants and Cycles
Introduction
Plant details
Section II. General Design Parameters
Background
Design approach
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