Handbook of Water and Wastewater Treatment Plant Operations by Frank R. Spellman

A pedido de Ingeniero.

Contents
PART I Water and Wastewater Operations: An Overview
Chapter 1
Problems Facing Water and Wastewater Treatment Operations
Chapter 2
Water and Wastewater Operators and Their Roles
Chapter 3
Water and Wastewater References, Models, and Terminology
PART II Water/Wastewater Operations: Math and Technical Aspects
Chapter 4
Water and Wastewater Math Operations
Chapter 5
Water Hydraulics
Chapter 6
Fundamentals of Electricity
Chapter 7
Hydraulic Machines: Pumps
Chapter 8
Water and Wastewater Conveyance
Chapter 9
Flow Measurement
Chapter 10
Basic Water Chemistry
Chapter 11
Water Microbiology
Chapter 12
Water Ecology
Chapter 13
Water Quality
Chapter 14
Biomonitoring, Monitoring, Sampling, and Testing
Part IV Water and Water Treatment
Chapter 15
Potable Water Sources
Chapter 16
Watershed Protection
Chapter 17
Water Treatment Operations and Unit Processes
Chapter 18
Wastewater Treatment
Appendix A Answers to Chapter Review Questions and Problems
Appendix B Formulae

Piping and Pipelines Assessment Guide A. Keith Escoe

Table of Contents
Chapter 1
An Introduction to In-plant Piping and Pipeline Fitness for Service
Chapter 2
An Introduction to Engineering Mechanics of Piping
Chapter 3
Fitness-for-Service Topics of Local Thin Areas, Plain Dents, Dents-Gouges, and Cracks for Piping
Chapter 4
Fitness-for-Service for Brittle Fracture Concerns
Chapter 5
Piping Support Systems for Process Plants
Chapter 6
Piping Maintenance and Repairs
Chapter 7
Hot Tapping (Pressure Tapping) and Freezing
Chapter 8
Pipeline Fitness for Service, Repair, and Maintenance - Selected Topics
Appendix A
Properties of Pipe
Appendix B
Weights of Pipe Materials
Appendix C
Formulas for Pipe, Internal Fluid, and Insulation Weights

Control Valve Handbook Process Management - 4th edition

Table of Contents
Chapter 1. Introduction to Control Valves
Chapter 2. Control Valve Performance
Chapter 3. Valve and Actuator Types
Chapter 4. Control Valve Accessories
Chapter 5. Control Valve Selection
Chapter 6. Special Control Valves
Chapter 7. Steam Conditioning Valves
Chapter 8. Installation and Maintenance
Chapter 9. Standards and Approvals
Chapter 10. Engineering Data
Chapter 11. Pipe Data
Chapter 12. Conversions and Equivalents

Standard Handbook of Plant Engineering Robert C. Rosaler

Table of Contents
Section 1
THE PLANT ENGINEER AND THE ORGANIZATION
CHAPTER 1.1
OBJECTIVES AND PHILOSOPHY
CHAPTER 1.2
THE PLANT ENGINEERING ORGANIZATION
Section 2
EFFECTIVE MAINTENANCE MANAGEMENT
CHAPTER 2.1
PRINCIPLES AND PHILOSOPHY
CHAPTER 2.2
TYPES OF MAINTENANCE MANAGEMENT
CHAPTER 2.3
PLANNING AND CONTROLS
Section 3
MANAGING THE FACILITY
CHAPTER 3.1
COMMISSIONING
CHAPTER 3.2
ELECTRIC SYSTEMS MANAGEMENT
CHAPTER 3.3
WATER PURIFICATION AND TREATMENT
CHAPTER 3.4
WATER COOLING SYSTEMS
CHAPTER 3.5
APPLICATIONS OF HEATING, VENTILATING, AND AIRCONDITIONING SYSTEMS
CHAPTER 3.6
COMMUNICATION AND COMPUTER NETWORKS
Section 4
PLANT OPERATIONS
CHAPTER 4.1
MATERIALS HANDLING: PLANNING
CHAPTER 4.2
MATERIALS HANDLING: CONTAINERIZATION
CHAPTER 4.3
MATERIALS HANDLING: FIXED-PATH EQUIPMENT
CHAPTER 4.4
MATERIALS HANDLING: MOBILE EQUIPMENT
CHAPTER 4.5
MATERIALS HANDLING: WAREHOUSING AND STORAGE
CHAPTER 4.6
AIR POLLUTION CONTROL
CHAPTER 4.7
LIQUID-WASTE DISPOSAL
CHAPTER 4.8
SOLID-WASTE DISPOSAL
CHAPTER 4.9
FIRE PROTECTION AND PREVENTION
CHAPTER 4.10
TOXIC SUBSTANCES AND RADIATION HAZARDS
CHAPTER 4.11
SANITATION CONTROL AND HOUSEKEEPING
CHAPTER 4.12
NOISE CONTROL
CHAPTER 4.13
VIBRATION CONTROL
CHAPTER 4.14
ENERGY CONSERVATION
Section 5
BASIC MAINTENANCE TECHNOLOGY
CHAPTER 5.1
ELECTRIC MEASURING INSTRUMENTS
CHAPTER 5.2
BUILDING AIR QUALITY
CHAPTER 5.3
HVAC SYSTEM CONTROL EQUIPMENT
CHAPTER 5.4
MECHANICAL EQUIPMENT: GEARING AND ENCLOSED GEAR DRIVES
CHAPTER 5.5
MECHANICAL EQUIPMENT: ROLLING ELEMENT BEARINGS
CHAPTER 5.6
MECHANICAL EQUIPMENT: SHAFT DRIVES AND COUPLINGS Part 1
CHAPTER 5.6
SHAFT DRIVES AND COUPLINGS Part 2
CHAPTER 5.6
SHAFT DRIVES AND COUPLINGS Part 3
CHAPTER 5.7
ELECTRIC MOTORS
CHAPTER 5.8
MOTOR CONTROLS
CHAPTER 5.9
LIGHTING
CHAPTER 5.10
COMPUTERS
CHAPTER 5.11
POWER DISTRIBUTION SYSTEMS
CHAPTER 5.12
STANDBY AND EMERGENCY POWER: ROTATING EQUIPMENT SYSTEMS
CHAPTER 5.13
STANDBY AND EMERGENCY POWER: BATTERIES
CHAPTER 5.14
PLASTICS PIPING
CHAPTER 5.15
PIPE INSULATION
CHAPTER 5.16
CORROSION CONTROL
CHAPTER 5.17
VALVES
CHAPTER 5.18
LUBRICANTS: GENERAL THEORY AND PRACTICE
Section 6
IN-PLANT PRIME POWER GENERATION AND COGENERATION
CHAPTER 6.1
BOILERS
CHAPTER 6.2
FUELS AND COMBUSTION EQUIPMENT
CHAPTER 6.3
ELECTRIC GENERATORS
CHAPTER 6.4
GAS TURBINES
CHAPTER 6.5
STEAM TURBINES
CHAPTER 6.6
DIESEL AND NATURAL GAS ENGINES

Maintenance Fundamentals Plant Engineering R. Keith Mobley

Contents
Chapter 1 Impact of Maintenance
Chapter 2 Fundamental Requirements of Effective Preventive Maintenance
Chapter 3 Designing a Preventive Maintenance Program
Chapter 4 Planning and Scheduling
Chapter 5 Scheduled Preventive Maintenance
Chapter 6 Maintenance Engineering Roles and Responsibilities
Chapter 7 Shaft Alignment
Chapter 8 Rotor Balancing
Chapter 9 Bearings
Chapter 10 Couplings
Chapter 11 Gears and Gearboxes
Chapter 12 Compressors
Chapter 13 Control Valves
Chapter 14 Conveyors
Chapter 15 Fans, Blowers, and Fluidizers
Chapter 16 Dust Collectors
Chapter 17 Pumps
Chapter 18 Steam Traps
Chapter 19 Performance Measurement and Management
Glossary
Index