(Ebook PDF) Handbook of Natural Gas Transmission and Processing First Edition by Saeid Mokhatab, William Poe, James Speight ISBN 9780080466972 0750677767 full chapters

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ISBN 10:0750677767

ISBN 13:9780080466972

Author: Saeid Mokhatab, William A. Poe, James G. Speight

Handbook of Natural Gas Transmission and Processing gives engineers and managers complete coverage of natural gas transmission and processing in the most rapidly growing sector to the petroleum industry. The authors provide a unique discussion of new technologies that are energy efficient and environmentally appealing at the same time. It is an invaluable reference on natural gas engineering and the latest techniques for all engineers and managers moving to natural gas processing as well as those currently working on natural gas projects.

* Provides practicing engineers critical information on all aspects of gas gathering, processing and transmission
* First book that treats multiphase flow transmission in great detail
* Examines natural gas energy costs and pricing with the aim of delivering on the goals of efficiency, quality and profit

Table of Contents:

• CHAPTER 1: NATURAL GAS FUNDAMENTAL
• 1.1 INTRODUCTION
• 1.2 NATURAL GAS HISTORY
• 1.3 NATURAL GAS ORIGIN AND COMPOSITION
• 1.4 GAS SOURCES
• 1.5 NATURAL GAS PHASE BEHAVIOR
• 1.6 NATURAL GAS PROPERTIES
• 1.7 QUALITY
• 1.8 TRANSPORTATION
• REFERENCES
• CHAPTER 2: NATURAL GAS ENERGY PRICING
• 2.1 INTRODUCTION
• 2.2 ENERGY PRICING, SUPPLY, AND DEMAND
• 2.3 SUSTAINABILITY AND THE INCREASING FASCINATION WITH NATURAL GAS
• 2.4 IS NATURAL GAS ALWAYS “NONRENEWABLE?”
• 2.5 U.S. NATURAL GAS: PRICING, MARKETS, RISK MANAGEMENT, AND SUPPLY
• 2.6 NATURAL GAS IN EURASIA: THE SPECIAL POSITION OF POST-SOVIET RUSSIA
• 2.7 LOOKING TO NATURE FOR A NEW MODEL
• REFERENCES
• CHAPTER 3: RAW GAS TRANSMISSION
• 3.1 INTRODUCTION
• 3.2 MULTIPHASE FLOW TERMINOLOGY
• 3.3 MULTIPHASE FLOW REGIMES
• 3.4 CALCULATING MULTIPHASE FLOW PRESSURE GRADIENTS
• 3.5 MULTIPHASE FLOW IN GAS/CONDENSATE PIPELINES
• 3.6 TEMPERATURE PROFILE OF MULTIPHASE PIPELINES
• 3.7 VELOCITY CRITERIA FOR SIZING MULTIPHASE PIPELINES
• 3.8 MULTIPHASE FLOW ASSURANCE
• 3.9 MULTIPHASE PIPELINE OPERATIONS
• REFERENCES
• CHAPTER 4: BASICCONCEPTS OF NATURAL GAS PROCESSING
• 4.1 INTRODUCTION
• 4.2 PROCESS MODULES
• 4.3 SCOPE OF NATURAL GAS PROCESSING
• REFERENCES
• CHAPTER 5: PHASE SEPARATION
• 5.1 INTRODUCTION
• 5.2 GRAVITY SEPARATORS
• 5.3 MULTISTAGE SEPARATION
• 5.4 CENTRIFUGAL SEPARATORS
• 5.5 TWISTER SUPERSONIC SEPARATOR
• 5.6 SLUG CATCHERS
• 5.7 HIGH-EFFICIENCY LIQUID-GAS COALESCERS
• 5.8 HIGH-EFFICIENCY LIQUID-LIQUID COALESCERS
• REFERENCES
• CHAPTER 6: CONDENSATE STABILIZATION
• 6.1 INTRODUCTION
• 6.2 STABILIZATION PROCESSES
• 6.3 CONDENSATE STORAGE
• REFERENCES
• CHAPTER 7: ACID GAS TREATING
• 7.1 INTRODUCTION
• 7.2 ACID GAS REMOVAL PROCESSES
• 7.3 SULFUR RECOVERY PROCESSES
• REFERENCES
• CHAPTER 8: NATURAL GAS COMPRESSION
• 8.1 INTRODUCTION
• 8.2 RECIPROCATING COMPRESSORS
• 8.3 CENTRIFUGAL COMPRESSORS
• 8.4 COMPARISON BETWEEN COMPRESSORS
• 8.5 COMPRESSOR SELECTION
• 8.6 THERMODYNAMICS OF GAS COMPRESSION
• 8.7 REAL GAS BEHAVIOR AND EQUATIONS OF STATE
• 8.8 COMPRESSION RATIO
• 8.9 COMPRESSION DESIGN
• 8.10 COMPRESSOR CONTROL
• 8.11 COMPRESSOR PERFORMANCE MAPS
• REFERENCES
• CHAPTER 9: NATURAL GAS DEHYDRATION
• 9.1 INTRODUCTION
• 9.2 WATER CONTENT DETERMINATION
• 9.3 GLYCOL DEHYDRATION
• 9.4 SOLID DESICCANT DEHYDRATION
• REFERENCES
• CHAPTER 10: NATURAL GAS LIQUIDS RECOVERY
• 10.1 INTRODUCTION
• 10.2 NGL RECOVERY PROCESSES
• 10.3 NGL FRACTIONATION
• 10.4 GASOLINE AND LPG TREATING
• REFERENCES
• CHAPTER 11: SALES GAS TRANSMISSION
• 11.1 INTRODUCTION
• 11.2 GAS FLOW FUNDAMENTALS
• 11.3 PREDICTING GAS TEMPERATURE PROFILE
• 11.4 TRANSIENT FLOW IN GAS TRANSMISSION PIPELINES
• 11.5 COMPRESSOR STATIONS AND ASSOCIATED PIPELINE INSTALLATIONS
• 11.6 DESIGN CONSIDERATIONS OF SALES GAS PIPELINES
• 11.7 PIPELINE OPERATIONS
• CHAPTER 12: GAS PROCESSING PLANT CONTROLS AND AUTOMATION
• 12.1 INTRODUCTION
• 12.2 EARLY METHODS OF GAS PLANT AUTOMATION
• 12.3 MICROPROCESSOR-BASED AUTOMATION
• 12.4 CONTROL OF EQUIPMENT AND PROCESS SYSTEMS
• 12.5 AUTOMATION APPLICATIONS
• 12.6 CONDENSATE STABILIZER CASE STUDY
• REFERENCES
• SUGGESTED READING
• CHAPTER 13: DYNAMIC SIMULATION OF GAS PROCESSING PLANTS
• 13.1 INTRODUCTION
• 13.2 AREAS OF APPLICATION OF DYNAMIC SIMULATION
• 13.3 MODELING CONSIDERATIONS
• 13.4 CONTROL OF EQUIPMENT AND PROCESS SYSTEMS
• 13.5 CASE STUDY I: ANALYSIS OF A FUEL GAS SYSTEM START-UP
• 13.6 CASE STUDY II: ONLINE DYNAMIC MODEL OF A TRUNK PIPELINE
• REFERENCES
• SUGGESTED READING
• CHAPTER 14: ENVIRONMENTAL ASPECTS OF GAS PROCESSING AND USE
• 14.1 INTRODUCTION
• 14.2 ENVIRONMENTAL IMPACTS OF NATURAL GAS PROCESSING
• 14.3 EMISSIONS FROM NATURAL GAS USE
• 14.4 PROTOCOLS AND ENVIRONMENTAL PROGRAMS
• 14.5 ENVIRONMENTAL MANAGEMENT SYSTEM
• REFERENCES
• CHAPTER 15: MAXIMIZING PROFITABILITY OF GAS PLANT ASSETS
• 15.1 INTRODUCTION
• 15.2 THE PERFORMANCE STRATEGY: INTEGRATED GAS PLANT
• 15.3 STRATEGIES FOR ORGANIZATIONAL BEHAVIOR AND INFORMATION
• 15.4 ORGANIZATIONAL BEHAVIOR MODEL
• 15.5 THE SUCCESSFUL INFORMATION STRATEGY
• 15.6 THE IMPACT OF LIVING WITH INFORMATION TECHNOLOGY
• 15.7 VISION OF THE MODERN PLANT OPERATION
• 15.8 OPERATIONS STRATEGY
• 15.9 MODEL BASED ASSET MANAGEMENT
• 15.10 OPTIMIZATION
• 15.11 INDUSTRIAL RELEVANCE
• 15.12 THE TECHNOLOGY INTEGRATION CHALLENGE
• 15.13 SCIENTIFIC APPROACH
• 15.14 OTHER MISCELLANEOUS INITIATIVES
• 15.15 CONCLUSION
• REFERENCES
• SUGGESTED READING
• CHAPTER 16: GAS PLANT PROJECT MANAGEMENT
• 16.1 INTRODUCTION
• 16.2 PROJECT MANAGEMENT OVERVIEW
• 16.3 INDUSTRY PERSPECTIVE
• 16.4 THE PROJECT MANAGEMENT PROCESS
• 16.5 PROJECT CONTROLS
• 16.6 QUALITY ASSURANCE
• 16.7 COMMISSIONING AND START-UP
• 16.8 OPERATE AND EVALUATE
• 16.9 PROJECT CLOSEOUT
• 16.10 CONCLUSION
• REFERENCES
• SUGGESTED READING
• THREE-PHASE FLASH CALCULATION FOR HYDROCARBON SYSTEMS CONTAINING WATER
• CONVERSION FACTORS
• PHYSICAL PROPERTIES OF FLUIDS

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Natural Gas,Transmission,Processing,Saeid Mokhatab,William Poe,James Speight