Description

Book Synopsis
Methods for more planet-friendly process engineering

Our earth is just one big, complex Process Facility with limited air, water, and mineral resources. It responds to a number of process variablesamong them, humanity and the environmental effects of our carbon consumption. What can professionals in the Hydrocarbon Process Industry do to retard environmental degradation? Rather than looking to exotic technology for solutions, Process Engineering for a Small Planet details ready-at-hand methods that the process engineer can employ to help combat the environmental crisis.

Drawing from the author''s professional experience working with petroleum refineries petroleum refineries, petrochemical plants, and natural gas wells, this handbook explains how to operate and retrofit process facilities to:

  • Reuse existing process equipment
  • Save energy
  • Reduce greenhouse gas emissions
  • Expand plant capacity without installing new equipment

  • Table of Contents

    Foreword xv

    Preface xvii

    Introduction: Turning of the Tide 1

    1. Expanding Fractionator and Compressor Capacity 3

    Reuse of Existing Fractionator

    Changing Tray Deck Panels

    Alternates to New Compressor

    Keeping Compressor Rotor Clean

    Calculating Liquid Injection Rates to Compressor

    2. Vacuum Tower Heater Expansion 17

    Entrainment Velocity Limitations

    Missing Tray Deck Manways

    Heater Draft Limitation

    Improving Ejector Performance

    Velocity Steam in Heater Passes

    3. Natural-Draft-Fired Heaters 27

    Control Excess Air

    O2 and Combustible Analyzers

    Improving Air–Fuel Mixing

    Convective Section Air Leaks

    Air Preheater Leaks

    Indirect Air Preheat

    4. Crude Pre-Flash Towers 37

    Pre-Flash Tower Flooding

    Energy Saving with Pre-Flash Towers

    Capacity Benefits

    Pre-Flash Tower External Reflux

    5. Amine Regeneration and Sulfur Recovery 47

    Amine Capacity Expansion

    Sulfur Plant Capacity Expansion

    Rich Amine Flash Drum Design

    Cascaded Seal Legs

    Sulfur Recovery from Sour Water Stripper Off-Gas

    Acid Gas of High CO2 Content

    Sulfur Plant Oxygen Enrichment

    6. Treating and Drying Hydrocarbons 59

    Jet Fuel Treating

    Salt Dryer Operation

    Water-Washing Sodium Naphthanates from Jet Fuel

    Pipe Distributor Design

    Treating Sour Naphtha

    Converting Mercaptans to Disulfides

    7. Minimizing Process Water Consumption 71

    Two-Stage Wastewater Stripper

    Steam Condensate Recovery

    Condensate Drum Balance Line Location

    Water Hammer

    Measuring Condensate Recovery

    Cooling Tower Cycles of Concentration

    8. Incremental Expansion Design Concept: Reprocessing Waste Lube Oil 79

    Reprocessing Waste Lube Oil

    Vacuum Tower Design

    Wash Oil Grid Coking

    Vapor Horn Design in Vacuum Towers

    Stripping Tray Efficiency

    Precondenser Fouling

    Pump NPSH Limit in Vacuum Service

    Exchanger Fouling in Waste Oil Service

    Transfer-Line Sonic Velocity

    9. Improving Fractionation Efficiency in Complex Fractionators 91

    Pre-Flash Tower Concept

    Intermediate Reflux

    Stripping Tray Efficiency

    Maximizing Diesel Recovery from Crude

    Picket Weirs

    Adjusting Pump-arounds

    Pressure Optimization

    10. Increasing Centrifugal Pump Capacity and Efficiency 103

    Hydraulic Limitations

    Worn Impeller-to-Case Clearances

    Impeller Wear Ring

    Upgrading Impeller Size

    Marginal Cavitation

    Viscosity Effects on Efficiency

    NPSH Limited Condition

    11. Eliminating Process Control Valves Using Variable-Speed Drivers 113

    Frequency Control of Motors

    Eliminating Control Valves on Pump Discharge

    Direct Speed Control of Steam Turbine

    Variable-Speed Compressors

    Spill-backs Waste Energy

    Calculating Incentive for Variable-Speed Drivers

    Floating Tower Pressure Control

    12. Expanding Refrigeration Capacity 123

    Centrifugal Compressor Head vs. Flow Curve

    Calculating Compression Work

    Horsepower vs. Suction Pressure Limited

    Effect of Increasing Suction Pressure

    Reducing Refrigerant Condenser Fouling

    Effect of Noncondensibles

    Condensate Backup in Condenser

    13. Oversizing Equipment Pitfalls 135

    Amine H2 S Scrubber

    Optimizing Number of Trays in Absorbers

    Consequences of Overdesign

    Use of Demister in Knockout Drum

    Low Demister Velocity Promotes Mist Entrainment

    14. Optimizing Use of Steam Pressure to Minimize Consumption of Energy 145

    Preserving the Potential of Steam to Do Work

    Power Recovery from Steam to a Reboiler

    Use of the Mollier Diagram

    Cogeneration Plants

    Extracting Work from Reboiler Steam Using

    Existing Equipment

    Understanding Thermodynamics of Flowing Steam

    Steam Turbine Efficiency Checklist

    15. Expanding Compressor Capacity and Efficiency 157

    Reciprocating Compressors

    Pulsation Dampener Plates

    Adjustable Head-End Unloaders

    Natural Gas Engines

    Axial Compressor

    Rotor Fouling of Axial Air Compressor

    Centrifugal Compressors

    Cleaning Centrifugal Compressor Rotor

    16. Vapor–Liquid Separator Entrainment Problems 171

    Effect of Foam on Indicated Liquid Levels

    Hydrogen-Heavy Gas Oil Separtors

    Foam Induced Carry-Over

    Enhancing De-Entrainment Rates

    Vapor Distribution Aids De-Entrainment

    17. Retrofitting Shell-and-Tube Heat Exchangers for Greater Efficiency 179

    Running Slops Without Fouling

    Floating Suction in Charge Tanks

    Exchanger Online Spalling

    Effect of Feed Interruptions

    Tube Velocity and Surface Roughness

    Shell-Side Seal Strips

    Cooling High-Viscosity Fluids

    Expanding Water Cooler Capacity

    Hydrocarbon Losses to Cooling Towers

    18. Reducing Sulfur and Hydrocarbon Emissions 189

    Sulfur Plant Waste Heat Boiler Modifications

    Hydrocarbon Leaks in Seawater Cooling Systems

    Incinerator Back-Fire in Sulfur Plant Main

    Reaction Furnace

    Loss of Draft Due to Air Leaks

    Global Emissions in Perspective

    19. Hydrocarbon Leaks to the Environment 201

    Measuring Leaks Through Valves

    Fixing Leaking Valves On-Stream

    Detecting Leaking Relief Valves

    On-Stream Repair of Leaking Relief Valves

    Measuring Flows in Flare Lines

    Leaks into Cooling Water

    Air Cooler Leaks

    Valve Stem Packing

    Leaking Pump Mechanical Seal and Improper Use of Seal Flush

    Fixing Weld Leaks On-Stream

    20. Composition-Induced Flooding in Packed Towers: FCU Fractionator Expansion 209

    Fluid Cracking Unit Fractionator Expansion

    Flooding of Slurry Oil P/A Sections

    FCU Fractionator Vapor Line Quench

    Multipump Piping Stress Analysis

    Perception vs. Reality in Process Design

    21. Maintenance for Longer Run Lengths 219

    Sulfuric Acid Regeneration

    Importance of Reactor Insulation

    On-Stream Piping Repairs

    Preserving Pump Mechanical Seals

    Concept of Avoiding Unit Shutdowns

    22. Instrument Malfunctions 229

    Control Valve Loss Due to Instrument Air Pressure Signal

    Stuck Flow Control Valve Stem

    Mislocated Liquid-Level Tap

    Reducing Load to Vacuum System by Correcting False Level Indication

    23. Summary Checklist for Reuse of Process Equipment 237

    Fired Heaters

    Heat Exchangers

    Fin-Fan Air Coolers

    Distillation Tower Trays

    Vapor–Liquid Separators

    Centrifugal Pumps

    Fixed-Bed Reactors

    Electric Motors

    Gas and Steam Turbines

    Reciprocating and Centrifugal Compressors

    Air Blowers

    Water–Hydrocarbon Separators

    Overcoming Utility System Limits

    24. Water–Hydrocarbon Separation: Corrosive Effects of Water 245

    Water–Oil Separators

    Corrosive Elements from Cracking Plants

    Water Traps in Strippers

    Current CO2 Levels

    Environmental Overview

    Appendix: Solar Power Potential 257

    Index 259

Process Engineering for a Small Planet

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    A Hardback by Norman P. Lieberman

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      View other formats and editions of Process Engineering for a Small Planet by Norman P. Lieberman

      Publisher: John Wiley & Sons Inc
      Publication Date: 03/09/2010
      ISBN13: 9780470587942, 978-0470587942
      ISBN10: 0470587946
      Also in:
      Chemistry

      Description

      Book Synopsis
      Methods for more planet-friendly process engineering

      Our earth is just one big, complex Process Facility with limited air, water, and mineral resources. It responds to a number of process variablesamong them, humanity and the environmental effects of our carbon consumption. What can professionals in the Hydrocarbon Process Industry do to retard environmental degradation? Rather than looking to exotic technology for solutions, Process Engineering for a Small Planet details ready-at-hand methods that the process engineer can employ to help combat the environmental crisis.

      Drawing from the author''s professional experience working with petroleum refineries petroleum refineries, petrochemical plants, and natural gas wells, this handbook explains how to operate and retrofit process facilities to:

      • Reuse existing process equipment
      • Save energy
      • Reduce greenhouse gas emissions
      • Expand plant capacity without installing new equipment

      • Table of Contents

        Foreword xv

        Preface xvii

        Introduction: Turning of the Tide 1

        1. Expanding Fractionator and Compressor Capacity 3

        Reuse of Existing Fractionator

        Changing Tray Deck Panels

        Alternates to New Compressor

        Keeping Compressor Rotor Clean

        Calculating Liquid Injection Rates to Compressor

        2. Vacuum Tower Heater Expansion 17

        Entrainment Velocity Limitations

        Missing Tray Deck Manways

        Heater Draft Limitation

        Improving Ejector Performance

        Velocity Steam in Heater Passes

        3. Natural-Draft-Fired Heaters 27

        Control Excess Air

        O2 and Combustible Analyzers

        Improving Air–Fuel Mixing

        Convective Section Air Leaks

        Air Preheater Leaks

        Indirect Air Preheat

        4. Crude Pre-Flash Towers 37

        Pre-Flash Tower Flooding

        Energy Saving with Pre-Flash Towers

        Capacity Benefits

        Pre-Flash Tower External Reflux

        5. Amine Regeneration and Sulfur Recovery 47

        Amine Capacity Expansion

        Sulfur Plant Capacity Expansion

        Rich Amine Flash Drum Design

        Cascaded Seal Legs

        Sulfur Recovery from Sour Water Stripper Off-Gas

        Acid Gas of High CO2 Content

        Sulfur Plant Oxygen Enrichment

        6. Treating and Drying Hydrocarbons 59

        Jet Fuel Treating

        Salt Dryer Operation

        Water-Washing Sodium Naphthanates from Jet Fuel

        Pipe Distributor Design

        Treating Sour Naphtha

        Converting Mercaptans to Disulfides

        7. Minimizing Process Water Consumption 71

        Two-Stage Wastewater Stripper

        Steam Condensate Recovery

        Condensate Drum Balance Line Location

        Water Hammer

        Measuring Condensate Recovery

        Cooling Tower Cycles of Concentration

        8. Incremental Expansion Design Concept: Reprocessing Waste Lube Oil 79

        Reprocessing Waste Lube Oil

        Vacuum Tower Design

        Wash Oil Grid Coking

        Vapor Horn Design in Vacuum Towers

        Stripping Tray Efficiency

        Precondenser Fouling

        Pump NPSH Limit in Vacuum Service

        Exchanger Fouling in Waste Oil Service

        Transfer-Line Sonic Velocity

        9. Improving Fractionation Efficiency in Complex Fractionators 91

        Pre-Flash Tower Concept

        Intermediate Reflux

        Stripping Tray Efficiency

        Maximizing Diesel Recovery from Crude

        Picket Weirs

        Adjusting Pump-arounds

        Pressure Optimization

        10. Increasing Centrifugal Pump Capacity and Efficiency 103

        Hydraulic Limitations

        Worn Impeller-to-Case Clearances

        Impeller Wear Ring

        Upgrading Impeller Size

        Marginal Cavitation

        Viscosity Effects on Efficiency

        NPSH Limited Condition

        11. Eliminating Process Control Valves Using Variable-Speed Drivers 113

        Frequency Control of Motors

        Eliminating Control Valves on Pump Discharge

        Direct Speed Control of Steam Turbine

        Variable-Speed Compressors

        Spill-backs Waste Energy

        Calculating Incentive for Variable-Speed Drivers

        Floating Tower Pressure Control

        12. Expanding Refrigeration Capacity 123

        Centrifugal Compressor Head vs. Flow Curve

        Calculating Compression Work

        Horsepower vs. Suction Pressure Limited

        Effect of Increasing Suction Pressure

        Reducing Refrigerant Condenser Fouling

        Effect of Noncondensibles

        Condensate Backup in Condenser

        13. Oversizing Equipment Pitfalls 135

        Amine H2 S Scrubber

        Optimizing Number of Trays in Absorbers

        Consequences of Overdesign

        Use of Demister in Knockout Drum

        Low Demister Velocity Promotes Mist Entrainment

        14. Optimizing Use of Steam Pressure to Minimize Consumption of Energy 145

        Preserving the Potential of Steam to Do Work

        Power Recovery from Steam to a Reboiler

        Use of the Mollier Diagram

        Cogeneration Plants

        Extracting Work from Reboiler Steam Using

        Existing Equipment

        Understanding Thermodynamics of Flowing Steam

        Steam Turbine Efficiency Checklist

        15. Expanding Compressor Capacity and Efficiency 157

        Reciprocating Compressors

        Pulsation Dampener Plates

        Adjustable Head-End Unloaders

        Natural Gas Engines

        Axial Compressor

        Rotor Fouling of Axial Air Compressor

        Centrifugal Compressors

        Cleaning Centrifugal Compressor Rotor

        16. Vapor–Liquid Separator Entrainment Problems 171

        Effect of Foam on Indicated Liquid Levels

        Hydrogen-Heavy Gas Oil Separtors

        Foam Induced Carry-Over

        Enhancing De-Entrainment Rates

        Vapor Distribution Aids De-Entrainment

        17. Retrofitting Shell-and-Tube Heat Exchangers for Greater Efficiency 179

        Running Slops Without Fouling

        Floating Suction in Charge Tanks

        Exchanger Online Spalling

        Effect of Feed Interruptions

        Tube Velocity and Surface Roughness

        Shell-Side Seal Strips

        Cooling High-Viscosity Fluids

        Expanding Water Cooler Capacity

        Hydrocarbon Losses to Cooling Towers

        18. Reducing Sulfur and Hydrocarbon Emissions 189

        Sulfur Plant Waste Heat Boiler Modifications

        Hydrocarbon Leaks in Seawater Cooling Systems

        Incinerator Back-Fire in Sulfur Plant Main

        Reaction Furnace

        Loss of Draft Due to Air Leaks

        Global Emissions in Perspective

        19. Hydrocarbon Leaks to the Environment 201

        Measuring Leaks Through Valves

        Fixing Leaking Valves On-Stream

        Detecting Leaking Relief Valves

        On-Stream Repair of Leaking Relief Valves

        Measuring Flows in Flare Lines

        Leaks into Cooling Water

        Air Cooler Leaks

        Valve Stem Packing

        Leaking Pump Mechanical Seal and Improper Use of Seal Flush

        Fixing Weld Leaks On-Stream

        20. Composition-Induced Flooding in Packed Towers: FCU Fractionator Expansion 209

        Fluid Cracking Unit Fractionator Expansion

        Flooding of Slurry Oil P/A Sections

        FCU Fractionator Vapor Line Quench

        Multipump Piping Stress Analysis

        Perception vs. Reality in Process Design

        21. Maintenance for Longer Run Lengths 219

        Sulfuric Acid Regeneration

        Importance of Reactor Insulation

        On-Stream Piping Repairs

        Preserving Pump Mechanical Seals

        Concept of Avoiding Unit Shutdowns

        22. Instrument Malfunctions 229

        Control Valve Loss Due to Instrument Air Pressure Signal

        Stuck Flow Control Valve Stem

        Mislocated Liquid-Level Tap

        Reducing Load to Vacuum System by Correcting False Level Indication

        23. Summary Checklist for Reuse of Process Equipment 237

        Fired Heaters

        Heat Exchangers

        Fin-Fan Air Coolers

        Distillation Tower Trays

        Vapor–Liquid Separators

        Centrifugal Pumps

        Fixed-Bed Reactors

        Electric Motors

        Gas and Steam Turbines

        Reciprocating and Centrifugal Compressors

        Air Blowers

        Water–Hydrocarbon Separators

        Overcoming Utility System Limits

        24. Water–Hydrocarbon Separation: Corrosive Effects of Water 245

        Water–Oil Separators

        Corrosive Elements from Cracking Plants

        Water Traps in Strippers

        Current CO2 Levels

        Environmental Overview

        Appendix: Solar Power Potential 257

        Index 259

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