本书结合国内外各油田的实际开发特点，特别是综合考虑国内外近年来复杂油藏开发难点，充分考虑复杂地质条件油气工程技术发展的迫切需求，以及新时期对油田化学品实用、安全、有效、环保的要求，从油气钻井、开采、集输等过程中所涉及的油田化学的基础理论和技术问题着手，系统且深入地进行阐述，重点围绕油田化学领域中的三次采油理论与技术的新进展、钻井液完井液开发技术、油水井处理剂，以及非常规油气（低渗、高温高盐、稠油油藏、页岩气、煤层气等）开采中油田化学工程面临的问题，介绍生产过程中存在问题的化学本质和解决这些问题的优质高效的油田化学品及其作用机理，特别是油田化学领域的先进创新的技术，以更高的视角对油田化学领域的科研成果和技术优势进行总结和提炼，突出体现基础性、系统性、先进性、创新性和前瞻性。

 PartⅠ  Drilling Chemistry

 Chapter1  Clay Minerals  

1.1 Basic Structureof Clay Minerals

1.2 Clay Minerals

1.3 Propertiesof Clay Minerals

References

  Chapter2  Driling Fluid Chemistry  

2.1 Functionsand Compositionsofthe Driling Fluid

2.2 The Densityof Driling Fluidand Its Adjustment

2.3 The Acid- Base Propertyof Driling Fluidand Its Control

2.4 The Filtration Propertyof Driling Fluidand Its Control

2.5 The Rheological Propertyof Driling Fluidand Its Adjustment

2.6 The Solid Phaseand Its Content Controlin Driling Fluid

2.7 The Lubricityof Driling Fluidand Its Improvement

2.8 The Borehole Wal Stabilityand Its Control

2.9 The Stickingand Stuck- Freingof Driling Tool

2.10 The Leakageof Driling Fluidandthe Pluggingof Adsorbent Formation

2.11 Driling Fluid System

2.11.3 Gas Driling Fluid

References

 Chapter3  Cement Slury Chemistry  

3.1 Functionand Compositionof Cement Slury

3.2 The Densityof Cement Sluryand Its Adjustment

3.3 The Thickeningof Cement Sluryandthe Adjustmentof Thickening Time

3.4 The Rheological Propertyof Cement Sluryand Its Adjustment

3.5 The Filtration Propertyof Cement Sluryand Its Control

3.6 Gas Channelingand Its Control

3.7 The Leakageof Cement Sluryand Its Treatment

3.8 Cement Slury System

References

 Part Ⅱ  Oil Production Chemistry

  Chapter4  Chemical Floodingand Miscible Flooding  

4.1 Polymer Flooding

4.2 Surfactant Flooding

4.3 Alkaline Flooding

4.4 Combination Flooding

4.5 Miscible Flooding

References

  Chapter5  Profile Controland Water Shutof  

5.1 Profile Controlin Water Injection Wel

5.2 Water Shutofin Oil Wel

References

  Chapter6  Viscosity Reductionof Heavy Oil  

6.1 Heavy Oil

6.2 Viscosity Reductionof Heavy Oilby Thermal Method

6.3 Viscosity Reductionof Heavy Oilby Dilution

6.4 Viscosity Reductionof Heavy Oilby Emulsification

6.5 Viscosity Reductionof Heavy Oilby Oxidation

6.6 Viscosity Reductionof Heavy Oilby Hydrothermal Catalytic Pyrolysis

References

  Chapter7  Acidsand Additives Usedin Acidizing  

7.1 Acids Usedin Acidizing

7.2 Additives Usedin Acidizing

References

  Chapter8  Fracturing Fluidsand Fracturing Fluid Additives  

8.1 Fracturing Fluids

8.2 Fracturing Additives

References

  Chapter9  Sand Controlin Oiland Water Wels  

9.1 Sand Controlby Chemical Bridging

9.2 Sand Controlby Chemical Cementing

9.3 Sand Controlby Artificial Borehole Wal

9.4 Sand Controlby Scren Pipe

9.5 Sand Controlby Wire Wrapped Scren Pipewith Gravel Packing

References

  Chapter10  Wax Controland Removalin Oil Wel

10.1 Wax Controlin Oil Wel

10.2 Wax Removalin Oil Wel

References

 PartⅢ  Gatheringand Transportation Chemistry

  Chapter11  Corosionand Anti-corosionof Buried Pipeline  

11.1 Corosionofthe Buried Pipeline

11.2 Anti-corosionofthe Buried Pipeline

References

  Chapter12  Demulsificationofthe Emulsified Crude Oiland Defoamingofthe  Foaming Crude Oil  

12.1 Demulsificationofthe Emulsified Crude Oil

12.2 Defoamingofthe Foaming Crude Oil

References

  Chapter13  Pour Point Depresion Transportationand Drag Reduction Transportationof  Crude Oil

13.1 Pour Point Depresion Transportationof Crude Oil

13.2 Drag Reduction Transportationof Crude Oil

References

  Chapter14  Natural Gas Treatment  

14.1 Dehydrationof Natural Gas

14.2 Deacidificationof Natural Gas

14.3 Inhibitionofthe Generationof Natural Gas Hydrate

References

  Chapter15  Oilfield Wastewater Treatment  

15.1 Oil Removalofthe Wastewater

15.2 Oxygen Removalofthe Wastewater

15.3 Floculationof Suspended Solidsin Wastewater

15.4 Scale Inhibitionof Wastewater

15.5 Corosion Inhibitionof Wastewater

15.6 Sterilizationof Wastewater

References