Part I: SCALE FORMATION AND PREDICTION 1. Introduction 2. Scale Formation Mechanism 3. Scale Deposit Analysis 4. Scale Prediction: Principle and Application 5. Scale Modeling for Gas Wells 6. Scale Risk Assessment 7. Reservoir Geochemical Reactions during Waterflooding Part II - SCALE INHIBITOR BASICS, EVALUATION AND PERFORMANCE 8.

Scale Inhibitor Basics: Chemistry and Formulation 9. Scale Inhibitor Performance: Laboratory Evaluation 10. Key Factors Affecting Scale Inhibitor Performance 11. Scale Inhibitor Qualification for Continuous Injections 12. Scale Inhibitor Selection for Squeeze Treatment 13. Modeling Scale Inhibitor and Rock Interactions 14. Key Factors Affecting Inhibitor and Rock Interactions Part III - SCALE INHIBITOR APPLICATION 15. Continuous Injection 16.

Encapsulated Scale Inhibitors 17. Solid-State Inhibitors for Fracturing Stimulation 18. Squeeze Treatment: Theory, Design and Optimization 19. Squeeze Treatment for Fractured Wells and Heterogeneous Reservoirs 20. Technologies for Squeeze Life Enhancement Part IV - SCALE TYPES AND TREATMENT 21. Calcium Carbonate 22. Barium Sulfate 23. Calcium Sulfate 24.

Iron Sulfides 25. Zinc and Lead Sulfides 26. Halite 27. Iron Carbonate 28. Silica and Silicate 29. Lead Deposit Part V - SCALE MONITORING AND INHIBITOR ANALYSIS 30. Scale Monitoring Techniques 31. Scale Inhibitor Analysis Part VI - Non-Chemical and Emerging Technologies 32.

Mechanical Descaling Methods 33. Membrane Desulfation Technology 34. Scale Prevention by Surface Modification 35. Nanoparticles for Squeeze Treatment Part VII - CASE HISTORIES 36. Scale Management for Surface Facilities (Flowlines) 37. Downhole Scale Management 38. Scale Prevention in EOR Processes 39. Scale Control in MEG Regeneration Systems 40.

Scale Management in Unconventional Productions 41. Radioactive Scale Management 42. Determination of Injection Water Breakthrough.