Exercises in Drilling Fluid Engineering
Publisher: Bookboon.com
Published: 2013
ISBN-13: 9788740307498
Table of contents: title: Content; title: 1. Fluid Properties; title: 1.1. Filtration control; title: 1.2. Filtration control; title: 1.3. Density control; title: 1.4. Density control; title: 1.5. Rheology control; title: 1.6. Rheology control; title: 1.7. Flocculation; title: 1.8. Mud contamination; title: 1.9. Flocculation; title: 1.10. Fluid additives; title: 1.11. Fluid additives; title: 2. Rheological models; title: 2.1. Bingham/ Power law; title: 2.2. Bingham/Power-law; title: 2.3. Bingham / Power-law. Regression; title: 2.4. Effective viscosity; title: 2.5. All models; title: 2.6. All models. Regression; title: 2.7. All models; title: 3. Drilling fluid dynamics; title: 3.1. Velocity profile. Continuity equation; title: 3.2. Velocity profile. Momentum flux; title: 3.3. Velocity profile; title: 3.4. Pressure loss vs. rheology; title: 3.5. Pressure loss vs. rheology; title: 3.6. Pressure loss. Power-law; title: 3.7. Pressure loss. Turbulent. Energy equation; title: 3.8. Pressure loss vs. flow rate; title: 3.9. Pressure loss. Field data; title: 3.10. Pressure loss. Effect of rotation; title: 3.11. Pressure loss. Bit nozzles. OFU; title: 3.12. Swab pressure. Cling factor; title: 4. Hydraulic program; title: 4.1. Mud pump issues; title: 4.2. Optimal nozzles? Section wise; title: 4.3. Liner selection. Section wise; title: 4.4. Hydraulic program. Section wise; title: 4.5. Optimal parameters for BHHP. OFU. Section wise; title: 4.6. Liner selection. Complete well; title: 4.7. Liner selection. Complete well; title: 5. Well challenges; title: 5.1. Cuttings concentration; title: 5.2. Cuttings concentration; title: 5.3. ECD. Barite; title: 5.4. ECD. Fluid and flow; title: 5.5. Water activity; title: 5.6. Shale stability; title: 5.7. Wellbore problem; title: 6. Supportive Information; title: 6.1. Pump (National 12-P-160) and hydraulic program data; title: 6.2. Pressure loss equations; title: 6.3. Conversion factors and formulas; title: 7. Solutions To Exercises In Drilling Fluid Engineering; title: 8. Fluid Properties – Solutions; title: 8.1. Filtration control; title: 8.2. Filtration control; title: 8.3. Density control; title: 8.4. Density control; title: 8.5. Rheology control; title: 8.6. Rheology control; title: 8.7. Flocculation; title: 8.8. Mud contamination; title: 8.9. Flocculation; title: 8.10. Fluid additives; title: 8.11. Fluid additives; title: 9. Rheological models – Solutions; title: 9.1. Bingham / Power-law; title: 9.2. Bingham / Power-law; title: 9.3. Bingham / Power-law. Regression; title: 9.4. Effective viscosity; title: 9.5. All models; title: 9.6. All models. Regression; title: 9.7. All models; title: 10. Drilling fluid dynamics – Solutions; title: 10.1. Velocity profile. Continuity equation; title: 10.2. Velocity profile. Momentum flux; title: 10.3. Flow profile; title: 10.4. Pressure loss vs. rheology; title: 10.5. Pressure loss vs. Rheology; title: 10.6. Pressure loss. Power law; title: 10.7. Pressure loss. Turbulent flow. Energy equation; title: 10.8. Pressure loss vs. flow rate; title: 10.9. Pressure loss. Field data; title: 10.10. Pressure loss. Effects of rotation; title: 10.11. Pressure loss. Bit nozzle. OFU; title: 10.12. Swab pressure. Cling factor; title: 11. Hydraulic program – Solutions; title: 11.1. Mud pump issues; title: 11.2. Nozzle selection. Section wise; title: 11.3. Liner selection. Section wise; title: 11.4. Hydraulic program. Section wise; title: 11.5. Optimal parameters with BHHP. OFU. Section wise; title: 11.6. Liner selection. Complete well; title: 11.7. Liner selection. Complete well; title: 12. Wellbore challenges – Solutions; title: 12.1. Cuttings concentration; title: 12.2. Cuttings; title: 12.3. ECD. Barite; title: 12.4. ECD. Fluid and flow; title: 12.5. Water activity; title: 12.6. Shale stability; title: 12.7. Wellbore problems