05946cam a2200529Ii 4500 ocn893632444 OCoLC 20190328114809.0 m o d cr cnu|||unuuu 141016s2014 ne a ob 001 0 eng d UKMGB eng rda pn UKMGB OCLCO OCLCF N$T OPELS N$T EBLCP DEBSZ IDEBK KNOVL YDXCP UIU ZCU UPM UAB OCLCQ CEF STF RRP OTZ LVT U3W SNK 016899342 Uk 911246891 920850472 9780444626387 (electronic bk.) 0444626387 (electronic bk.) 9780444626370 (hbk.) 0444626379 (hbk.) (OCoLC)893632444 (OCoLC)911246891 (OCoLC)920850472 TN871 TEC 026000 bisacsh 622.3382 23 Oyeneyin, Babs, author. Integrated sand management for effective hydrocarbon flow assurance / [electronic resource] Babs Oyeneyin. 1st ed. Amsterdam : Elsevier, 2014. 1 online resource : color illustrations. text txt rdacontent computer c rdamedia online resource cr rdacarrier Developments in petroleum science ; 62 CIP data; resource not viewed. Includes bibliographical references and index. This Handbook provides solutions to the fundamental issues associated with wells and reservoirs experiencing sanding problems, especially in deepwater environments. Sand Management is a massive challenge for the petroleum industry as it extends its exploration activities to new frontiers. Challenging ultra deepwater, High Pressure-High Temperature (HP-HT) and Arctic environments require engineers to drill more complex wells and manage more complex reservoirs, the majority of which are prone to massive sand production. Covering such fundamentals as how to maximize individual wells and field development performance, as well as how to minimize operational cost, non-productive time and guarantee flow assurance across the entire composite production system from reservoirs through the wellbore to the topside and flow lines, this handbook explains that the biggest challenge facing operators is the shortage of sand management personnel and helps companies realize the value of their assets. Front Cover; Integrated Sand Management For Effective Hydrocarbon Flow Assurance; Copyright; Dedication; Contents; Series Editor's Preface; Preface; Acknowledgements; Chapter 1: Introduction to Deepwater Field Development Strategies; 1.1. Introduction to Global Energy and Hydrocarbon Development; 1.2. Examples of Deepwater Developments of the World; 1.3. Introduction to Deepwater Business Drivers; 1.3.1. Deepwater Field Development Challenges; 1.3.2. Deepwater Operational Challenges; 1.3.3. Technical Challenges2-6; 1.3.4. Sand Management Challenges; 1.4. What is Integrated Sand Management? Chapter 2: Introduction to the Hydrocarbon Composite Production System2.1. Definition of Petroleum; 2.1.1. Natural Gas; 2.1.2. Crude Oil; 2.1.3. Condensates; 2.2. Composite Production System; 2.3. Composite Production System Profile; 2.3.1. Production System Pressure Profile; 2.4. Reservoir Rock and Reservoir Fluid Properties; 2.4.1. Pressure and Temperature Regimes; 2.4.2. Reservoir Sands; 2.4.3. Rock Properties; 2.4.3.1. Rock Flow Properties; A. Porosity; A.1. Types of porosity; A.2. Porosity Measurement; B. Permeability; 1. Effective Permeability; 2. Directional Permeability. 3. Relative PermeabilityAbsolute Permeability Measurement; Application; Permeabilities in Layers; C. Compressibility; Matrix Compressibility; Total Reservoir Compressibility; D. Wettability (Fig. 2.8); E. Capillary Pressure; Importance of Capillary Pressure to Sand Production/Management; F. Textural Properties; 2.4.3.2. Elastic or Geomechanical Properties; Relevance; 1. Poisson Ratio; 2.4.3.3. Electrical Properties; Application; Measurement; Conductivity; Resistivity; 2.5. Reservoir Fluid Properties; 2.5.1. Typical Hydrocarbon Colours; 2.6. Fundamentals of Reservoir Fluid Flow. 2.6.1. Linear Flow Model (Figure 2.13)Application Options; 2.6.2. Linear Flow Through Combined Layers; 2.6.2.1. Flow in Series (Figure 2.14); Application Options; 2.6.2.2. Flow in Parallel (Figure. 2.15); 2.6.3. Radial Flow Model (Figure 2.16); 2.6.3.1. Radial Flow in Series (Figure 2.17); Application Options; 2.6.3.2. Radial Flow in Parallel (Figure 2.18); Application Options; 2.6.4. Compressible Fluid Flow; 2.6.5. Drainage and Imbibition Processes; 2.7. Productivity Awareness; 2.7.1. Reservoir Production Concepts; 2.7.2. Reservoir Depletion Response; 2.7.3. Reservoir Flow Dynamics. 1. Unsteady-state Flow2. Steady-state Flow; 3. Semi-Steady State Flow; Application Option; 'Steady' Flow Region; 2.7.4. Volume-Averaged Pressure; 2.7.5. Evaluation of Well Performance; 2.7.5.1. Well Inflow Performance; 2.7.5.2. Productivity Index; 2.8. Productivity in Horizontal Wells; 2.9. Nodal Analysis; 2.9.1. Establishment of IPR Curve (Figure 2.21); 2.9.2. Tubing Performance Correlation; 2.9.3. Frictional Pressure Drop; 2.10. Flow Assurance Management; 2.10.1. Scale Management; 2.10.1.1. Formation and Prediction of Mineral Scales; 1. Calcium Carbonate: Formation and Prediction. Oil wells Sand control. TECHNOLOGY & ENGINEERING Mining. bisacsh Oil wells Sand control. fast (OCoLC)fst01044953 Electronic books. Print version: Oyeneyin, Babs. Integrated Sand Management For Effective Hydrocarbon Flow Assurance. Burlington : Elsevier Science, �2015 9780444626370 Developments in petroleum science ; 62. ScienceDirect http://www.sciencedirect.com/science/book/9780444626370 246971 246971