Cover image for Composition and Properties of Drilling and Completion Fluids.
Composition and Properties of Drilling and Completion Fluids.
Title:
Composition and Properties of Drilling and Completion Fluids.
Author:
Caenn, Ryen.
ISBN:
9780123838599
Personal Author:
Edition:
6th ed.
Physical Description:
1 online resource (721 pages)
Contents:
Front Cover -- Composition and Properties of Drilling and Completion Fluids -- Copyright -- Dedication -- Table of Contents -- Preface -- Chapter 1. Introduction to Drilling Fluids -- Functions of Drilling Fluids -- Composition of Drilling Fluids -- Properties of Drilling Fluids -- Drilling Fluid Selection -- Mud Handling Equipment -- Optimization -- References -- Chapter 2. The Development of Drilling Fluids Technology -- Water-Based Drilling Fluids Technology -- Oil-Based Drilling Fluids Technology -- Gas-Based Drilling Fluids Technology -- References -- Chapter 3. Equipment and Procedures for Evaluating Drilling Fluid Performance -- Sample Preparation -- Properties Measured -- Multifunctional Circulating Systems -- Aging at High Temperature -- Particle Size Determination -- Identification of Mineral Constituents -- Determination of Gas, Oil, and Solids Content -- Electrical Properties -- Materials for Regaining Lost Circulation -- Maintenance of Hole Stability -- Lubricity -- Factors Affecting Differential-Pressure Sticking of Drill Pipe -- Corrosion Tests -- Flocculants -- Foams and Foaming Agents -- Aniline Point -- Chemical Analysis -- Evaluation of Drilling Fluid Materials -- References -- Chapter 4. Clay Mineralogy and the Colloid Chemistry of Drilling Fluids -- Characteristics of Colloidal Systems -- Clay Mineralogy -- Origin and Occurrence of Clay Minerals -- Ion Exchange -- Clay Swelling Mechanisms -- The Electrostatic Double Layer -- Particle Association -- The Mechanism of Gelation -- Polymers -- References -- Chapter 5. The Rheology of Drilling Fluids -- Laminar Flow Regime -- Turbulent Flow Regime -- Influence of Temperature and Pressure on the Rheology of Drilling Fluids -- Application of Flow Equations to Conditions in the Drilling Well -- Rheological Properties Required for Optimum Performance -- The Importance of Hole Stability.

Notation -- References -- Chapter 6. The Filtration Properties of Drilling Fluids -- Static Filtration -- The Filter Cake -- Dynamic Filtration -- Filtration in the Borehole -- Notation -- References -- Chapter 7. The Surface Chemistry of Drilling Fluids -- Surface Tension -- Wettability -- Surface Free Energy -- Adhesion -- Surfactants -- Emulsions -- Oil-Wetting Agents -- Foams -- Defoamers -- The Effect of Electrochemical Environment on Rock Failure -- Notation -- References -- Chapter 8. Hole Stability -- The Mechanics of Borehole Stability -- Hole Instability Caused by Interaction between the Drilling Fluid and Shale Formations -- Notation -- References -- Chapter 9. Drilling Problems Related to Drilling Fluids -- Drill String Torque and Drag -- Differential Sticking of the Drill String -- Slow Drilling Rate -- Loss of Circulation -- High Temperatures -- Corrosion of Drill Pipe -- Notation -- References -- Chapter 10. Completion, Reservoir Drilling, Workover, and Packer Fluids -- Expense versus Value -- The Skin Effect -- Prevention of Formation Damage -- Selection of Completion and Workover Fluids -- Tests for Potential Formation Damage by Completion Fluids -- Packer Fluids and Casing Packs -- Reservoir Drilling Fluids -- Formate Brines -- References -- Chapter 11. Drilling Fluid Components -- Types of Drilling Fluids -- Water-Based Muds -- Oil-Based Drilling Fluids -- Inverted Emulsion Drilling Muds -- Foam Drilling Fluids -- Chemically Enhanced Drilling Fluids -- Gas-Based Muds -- Summary of Additives -- Weighting Agents -- Barite -- Ilmenite -- Calcium Carbonate -- Zinc Oxide -- Zirconium Oxide -- Manganese Tetroxide -- Hollow Glass Microspheres -- Lubricants -- Molybdenum Disulfide -- Polarized Graphite -- Ellipsoidal Glass Granules -- Paraffins -- Olefins -- Synthetic Greases -- Phospholipids -- Alcohols -- Ethers and Esters -- Starch.

Thickeners -- Polymers -- Mixed Metal Hydroxides -- Lost Circulation Additives -- Water Swellable Polymers -- Anionic Association Polymer -- Fragile Gels -- Permanent Grouting -- Clay and Shale Stabilizers -- Salts -- Saccharide Derivatives -- Sulfonated Asphalt -- Grafted Copolymers -- Poly(oxyalkylene amine)s -- Anionic Polymers -- Shale Encapsulator -- Membrane Formation -- Formation Damage Prevention -- Surfactants -- Emulsifiers -- Invert Emulsions -- Aphrons -- Low-Fluorescent Emulsifiers -- Bacteria Control -- Corrosion Inhibitors -- Oxygen Scavenger -- Hydrogen Sulfide Removal -- Special Additives for Water-Based Drilling Muds -- Special Additives for Oil-Based Drilling Muds -- Special Additives for Inverted Emulsion Drilling Muds -- References -- Chapter 12. Drilling and Drilling Fluids Waste Management -- Drilling Wastes -- Minimizing Waste Problems -- Waste Disposal Options -- Slurry Fracture Injection -- Offshore Waste Disposal for NADFs -- Offshore Discharge -- Onshore Disposal -- Evaluation of Fate and Effects of Drill Cuttings Discharge -- Benthic Impacts and Recovery -- Biodegradation and Organic Enrichment -- Chemical Toxicity and Bioaccumulation -- Recovery -- Laboratory Studies -- Characterization of NADF Biodegradability -- OGP Document Conclusions -- Waste Reduction and Recycling -- Prototype Small Footprint Drilling Rig -- Disappearing Roads -- NOx Air Emissions Studies -- Drilling Waste Management Website -- New Product R&D -- References -- U.S. Waste Regulation Bibliography -- Appendix A: Conversion Factors -- Appendix B: Abbreviations Used in References -- Author Index -- Subject Index.
Abstract:
The petroleum industry in general has been dominated by engineers and production specialists. The upstream segment of the industry is dominated by drilling/completion engineers. Usually, neither of those disciplines have a great deal of training in the chemistry aspects of drilling and completing a well prior to its going on production. The chemistry of drilling fluids and completion fluids have a profound effect on the success of a well. For example, historically the drilling fluid costs to drill a well have averaged around 7% of the overall cost of the well, before completion. The successful delivery of up to 100% of that wellbore, in many cases may be attributable to the fluid used. Considered the "bible" of the industry, Composition and Properties of Drilling and Completion Fluids, first written by Walter Rogers in 1948, and updated on a regular basis thereafter, is a key tool to achieving successful delivery of the wellbore. In its Sixth Edition, Composition and Properties of Drilling and Completion Fluids has been updated and revised to incorporate new information on technology, economic, and political issues that have impacted the use of fluids to drill and complete oil and gas wells. With updated content on Completion Fluids and Reservoir Drilling Fluids, Health, Safety & Environment, Drilling Fluid Systems and Products, new fluid systems and additives from both chemical and engineering perspectives, Wellbore Stability, adding the new R&D on water-based muds, and with increased content on Equipment and Procedures for Evaluating Drilling Fluid Performance in light of the advent of digital technology and better manufacturing techniques, Composition and Properties of Drilling and Completion Fluids has been thoroughly updated to meet the drilling and completion engineer's needs. Explains a myriad of new products and fluid systems Cover the

newest API/SI standards New R&D on water-based muds New emphases on Health, Safety & Environment New Chapter on waste management and disposal.
Local Note:
Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2017. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.
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