| Description |
1 online resource |
| Contents |
880-01 1.6. Pressure Gradient (psi/ft.), G (ppg) [USCS/British]1.7. Pressure Gradient G (SG) [SI-Metric] -- 1.8. Mud Pump Output q (bbl/stk) and Q (gpm) [USCS/British] -- 1.8.1. Triplex Pump -- 1.8.2. Duplex Pump -- 1.9. Hydraulic Horsepower -- 1.10. Estimated Weight of Drill Collars in Air -- 1.11. Open Hole and Tubular Capacity and Displacement Formulas -- 1.11.1. Capacity of Open Hole or Tubulars -- 1.11.2. Displacement of Tubulars -- 1.11.3. Annular Capacity Between Casing or Hole and Drill Pipe, Tubing, or Casing |
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880-01/(S Front Cover -- Formulas and Calculations for Drilling, Production, and Workover: All the Formulas You Need to Solve Drilling and Production Problems -- Copyright -- Contents -- Preface -- Chapter 1: Basic Equations -- 1.1. Terminology -- 1.2. Mud Weight MW (lb/ft.3), Mud Weight MW (ppg), and Specific Gravity (SG) [USCS/British] -- 1.3. Density ρ (kg/m3 or kg/liter), Mud Weight MW (N/m3 or N/liter), and Specific Gravity (SG) [SI-Metric] -- 1.4. Hydrostatic Pressure (P) and (p) [USCS/British] -- 1.5. Hydrostatic Pressure (P) and (p) [SI-Metric] |
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1.11.4. Annular Capacity Between Casing and Multiple Strings of Tubing1.12. Amount of Cuttings Drilled per Foot of Hole Drilled -- 1.13. Annular Velocity (AV) -- 1.13.1. Metric Calculations (m/min) and (m/s) -- 1.13.2. SI Unit Calculations -- 1.14. Pump Output Required in GPM for a Desired Annular Velocity, ft./min -- 1.15. Pump Pressure/Pump Stroke Relationship (the Roughnecks Formula) -- 1.15.1. Metric Calculation -- 1.15.2. SI Unit Calculation -- 1.16. Buoyancy Factor (BF) -- 1.17. Formation Temperature (Tf) -- 1.18. Temperature Conversion Formulas |
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Chapter 2: Rig Calculations2.1. Accumulator Capacity -- 2.1.1. Useable Volume per Bottle -- 2.1.2. Surface Application -- 2.1.3. English Units -- 2.1.4. Deepwater Applications -- 2.1.5. Accumulator Precharge Pressure -- 2.2. Slug Calculations -- 2.2.1. Barrels of Slug Required for a Desired Length of Dry Pipe -- 2.2.2. Weight of Slug Required for a Desired Length of Dry Pipe with a Set Volume of Slug -- 2.2.3. Volume, Height, and Pressure Gained Because of Placement of Slug in Drill Pipe -- 2.2.4. English Units Calculation -- 2.2.5. SI Calculation |
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2.3. Bulk Density of Cutting Using the Mud Balance2.4. Drill String Design -- 2.4.1. Estimated Weight of Drill Collars in Air -- 2.4.2. Tensile Strength of Tubulars in lb (Ref.: API Spec 5D & 7) -- 2.4.3. Calculate the Reduced Tensile Yield Strength in lb -- 2.4.4. Calculate the Adjusted Weight of the Drill Pipe and Tool Joints in lb/ft -- 2.4.5. Calculate the Length of BHA Necessary for a Desired Weight on the Bit -- 2.4.6. Calculate the Maximum Length of Premium Drill Pipe That Can Be Run into the Hole with a Specific BHA Assemble Base .. |
| Bibliography |
Includes bibliographical references and index |
| Notes |
Online resource; title from PDF title page (EBSCO, viewed November 5, 2015) |
| Subject |
Oil wells -- Management -- Mathematics
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Oil wells -- Management -- Handbooks, manuals, etc
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Mining engineering.
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Catalytic cracking.
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TECHNOLOGY & ENGINEERING -- Mining.
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Catalytic cracking
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Mining engineering
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Oil wells -- Management
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| Genre/Form |
handbooks.
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manuals (instructional materials)
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Handbooks and manuals
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Handbooks and manuals.
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Guides et manuels.
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| Form |
Electronic book
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| Author |
Carter, Tom, 1943- author.
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Lapeyrouse, Norton J., author
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Lapeyrouse, Norton J.
Formulas and calculations for drilling, production, and workover
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Carter, Thomas
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Lapeyrouse, Norton J
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| ISBN |
9780128034309 |
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0128034300 |
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0080506763 |
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9780080506760 |
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