(Ebook) Formulas and Calculations for Drilling Operations 1st Edition by James Speight ISBN 978-1119083627 1119083627

(Ebook) Formulas and Calculations for Drilling Operations 1st Edition by James Speight ISBN 978-1119083627 1119083627

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ISBN 10:  1119083627

ISBN 13: 978-1119083627

Author: James G. Speight

Newly revised, this is still the "must have" guide for any drilling, production, or petroleum engineer, with thousands of handy formulas and calculations that the engineer needs on a daily basis.

Presented in an easy-to-use format, this second edition of Formulas and Calculations for Drilling Operations is a quick reference for day-to-day work out on the rig. It also serves as a handy study guide for drilling and well control certification courses. Virtually all the mathematics required on a drilling rig is here in one convenient source, including formulas for pressure gradient, specific gravity, pump, output, annular velocity, buoyancy factor, and many other topics.

Whether open on your desk, on the hood of your truck at the well, or on an offshore platform, this is the only book available that covers the gamut of the formulas and calculations for petroleum engineers that have been compiled over decades. Some of these formulas and calculations have been used for decades, while others are meant to help guide the engineer through some of the more recent breakthroughs in the industry's technology, such as hydraulic fracturing and enhanced oil recovery.

There is no other source for these useful formulas and calculations that is this thorough. An instant classic when the first edition was published, the much-improved revision is even better, offering new information not available in the first edition, making it as up-to-date as possible in book form. Truly a state-of-the-art masterpiece for the oil and gas industry, if there is only one book you buy to help you do your job, this is it!

Table of contents: 

1. Standard Formulas and Calculations

1. Abrasion Index

2. Acid Number

3. Acidity and Alkalinity

4. Annular Velocity

5. Antoine Equation

6. API Gravity – Kilograms per Liter / Pounds per Gallon

7. Barrel – Conversion to other Units

8. Bernoulli’s Principle

9. Brine

10. Bubble Point and Bubble Point Pressure

11. Buoyancy, Buoyed Weight, and Buoyancy Factor

12. Capacity

13. Hole (Pipe, Tubing) Capacity

14. Annular Capacity

15. Annular Volume

16. Capillary Number

17. Capillary Pressure

18. Cementation Value

19. Composite Materials

20. Compressibility

21. Darcy’s Law

22. Dew Point Temperature and Pressure

23. Displacement

24. Effective Weight

25. Flow Through Permeable Media

26. Productivity Index

27. Steady-State Flow

28. Linear Flow

29. Spherical Flow

30. Flow Through Porous Media

31. Flow Velocity

32. Fluid Saturation

33. Formation Volume Factor – Gas

34. Formation Volume Factor – Oil

35. Friction

36. Coefficient of Friction

37. Types of Friction

38. Friction and Rotational Speed

39. Gas Deviation Factor

40. Gas Solubility

41. Gas-Oil Ratio

42. Geothermal Gradient

43. Hole Capacity

44. Horsepower

45. Hydrostatic Pressure

46. Isothermal Compressibility of Oil

47. Marx-Langenheim Model

48. Material Balance

49. Modulus of Elasticity

50. Oil and Gas Originally in Place

51. Oil Recovery Factor

52. Permeability

53. Poisson’s Ratio

54. Porosity

55. Pressure Differentials

56. Productivity Index

57. PVT Properties

58. Specific Gravity and Molecular Weight

59. Isothermal Compressibility

60. Undersaturated Oil Formation Volume Factor

61. Oil Density

62. Dead Oil Viscosity

63. Undersaturated Oil Viscosity

64. Gas/Oil Interfacial Tension

65. Water/Oil Interfacial Tension

66. Reserves Estimation

67. Reservoir Pressure

68. Resource Estimation

69. Reynold’s Number

70. Saturated Steam

71. Standard Oilfield Measurements

72. Twist

73. Ultimate Tensile Strength

74. Volume Flow Rate

75. Volumetric Factors

76. Yield Point

2. Rig Equipment
77. API Casing Grades
78. Block Efficiency Factor
79. Blocks and Drilling Line
80. Crown Block Capacity
81. Derrick Load
82. Energy Transfer
83. Engine Efficiency
84. Line Pull Efficiency Factor
85. Mud Pump
86. Volume of Fluid Displaced
87. Volumetric Efficiency
88. Pump Factor
89. Offshore Vessels
90. Terminology
91. Environmental Forces
92. Riser Angle
93. Rotary Power
94. Ton-Miles Calculations
95. Round-Trip Ton Miles Calculations
96. Drilling Ton-Miles Calculations
97. Coring Ton-Miles Calculations
98. Casing Ton-Miles Calculations

3. Well Path Design
99. Average Curvature – Average Dogleg Severity
100. Bending Angle
101. Borehole Curvature
102. General Formula
103. Borehole Radius of Curvature
104. Borehole Torsion
105. General Method
106. Cylindrical Helical Method
107. Horizontal Displacement
108. Magnetic Reference and Interference
109. Tool Face Angle
110. Tool Face Angle Change
111. Tortuosity
112. Absolute and Relative Tortuosity
113. Sine Wave Method
114. Helical Method
115. Random Inclination Azimuth Method
116. Random Inclination Dependent Azimuth Method
117. Types of Wellpath Designs
118. Vertical and Horizontal Curvatures
119. Wellbore Trajectory Uncertainty
120. Wellpath Length Calculations

4. Fluids
121. Acidity – Alkalinity
122. Base Fluid – Water-Oil Ratios
123. Common Weighting Materials
124. Diluting Mud
125. Drilling Fluid Composition
126. Equivalent Mud Weight
127. Fluid Loss
128. Marsh Funnel
129. Mud Rheology
130. Mud Weighting
131. Plastic Viscosity, Yield Point, and Zero-Sec Gel
132. Bingham Plastic Model
133. Shear Stress and Shear Rate
134. Power Law
135. Reynolds Number and Critical Velocity
136. Slip Velocity

5. Hydraulics
137. Basic Calculations
138. Critical Velocity
139. Pump Calculations
140. Bingham Plastic Model
141. Bit Hydraulics
142. Common Calculations
143. Optimization Calculations
144. Limitation – Available Pump Horsepower
145. Limitation – Surface Operating Pressure
146. Critical Transport Fluid Velocity
147. Equivalent Circulating Density
148. Equivalent Mud Weight
149. Gel Breaking Pressure
150. Hole Cleaning – Cuttings Transport

6. Tubular Mechanics
151. API Casing and Liners
152. API Drill Pipe Capacity and Displacement
153. Bending Stress Ratio
154. Buckling Force
155. Drag Force
156. Drill Collar Length
157. Fatigue Ratio
158. Length Change Calculations
159. Maximum Permissible Dogleg
160. Pipe Wall Thickness and Dimensions
161. Slip Crushing
162. Stress
163. Radial Stress
164. Tangential Stress
165. Longitudinal Stress
166. Stress Ratio
167. Tension
168. Torque

7. Drilling Tools
169. Backoff Calculations
170. Downhole Turbine
171. Jar Calculations
172. Force Calculations for Up Jars
173. Force Calculations for Down Jars
174. Overpull / Slack-off Calculations
175. Percussion Hammer
176. Positive Displacement Motor (PDM)
177. Rotor Nozzle Sizing
178. Stretch Calculations

8. Pore Pressure and Fracture Gradient
179. Formation Pressure
180. Hubert and Willis Correlation
181. Matthews and Kelly Correlation
182. Eaton’s Correlation
183. Christman’s Correlation
184. Leak-off Pressure

9. Well Control
185. Accumulators
186. Driller’s Method
187. Formulas Used in Kick and Kill Procedures
188. Hydrostatic Pressure Due to Gas Column
189. Kill Methods
190. Kill Mud Weight
191. Leak-off Pressure
192. Length and Density of the Kick
193. Length of the Kick
194. Density of the Kick
195. Type of Kick
196. Kick Classification
197. Kick Tolerance
198. Maximum Allowable Annular Surface Pressure
199. Riser Margin

10. Drilling Problems
200. Differential Sticking Force
201. Method 1
202. Method 2
203. Method 3
204. Hole Cleaning – Slip Velocity Calculations
205. Chien Correlation
206. Moore Correlation
207. Walker-Mays Correlation
208. Increased Equivalent Circulating Density (ECD) Due to Cuttings
209. Keyseating
210. Lost Circulation
211. Common Minerals and Metals Encountered During Drilling
212. Mud Weight Increase Due to Cuttings
213. Pressure Loss in the Drill String
214. Spotting Fluid Requirements

11. Cementing
215. API Classification of Cement
216. Cement: Physical Properties of Additives
217. Cement Plug
218. Cement Slurry Requirements
219. Contact Time
220. Gas Migration Potential
221. Hydrostatic Pressure Reduction
222. Portland Cement – Typical Components
223. Slurry Density
224. Yield of Cement

12. Well Cost
225. Drilling Cost
226. Expected Value
227. Future Value
228. Price Elasticity

13. Appendices
229. Glossary
230. Bibliography and Information Sources
231. About the Author
232. Index

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Tags: James Speight, Formulas and Calculations, Drilling Operations