IADC Drilling Manual Part 14 pdf

V-51 International Association of Drilling Contractors Chapter V: General Information Gas Delivery, Based on 1000 Ft pipeline lengths Volume Of Gas Delivered 1000's CF/Hr* 1000 Foot Lines V-52 International Association of Drilling Contractors IADC Drilling Manual - Eleventh Edition Volume Of Gas Delivered 1000's CF/Hr* 2000 Foot Lines V-53 International Association of Drilling Contractors Chapter V: General Information Multipliers To Convert 1000 Foot Line Values To Lengths Listed + Calculations are based upon listed inside diameters of the Standard Weight Threaded Line Pipe sizes shown. * Calculated from the Weymouth Formula for gas of 0.70 Specific Gravity (Air = 1.0), flowing at 60°F, and measured at a standard of 60°F. and 14.65 psi Absolute (4 oz. Gage). Local Atmospheric pressure is assumed to be 14.4 psi Absolute. For adjustment to other sp. gr. and temperature see sheet 40-110. Multiply the proper factor by the volume listed for a similar sized 1000 foot line. Example: A 3800 foot 2" line at 200 psi Upstream and 50 psi Downstream gage pressures would deliver (.51) (109.5) or 55845 cu. ft. per hour. Gas engines consume 10 to 15 cu. ft. of gas per horsepower hour. Uninsulated boilers consume 50 to 60 cu. ft. of gas per horsepower hour. V-54 International Association of Drilling Contractors IADC Drilling Manual - Eleventh Edition Gas Delivery, Based on 1 Mile pipeline lengths Volume Of Gas Delivered 1000's CF/Hr* 1 Mile Lines V-55 International Association of Drilling Contractors Chapter V: General Information Volume Of Gas Delivered 1000's CF/Hr* 2-1/2 Mile Lines V-56 International Association of Drilling Contractors IADC Drilling Manual - Eleventh Edition Multipliers To Convert 1 Mile Line Values To Lengths Listed + Calculations are based upon listed inside diameters of the Standard Weight Threaded Line Pipe sizes shown. * Calculated from the Weymouth Formula for gas of 0.70 Specific Gravity (Air = 1.0), flowing at 60°F, and measured at a standard of 6°F and 14.65 psi Absolute (4 oz. Gauge). Local Atmospheric pressure is assumed to be 14.4 psi Absolute. For adjustment to other sp. gr. and temperature see sheet 40-110. Multiply the proper factor by the volume listed for a similar sized 1 mile line. Example: A 4 mile 2-1/2" line at 250 psi Upstream and 100 psi Downstream gauge pressures would deliver (.50) (89.21) or 44605 cu. ft. per hour. Gas engines consume 10 to 15 cu. ft. of gas per horsepower hour. Uninsulated boilers consume 50 to 60 cu. ft. of gas per horsepower hour. V-57 International Association of Drilling Contractors Chapter V: General Information Gas Delivery, Based on 10 Mile pipeline lengths Volume Of Gas Delivered 1000's CF/Hr* 1 Mile Lines V-58 International Association of Drilling Contractors IADC Drilling Manual - Eleventh Edition Volume Of Gas Delivered 1000's CF/Hr* 2-1/2 Mile Lines V-59 International Association of Drilling Contractors Chapter V: General Information Multipliers To Convert 10 Mile Line Values To Lengths Listed + Calculations are based upon listed inside diameters of the Standard Weight Threaded Line Pipe sizes shown. * Calculated from the Weymouth Formula for gas of 0.70 Specific Gravity (Air = 1.0), flowing at 60°F., and measured at a standard of 60°F and 14.65 psi Absolute (4 oz. Gauge). Local Atmospheric pressure is assumed to be 14.4 psi Absolute. For adjustment to other sp. gr. and temperature see sheet 40-110. Multiply the proper factor by the volume listed for a similar sized 10 mile line. Example: A 6.6 mile 3" line at 100 psi Upstream and 75 psi Downstream gage pressures would deliver (1.23) (15.08) or 18548 cu. ft. per hour. Gas engines consume 10 to 15 cu. ft. of gas per horsepower hour. Uninsulated boilers consume 50 to 60 cu. ft. of gas per horsepower hour. V-60 International Association of Drilling Contractors IADC Drilling Manual - Eleventh Edition 4. Waterlines - Line Pipe Capacities APPROXIMATE LINE PIPE CAPACITIES FOR WATER Where inlet and outlet are at different elevations pressure should be added or subtracted, using the factor 0.433 times the difference in height in feet. After determining pressures corrected for elevation convert to Horse Power. Thus: (0.00048 x Pressure x Bbls/hr) = Hydraulic Horse Power, based on 85 % Efficiency. For engine or motor Horse Power add 20 - 25 percent. [...]... Horse Power Required International Association of Drilling Contractors IADC Drilling Manual - Eleventh Edition 5 Tank and Pit Capacity Pit Gain or Loss Tables V-62 International Association of Drilling Contractors Chapter V: General Information Pit Gain or Loss Tables - Continued International Association of Drilling Contractors V-63 IADC Drilling Manual - Eleventh Edition Pit Gain or Loss Tables -... of Conversion Factors International Association of Drilling Contractors V-71 IADC Drilling Manual - Eleventh Edition Table of Conversion Factors - Continued V-72 International Association of Drilling Contractors Chapter V: General Information Table of Conversion Factors - Continued International Association of Drilling Contractors V-73 IADC Drilling Manual - Eleventh Edition Decimal and Metric Equivalents... Fractions, Inches to Decimals of a Foot International Association of Drilling Contractors V-77 IADC Drilling Manual - Eleventh Edition Flow Rate Conversions V-78 International Association of Drilling Contractors Chapter V: General Information Flow Rate Conversions - Continued International Association of Drilling Contractors V-79 IADC Drilling Manual - Eleventh Edition 7 Density of Oilfield Materials and... Drilling Contractors V-65 IADC Drilling Manual - Eleventh Edition Cubic Feet = 785 x D x D x h Barrels= 0 .14 x D x D x h 5 Cylindrical, Dished Ends Barrels = (0 .14 x D x D x L) + (0.019 x D x D) 6 Hexagonal Cubic Feet = 2.6 x S x S x h Barrels = 0.46 x S x S x h S = Side 7 Octagonal Cubic Feet = 1.73 x D x D x h Barrels = 0.13 x D x D x h Diagonal = D 8 Spherical V-66 International Association of Drilling. .. ASTM Standards, Part 30, includes a selected list of factors for converting U.S customary units to SI units V-68 International Association of Drilling Contractors Chapter V: General Information Metric Conversion Factors International Association of Drilling Contractors V-69 IADC Drilling Manual - Eleventh Edition Metric Conversion Factors - Continued V-70 International Association of Drilling Contractors... being spaded 2 to 4 Fine wet sand, confined 2 to 3 Soft clay 1 International Association of Drilling Contractors V-83 Chapter Y: Solids Control Removal Chapter Y Drilling Mud Processing International Association of Drilling Contractors Y-1 IADC Drilling Manual - Eleventh Edition Table of Contents - Chapter Y Drilling Mud Processing 1 Introduction - Solids Control Removal Systems Y-4 A Overview... Inch Fractions V-74 International Association of Drilling Contractors Chapter V: General Information Decimal and Metric Equivalents of Inch Fractions - Continued International Association of Drilling Contractors V-75 IADC Drilling Manual - Eleventh Edition Decimal and Metric Equivalents of Inch Fractions - Continued V-76 International Association of Drilling Contractors Chapter V: General Information... Y-91 Y-2 International Association of Drilling Contractors Chapter Y: Solids Control Removal Chapter Y Solids Control Removal The IADC Drilling Manual is a series of reference guides for use in field operations covering a variety of subjects related to drilling operations The contents of this (these) volume (s) are assembled by a wide range of members of the drilling industry interested in providing... x D x D x D Barrels = 0·093 x D x D x D 9 Spherical, Partially Filled Cubic Feet = 0.000303 x h x h x (3D-2h) Barrels = 0·000054 x h x h x (3D-2h) Gallons = 0.000227 x h x h x (3D-2h) 10 Well Bore Barrels per 1000 feet is approximately equal to inches of wellbore diameter squared International Association of Drilling Contractors V-67 IADC Drilling Manual - Eleventh Edition 6 Conversion Factors The international... Association of Drilling Contractors Chapter V: General Information MATERIAL DENSITY, PCF Snow (Fresh Fallen) 8 Snow (Loosely Piled) 35 Steel 489 Stones 75-87.4 Water 62.4 Wood lbs/bd.ft 1 Fir 2.5-3.7 2 Hickory 4.0 3 Oak, Live 4.9 Oak, Seasoned 3.5 - 3.8 4 Pine - Oregon 2.7 Red 2.5 White 2.3 Yellow 3.2-3.7 5 Redwood 2.3 6 Spruce 2.5-2.7 International Association of Drilling Contractors V-81 IADC Drilling Manual . Ends V-66 International Association of Drilling Contractors IADC Drilling Manual - Eleventh Edition Cubic Feet = .785 x D x D x h Barrels= 0 .14 x D x D x h 5. Cylindrical, Dished Ends Barrels = (0 .14 x D x D x L) +. Association of Drilling Contractors Chapter V: General Information Volume Of Gas Delivered 1000's CF/Hr* 2-1/2 Mile Lines V-56 International Association of Drilling Contractors IADC Drilling Manual. Lines V-52 International Association of Drilling Contractors IADC Drilling Manual - Eleventh Edition Volume Of Gas Delivered 1000's CF/Hr* 2000 Foot Lines V-53 International Association of Drilling Contractors Chapter