By Richard M. Bateman
This publication addresses important matters, equivalent to the overview of shale fuel reservoirs and their creation. issues contain the cased-hole logging atmosphere, reservoir fluid homes; move regimes; temperature, noise, cement bond, and pulsed neutron logging; and casing inspection. creation logging charts and tables are integrated within the appendices. The paintings serves as a finished reference for construction engineers with upstream E&P businesses, good logging carrier corporation staff, collage scholars, and petroleum education professionals.
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Additional info for Cased-Hole Log Analysis and Reservoir Performance Monitoring
4 lb. 44. So use seven weights. Riser requirements = 16-ft tool + (7 × 4 ft) = 44 ft. Rig height = 10 + 44 + 10 + 6 = 70 ft. 2 (a) The well must be shut in before tools can be run in or out of the well. (b) No effect on ability to log well. (c) To bleed off pressure in the riser before undoing the quick-connect riser connection. 3 500 B/D 3 Reservoir Fluid Properties PVT Refresher Course For a complete understanding of the behavior of producing wells, it is necessary to keep in mind the fundamental principles that govern the properties of hydrocarbon liquids and gases.
7 (to air) Find ρgwf = ___g/cm3 Fluid Properties 37 Gas Viscosity. Gas viscosity is a function of gas gravity, temperature, and pressure. 17 offers a means of finding μg. 70, pwf = 2,000 psia, and Twf = 200 °F by following the steps: 1. 70 chart at pwf = 2,000 psia 2 . Go up to Twf = 200 °F 3. 018 cp Fig. 17 Gas viscosity. 6, Twf = 200 °F, pwf = 3,000 psi Find μg = ___cp Oil Bubble-Point Pressure. The bubble-point pressure is a critical item of data. It is used to make many of the estimates necessary for correct prediction of downhole conditions during the planning of production logging and/or interpretation of the results.
7 a. 6 b. 11 a. 9 b. 12 a. Co = 10 × 10−6 b. 13 a. 43 b. 15 a. 2 cp b. 16 a. qowf = 80 BOPD b. qwwf = 306 BWPD c. Natural gasoline and the volatile hydrocarbons. Tulsa: Natural Gas Association of America; 1948. Fundamentals of reservoir engineering. Norman, OK: University of Oklahoma Press; 1953. Pressure–volume–temperature and solubility relations for natural-gas– water mixture. Washington, DC: American Petroleum Institute; 1944. 173–9. Fluid Conversions in Production Log Interpretation, Schlumberger Limited, New York; 1974.