a A well penetrates a reservoir which from cuttings is known to consist of rock types A, B, C, D and E from which a set

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A A Well Penetrates A Reservoir Which From Cuttings Is Known To Consist Of Rock Types A B C D And E From Which A Set 1 (55.06 KiB) Viewed 42 times

a A well penetrates a reservoir which from cuttings is known to consist of rock types A, B, C, D and E from which a set of corrected air-mercury measured capillary pressure curves to oil-water are available: During logging the lowest 100% Sw was found at the bottom of the well in rock type A at depth of 1000 ft. The porosity at this level is 18%, water density is 62.5 IWA' and oil desnisty is 52.5 lb/t', and oil formation volume factor is 1.22 rbbl stb. Assume the Pc - 10h. 1) Determine the depth of Free Water level? 2) Calculate the oil in place in each layer, assume A= 1000 ? 3) What would be the total oil in place in STB? oil in place area' height''Se average Note that: 1 bbl = 5.615 Rock Type A B C D E Porosity (%) 18 15 10 10 3 Rock Type PC Tap of (psi) Reservoir 255 A B C D E I11 230 Qemli HEO. INED RESULTS 350 10 . 1 TAN 100% Swin Rock Type A Found at This Level . 2 : 3 23 53 79 23 3 50 130 Air saturation (%)