C) Appendix 1 shows a suite of logs comprising CALI (Caliper in inches), GAPI (Gamma Ray), SONI (Sonic/acoustic), DENS (
Posted: Wed May 18, 2022 3:55 pm
i have magnified the top part of the appendix
okay,but the asnwer?
C) Appendix 1 shows a suite of logs comprising CALI (Caliper in inches), GAPI (Gamma Ray), SONI (Sonic/acoustic), DENS (Bulk Density), CNL (Neutron Porosity), LL9S (Laterolog Shallow), LL9D (Laterolog Deep), RXO (Flushed zone - shallow resistivity). The acoustic tool gives an acoustic velocity of 5300 ft/sec in the fluid and 18,000 ft/sec in the matrix. i) Determine porosity at 12,100 ft using density equation. (3 marks) iii) Assuming the tertiary rocks, determine shale volume (Vsh) at depth 12,100 ft. (4 marks)
DENS TEST Flushed zone positivity RXD) 2000 Camper CALI 10 M. DEPTH (ft) Compensated Neuran L CNL TNT LLSO 25 02 החתומר 2000 Gamma ROTOR TOPU SONI ust LLOS WEB חחסן 2000
11850 Sex 11900 11950 12000 [2] 12050 12100 12150 12200 10 100
okay,but the asnwer?
C) Appendix 1 shows a suite of logs comprising CALI (Caliper in inches), GAPI (Gamma Ray), SONI (Sonic/acoustic), DENS (Bulk Density), CNL (Neutron Porosity), LL9S (Laterolog Shallow), LL9D (Laterolog Deep), RXO (Flushed zone - shallow resistivity). The acoustic tool gives an acoustic velocity of 5300 ft/sec in the fluid and 18,000 ft/sec in the matrix. i) Determine porosity at 12,100 ft using density equation. (3 marks) iii) Assuming the tertiary rocks, determine shale volume (Vsh) at depth 12,100 ft. (4 marks)
DENS TEST Flushed zone positivity RXD) 2000 Camper CALI 10 M. DEPTH (ft) Compensated Neuran L CNL TNT LLSO 25 02 החתומר 2000 Gamma ROTOR TOPU SONI ust LLOS WEB חחסן 2000
11850 Sex 11900 11950 12000 [2] 12050 12100 12150 12200 10 100