Identifying and quantifying resistivity anisotropy in vertical boreholes

SPWLA 40th Annual Logging Symposium 1999

Volumn , Issue , 1999, Pages

  Hagiwara, T ^a   Zea, H ^a  

^a HALLIBURTON   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

BORING; DEFLECTED BOREHOLES; INDUCTION LOGGING; INFILL DRILLING;

HIGHLY DEVIATED WELLS; ITS APPLICATIONS; LOGGING WHILE DRILLING; PETROPHYSICAL ANALYSIS; RESISTIVITY ANISOTROPY; RESISTIVITY MEASUREMENT; TWO-DIMENSIONAL (2-D) MODELING; VERTICAL BOREHOLE;

ANISOTROPY;

EID: 84992677515     PISSN: None     EISSN: None     Source Type: Conference Proceeding    
DOI: None     Document Type: Conference Paper

References (14)

1. Bittar, M. S., Rodney, P. F., Mack, S. G., Bartel, R. P., 1991, A true multiple depth of investigation electromagnetic wave resistivity sensor: theory, experiment, prototype field test results, paper SPE 22705: Society of Petroleum Engineers, presented at 66th Annual Technical Conference and Exhibition.
2. Chemali, R., Gianzero, S. C., Su, S. M., 1987, The effect of shale anisotropy on focused resistivity devices, paper H: SPWLA, presented at 28th Annual Logging Symposium.
3. Clark, S. P., Jr., 1966, Handbook of physical constants, Geological Society of America, Rung and Hill, New York.
4. Hagiwara, T., 1994, Response of 2 MHz resistivity devices in thinly laminated formations (anisotropic resistivity and EM log interpretation), paper SPE 28426: Society of Petroleum Engineers, presented at 69th Annual Technical Conference and Exhibition.
5. Hagiwara, T., 1995, Induction log responses to thinly laminated sand/shale sequences: SPE Formation Evaluation, June, p. 86.
6. Hagiwara, T., 1997, Macroscopic anisotropy approach to analysis of thinly laminated sand/shale sequence: sensitivity analysis of sand resistivity estimate and environmental corrections, paper SPE 38699: Society of Petroleum Engineers, presented at 72nd Annual Technical Conference and Exhibition.
7. Jackson, C., Hagiwara, T., 1995, Shale anisotropy: its detection and exploitation by using a 2 MHz LWD resistivity device in high-angle and horizontal wells: CWLS Journal, v. 20, p. 90.
8. Jackson, C. E., Illfelder, H., Porche, R., 1995, Improved payzone steering of horizontal wells using resistivity forward modeling, presented at 7th Annual International Conference on Horizontal Well Technology and Applications.
9. Klein, J. D., Martin, P. R., Allen, D. F., 1995, The petrophysics of electrically anisotropic reservoirs, paper HI-I: SPWLA, presented at 36th Annual Logging Symposium.
10. MacCullum, D., Dautel, M., Phillips, C., 1998, Determination and application of formation anisotropy using a multiple frequency, multiple spacing propagation resistivity tool from a horizontal well, offshore California, paper E: SPWLA, presented at 39th Annual Logging Symposium.
11. Mezzatesta, A. G., et al., 1995, Integrated 2D interpretation of resistivity logging measurements by inversion method, paper E: SPWLA, presented at 36th Annual Logging Symposium.
12. Rosato, V, Beck, J., 1997, Real time interpretation of MWD anisotropy in high angle wells, offshore Gulf of Mexico, paper T: SPWLA, presented at 38th Annual Logging Symposium.
13. Rosthal, R., 1990, Response of 2 MHz LWD resistivity and wireline induction tools in dipping beds and laminated formations, paper A: SPWLA, presented at 3 1 st Ammal Logging Symposium.
14. Wu, P., Tabanou, J., Banner, S. D., 1996, Petrophysical interpretation of a multispacing 2 MHz MWD resistivity tool in vertical and horizontal wells, paper SPE 36547: Society of Petroleum Engineers, presented at 71st Annual Technical Conference and Exhibition.