BAKER HUGHES - Drilling Fluids Reference Manual

Baker Hughes Drilling Fluids
References
1. Annis, Max R., Jr., High Temperature Flow Properties of Water-Base Drilling
Fluids, SPE Paper 1961, Fall Meeting of SPE, October 1, 1967.
2. Ashton, M.P. and Elliot, G.P., Water-Based Glycol Drilling Muds: Shale Inhibition
Mechanisms, SPE Paper 28818, 1994 Offshore European Conference, London, October
25-27.
3. Benaissa, Saddok and Clark, D. E., Aluminum Chemistry Provides Increased Shale
Stability with Environmental Acceptability, SPE Paper 25321, SPE Asia Pacific Oil and
Gas Conference, Singapore, February 8-10, 1993.
4. Bland, R.G., Quality Criteria in Selecting Glycols as Alternatives to Oil-Based
Drilling Systems, SPE Paper 27141, Second International Conference on Health, Safety,
and Environment in Oil & Gas Exploration and Production, Jakarta, Indonesia, January
25-27, 1994.
5. Bland, R.G., Walker, N., Scank, V., and Henderson, P., Progress in Eliminating Oil-
Based and Invert Emulsion Muds through Glycol Qualification, SPE Paper 35983,
Conference on Health, Safety, and Environment, New Orleans, LA., June 12, 1996.
6. Browning, W. C. and Perricone, A. C., Clay Chemistry and Drilling Fluids,
Presented at The University of Texas Conference on Drilling and Rock Mechanics, 1963.
7. Browning, W. C. and Perricone, A. C., Lignosulfonate Drilling Mud Conditioning
Agents, AIME Presentation, October 1972.
8. Clark, D. E. and Daniel, S., Protective Colloid System Improves Solids Removal
Efficiency, Drilling Fluid Stability, and Drilling Performance, SPE/IADC Paper 16081,
SPE/IADC Drilling Conference, New Orleans, Louisiana, March 15-18, 1987.
9. Clark, Scheuerman, Rath, and Van Laar, Polyacrylamide/Potassium-Chloride Mud
for Drilling Water Sensitive Shales, Journal of Petroleum Technology, June 1976.
10. Chaney, P. and Sargent, T.L., Protective Colloid Muds Provide Cost-Effective
Prevention of Wellbore Enlargement in the Gulf of Mexico, SPE Drilling Engineering,
December 1986.
11. Chaney, B. P. and Nelson, J., A Case History of a Trouble-Free, 20,000-ft Well:
Teamwork Pays Off, SPE/IADC Paper 16089, SPE/IADC Drilling Conference, New
Orleans, Louisiana, March 15-18, 1987.
12. Chesser, B. G., Design Considerations for an Inhibitive and Stable Water-Based Mud
System, SPE Paper 14757, IADC/SPE Drilling Conference, Dallas, Texas, February 10-
12, 1986.
13. Deily, Lindblom, Patton, and Holman, New Low Solids Polymer Mud Designed to
Cut Well Costs, World Oil, July 1967.
14. Enright, D.P., Dye, W.M., and Smith, F.M., An Environmentally Safe Water-Based
Alternative to Oil Muds, SPE/IADC Paper 21937, 1991 SPE/IADC Drilling Conference,
Amsterdam, March 11-14.
15. Goins, W.C., A Study of Lime-Mud Systems, Oil and Gas Journal, January 19, 1950.
Baker Hughes Drilling Fluids
Reference Manual
Revised 2006 3-105