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Quantitative Analysis of Clay Minerals in Drilling Mud Solids

Published online by Cambridge University Press:  06 March 2019

D. G. Feuerbacher  and
R. R. Clark
D. G. Feuerbacher
Affiliation:
Dresser Industries, Oilfield Products Division, Houston, Texas
R. R. Clark
Affiliation:
Dresser Industries, Oilfield Products Division, Houston, Texas
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Abstract

Quantitative analysis of six clay minerals commonly found in drilling mud solids is studied by x-ray diffraction using the method of internal standards. Standard clay samples are used with three internal standards to derive calibration curves from which four synthetic mud solids are analyzed. If careful sample preparation and handling are employed, reasonably accurate and reproducible results are obtained.

Type
Research Article
Information
Advances in X-Ray Analysis , Volume 17: Twenty-Second Annual Conference on Applications of X-ray Analysis, August 22-24, 1973 , 1973 , pp. 75 - 87
Copyright
Copyright © International Centre for Diffraction Data 1973

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References

1. Johns, W.D., Grim, A.E., and Bradley, W. Jr. Journal of Sedimentary Petrology 24, 242 (1954)Google Scholar
2. Norrish, K., and Taylor, R.M., Clay Minerals Bull. 5, 98 (1962)Google Scholar
3. Babitsyn, B.K., and Ushatinskii, I.N. Chemical Abstracts, 78, 163 (1973).Google Scholar
4. Nicolas, J., Dorrillet, B., and Quintin, M., Chemical Abstracts 69, 766 (1968)Google Scholar
5. Bentelspacher, Hans, and Rietz, Egbert, Chemical Abstracts 71, (1969)Google Scholar
6. Jabikh, A.A., Chemical Abstracts 69, (1968)Google Scholar
7. Davey, J., Chemical Abstracts 76, 596 (1972)Google Scholar
8. Bailey, G.W. and Karickhoff, S.W., Anal. Lett. 6, 43 (1973)Google Scholar
9. Karickhoff, Samuel W., and Bailey, George W., Clays and Clay Minerals 21, 59 (1973)Google Scholar
10. Davis, C.E., and Holdridge, D.A., Clay Minerals 8, 193 (1969)Google Scholar
11. Hermes, O.D. and Ragland, P.C., Amer. Mineral, 52, 493 (1967)Google Scholar
12. Thomson, A.P., Duthie, D.M.L., and Wilson, M.J., Clay Minerals 9, 345 (1972)Google Scholar
13. Shaw, H. Jr., Clay Minerals 9, 349 (1972)Google Scholar
14. Davis, C.E., J. Sci. Res, Counc. Jam. I, 98 (1970)Google Scholar
15. Brown, G., “The X-Ray Identification and Crystal Structures of Clay Minerals,” Jarrold and Sons Ltd., Norwich (1961)Google Scholar
16. Plesch, R., Chemical Abstracts 78, 618 (1973)Google Scholar
17. Jacob, C., Chemical Abstracts 78, 600 (1973)Google Scholar
18. Novosel-Radovis, Vera, Chemical Abstracts 77, 258 (1972)Google Scholar
19. Millet, J. and Hommey, R., Chemical Abstracts 78, (1973)Google Scholar
20. Novosel-Radovic, Vera, Chemical Abstracts 77, 669 (1972)Google Scholar
21. Weber, Jr. Larque, P., and Feurer, R., Chemical Abstracts 78, (1973)Google Scholar
22. Mossman, M.H., Freas, D.H., and Bailey, S.W., Clays Clay Minerals 15, 441 (1966)Google Scholar
23. Takat, Tibor, and Peter, Mrs. Tibor, Chemical Abstracts 76, 247 (1972)Google Scholar
24. Pitchford, A.H., Norelco Reporter 7 (1960)Google Scholar