perforación doble gradiente en aguas profundas tesis - UNAM

Referencias Perforación Doble Gradiente en Aguas Profundas
REFERENCIAS
1. Adam T. Bourgoyne, “Applied Drilling Engineering”, Society of Petroleum
Engineers, Richardson, Texas, U.S.A., 1986.
2. Alan Christie, “Soluciones Submarinas”, Schlumberger, primavera de 2000.
3. Don Hannegan and Roger Stave, “The Time Has Come to Develop Riserless
Mud. Recovery Technology’s Deepwater Capabilities”, Drillingcontractor,
September/October, 2006.
4. Gérard Cuvillier, “Soluciones para los Problemas de la Construcción de Pozos en
Aguas Profundas”, Schlumberger, verano de 2002.
5. Howard B. Bradley, “Petroleum Engineering Handbook”, first printing, Society
of Petroleum Engineers, Richardson, Texas, U.S.A., 1987.
6. W. J. Graff, “Introduction to Offshore Structures, Design, Fabrication,
Installation”, Gulf Publishing Company, Houston, Texas, 1981.
7. J. C. Eggemeyer, “Subsea Mudlift Drilling: Design and Implementation of a Dual
Gradient Drilling System”, Society of Petroleum Engineers, 2001.
8. J. J. Schubert, H. C. Juvkam‐Wold and J. Choe, “Well Control Procedures for
Dual Gradient Drilling as Compared to Conventional Riser”, Society of
Petroleum Engineers, Amsterdam, Netherlands, 2003.
9. J. P. Schumacher, “Subsea Mudlift Drilling: Planning and Preparation for the
First Subsea Field Test of a Full‐Scale Dual Gradient Drilling System at Green
Canyon 136, Gulf of Mexico”, Society of Petroleum Engineers, 2001.
10. Javier H. Estrada, “Hacia un Esquema Para el Desarrollo de Aguas Profundas”,
Energía a Debate, Año 4, Tomo IV, No. 19, México, D. F., marzo‐abril de 2007,
pp. 24‐28.
11. Jonggeun Choe, “Analysis of Riserless Drilling System and Well Control”, Seoul
National University, Society of Petroleum Engineers, Seoul, Korea, marzo de
1999.
104