Submit an Article
Become a reviewer
Vol 231
Pages:
254-262
Download volume:
RUS ENG
Article

Designing of well trajectory for efficient drilling by rotary controlled systems

Authors:
M. V. Dvoinikov
About authors
  • Ph.D., Dr.Sci. professor Saint-Petersburg Mining University
Date submitted:
2018-01-15
Date accepted:
2018-03-24
Date published:
2018-06-22

Abstract

The main directions of increasing the efficiency of drilling wells by improving methods for designing profiles of directional and horizontal wells are identified. The feasibility and necessity of using at drilling with rotary controlled systems the trajectories of directed wells' profiles with continuous curving, that do not contain conjugated sections, on the basis of plane transcendental curves are theoretically substantiated and experimentally confirmed. An algorithm and software are developed that allow optimal selection of a profile or a trajectory section, taking into account minimization of twisting, bending, compressive and tensile stresses that ensure the efficiency of technical and technological parameters of well drilling.

Область исследования:
Oil and gas
Keywords:
well drilling rotary controlled system trajectory well profile designing
Funding:

None

10.25515/pmi.2018.3.254
Go to volume 231

Similar articles

Development of research of low-dimension metal-containing systems from P.P. Weymarn to our days
2018 I. V. Pleskunov, A. G. Syrkov
Influence of mining-geological conditions and technogenic factors on blastholes stability during open mining of apatite-nepheline ores
2018 M. N. Overchenko, S. A. Tolstunov, S. P. Mozer
A method for controlling siltation of water catchments of district drainage systems of kimberlite mines
2018 N. P. Ovchinnikov
Complex petrophysical correction in the adaptation of geological hydrodynamic models (on the example of Visean pool of Gondyrev oil field)
2018 V. A. Repina, V. I. Galkin, S. V. Galkin
Mathematical model of heat exchange processes for heat ptotective cooling suit of a rescuer
2018 V. R. Alabev, G. V. Zavyalov
Topochemical kinetics of external friction during mechanical and thermal activation of the friction contact
2018 A. Yu. Albagachiev, M. I. Sidorov, M. E. Stavrovskii