Assessment of S–Profile for Multilateral Directional Well-Using Well Data

A confidential service provider supplies geological data to design an S-profile in directional drilling. This data helps design the geometry of the S-profile and classify it into types of directional wells. It includes the bottom hole assembly and instruments for directional surveying, such as Thermo shields or battery packs. All this is connected with the correct application of calculation methods, along with the use of the following tools: multi-shot, single-shot, deflecting tools; high-torque, bent subs, whipstocks, jet bits, downhole motors, and turbine motors. These include vertical, horizontal, and transitional sections. Other points can also be observed inside the well, which are similarly important, such as the kickoff point, build section, tangent section, true vertical depth, measured depth, and start and drop sections. The components of the HDD, the bottom hole assembly, and the end points together specify the total depth of a well. The procedure will take into account the geometry of the directional well, ensuring accuracy in achieving the target depth of 2,262 meters. It is an all-around approach to the S-profile for developing directional drilling, improving its efficiency, accuracy, and applicability to various geological variations.

Authors

Publication Details

Journal
AVE Trends in Intelligent Applied Sciences
Published
2025-03-07
DOI
https://doi.org/10.64091/atias.2025.000112
Primary Topic
Reservoir Engineering and Simulation Methods
Type
article
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article

Assessment of S–Profile for Multilateral Directional Well-Using Well Data

Yuri Ryagin, M. Arulmozhi, C. Christina Angelin, C. Satheesh
AVE Trends in Intelligent Applied Sciences
Reservoir Engineering and Simulation Methods
article

Assessment of S–Profile for Multilateral Directional Well-Using Well Data

Yuri Ryagin, M. Arulmozhi, C. Christina Angelin, C. Satheesh
article en

Abstract

A confidential service provider supplies geological data to design an S-profile in directional drilling. This data helps design the geometry of the S-profile and classify it into types of directional wells. It includes the bottom hole assembly and instruments for directional surveying, such as Thermo shields or battery packs. All this is connected with the correct application of calculation methods, along with the use of the following tools: multi-shot, single-shot, deflecting tools; high-torque, bent subs, whipstocks, jet bits, downhole motors, and turbine motors. These include vertical, horizontal, and transitional sections. Other points can also be observed inside the well, which are similarly important, such as the kickoff point, build section, tangent section, true vertical depth, measured depth, and start and drop sections. The components of the HDD, the bottom hole assembly, and the end points together specify the total depth of a well. The procedure will take into account the geometry of the directional well, ensuring accuracy in achieving the target depth of 2,262 meters. It is an all-around approach to the S-profile for developing directional drilling, improving its efficiency, accuracy, and applicability to various geological variations.

AVE Trends in Intelligent Applied SciencesVol. 1(1)
Openalex Percentile: Top 67%
Reservoir Engineering and Simulation Methods
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Assessment of S–Profile for Multilateral Directional Well-Using Well Data — Yuri Ryagin, M. Arulmozhi, et al. · AVE Trends in Intelligent Applied Sciences (2025) | TGRS Research Map | TGRS