Maximizing Drilling Performance through Enhanced Solid Control System

Irawan, Sonny; Kinif, B I; Bayuaji, Ridho

doi:10.1088/1757-899x/267/1/012038

Cited by 9 publications

(1 citation statement)

References 2 publications

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“…Field practice would have the combination of the two positions at their best. For drilling optimization, as purported by previous studies [60,61], the efficiency of transporting cuttings to the surface of the wells is to increase the propitious speed of the drill pipe in an eccentric position, as illustrated in Figure 11.…”

Section: Effects Of Pipe Rotation and Velocity Profiles On Sbm/obmmentioning

confidence: 99%

A CFD Validation Effect of YP/PV from Laboratory-Formulated SBMDIF for Productive Transport Load to the Surface

et al. 2022

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Several technical factors contribute to the flow of cuttings from the wellbore to the surface of the well, some of which are fundamentally due to the speed and inclination of the drill pipe at different positions (concentric and eccentric), the efficacy of the drilling mud considers plastic viscosity (PV) and yield point (YP), the weight of the cuttings, and the deviation of the well. Moreover, these overlaying cutting beds breed destruction in the drilling operation, some of which cause stuck pipes, reducing the rate of rotation and penetration. This current study, while it addresses the apropos of artificial intelligence (AI) with symmetry, employs a three-dimensional computational fluid dynamic (CFD) simulation model to validate an effective synthetic-based mud-drilling and to investigate the potency of the muds’ flow behaviours for transporting cuttings. Furthermore, the study examines the ratio effects of YP/PV to attain the safe transport of cuttings based on the turbulence of solid-particle suspension from the drilling fluid and the cuttings, and its velocity–pressure influence in a vertical well under a concentric and eccentric position of the drilling pipe. The resulting CFD analysis explains that the YP/PV of SBM and OBM, which generated the required capacity to suspend the cuttings to the surface, are symmetric to the experimental results and hence, the position of the drill pipe at the concentric position in vertical wells required a lower rotational speed. A computational study of the synthetic-based mud and its potency of not damaging the wellbore under an eccentric drill pipe position can be further examined.

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Section: Effects Of Pipe Rotation and Velocity Profiles On Sbm/obmmentioning

confidence: 99%

A CFD Validation Effect of YP/PV from Laboratory-Formulated SBMDIF for Productive Transport Load to the Surface

et al. 2022

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Dynamic study on particle throwing motion of pulsating negative pressure shale shaker

Yin

Hou

2022

J Petrol Explor Prod Technol

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This research is based on a new drilling fluids circulation treatment device, which belongs to solid control system, namely pulsating negative pressure shale shaker. The purpose of this article is to better understand the operating principle and provide basis for setting working parameters and optimizing design. The above content depends on the dynamic analysis of the throwing motion of particles. To be specific, the motion equation of particle is established from the viewpoint of force state, and the influence of various parameters on particle conveyance velocity is discussed. Factors influencing the throwing index are also analyzed. Higher solid conveyance speed means higher handling capacity, but it also reduces the efficiency of particle dehydration; therefore, a trade-off should be considered among high removal efficiency, low energy consumption, and high handling capacity. The results show that negative pressure in pulsating form can effectively improve the disadvantage of low conveyance velocity of particles in constant negative pressure shale shaker.

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A New Method for Drill Cuttings Size Estimation Based on Machine Learning Technique

Alsaihati

Elkatatny

2023

Arab J Sci Eng

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Maximizing Drilling Performance through Enhanced Solid Control System

Cited by 9 publications

References 2 publications

A CFD Validation Effect of YP/PV from Laboratory-Formulated SBMDIF for Productive Transport Load to the Surface

A CFD Validation Effect of YP/PV from Laboratory-Formulated SBMDIF for Productive Transport Load to the Surface

Dynamic study on particle throwing motion of pulsating negative pressure shale shaker

A New Method for Drill Cuttings Size Estimation Based on Machine Learning Technique

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