Advances in Proppant Transport and Placement in Unconventional Reservoirs: A Review

Qiang Zhang

doi:10.54097/7mra0v54

Authors

Qiang Zhang

DOI:

https://doi.org/10.54097/7mra0v54

Keywords:

Proppant; Transport and Placement; Hydraulic Fracturing.

Abstract

This comprehensive review delineates the advancements in the pivotal domain of hydraulic fracturing within the realm of unconventional oil and gas reservoir exploitation, specifically focusing on the dynamics of proppant conveyance and positioning. Through a meticulous synthesis of empirical investigations and computational modeling techniques, this discourse aspires to furnish a theoretical framework for the refinement of proppant selection and injection protocols, thereby amplifying the efficacy of oil and gas well stimulation. The research underscores that the intrinsic attributes of proppant, the behavior of fluid flow, and the characteristics of the reservoir are paramount in influencing proppant migration and deposition. The paper also projects prospective advancements in proppant material innovation and simulation methodologies, underscoring the pivotal role of intelligent surveillance in augmenting the precision of fracture stimulation assessments.

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