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Rasheed Bello

Rasheed Bello

Unconventional Reservoir Engineer with expertise in Permian Basin

Houston, Texas, United States
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Summary

Rasheed Bello is an expert in unconventional reservoir engineering, particularly focused on optimizing development strategies in challenging geological environments like the Permian Delaware Basin. His work at ExxonMobil and in his publications highlights a strong emphasis on data acquisition, advanced modeling techniques including hydraulic fracture and reservoir simulation, and addressing complex issues like vertical pressure communication and parent-child effects to improve recovery. onepetro+1
His academic contributions include research in CO2 sequestration and enhanced coalbed-methane recovery, demonstrating expertise in environmentally conscious and advanced recovery methods. This interdisciplinary knowledge, gained during his PhD at Texas A&M, contributes to sustainable energy solutions in petroleum engineering. searchanddiscovery+1

Work

Education

Writing

Optimizing Development in the Permian Delaware Basin Potash Areas with an Integrated Multidisciplinary and Modeling Based Workflow

January 1, 2024

Describes a comprehensive workflow including pilot data analysis, reservoir and fracture surveillance, and building/calibrating hydraulic fracture and reservoir simulation models. The study uses these models to develop forecasts and spacing charts for development decisions, particularly addressing vertical pressure communication and parent-child effects in phased development.

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Evaluation of the Technical and Economic Feasibility of CO2 Sequestration and Enhanced Coalbed-Methane Recovery in Texas Low-Rank Coals

January 1, 2011

Research focusing on the feasibility of sequestering carbon dioxide and improving methane recovery in coal seams, a method known as CO2-Enhanced Coalbed Methane (ECBM).

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Potential for Enhanced Methane Production from Coal, with Coal Gasification; Results of a Joint Research Project between Texas A&M University and PT Indominco Mandiri (Indonesia)

January 1, 2011

Explores the potential for increasing methane production from coal through enhanced recovery techniques, including the integration of coal gasification processes.

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