Author

Adeshina O. Badejo

Institution: Texas A&M University

Observed institution: Texas A&M University

OpenAlex ID: A5114504160

Assessment of the Environmental Risks and Policies Associated with Carbon Capture and Storage in the United Kingdom – A Case Study of the HyNet North West Project

2024 · Adeshina O. Badejo, Nuruddeen I. Aminu, et al. · 3

Applying Unconventional and Enhanced Geothermal Systems Hydraulic Stimulation Knowledge to Ultramafic Rocks

2026 · Jacob Tarter, Aidan Larrabee, et al. · SPE Hydraulic Fracturing Technology Conference and Exhibition · 2

CO2 Storage Risk Assessment: Leveraging Machine Learning Proxy Modeling for Predicting Fracture Growth and Leakage

2025 · Lokesh Kumar Sekar, Adeshina O. Badejo, et al. · 2

AI-Driven Well-Spacing Optimization in Depleted Unconventional Reservoirs: A Data-Driven Approach to Maximizing Late-Stage Recovery

2025 · Adeshina O. Badejo, M. T. Stow, et al. · SPE Annual Technical Conference and Exhibition · 2

A Data-Integrated Workflow for Scaling Laboratory-Measured Hydrogen Yield to Field Conditions in Ultramafic Systems

2026 · Raghda Emera, Adeshina O. Badejo, et al. · SPE Annual Technical Conference and Exhibition

Thermo-Hydro-Mechanical Workflow to Investigate Near-Wellbore Stress Changes During Hydrogen Storage

2025 · Axel Perwira Indro, Adeshina O. Badejo, et al. · SPE Reservoir Simulation Conference

Method for Identification of Types and Amounts of Salts That May Precipitate Due to Brine Dry Out and Application to UK Southern North Sea Candidate CO2 Stores

2024 · Adeshina O. Badejo, Oluwatosin M. Ogundipe, et al.

Works count: 7

Citation count: 9

H-index: 2

I10-index: