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Petroleum engineering
Showing 1-0 of 376 Thesis
Optimizing Offshore Field HSE through Real-Time Data Analytics: Santos Case...
This study addresses the persistent challenge of ensuring Offshore Health, Safety, and Environment (HSE) performance amid increasing operational complexity and ...
Comparative Analysis of Enhanced Oil Recovery Across Lithologies in Confining Reserv...
This study investigates how lithology influences the effectiveness of enhanced oil recovery (EOR) strategies in confining reservoirs, addressing the persistent ...
Smart Cementing: IoT-Driven Real-Time Well Integrity Monitoring System...
The integrity of cement sheaths in oil and gas wells is increasingly challenged by complex subsurface conditions, corrosion, micro-annuli, and operational inter...
Assessment of EOR Effectiveness via Field-Scale Sediment and Permeability Changes in...
This study addresses the challenge of sustaining enhanced oil recovery (EOR) performance in mature oil sands reservoirs by investigating field-scale sediment di...
Integrated Gas-Llood-Through Dewatering for Offshore Reservoir Optimization...
Offshore oil reservoirs increasingly exhibit gas-lift and water influx challenges that compromise production efficiency and reservoir management, necessitating ...
A Unified Reactive Transport-Instability Framework for Enhanced Oil Recovery...
This study addresses the persistent gap in predictive understanding of how coupled reactive transport and hydrodynamic instabilities influence the efficiency of...
Integrated Waterflood Optimization for Sakina Oilfield, Nigeria: A Case Study...
Integrated Waterflood Optimization for Sakina Oilfield, Nigeria: A Case Study The Sakina oilfield in Niger Delta Nigeria faces declining production due to rese...
Comparative Study of Enhanced Oil Recovery Across Reservoir Types and Technologies...
This study addresses the variability in enhanced oil recovery (EOR) performance across diverse reservoir types and technologies, highlighting the persistent kno...
Intelligent Digital Twin for Optimized Oil-Water Separation Operations...
The pervasive challenge of oil-water separation in upstream and downstream operations, especially under high-viscosity, ultra-low-net-fluid production condition...
Field-scale assessment of CO2 foam flooding in low-permeability carbonate reservoirs...
Field-scale CO2 foam flooding offers a potential pathway to enhance oil recovery in low-permeability carbonate reservoirs by improving sweep efficiency and miti...
Integrated Surfactant-Polymer Flooding for Cyclic Steam-Assisted Schemes: Design, Im...
Integrated Surfactant-Polymer Flooding for Cyclic Steam-Assisted Schemes: Design, Implementation, Evaluation This study addresses the low recovery efficiency a...
A Multiscale Framework for Predicting Reservoir Drainage Dynamics Under Uncertainty...
This study addresses the escalating uncertainty in reservoir drainage dynamics arising from multiscale heterogeneities, complex fluid–rock interactions, and s...
Assessment of Enhanced Oil Recovery in a Mature Field: Case Study of Statoil’s Gul...
This study investigates the effectiveness and optimization of enhanced oil recovery (EOR) practices in a mature offshore field, focusing on Statoil’s Gullfaks...
Comparative Study of Enhanced Oil Recovery Across Field Types...
In the face of fluctuating crude prices and aging reservoirs, the comparative effectiveness of Enhanced Oil Recovery (EOR) across distinct field types remains i...
Digital twins for offshore reservoir optimization under real-time data constraints...
Offshore reservoir management increasingly relies on digitalized, interconnected data streams to enable real-time decision making; however, the effectiveness of...
Long-Term Performance of EOR Methods in Offshore Reservoirs: An Empirical Field Stud...
Offshore reservoirs face progressive declines in oil production despite advances in enhanced oil recovery (EOR) technologies, due to complex reservoir heterogen...
Integrated Surfactant-Polymer Flooding Design for Low-Permeability Reservoirs: Imple...
This study investigates the design, implementation, and evaluation of an integrated surfactant-polymer (SP) flooding strategy for low-permeability reservoirs, a...
Unified Framework for Multiphase Flow Uncertainty in Reservoir Simulations...
The increasing complexity of reservoir heterogeneity and operating conditions renders conventional deterministic reservoir simulations insufficient for reliable...
Optimization of hydraulic fracturing in a mature Algerian oilfield: A case study...
This study addresses the declining production and suboptimal hydraulic fracturing efficiency observed in a mature oilfield in Algeria, where reservoir heterogen...
Comparative Analysis of Enhanced Oil Recovery in Conventional vs. Tight Reservoirs...
The increasing push to optimize hydrocarbon recovery has highlighted distinct performance gaps between conventional and tight reservoirs, where Enhanced Oil Rec...
Digital Twin for Real-time Reservoir Optimization under Uncertainty...
The study addresses the critical challenge of achieving real-time, uncertainty-aware reservoir optimization in volatile oil and gas environments through an inte...
Assessment of Waterflood Efficiency in Low-Permeability Reservoirs Using Production ...
Low-permeability reservoirs pose significant challenges to the effectiveness of waterflood secondary recovery methods, primarily due to their limited pore conne...
Design and Evaluation of a Water-Based Drilling Fluid for Enhanced Wellbore Stabilit...
The stability of wellbore integrity during drilling operations remains a critical challenge in petroleum engineering, predominantly due to the complex interacti...
A Framework for Predictive Modeling of Hydraulic Fracture Propagation in Tight Reser...
Hydraulic fracturing in tight reservoirs presents significant challenges in predicting fracture propagation due to the complex interplay of geological, mechanic...
Optimizing Enhanced Oil Recovery in Westland Petroleum's Mature Reservoirs...
Optimizing enhanced oil recovery (EOR) in mature reservoirs remains a critical challenge for Westland Petroleum, as declining production rates and increasing op...
Comparative Analysis of Hydraulic Fracturing Techniques in Shale Reservoirs...
Hydraulic fracturing has become a pivotal technique in enhancing the productivity of shale reservoirs, yet the comparative efficiency, environmental impact, and...
Development of AI-driven Real-Time Downhole Pressure Monitoring System...
Effective monitoring of downhole pressure is critical for optimizing petroleum extraction, ensuring operational safety, and minimizing reservoir failure risks. ...
Assessment of Fracture Propagation and Production Optimization in Hydraulic Fracture...
Hydraulic fracturing has become a pivotal technique in unlocking the economic potential of unconventional shale reservoirs; however, variability in fracture pro...
Design and Evaluation of a Water Injection System for Enhanced Oil Recovery...
The efficiency of oil recovery processes remains a critical challenge in the petroleum industry, particularly in mature fields where primary and secondary recov...
A Framework for Predicting Reservoir Recovery Using Machine Learning Models...
Reservoir management and hydrocarbon recovery predictions are critical components of optimizing oil field productivity, yet existing models often lack accuracy ...
