MASTERS PETROLEUM ENGINEERINGPROJECT TOPICS AND MATERIALS

MASTERS PETROLEUM ENGINEERING PROJECT TOPICS AND MATERIALS
MASTERS PETROLEUM ENGINEERING PROJECT TOPICS AND MATERIALS

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MASTERS PETROLEUM ENGINEERING PROJECT TOPICS AND MATERIALS

Reservoir engineering and characterization

1. Petrophysical characterization of a selected Niger Delta reservoir using well-log data.
2. Estimation of hydrocarbon reserves in a mature oil field using deterministic and probabilistic methods.
3. Comparative evaluation of volumetric and material-balance methods for estimating oil initially in place.
4. Reservoir simulation and production-forecasting study of a selected Niger Delta field.
5. Effect of reservoir heterogeneity on waterflood performance in a clastic reservoir.
6. History matching of a mature oil reservoir using production and pressure data.
7. Reservoir-performance analysis of a water-drive oil reservoir using material-balance techniques.
8. Evaluation of pressure-transient data for determining reservoir properties in a producing field.
9. Integrated interpretation of well logs, core data, and production records for reservoir characterization.
10. Impact of permeability anisotropy on hydrocarbon recovery in a layered reservoir.
11. Geostatistical modelling of porosity and permeability distribution in a selected reservoir.
12. Application of seismic attributes and well logs in reservoir-property prediction.
13. Comparative assessment of deterministic and stochastic reservoir models for field development.
14. Influence of fault properties on fluid flow and reservoir compartmentalization.
15. Evaluation of a naturally fractured reservoir using well-test and production data.
16. Reservoir connectivity analysis using pressure-interference and production data.
17. Assessment of reservoir compartmentalization and its effect on field development.
18. Analysis of relative-permeability endpoints and their influence on recovery forecasts.
19. Effect of capillary pressure on hydrocarbon distribution and recovery in a heterogeneous reservoir.
20. Sensitivity analysis of reservoir parameters affecting oil-field production forecasts.
21. Evaluation of reservoir-drive mechanisms in a selected Niger Delta oil field.
22. Application of decline-curve analysis to forecast production from mature oil wells.
23. Comparative analysis of conventional and modern decline-curve methods for production forecasting.
24. Estimation of gas reserves in a selected reservoir using production and pressure data.
25. Pressure-transient analysis of a gas-condensate reservoir under depletion.
26. Analysis of condensate banking and its effect on gas-well deliverability.
27. Evaluation of pressure-maintenance strategies for a mature oil reservoir.
28. Reservoir surveillance practices for optimizing recovery in a producing field.
29. Integration of static and dynamic data for reservoir-model updating.
30. Uncertainty analysis in reservoir characterization and production forecasting.
31. Impact of aquifer strength on recovery performance in an oil reservoir.
32. Analysis of water influx and its influence on reservoir pressure maintenance.
33. Reservoir simulation study of alternative well-placement strategies in a mature field.
34. Production allocation and reservoir-performance assessment in commingled wells.
35. Evaluation of infill-drilling potential using reservoir simulation and economic analysis.
36. Reservoir-scale modelling of multiphase flow in a heterogeneous sandstone formation.
37. Effect of grid resolution and upscaling on reservoir-simulation results.
38. Integrated reservoir and production-system modelling for field-development planning.
39. Application of pressure-transient analysis to identify near-wellbore damage.
40. Development of a reservoir-management plan for a selected mature field.

Enhanced oil recovery and unconventional reservoirs

• Screening of enhanced oil recovery methods for a selected Niger Delta reservoir.
• Simulation of waterflooding strategies for improving recovery in a mature oil field.
• Optimization of water-injection rates for pressure maintenance and oil recovery.
• Evaluation of polymer flooding for improving sweep efficiency in a sandstone reservoir.
• Numerical assessment of low-salinity waterflooding in a clastic reservoir.
• Laboratory evaluation of locally sourced materials for polymer-flooding applications.
• Effect of reservoir heterogeneity on polymer-flood performance.
• Comparative assessment of polymer and surfactant flooding for a selected reservoir.
• Evaluation of surfactant flooding for reducing residual oil saturation.
• Assessment of alkaline–surfactant–polymer flooding for enhanced oil recovery.
• Simulation of carbon dioxide injection for enhanced oil recovery in a depleted reservoir.
• Evaluation of miscible and immiscible gas-injection strategies for oil recovery.
• Screening of nitrogen injection for pressure maintenance and enhanced recovery.
• Feasibility of gas cycling in a gas-condensate reservoir.
• Evaluation of water-alternating-gas injection in a heterogeneous reservoir.
• Effect of injection-well placement on gas-flood performance.
• Simulation of continuous and cyclic gas injection for improved oil recovery.
• Assessment of steam-assisted recovery for heavy-oil production in a selected field.
• Numerical study of cyclic steam stimulation in a heavy-oil reservoir.
• Evaluation of solvent-assisted thermal recovery for heavy oil.
• Comparative study of thermal, gas, and chemical recovery methods for a mature reservoir.
• Evaluation of microbial enhanced oil recovery using reservoir-specific conditions.
• Screening of surfactants for wettability alteration in sandstone reservoirs.
• Assessment of foam-assisted gas injection for improving sweep efficiency.
• Evaluation of conformance-control methods for reducing water production.
• Modelling of profile modification using gel treatments in heterogeneous reservoirs.
• Recovery optimization in a naturally fractured reservoir using water and gas injection.
• Sensitivity analysis of chemical-flooding performance to salinity and temperature.
• Economic screening of enhanced oil recovery methods for marginal fields.
• Comparative techno-economic analysis of CO₂-EOR and waterflooding in a mature reservoir.
• Reservoir characterization of shale formations using petrophysical and geomechanical data.
• Production-forecasting analysis of tight reservoirs using rate-transient methods.
• Evaluation of hydraulic-fracture spacing for production optimization in tight formations.
• Simulation of gas injection in unconventional reservoirs using a compositional model.
• Assessment of huff-and-puff gas injection for enhanced recovery in low-permeability reservoirs.
• Influence of natural fractures on fluid flow in shale reservoirs.
• Effect of matrix–fracture transfer on unconventional-reservoir production.
• Evaluation of refracturing potential in depleted unconventional wells.
• Comparative analysis of production performance from vertical and horizontal wells in tight reservoirs.
• Uncertainty assessment of recovery forecasts for unconventional reservoirs.

Drilling, well construction and geomechanics

• Optimization of drilling parameters to reduce non-productive time in a selected field.
• Analysis of factors affecting rate of penetration in Niger Delta drilling operations.
• Application of real-time drilling data for drilling-performance optimization.
• Comparative evaluation of drilling-fluid systems for shale inhibition.
• Assessment of locally formulated drilling fluids for selected formation conditions.
• Effect of drilling-fluid rheology on hole cleaning in deviated wells.
• Optimization of hole-cleaning efficiency in high-angle and horizontal wells.
• Evaluation of drill-bit performance using offset-well data.
• Application of machine learning to predict rate of penetration from drilling data.
• Analysis of torque and drag in extended-reach wells.
• Wellbore-stability assessment in overpressured formations using geomechanical data.
• Pore-pressure prediction using well logs and drilling parameters.
• Evaluation of kick-detection methods in drilling operations.
• Risk assessment of well-control operations in high-pressure formations.
• Comparative assessment of managed-pressure drilling and conventional drilling in narrow-window wells.
• Optimization of casing design for wells drilled through depleted reservoirs.
• Design evaluation of casing strings under combined pressure, temperature, and axial loading.
• Assessment of cement-slurry properties for zonal isolation in challenging wells.
• Evaluation of cement placement and displacement efficiency in oil wells.
• Analysis of factors affecting primary cementing success in Niger Delta wells.
• Wellbore-integrity assessment of producing wells using annular-pressure data.
• Root-cause analysis of casing and tubing failures in oil and gas wells.
• Assessment of corrosion-related well-integrity risks in production tubing.
• Evaluation of cement-sheath integrity under production and injection conditions.
• Risk-based inspection planning for well-integrity management.
• Geomechanical analysis of sand-production risk in unconsolidated reservoirs.
• Evaluation of sand-control strategies for a selected Niger Delta reservoir.
• Comparative analysis of gravel-pack and screen-completion performance.
• Optimization of perforation design for improved well productivity.
• Well trajectory optimization for reducing drilling cost and operational risk.
• Analysis of wellbore-position uncertainty and its impact on reservoir contact.
• Design optimization of horizontal wells in thin oil reservoirs.
• Comparative performance of multilateral and horizontal wells in mature fields.
• Evaluation of casing-while-drilling technology using drilling-performance indicators.
• Assessment of lost-circulation risks and mitigation practices in drilling operations.
• Analysis of stuck-pipe incidents and their contributing factors in drilling wells.
• Development of a drilling-risk assessment framework for deepwater wells.
• Evaluation of well-control barriers and safety practices in offshore drilling.
• Analysis of drilling-fluid waste management options for onshore operations.
• Economic and technical assessment of re-entry drilling in mature oil fields.

Production engineering and flow assurance

1. Production-system optimization using nodal analysis for a selected oil well.
2. Evaluation of artificial-lift methods for low-pressure oil wells.
3. Comparative performance assessment of gas lift and electric submersible pumps.
4. Optimization of gas-lift injection rates using well and production data.
5. Evaluation of gas-lift performance in wells with high water cuts.
6. Design optimization of an electric submersible pump for a selected producing well.
7. Analysis of pump failure patterns in artificial-lift operations.
8. Evaluation of sucker-rod pumping for marginal oil wells.
9. Liquid-loading diagnosis and mitigation in gas wells.
10. Production optimization of gas wells using deliquification strategies.
11. Analysis of water-production trends and water-control options in mature wells.
12. Evaluation of coning and cresting effects on well productivity.
13. Prediction of sand production using production and geomechanical data.
14. Assessment of scale-formation risks in oil-production systems.
15. Evaluation of corrosion-control strategies in production tubing and flowlines.
16. Analysis of wax deposition in crude-oil production pipelines.
17. Hydrate-risk assessment in offshore gas-production systems.
18. Modelling of multiphase flow through production tubing and flowlines.
19. Evaluation of slugging tendencies in offshore production pipelines.
20. Flow-assurance assessment of a subsea production system under changing operating conditions.
21. Optimization of chemical-injection rates for controlling wax and hydrate formation.
22. Impact of emulsions on oil-production and separation efficiency.
23. Production logging for diagnosing water or gas entry into producing wells.
24. Evaluation of downhole surveillance data for diagnosing well-performance problems.
25. Analysis of production decline following workover and stimulation operations.
26. Comparative evaluation of acidizing treatments for damaged sandstone wells.
27. Assessment of matrix acidizing design for improving well productivity.
28. Evaluation of hydraulic-fracturing treatment performance using production data.
29. Production allocation analysis for commingled oil and gas wells.
30. Optimization of separator operating conditions for improving production-facility performance.
31. Evaluation of multiphase-flow measurement techniques for field production allocation.
32. Analysis of production losses in a selected oil and gas asset.
33. Use of production-data analytics to identify underperforming wells.
34. Optimization of well shut-in and restart procedures in a producing field.
35. Assessment of workover candidates using production and economic data.
36. Performance evaluation of well stimulation treatments in mature reservoirs.
37. Analysis of tubing-size selection and its effect on well deliverability.
38. Evaluation of gathering-network bottlenecks using production-system modelling.
39. Optimization of surface-facility capacity for a field with increasing water production.
40. Development of a production-optimization plan for a selected mature field.

Digital petroleum engineering, economics and uncertainty

1. Machine-learning prediction of oil-well production using reservoir and operating data.
2. Comparison of machine-learning algorithms for forecasting gas-well production.
3. Development of a data-driven model for predicting water cut in producing wells.
4. Application of artificial intelligence to identify abnormal production behaviour.
5. Machine-learning prediction of drilling non-productive time from rig data.
6. Development of a predictive model for stuck-pipe risk using drilling parameters.
7. Use of machine learning to predict lost-circulation events during drilling.
8. Automated classification of well-test responses using pressure-transient data.
9. Application of data analytics to optimize artificial-lift operations.
10. Development of a digital twin for a producing well using operational data.
11. Integration of real-time sensors into a reservoir-surveillance workflow.
12. Application of distributed temperature sensing to identify production-contribution profiles.
13. Use of fiber-optic sensing for monitoring well performance and fluid movement.
14. Leak detection in oil and gas pipelines using pressure and flow data.
15. Comparative assessment of statistical and machine-learning methods for pipeline-leak detection.
16. Physics-informed machine learning for reservoir-production forecasting.
17. Machine-learning-assisted history matching of a reservoir simulation model.
18. Development of a proxy model for rapid evaluation of reservoir-development scenarios.
19. Application of uncertainty quantification to field-development planning.
20. Risk-based optimization of well placement under geological uncertainty.
21. Economic evaluation of infill drilling in a mature oil field.
22. Sensitivity analysis of oil-field project economics to oil price and operating cost.
23. Probabilistic reserves estimation and economic valuation of a selected field.
24. Comparative economic assessment of workover and new-well investment options.
25. Economic evaluation of marginal-field development using alternative production concepts.
26. Assessment of production-sharing and fiscal terms on upstream project value.
27. Decision analysis for selecting enhanced oil recovery projects under uncertainty.
28. Life-cycle cost analysis of alternative artificial-lift systems.
29. Economic optimization of gas flaring reduction options in upstream operations.
30. Integrated technical and economic assessment of a selected field-development plan.

Environment, well abandonment and emerging energy

1. Assessment of produced-water management options for an onshore oil field.
2. Evaluation of produced-water reinjection for reservoir pressure maintenance.
3. Characterization and treatment assessment of produced water from a selected field.
4. Environmental risk assessment of produced-water discharge in a Niger Delta community.
5. Evaluation of oil-spill response and remediation strategies for petroleum operations.
6. Assessment of methane-emission sources and reduction options in upstream facilities.
7. Estimation and mitigation of greenhouse-gas emissions from oil and gas production.
8. Risk assessment of gas flaring and associated air pollutants in a selected oil-producing area.
9. Evaluation of pipeline-leak impacts on soil and groundwater in an oil-producing community.
10. Subsurface assessment of depleted reservoirs for carbon-dioxide storage or CO₂-enhanced oil recovery.

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