Production Engineering II

Code :PE411                                       Unit : 12                                Prerequisite :  PE326

Major Methods of Artificial Lift - Gas Lift: Gas Lift Valve Characteristics, Type of Gas Lift Installations, Factors to Consider in the Design of Continuous Flow Gas Lift Installations, Determination of the Gas Injection Point, Spacing of Gas lift Valves, Determination of the Flow Rate Possible by Gas Lift, Compressor Horse Power Requirements - Different Types of Pumping System: Hydraulic Pumps, Jet Pumps, Plunger Lift, Beam Pumping, Electrical Submersible Centrifugal Pumps, Components of the Submersible Pumping System, Types of Electrical Pumping Installations - Planning for and Comparison of Different Artificial Lift Methods - Surface Production Facilities: Fluid Separators, Heater Treaters and Oil Skimmers.

Natural Gas Engineering

   Code : PE412                             Unit : 9                           Prerequisite :  PE321, PE316

History, Occurrence, Reserves, Production, and Consumption of Natural Gas - Review of Physical and Thermodynamic Properties of Natural Gas and Condensate Fluids - Determination and Estimation of Heating Value of Natural Gases - Water Content of Natural Gas and Properties of Natural Gas Hydrates - Calculations for Flow and Metering of Gases in Pipelines and Gas Wells - Calculation of Static and Flowing Bottom-hole Pressures of Gas Wells - Compression of Natural Gas - Estimates of Gas Reserves or using P/Z Curves - Deliverability and Isochronal Testing and Analysis of Gas Wells - Storage Means of Natural Gas.

Well Logging + Well Logging Laboratory

   Code : PE413                                  Unit : 12                                Prerequisite :  PE324

The basic of Resistivity Equation - Formation Temperature - Archie's Formula - Spontaneous Potential: The SP Log, SSP and SP curves, Inflection Point, Recording of Potential Drop, Uses of SP Log, , Factors Affecting SP Curve - Resistivity Logs: Devices, Measurement, Normal Devices - Focused Tools - Induction Tools: Measurement, Calculation of Water Saturation - Sonic logs: Interpretation, Theory of Propagation, Type of Sonic Measurements, Generation of the Signals, Signal Path - Analysis of the logs: Pattern Recognition, Quick Look Technique, Rw Computation Method, Chart Method, Comparison – Nuclear logs: Introduction, Sources, Devices, Dual Spaced - Density Log: Log Pad Content, Porosity Determination - Shaly Formation Neutron Logging: Tools, Measurements, Corrections, Neutron Density Pattern, Cross plotting N-O for Shale - Gamma Ray Properties - Radio Element Depositum - Gamma Ray Curves Characteristics - Use of Gamma Ray to Determine V. Shale. + Introduction to well logging types – Mud and cutting Logging – Estimation of; Formation Temperature, Mud Fill rate Resistivity, Solutions – Determination of Water Resistivity from SPLOG – Determination of True Resistivity from R logs – Estimation of Formation Factor and Porosity – Estimation of Porosity from Sonic Log – Determination of Saturation: Using Archie Formula, Using Ratio Method – Gamma Ray Log Interpretation – Neutron Log Interpretation – Dip meter Log Interpretation – Correlation using Logs.

Computer Applications In Petroleum Engineering

   Code : PE414                                 Unit : 6                                   Prerequisite :  GS124

Review of Used Programming Language and Computer Structure – Curve Fitting Program (Least Square Method) - Interpolation and Extrapolation Program - Application of Computer in Drilling Engineering - Application of Computer in Reservoir Engineering - Application of computer in Natural gas Engineering – The Use of Decline Curve Analysis by Computer - Miscellaneous Applications Software Applications.

Seminar

   Code : PE415                                        Unit : 6                                  Prerequisite : -----

Lectures are Presented on Subjects Related to Preparation of Technical Presentations, Use of Visual Aids, and Platform and Vocal Techniques - Each Student is then Required, as a Practice, to Prepare and Deliver a Presentation on Selected Subjects - Each Presentation is Discussed and Methods for Improvements are Highlighted - Finally, Students are Evaluated for their Final Presentations

Reservoir Simulation

   Code : PE416                                 Unit : 9                                    Prerequisite :  PE321

Reservoir Simulation , What , Why and How - Single and Multiphase Flow in Porous Media in 3-D for Steady and Unsteady Cases - Finite Difference Method for solving Diffusivity Equation - Simulator Classification - Data Preparation – History Matching(Mode1 Verification) - Application of Reservoir Models in Field Development.

Petroleum Refining Engineering

   Code : PE417                                     Unit : 6                                 Prerequisite : -----

Introduction - Composition of Crude Oil, its Classification and Evaluation Methods - Preparation of Crude to Refine - Type of Refinery - Crude Oil as Source of Petrochemical Industry - Distillation Processes - Petroleum Processing Equipment’s - Processing of Hydrocarbon Gases - Thermal and Catalytic Processes - Lubricate Oil Production and its Additives.

English Language VII

   Code : ES418                                 Unit : 1                                    Prerequisite : ES327