هندسة النفط

تخصص هندسة النفط

كلية الهندسة - قسم هندسة النفط

وصف البرنامج

يتحصل الطالب بعد إنجاز متطلبات هذا البرنامج على بكالوريوس في مجال هندسة النفط.

أهداف البرنامج

مخرجات البرنامج

المؤهل العلمي الذي يتحصل عليه الطالب

البكالوريوس في مجال هندسة النفط.

متطلبات الالتحاق بالبرنامج

يشترط للقبول للدراسة في قسم هندسة النفط الحصول على معدل عام عند التخصص لا يقل عن 60 %، مع مراعاة سياسة توزيع الطلاب بالكلية.

محتويات البرنامج

يحتوي البرنامج الدراسي على 152 وحدة دراسية وتنقسم المقررات الدراسية الى مقررات اجبارية ومقررات جامعية مقررات اختيارية يحتاج الطالب الى دراسة عدد 101 وحدة تخصصية وعدد 48 وحدة من المقررات العامة، وعدد 3 وحدة اختيارية. فيما يلي الخطة الدراسية للمقررات الدراسية موزعة على المدة الدراسية المقررة للبرنامج.

الخطة الدراسية

الخطة الدراسية للبرنامج الدارسي موضحة على الفصول الدراسية التالية:

'1الفصل الاول

رقم الرمز اسم المقرر الوحدات نوع المقرر
1 GS111 فيزياء 1 3 عام

2 GS115 كيمياء عامة 3 عام

3 GH150 لغة عربية 2 عام

4 GS101 رياضة 1 3 عام

'2الفصل الثاني

رقم الرمز اسم المقرر الوحدات نوع المقرر
1 GS199 مقدمة حاسب آلي 3 عام

2 GS112 فيزياء 2 3 عام

3 GE121 ميكانيك هندسي 1 3 عام

4 GS102 رياضة 2 3 عام

5 GH141 لغة انجليزية 1 3 عام

6 GE125 هندسة وصفية 3 عام

وصف عن مقرر الهندسة الوصفية

'3الفصل الثالث

رقم الرمز اسم المقرر الوحدات نوع المقرر
1 PE211 Physical Chemistry 3 إجباري

PE211: Physical Chemistry 3 Credits

Behavior of real and ideal gases, the first law of thermodynamics and its applications, the second law of thermodynamics, the third law of thermodynamics, electromotive force, thermodynamics of electrochemical cells, chemical kinetics, reaction rates including zeroth, first, second and third order reactions.


2 PE215 General Geology 3 إجباري

PE215: General Geology 3 Credits

Introduction to geology, definitions of geology and engineering geology, general outline of the structure of the earth, most abundant elements and minerals of the earth crust. Magma, rocks cycle, minerals, physical properties of minerals. Classification of mineral on basis of chemical composition. Rocks classification: Igneous rocks, sedimentary rock, metamorphic rocks. Weathering, erosion and soil formations. Introduction to simple geological structures: fold, fault, joint and unconformity. Deformation and failure, behavior of rocks and factors controlling these behaviors. 


3 GS203 رياضة 3 3 عام

4 GS206 إحصاء 3 عام

'4الفصل الرابع

رقم الرمز اسم المقرر الوحدات نوع المقرر
1 PE240 Engineering Economy 3 إجباري

PE240: Engineering Economy      3 Credits

Fundamental aspects of an economic system in a society; this includes the fundamental problems of any economic system, the economic development and its limitation, role of the government, supply and demand, and the economic cycle of the price system. Worth concepts normally used in engineering economics to provide a deep understanding of the different evaluation techniques necessary for the proper comparison and decision of the relative economic materials of investment alternatives. 


2 PE242 Structural Geology 3 إجباري

PE242: Structural Geology    3 Credits

Mechanical properties; force, stress, strain, stress-strain diagrams, factors controlling behavior of rock materials, folds; description, field study, mechanics and causes of folding, concentric folds and associated faults and oil accumulation, faults; description, classification and recognition, diapers and related structures, dating of the structural events, tectonic and tectonic classification . 

 

3 GS204 رياضة 4 3 عام

'5الفصل الخامس

رقم الرمز اسم المقرر الوحدات نوع المقرر
1 PE301 Thermodynamics 3 إجباري

2 PE351 Computer Applications 3 إجباري

PE351 Computer Applications  3 Credits
Function and subprograms. Library function. Function and subroutine Call-Return Equivalence and Common statement. Engineering oriented exercises and programming debugging. 

3 PE331 Organic Chemistry 3 إجباري

PE331: Organic Chemistry      3 Credits

Introduction; nomenclature; preparation and reaction of aliphatic hydrocarbons (alkanes, alkenes, alkynes and alicyclic hydrocarbons); alkylhalides; alcohol and glycols; ethers; aldehydes and ketones; carboxylic acids and their derivatives (acid anhydrides, esters and amides).



4 PE322 Oil Field Equipments 3 إجباري

PE322: Oil Field Equipments    3 Credits
Students are taught drilling and production equipment and their corrosion. In the first part the students are introduced with components and working principles of equipment which are used in the process of oil well drilling: derrick and it’s components, hoisting system, rotating system, circulation system, casing, roller bits, fishing tools, and well controlling system. Second part covers the principle and components of production equipment: Subsurface and surface equipments of natural flow, equipment of artificial flow, surface equipments of fluids separations; fluid separators, oil skimmers and heater treated. The third part covers preliminary corrosion of the oil field equipments: inspection, evaluation, measurement, control and prevention. Emphasizing on estimation of different design parameters of equipments such as: 
horsepower of r

'6الفصل السادس

رقم الرمز اسم المقرر الوحدات نوع المقرر
1 PE373 Drilling Engineering 3 إجباري

PE373: Drilling Engineering      3 Credits
Theory and practice in rotary drilling processes, mechanical properties of rock, bit selection, drilling cost evaluation, well planning, optimizing of bit weight, bit nozzle diameter, and rotary speed; pore pressure and fracture pressure gradient determination. Function properties of drilling fluids, the mathematical modeling of the flow behavior of drilling fluids. Rotary drilling hydraulics; well control, casing selection set. 

2 PE383L Drilling Fluids Laboratory 2 إجباري

PE383L: Drilling Fluids Laboratory    2 Credits
Physical, chemical, and reheological properties of the drilling fluids. Lab tests, pilot tests, and experiments on the drilling fluids: salinity, and influencing factors, treatments methods, ion exchange tests. Fluid (water) loss, sand, and solid content. Pressure control tests. Kind of drilling fluids water base muds, oil base muds, aerated muds, their physical and chemical treatments, separation of rock cuttings and suspended solids from muds. Measurements of density. Viscosity, gel and shear strengths, tests and lab measurements for cement slurries and their additives. 

3 PE363 Reservoir Fluids Properties 3 إجباري

PE363: Reservoir Fluids Properties  3 Credits
Changes of state: behavior of pure component, binary and multi-component systems. Properties of hydrocarbon gases: the equation of state for gases, PVT. correlations for reservoir fluids. The properties of reservoir liquids. The coefficient of isothermal compressibility of liquids. Estimation of FVF at pressure below and above the bubble-point pressure. Estimation of oil viscosity. Gas-Liquid Equlibria. Calculation of the bubble-point and dew-point pressure. Equilibrium Ratio Correlations, flash vaporization, differential vaporization. Gas solubility. Properties of oil field waters. Gas hydrates.

4 PE353 Reservoir Rock Properties 3 إجباري

PE353: Reservoir Rock Properties 3 Credits
Concepts and applications of rock properties which are fundamental to engineering analysis of petroleum reservoir. Such as porosity, permeability, fluid saturation and electrical conductivity. These terms are used in calculations of relative permeability, relative permeability ratio, pore size and fluid saturation for multi fluid system calculations. The capillary pressure characteristics of the reservoir rock, displacement pressure, wettability, free water level. The measurement and use of these various factor are discussed. 

5 PE312 Heat Transfer 3 إجباري

PE312: Heat Transfer      3 Credits
Steady state heat conduction in one and two dimensions including extended surfaces; illustration of methods of solutions for two dimensions problems; unsteady state conduction in solids; lumped heat capacity approach; illustration of methods of solution for selected geometry’s and boundary conditions; dimensional analysis in relation to heat transfer; boundary layers; empirical correlation for heat transfer coefficient inside and across pipes; natural and forced convection; boiling condensation double pipe and shell and tube heat exchangers; heat transfer by radiation. 

6 PE311 Fluid Mechanics 3 إجباري

PE311: Fluid Mechanics      3 Credits
Fluid properties; fluid static, velocity and shear; continuity, momentum and energy questions; Bernoulli equation; laminar and turbulent flow regimes; friction loss in pipes; transportation and metering of fluids; pumps and compressors; agitation of liquids; compressible flow; flow around submerged objects; fluidization.

'7الفصل السابع

رقم الرمز اسم المقرر الوحدات نوع المقرر
1 PE453 Applied Reservoir Engineering 3 إجباري

PE453: Applied Reservoir Engineering      3 Credits
Hydrocarbon reservoirs classification, reservoir fluid systems. Hydrocarbon in place evaluation by volumetric methods: oil, gas, gas condensates. HC reserve evaluation by other methods. Material balance equations and HC reserve evaluation by this method. Mechanisms and drives of reservoir production. Future performance. Fluid properties. Water influx, acquifers evaluation. Historical performance, depletion performance, performance prediction. Libyan reservoirs, applicability of MB.

2 PE433 Production Design-I 3 إجباري

PE433: Production Design-I      3 Credits
Production aspects of naturally flowing oil well. The performance of such wells is determined through understanding of multiphase flow of fluids through the various components that comprise a production system, starting from the reservoir and ending at the separator. Derivations, applications and limitations of the inflow performance relationships, vertical lift performance correlations, horizontal flow performance correlations, deviated flow performance correlations, and surface choke performance equations are presented and discussed. 

3 PE423 Fluid Flow through Porous Media 3 إجباري

PE423: Fluid Flow through Porous Media      3 Credits
Pressure energy, static pressure. Equations governing fluid flow. Orientation and patterns of flow, forms of Darcy’s flow equations for non-compressible fluids. Capillary pressures, capillary systems. Fluids saturation, distribution, relative permeabilities. Flow of more than fluid, fractional fluid flow, frontal advance displacement mechanism. Fluid diffusion, diffusivity equation, pressure behavior, distribution, pressure vs. time analysis, flow and pressure test. 

4 PE413 Well Logging 3 إجباري

PE413: Well Logging      3 Credits
Formation evaluation, rock petrophysical properties, role of well logging, logging environment in well and formation, measurement parameters, factors, corrections. Kind of logs based on well conditions. Types of loges: resistivity logs, acoustic logs, radioactive logs. Technology; tools; equipments, responses. Interpretation and analysis; lithological, quantitative; qualitative methods, approaches, computer interpretation. 

5 PE402L Res. Rocks & Fluids Properties Lab 2 إجباري

PE402L: Res. Rocks & Fluids Properties Lab 2 Credits
Calculation of the original oil in place by using geological contour, isopach, isoporosity and isosaturation maps. Covering procedure and apparatus for measuring the petrophysical core rock properties: porosity, permeability, fluid saturation, capillary pressure, relative permeability, and rock electrical resistivity. Reservoir fluid properties: viscosity, density, and compressibility. 

6 PE484 Numerical Methods 3 إجباري

PE484: Numerical Methods      3 Credits
Statistics, data presentation and handling. Power series, polynomials. Solution of nonlinear equations, solving sets of equations. Interpolation of polynomials. Numerical differentiation and integration. Numerical solution of ordinary differential equations. Introduction to finite differences approximation. 

'8الفصل الثامن

رقم الرمز اسم المقرر الوحدات نوع المقرر
1 PE443 Well Completion 3 إجباري

2 PE463 Transient Pressure Analysis 3 إجباري

3 PE473 Production Design-II 3 إجباري

PE473: Production Design-II      3 Credits
Methods normally used in oil wells subjected to artificial lift. Methods: such as gas lift, electric submersible pumps and sucker rod pumps are considered in details as far as description and function of equipments, design calculations involved and limitations of application are concerned. Attention is given to Libyan oil field.