Petrophysics

Petrophysics课程：前往报名学习

Petrophysics视频慕课课程简介：

Petroleum is the key energy and strategic materials in the world. How to economically develop the oil and gas reservoir is the main task of petroleum engineers. This course is foundation course for the majors of petroleum engineering and offshore oil and gas engineering. Are you struggling  to understand the properties of reservoir fluids, properties of reservoir rocks, properties of porous medium containing multiple fluids and fundamentals of enhanced oil recovery?

前往报名学习

Petrophysics课程列表：

Introduction

-PPT of Introduction

-0.1 Overview of Petrophysics

-0.2 Status of oil and gas resources

-0.3 Concept of Petrophysics

-0.4 History of Petrophysics

-0.5 Aims of Petrophysics

-0.6 Reference

Chapter 1 PROPERTIES OF RESERVOIR FLUIDS

-Introduction

--Introduction

-Section 1 PHASE BEHAVIOR OF HYDROCARBON SYSTEM

--Textbook of Section 1.1

--Chap1.1 PPT of Petrophysics

--1-1-1 chemical composition of petroleum

--1-1-2 commercial properties and classification of petroleum

--1-1-3 basic concepts of phase behavior 1

--1-1-4 Basic concepts of phase behavior 2

--1-1-5 Phase behavior of one-component system

--1-1-6 phase behavior of two-component system 1

--1-1-7 Phase behavior of two-component system 2

--1-1-8 Phase behavior of multi-component system

--1-1-9 Application of phase diagram

--1-1-10 Phase diagram of typical oil gas reservoirs

--1-1-11 summary

-Section 2 SOLUTION AND SEPARATION PROCESS IN A GAS-OIL SYSTEM

--Textbook of Section 1.2

--Chap 1.2 PPT of Petrophysics

--1-2-1 Solubility of gas in oil

--1-2-2 Derivation of equilibrium equations

--1-2-3 Application of equilibrium equations

--1-2-4 Equilibrium constant for ideal solution

--1-2-5 Example of equilibrium constant calculation

--1-2-6 Equilibrium constant for real solution

--1-2-7 Separation of gas from oil

-Section 3 PROPERTIES OF NATURAL GAS

--Textbook of Section 1.3

--Chap 1.3 PPT of Petrophysics

--1-3-1 Composition of natural gas

--1-3-2 Apparent molecular weight of natural gas

--1-3-3 Specific gravity

--1-3-4 Equation of state

--1-3-5 Determination of Z factor 1

--1-3-6 Determination of Z factor 2

--1-3-7 The coefficient of isothermal compressibility of gas

--1-3-8 Gas formation volume factor and expansion factor

--1-3-9 Viscosity of natural gas

-Section 4 PROPERTIES OF CRUDE OILS

--Textbook of Section 1.4

--Chap 1.4 PPT of Petrophysics

--1-4-1 Solution gas-oil ratio

--1-4-2 Formation volume factor and shrinkage factor of oil

--1-4-3 Two-phase formation volume factor

--1-4-4 Crude oil density and specific gravity

--1-4-5 Coefficient of isothermal compressibility of crude oil

--1-4-6 Viscosity of oil

--1-4-7 Oil viscosity measurement

-Section 5 PROPERTIES OF OILFIELD WATER

--Textbook of Section1.5

--Chap 1.5 PPT of Petrophysics

--1-5-1 Introduction

--1-5-2 Composition of formation water

--1-5-3 Classification of formation water

--1-5-4 Solution gas-water ratio

--1-5-5 Formation volume factor of formation water

--1-5-6 Coefficient of isothermal compressibility

--1-5-7 Water viscosity

-Exercises for Chapter 1

Chapter 2 PROPERTIES OF RESERVOIR ROCKS

-Introduction

--Introduction

-Section 1 PROPERTIES OF ROCK MATRIX

--Textbook of Section 2.1

--PPT of Petrophysics 2.1

--2-1-1 Granulametric composition

--2-1-2 Presentation of granulametric composition

--2-1-3 Evaluation of heterogeneity of sand grains

--2-1-4 Specific surface area

--2-1-5 Factors affecting specific surface area

--2-1-6 Measurement of specific surface area

-Section 2 POROSITY OF RESERVOIR ROCKS

--Textbook of Section 2.2

--PPT of Petrophysics 2.2

--2-2-1 Classification of pores

--2-2-2 Porosity

--2-2-3 Porosity evaluation

--2-2-4 Factors affecting porosity

--2-2-5 Determination of porosity

--2-2-6 Determination of porosity 2

--2-2-7 Compressibility of porous rocks

-Section 3 PERMEABILITY OF RESERVOIR ROCKS

--Textbook of Section 2.3

--PPT of Petrophysics 2.3

--2-3-1 Darcy's law 1

--2-3-2 Darcy's law 2

--2-3-3 Darcy's law 3

--2-3-4 Gas permeability

--2-3-5 Klinkenberg effect

--2-3-6 Factors affecting permeability 1

--2-3-7 Factors affecting permeability 2

--2-3-8 Evaluation of permeability

--2-3-9 Measurement of permeability

--2-3-10 Average permeability for parallel layers

--2-3-11 Average permeability for series layers

--2-3-12 Evaluation of heterogeneity of permeability

-Section 4 FLUID SATURATION

--Textbook of Section 2.4

--PPT of Petrophysics 2.4

--2-4-1 Fluid saturation

--2-4-2 Interstitial water and residual oil

--2-4-3 Factors affecting connate water saturation

--2-4-4 Residual oil

--2-4-5 Remaining oil

--2-4-6 Determination of fluid saturation 1

--2-4-7 Determination of fluid saturation 2

-Section 5 CEMENTING MATERIALS AND TYPES OF CEMENTATION IN RESERVOIR ROCKS

--Textbook of Section 2.5

--PPT of Petrophysics 2.5

--2-5-1 Introduction

--2-5-2 Clay minerals

--2-5-3 Carbonate cement

--2-5-4 Sulphate cement

--2-5-5 Cementation types

-Exercises for chapter 2

-Section 2.7 Other properties of reservoir rocks

--Textbook of Section 2.7

Chapter 3 PROPERTIES OF POROUS MEDIUM CONTAINING MULTIPLE FLUIDS

-Introduction

--Introduction

-Section 1 INTERFACIAL TENSION

--Textbook of Section 3.1

--3-1-1 Interfacial energy

--3-1-2 Interfacial tension

--3-1-3 Adsorption

-Section 2 WETTABILITY OF A SOLID AND DISTRIBUTION OF OIL AND WATER IN PORES

--Textbook of Section 3.2

--3-2-1 Wettability and contact angle

--3-2-2 Adhension tension

--3-2-3 Factors affecting the wettability of reservoir rocks

--3-2-4 Fluid distribution in pores of reservoir rocks 1

--3-2-5 Fluid distribution in pores of reservoir rocks 2

-Section 3 CAPILLARY PRESSURE

--Textbook of Section 3.3

--3-3-1 Capillary pressure

--3-3-2 Capillary pressure equation

--3-3-3 Application of capillary pressure equation

--3-3-4 Jamin effect

--3-3-5 Measurement of capillary pressure

--3-3-6 Mercury injection menthod

--3-3-7 Semi-permeable diaphragm method

--3-3-8 Converting capillary data

--3-3-9 Interpretation of capillary pressure

--3-3-10 Application of capillary pressure curve

--3-3-11 Determine the rock wettability

--3-3-12 Determine the fluid distribution in transition zone

-Section 4 RELATIVE PERMEABILITY

--Textbook of Section 3.4

--3-4-1 Absolute permeability

--3-4-2 Effective permeability

--3-4-3 Relative permeability

--3-4-4 Two-phase relative permeability curve

--3-4-5 Factors effecting relative permeability curve

--3-4-6 Estimate the oil recovery factor

--3-4-7 Calculate the water cut

--3-4-8 Determine the transition zone 1

--3-4-9 Determine the transition zone 2

-Exercises for Chapter3

Chapter 4 FUNDAMENTALS OF ENHANCED OIL RECOVERY

-Section 1 OIL RECOVERY AND ITS AFFECTING FACTORS

--4-1-1 Oil recovery

--4-1-2 Primary, Secondary and Tertiary oil recovery

--4-1-3 Recovery factor 1

--4-1-4 Recovery factor 2

--4-1-5 Factors affecting oil recovery

-Section 2 ENHANCED RECOVERY METHODS

--4-2-1 EOR methods

Petrophysics开设学校：中国石油大学（华东）

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