Production Engineering

Production Engineering课程：前往报名学习

Production Engineering视频慕课课程简介：

This course generally introduce basic principles, process engineering and design procedure related to Production Engineering. The study on this course will give you idea on problems such as how crude oil be exploited effectively and how its quality be improved.

前往报名学习

Production Engineering课程列表：

Chapter 1 Introduction

-1.1 Main Tasks of Production Engineering

--1.1 Main Tasks of Production Engineering

-1.2 Flow in Production System

--1.2 Flow in Production System

-Problems

--Chapter 1 - Problems

Chapter 2 Inflow Performance Relationship

-2.1 IPR Curve and Well Productivity

--2.1.1 Single-Phase Oil Inflow Performance Relationships

--2.1.2 Well Productivity

-2.2 Vogel's IPR and Applications

--2.2.1 Vogel's IPR Equation

--2.2.2 Determination of IPR Curves Using Vogel's Equation

--2.2.3 Skin Factor and Flow Efficiency

--2.2.4 Extension of Vogel's Equation for Non-Complete Wells

--2.2.5 Combination Single-Phase Liquid and Two-Phase Flow

-Problems

--Chapter 2--Problems

Chapter 3 Wellbore Flow Performance

-3.1 Two-Phase Flow in Wellbore

--3.1.0 Introduction

--3.1.1 Flow Regimes in Vertical Flow

--3.1.2 Slip Phenomenon

--3.1.3 Flow Parameters

-3.2 Two-Phase Vertical Flow Pressure Gradient Models

--3.2.1 Two-Phase Pressure Gradient Equations

--3.2.2 Predicting Gas-Liquid Flow Regimes Using the Okiszewski Correlation

--3.2.3 Pressure Gradient Calculation Using the Okiszewski Correlation

-3.3 Vertical Lift Performance

--3.3 Vertical Lift Performance

-Problems

--Chapter 3--Problems

Chapter 4 Nodal System Analysis

-4.1 Nodal Analysis Approach

--4.1.1 Introduction

--4.1.2 Solution Node at Bottom of Well

--4.1.3 Solution Node at Wellhead

-4.2 Flow through Chokes

--4.2.1 Choke Performance

--4.2.2 Solution Node at Choke

-Problems

--Chapter 4--Problems

Chapter 5 Gas Lift

-5.1 Principles of Gas Lift

--5.1.1 Introduction

--5.1.2 Initial Kick-off of Gas Lift

-5.2 Gas Lift Valves and Gas Lift Completions

--5.2.1 Valve Mechanics

--5.2.2 Gas Lift Completions

-5.3 Gas Lift Design

--5.3.1 Gas Lift Design for Specific Production Rate

--5.3.2 Gas Lift Design for Specific Injection Rate

--5.3.3 Kick-off Procedure with Unloading Valves

--5.3.4 Design Depths of Unloading Valves

-Problems

--Chapter 5--Problems

Chapter 6 Sucker Rod Pumping(I)

-6.1 Introduction of Surface and Downhole Equipment

--6.1.1 Pumping Unit

--6.1.2 Sucker Rod

--6.1.3 Sucker Rod Pump

-6.2 Operating Principle of Sucker Rod Pumps

--6.2.1 Pumping Cycle

--6.2.2 Pump Displacement

-6.3 Pumping Unit Kinematics

--6.3.1 Motion of Polished Rod-Simple Harmonic Motion

--6.3.2 Motion of Polished Rod-Crank and Pitman Motion

-6.4 Polished Rod Load

--6.4.1 Static Load

--6.4.2 Dynamic Load

--6.4.3 Peak Polished Rod Load and Minimum Polished Rod Load

-Problems

--Problems for chapter 6: Sucker Rod pumping I

Chapter 6 Sucker Rod Pumping(II)

-6.5 Calculation of Counterbalancing, Torque and Power

--6.5.1 Balance of Pumping Unit

--6.5.2 Counterbalancing Calculation

--6.5.3 Torque and Torque Factor

--6.5.4 Torque Curves

--6.5.5 Prime Mover Selection

-6.6 Volumetric Efficiency of Pump

--6.6.1 Stroke Loss

--6.6.2 Gas Effect on Pump Performance

--6.6.3 Measures of Enhancing Pump Volumetric Efficiency

-6.7 Design of Pumping System

--6.7.1 Strength Calculation and Design of Sucker Rod Strings

--6.7.2 Design Procedures of Pumping System

-6.8 Analysis of Sucker Rod Pumping Well Conditions

--6.8.1 Acoustic Surveys and Analysis of Annular Liquid Levels

--6.8.2 Introduction of Dynamometer Card

--6.8.3 Typical Dynamometer Cards

-Problems

--Problems: Chapter 6: Sucker Rod Pumping (II)

Chapter 7 Water Injection

-7.1 Water Injection System

--7.1.1 Water Resources and Water Treatment

--7.1.2 Introduction of Water Injection System

-7.2 Injectivity Analysis

--7.2.1 Injectivity and Injectivity Index Curves

--7.2.2 Injectivity Test

-7.3 Injection Tubing String

--7.3 Introduction of Injection Tubing Strings

-7.4 Analysis and Application of Injectivity Index Curves

--7.4.1 Analysis of Injectivity Index Curves

--7.4.2 Injection Choke Deployment

-Problems

--Chapter 7--Problems

Chapter 8 Hydraulic Fracturing(I)

-8.0 Introduction

--8.0 Introduction

-8.1 The Fracturing of Reservoir Rock

--8.1.1 Basic Rock Mechanics Parameters

--8.1.2 In-Situ Stresses

--8.1.3 Stresses at Borehole

--8.1.4 Fracture Initiation Conditions

-Problems

--Chapter 8(I)--Problems

Chapter 8 Hydraulic Fracturing(II)

-8.2 Fracturing Fluids

--8.2.1 Introduction

--8.2.2 Fluid-Loss Properties of Fracturing Fluids

--8.2.3 Rheological Properties of Fracturing Fluids

-8.3 Proppants

--8.3.1 Introduction

--8.3.2 Fracture Conductivity

--8.3.3 Suspending Proppants

--8.3.4 Settling Proppants

--8.3.5 Proppant Selection

-8.4 Hydraulic Fracturing Design

--8.4.1 Productivity Index of Hydraulic Fracturing Wells

--8.4.2 Fracture Geometry Models

--8.4.3 Design Procedure for Hydraulic Fracturing

-Problems

--Chapter 8(II)--Problems

Chapter 9 Acidizing

-9.0 Introduction

--9.0 Introduction

-9.1 Carbonate Acidizing

--9.1.1 Mechanism of Carbonate Acidizing

--9.1.2 Effect Factors of Reaction Rate

--9.1.3 Acid Fracturing

--9.1.4 Effective Distance of Live Acid

--9.1.5 Pad Acid Fracturing

-9.2 Sandstone Acidizing

--9.2.1 Mechanism of Sandstone Acidizing

--9.2.2 Mud Acid Treatment Design

-9.3 Acidizing Treatment Technologies

--9.3.1 Acid and Additives

--9.3.2 Acidizing Treatment Operations

-Problems

--Chapter 9--Problems

Final Exam

-Final Exam

Production Engineering开设学校：中国石油大学（北京）

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