Advanced Reservoir
This document was uploaded by user and they confirmed that they have the permission to share it. If you are author or own the copyright of this book, please report to us by using this DMCA report form. Report DMCA
Overview
Download & View Advanced Reservoir as PDF for free.
More details
- Words: 786
- Pages: 26
Loading documents preview...
Advanced Reservoir Engineering
Overview
Prepared by: Dr. B. Rostami
September 2010
Home
Contents Fundamental of Fluid Flow in Petroleum Reservoirs Transient Well Pressure Analysis Conventional Gas Reservoirs Analysis
Evaluation of Oil Reservoir Performance Evaluation of Water Influx Performance Useful Topics (Oil & gas reserves, EOR and IOR, Management, Simulation) Institute of Petroleum Engineering
References
Institute of Petroleum Engineering
•
Advanced Reservoir Engineering, Tarek Ahmed & Paul McKinney.
•
Fundamentals of Reservoir Engineering, L. P. Dake.
•
Applied Petroleum Reservoir Engineering, B. C. Craft & M. F. Hawkins.
•
Practical Enhanced Reservoir Engineering, Abdus Satter, Ghulam M. lqbal, James K. Buchwalter.
• Chapter #1 Fundamental of Fluid Flow in Petroleum Reservoirs • Contents Types of fluids in the reservoir;
Primary reservoir Characteristics Flow regimes; Reservoir geometry;
Fluid Flow Equations
Number of flowing fluids in the reservoir.
(1) steady-state flow;
● linear flow of incompressible fluids;
(2) unsteady-state flow;
● linear flow of slightly compressible fluids;
(3) pseudosteady-state flow.
● linear flow of compressible fluids; ● radial flow of incompressible fluids;
Institute of Petroleum Engineering
Darcy's law and applications Fluid potential definition
● radial flow of slightly compressible fluids; ● radial flow of compressible fluids; ● multiphase flow.
Chapter #2 Transient Well Pressure Analysis
Institute of Petroleum Engineering
Contents Fundamental of well test theory Overview of well test methodology Important concepts in well test analysis Interpretation of transient pressure tests Reservoir model diagnostic
• Chapter #3 Conventional Gas Reservoirs Analysis
• Contents Gas flow under laminar flow condition
Vertical Gas Well Performance Horizontal Gas Well Performance
Gas flow under turbulent flow condition Back pressure test IPR curve
Material Balance Equation for Conventional and Unconventional Gas Reservoirs Volumetric method
Material balance method Institute of Petroleum Engineering
Volumetric gas reservoirs Water derive gas reservoirs
Chapter #4 Evaluation of Oil Reservoir Performance Contents
Institute of Petroleum Engineering
Primary Recovery Mechanisms Volumetric and empirical method for reservoir analysis Decline curve analysis and applications The generalized Material Balance Equation The Material Balance as an Equation of a Straight Line Reservoirs performance prediction methods
Chapter #5 Evaluation of Water Influx Performance Contents Classification of Aquifers Recognition of Natural Water Influx Water Influx Models
Institute of Petroleum Engineering
Useful Topics Oil & Gas Reserves,
Institute of Petroleum Engineering
Useful Topics Oil & Gas Reserves,
Institute of Petroleum Engineering
Useful Topics Oil & Gas Reserves,
Institute of Petroleum Engineering
Institute of Petroleum Engineering
Useful Topics Oil Reserves, Oil & gas journal 2006
Institute of Petroleum Engineering
Useful Topics Gas Reserves, Oil & gas journal 2006
World Resources of Petroleum
Institute of Petroleum Engineering
Institute of Petroleum Engineering
Institute of Petroleum Engineering
Institute of Petroleum Engineering
Useful Topics
Institute of Petroleum Engineering
Unproved Reserves Possible Reserves
Possible Reserves
Institute of Petroleum Engineering
Analogy-Based Approach Volumetric Estimates Deterministic Methods Stochastic Methods
Performance Analysis Material Balance Equation Reservoir Simulation Models Decline Curve Analysis
Institute of Petroleum Engineering
Analogy-Based Approach Estimate the reserves in a situation where there are no solid data on well performance or reservoir characteristics. However, an analogue-based approach is also the least accurate and little reliable method of petroleum reserve estimation,
Volumetric Estimates Deterministic Methods: The principle is to "upscale" the information derived from the wells and supported by seismic survey, into the interwell space by using an interpolation technique.
Institute of Petroleum Engineering
Volumetric Estimates (Deterministic Method) The main parameters used for a volumetric estimate: The reservoir "gross" isopach map, The reservoir "net" isopach map, The Net-to-Gross ratio (N/G) is an important parameter indicating the productive portion of the reservoir.
The reservoir rock porosity The permeability and net-thickness product (khN) Volume-based average saturation of water, gas and oil.
Institute of Petroleum Engineering
Volumetric Estimates (Stochastic Method) is usually based on the procedure of random-number generator Assumes that the main reservoir properties all have random, possibly normal, frequency distributions, range from core to well-log data.
Institute of Petroleum Engineering
Volumetric Estimates (Stochastic Method)
Institute of Petroleum Engineering
Performance Analysis Material Balance Equation is based on the data obtained from previous reservoir performance and PVT analysis, but involves some assumptions for the reservoir driving mechanism.
Reservoir Simulation Models involves a numerical simulation technique, with the matching of the production and the reservoir’s previous performance (history).
Decline Curve Analysis is to predict future performance of the reservoir by matching the observed trend of the production decline with one or several standard mathematical methods of the production rate-time (hyperbolic, harmonic, exponential, ect.).
Institute of Petroleum Engineering
Decline Curve Analysis
Institute of Petroleum Engineering
Different ways of data representation for a decline curve analysis
Overview
Prepared by: Dr. B. Rostami
September 2010
Home
Contents Fundamental of Fluid Flow in Petroleum Reservoirs Transient Well Pressure Analysis Conventional Gas Reservoirs Analysis
Evaluation of Oil Reservoir Performance Evaluation of Water Influx Performance Useful Topics (Oil & gas reserves, EOR and IOR, Management, Simulation) Institute of Petroleum Engineering
References
Institute of Petroleum Engineering
•
Advanced Reservoir Engineering, Tarek Ahmed & Paul McKinney.
•
Fundamentals of Reservoir Engineering, L. P. Dake.
•
Applied Petroleum Reservoir Engineering, B. C. Craft & M. F. Hawkins.
•
Practical Enhanced Reservoir Engineering, Abdus Satter, Ghulam M. lqbal, James K. Buchwalter.
• Chapter #1 Fundamental of Fluid Flow in Petroleum Reservoirs • Contents Types of fluids in the reservoir;
Primary reservoir Characteristics Flow regimes; Reservoir geometry;
Fluid Flow Equations
Number of flowing fluids in the reservoir.
(1) steady-state flow;
● linear flow of incompressible fluids;
(2) unsteady-state flow;
● linear flow of slightly compressible fluids;
(3) pseudosteady-state flow.
● linear flow of compressible fluids; ● radial flow of incompressible fluids;
Institute of Petroleum Engineering
Darcy's law and applications Fluid potential definition
● radial flow of slightly compressible fluids; ● radial flow of compressible fluids; ● multiphase flow.
Chapter #2 Transient Well Pressure Analysis
Institute of Petroleum Engineering
Contents Fundamental of well test theory Overview of well test methodology Important concepts in well test analysis Interpretation of transient pressure tests Reservoir model diagnostic
• Chapter #3 Conventional Gas Reservoirs Analysis
• Contents Gas flow under laminar flow condition
Vertical Gas Well Performance Horizontal Gas Well Performance
Gas flow under turbulent flow condition Back pressure test IPR curve
Material Balance Equation for Conventional and Unconventional Gas Reservoirs Volumetric method
Material balance method Institute of Petroleum Engineering
Volumetric gas reservoirs Water derive gas reservoirs
Chapter #4 Evaluation of Oil Reservoir Performance Contents
Institute of Petroleum Engineering
Primary Recovery Mechanisms Volumetric and empirical method for reservoir analysis Decline curve analysis and applications The generalized Material Balance Equation The Material Balance as an Equation of a Straight Line Reservoirs performance prediction methods
Chapter #5 Evaluation of Water Influx Performance Contents Classification of Aquifers Recognition of Natural Water Influx Water Influx Models
Institute of Petroleum Engineering
Useful Topics Oil & Gas Reserves,
Institute of Petroleum Engineering
Useful Topics Oil & Gas Reserves,
Institute of Petroleum Engineering
Useful Topics Oil & Gas Reserves,
Institute of Petroleum Engineering
Institute of Petroleum Engineering
Useful Topics Oil Reserves, Oil & gas journal 2006
Institute of Petroleum Engineering
Useful Topics Gas Reserves, Oil & gas journal 2006
World Resources of Petroleum
Institute of Petroleum Engineering
Institute of Petroleum Engineering
Institute of Petroleum Engineering
Institute of Petroleum Engineering
Useful Topics
Institute of Petroleum Engineering
Unproved Reserves Possible Reserves
Possible Reserves
Institute of Petroleum Engineering
Analogy-Based Approach Volumetric Estimates Deterministic Methods Stochastic Methods
Performance Analysis Material Balance Equation Reservoir Simulation Models Decline Curve Analysis
Institute of Petroleum Engineering
Analogy-Based Approach Estimate the reserves in a situation where there are no solid data on well performance or reservoir characteristics. However, an analogue-based approach is also the least accurate and little reliable method of petroleum reserve estimation,
Volumetric Estimates Deterministic Methods: The principle is to "upscale" the information derived from the wells and supported by seismic survey, into the interwell space by using an interpolation technique.
Institute of Petroleum Engineering
Volumetric Estimates (Deterministic Method) The main parameters used for a volumetric estimate: The reservoir "gross" isopach map, The reservoir "net" isopach map, The Net-to-Gross ratio (N/G) is an important parameter indicating the productive portion of the reservoir.
The reservoir rock porosity The permeability and net-thickness product (khN) Volume-based average saturation of water, gas and oil.
Institute of Petroleum Engineering
Volumetric Estimates (Stochastic Method) is usually based on the procedure of random-number generator Assumes that the main reservoir properties all have random, possibly normal, frequency distributions, range from core to well-log data.
Institute of Petroleum Engineering
Volumetric Estimates (Stochastic Method)
Institute of Petroleum Engineering
Performance Analysis Material Balance Equation is based on the data obtained from previous reservoir performance and PVT analysis, but involves some assumptions for the reservoir driving mechanism.
Reservoir Simulation Models involves a numerical simulation technique, with the matching of the production and the reservoir’s previous performance (history).
Decline Curve Analysis is to predict future performance of the reservoir by matching the observed trend of the production decline with one or several standard mathematical methods of the production rate-time (hyperbolic, harmonic, exponential, ect.).
Institute of Petroleum Engineering
Decline Curve Analysis
Institute of Petroleum Engineering
Different ways of data representation for a decline curve analysis
Related Documents
Advanced Reservoir
February 2021 0
Reservoir Engineering
January 2021 1
Reservoir Fluid
January 2021 1
Reservoir Characterization
February 2021 1
Reservoir Engineering
March 2021 0
Oil Reservoir Engineering - Pirson_2
January 2021 1More Documents from "Tariq Ali"