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Applied Reservoir Engineering & Management: 5-Day Professional Training Course

Course Overview

This comprehensive 5-day training program delivers practical reservoir engineering principles and advanced reservoir management techniques for maximizing hydrocarbon recovery. Specifically designed for professionals in the Kingdom of Saudi Arabia (KSA), Oman, GCC countries, and Africa, this course covers reservoir characterization, performance analysis, simulation fundamentals, and field development strategies essential for optimizing asset value in diverse geological settings.

Target Audience

• Reservoir engineers and analysts

• Petroleum engineers and production technologists

• Geoscientists working with reservoir teams

• Asset managers and field development planners

• Production optimization specialists

• Enhanced oil recovery (EOR) engineers

• Technical professionals from Saudi Aramco, PDO, ADNOC, and African operators

• Graduate engineers entering reservoir engineering

Day 1: Reservoir Engineering Fundamentals

Morning Session: Reservoir Properties and Fluid Behavior

Module 1.1: Introduction to Reservoir Engineering

• Role of reservoir engineering in upstream operations

• Reservoir management workflow and lifecycle

• Integration with geology, geophysics, and production engineering

• Regional reservoir types: Saudi Arabian carbonates, Omani sandstones, African deepwater turbidites

• Super-giant fields: Ghawar, Safaniyah, Burgan, and their management challenges

• Mature field management in GCC and African basins

Module 1.2: Reservoir Rock Properties

• Porosity: types, measurement, and regional variations

• Permeability: absolute, effective, and relative permeability

• Rock compressibility and pore volume changes

• Capillary pressure and wettability concepts

• Saturation distribution and initial conditions

• Core analysis and laboratory measurements

• Carbonate reservoir heterogeneity in Middle East

• Unconventional reservoir properties

Module 1.3: Reservoir Fluid Properties

• Crude oil classification and PVT properties

• Formation volume factors: oil, gas, and water

• Solution gas-oil ratio and bubble point pressure

• Gas properties: Z-factor, viscosity, density

• Black oil vs. compositional fluid models

• PVT sampling and laboratory testing

• Fluid characterization for Saudi Arabian crudes

• Heavy oil properties in Kuwait and African fields

Afternoon Session: Material Balance Concepts

Module 1.4: Material Balance Equation (MBE)

• General material balance equation derivation

• Drive mechanisms: solution gas, gas cap, water, compaction

• Material balance for different reservoir types

• Aquifer models: pot, Schilthuis, van Everdingen-Hurst

• Reservoir pressure history matching

• Original oil in place (OOIP) determination

• Gas reservoir material balance

• Practical applications in GCC fields

Module 1.5: Reservoir Drive Mechanisms

• Solution gas drive characteristics and recovery

• Gas cap drive optimization strategies

• Natural water drive and aquifer support

• Combination drive mechanisms

• Drive mechanism identification from production data

• Saudi Arabia’s water drive reservoirs

• Depletion strategies for different drive types

• Impact on recovery factor and field life

Day 2: Well Performance and Productivity Analysis

Morning Session: Well Testing and Analysis

Module 2.1: Transient Pressure Analysis

• Diffusivity equation and flow regimes

• Drawdown and buildup test analysis

• Horner plot and MDH analysis methods

• Wellbore storage and skin effects

• Permeability and reservoir pressure determination

• Interference and pulse testing applications

• Fractured well analysis in Oman tight formations

• Horizontal well pressure transient behavior

Module 2.2: Well Productivity Evaluation

• Productivity index (PI) and specific productivity

• Inflow performance relationships (IPR)

• Vogel correlation for solution gas drive

• Fetkovich method for water drive reservoirs

• Composite and future IPR predictions

• Formation damage assessment and quantification

• Stimulation treatment evaluation

• Multi-phase flow in wellbore

Afternoon Session: Decline Curve Analysis

Module 2.3: Production Decline Analysis

• Arps decline curves: exponential, hyperbolic, harmonic

• Decline curve type identification

• Reserves estimation from decline analysis

• EUR (Estimated Ultimate Recovery) calculations

• Modified hyperbolic decline for shale/tight reservoirs

• Forecasting production profiles

• Economic limit and abandonment rate

• Decline analysis for Saudi unconventional assets

Module 2.4: Rate Transient Analysis (RTA)

• Flowing material balance concepts

• RTA workflows and interpretation

• Application to unconventional reservoirs

• Comparison with traditional decline analysis

• Diagnostic plots and type curves

• Reserves estimation using RTA

• Case studies from Oman tight gas fields

• Software tools and practical exercises

Day 3: Recovery Mechanisms and Field Development

Morning Session: Primary and Secondary Recovery

Module 3.1: Primary Recovery Methods

• Primary recovery mechanisms overview

• Recovery factor estimation for different drive types

• Depletion strategies and optimization

• Pressure maintenance concepts

• Infill drilling programs

• Well spacing optimization

• Saudi Arabia’s primary recovery experience

• African marginal field development strategies

Module 3.2: Waterflooding Fundamentals

• Waterflooding theory and displacement efficiency

• Sweep efficiency: areal, vertical, volumetric

• Buckley-Leverett fractional flow theory

• Pattern design: line drive, five-spot, seven-spot, nine-spot

• Injection rate optimization and voidage replacement

• Water quality requirements and compatibility

• Breakthrough prediction and water cut management

• Waterflooding in Middle East carbonate reservoirs

Afternoon Session: Enhanced Oil Recovery (EOR)

Module 3.3: Chemical EOR Methods

• Polymer flooding: mechanisms and applications

• Surfactant and alkaline flooding

• ASP (Alkaline-Surfactant-Polymer) flooding

• Chemical EOR screening criteria

• Economic evaluation and pilot design

• Oman PDO polymer flooding projects in Marmul

• Chemical EOR for mature GCC fields

• African heavy oil chemical flooding opportunities

Module 3.4: Gas Injection and Thermal EOR

• Gas injection processes: immiscible and miscible

• CO2 flooding mechanisms and minimum miscibility pressure

• Nitrogen and hydrocarbon gas injection

• Huff-n-puff and cyclic injection strategies

• Thermal methods: steam injection, SAGD, in-situ combustion

• EOR screening and reservoir suitability

• Saudi Arabia’s CO2 EOR initiatives at Uthmaniyah

• Gas injection projects in UAE and Qatar

Day 4: Reservoir Simulation and Modeling

Morning Session: Reservoir Simulation Fundamentals

Module 4.1: Introduction to Reservoir Simulation

• Reservoir simulation workflow and objectives

• Types of simulators: black oil, compositional, thermal

• Finite difference methods and grid systems

• Model initialization and equilibration

• History matching process and uncertainty

• Prediction scenarios and development optimization

• Simulation software: Eclipse, CMG, Petrel

• Integrated modeling in digital oilfield environments

Module 4.2: Model Building and Characterization

• Geological model construction

• Geostatistical methods and property distribution

• Upscaling from geological to simulation models

• Structural framework and fault modeling

• Petrophysical property modeling

• Fluid contacts and saturation initialization

• Aquifer modeling techniques

• Quality control and validation procedures

Afternoon Session: History Matching and Forecasting

Module 4.3: History Matching Process

• Objectives and workflow for history matching

• Parameter sensitivity analysis

• Automated and manual matching techniques

• Matching pressure, production rates, and saturations

• Well by well vs. field level matching

• Handling uncertainty in reservoir models

• Assisted history matching tools

• Best practices from Saudi Aramco simulation studies

Module 4.4: Reservoir Performance Forecasting

• Development scenario generation

• Sensitivity analysis and risk assessment

• Optimization of well placement and completion

• Production forecasting and plateau management

• Economic evaluation integration (NPV analysis)

• Uncertainty quantification and P10-P50-P90 cases

• Field development plan (FDP) preparation

• Reserves booking and reporting standards (SPE-PRMS)

Day 5: Integrated Reservoir Management

Morning Session: Advanced Reservoir Management

Module 5.1: Reservoir Surveillance and Monitoring

• Surveillance programs design and implementation

• Pressure monitoring: buildup tests, MDT, permanent gauges

• Production logging and well performance tracking

• Saturation monitoring: RST, pulsed neutron logs

• 4D seismic and time-lapse monitoring

• Tracer studies for waterflood surveillance

• Real-time data integration and analytics

• Digital twin technology in GCC operations

Module 5.2: Integrated Asset Management

• Integrated reservoir studies workflow

• Multidisciplinary team collaboration

• Subsurface uncertainty management

• Field development planning and economics

• Facilities constraints and integration

• Production optimization strategies

• Portfolio management and prioritization

• Asset value optimization frameworks

Afternoon Session: Special Topics and Case Studies

Module 5.3: Unconventional and Complex Reservoirs

• Tight oil and gas reservoir engineering

• Shale reservoir characterization

• Hydraulic fracturing and EUR assessment

• Naturally fractured reservoir management

• Dual porosity/dual permeability modeling

• Saudi Arabia’s Jafurah shale gas development

• Oman’s Athel tight carbonate challenges

• Heavy oil reservoirs in Kuwait and Africa

Module 5.4: Emerging Technologies and Digital Solutions

• Machine learning applications in reservoir engineering

• Big data analytics for production optimization

• Artificial intelligence in history matching

• Cloud computing and high-performance computing

• Predictive analytics and prescriptive models

• Blockchain for asset data management

• Digital oilfield integration

• Carbon capture and storage (CCS) reservoir engineering

Module 5.5: Regional Case Studies and Workshop

• Saudi Arabia: Ghawar field water injection optimization

• Oman: Harweel cluster polymer flooding implementation

• UAE: Bu Hasa field pressure maintenance strategies

• Kuwait: Greater Burgan reservoir management

• Qatar: North Field gas condensate reservoir dynamics

• Nigeria: Deepwater turbidite reservoir development

• Angola: Pre-salt carbonate reservoir challenges

• Egypt: Western Desert mature field revitalization

• Interactive reservoir problem-solving exercises

• Reserves estimation and classification workshop

• Development strategy optimization scenarios

• Group presentations and discussions

• Course wrap-up and Q&A session

Course Learning Outcomes

Participants will achieve:

• Mastery of reservoir engineering fundamentals and calculations

• Practical skills in well test analysis and production forecasting

• Technical expertise in material balance and decline curve analysis

• Understanding of EOR screening and implementation strategies

• Competency in reservoir simulation workflow and history matching

• Strategic thinking for integrated asset management

• Regional knowledge specific to KSA, Oman, GCC, and African reservoirs

• Economic evaluation capabilities for field development planning

• Decision-making skills for reservoir management optimization

Regional Focus: KSA, Oman, GCC & Africa

Kingdom of Saudi Arabia: Addressing super-giant carbonate reservoir management, Arab D reservoir heterogeneity, unconventional Jafurah basin development, water injection optimization, CO2 EOR initiatives, and Saudi Aramco’s advanced reservoir management practices.

Oman: Covering mature field rejuvenation, polymer flooding applications, tight carbonate characterization, Khazzan/Makarem tight gas reservoirs, and Petroleum Development Oman (PDO) integrated reservoir studies.

GCC Region: Including ADNOC’s offshore carbonate management, Qatar’s gas condensate reservoirs, Kuwait’s heavy oil challenges, Bahrain’s tight oil exploitation, and regional EOR screening criteria.

Africa: Encompassing deepwater turbidite reservoirs, pre-salt carbonates, Niger Delta mature fields, West African marginal field development, East African gas discoveries, and diverse geological settings across Nigeria, Angola, Egypt, Ghana, and Mozambique.

Training Methodology

• Technical lectures with practical examples

• Reservoir engineering software demonstrations

• Hands-on calculation exercises and spreadsheet tools

• Real field case studies from target regions

• Group problem-solving workshops

• Interactive simulation exercises

• Industry best practices sharing

• Comprehensive course materials and reference library

Duration: 5 days (40 training hours)
Delivery: In-person, online, or hybrid format
Language: English (Arabic support available)
Certification: Professional development certificate
Software: Access to reservoir engineering calculation tools

Keywords: reservoir engineering training, applied reservoir management course KSA, reservoir simulation Oman, GCC reservoir engineering, African reservoir management, material balance analysis, EOR training Middle East, waterflood optimization, production forecasting, Saudi Aramco reservoir practices, PDO reservoir studies, decline curve analysis, well testing training