COURSE TITLE: BASIC PETROPHYSICS
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DURATION: 5 DAYS
COURSE CONTENT
- Review of different log types: Gamma ray, SP, Resistivity, Neutron, etc,
- Familiarization with different curves on paper Logs
- Lithology differentiation and hydrocarbon indication on log curves
- Evaluation of basic Petrophysical parameters; porosity, water saturation,
permeability and pay on workstation
- Log correlation on workstationCOURSE TITLE: BASIC PETROLEUM GEOLOGY
DURATION: 5 DAYS
COURSE CONTENT
- Introduction
- Hydrocarbon Occurrence
- Reservoirs
- Hydrocarbon Formation and Migration
- Hydrocarbon trappingCOURSE TITLE: PRACTICAL STRUCTURAL GEOLOGY FOR EXPLORATION AND PRODUCTION
DURATION: 5 DAYS
COURSE CONTENT
- Introduction and Key Concepts
- Deformation mechanisms
- Structural styles
- Formation of Extensional Basins
- Salt sheets
- Fault Geometry and Displacement
- Deformation around a Fault
- Fault Linkage
- Structure Interpretation from Seismic Data
- Fault Seal TechniquesCOURSE TITLE: NMR LOGGING TECHNOLOGY
DURATION: 5 DAYS
COURSE CONTENT
- NMR physics, T1, T2 and diffusion, T2 interpretation, pore size and fluid effects
processing, inversion, averaging, NMR porosity, bound fluid and permeability
models
- NMR log integration with resistivity based analysis
- Commercially used NMR fluid identification methods
- Practical considerations of NMR logging including environmental effects
Commercial tools and appropriate uses of each including CMR, CMR+, MRIL,
- MRIL Prime
- Quality control of NMR logs
- Log - core integration
- Job planning and design, parameter selection
- NMR data processing capabilities of software packages including Logic and PetcomCOURSE TITLE: CORE AND CORE ANALYSIS
DURATION: 5 DAYS
COURSE CONTENT
- Introduction to cores and coring concepts
- Porosity, permeability and fluid saturation
- Designing a coring programme
- Core-handling, wellsite procedures, and preservation methods
- Sidewall coring
- Special core analysis(SCAL)
- Core-log correlation
- Rock mechanics
- Wettability, relative permeability, capillary pressure, and reservoir fluid distribution
- Designing a core analysis programme
- Laboratory visitCOURSE TITLE: INTRODUCTION TO SEISMIC INTERPRETATION AND MAPPING
DURATION: 5 DAYS
COURSE CONTENT
- Introduction to seismic acquisition, processing and interpretation
- Data loading and project set-up on workstation
- Picking, assigning and correlation of faults
- Horizon interpretation
- Time and depth mapping
- Contouring, depth mapping and integration of well data
- VolumetricsCOURSE TITLE: BASIC RESERVOIR ENGINEERING
DURATION: 5 DAYS
COURSE CONTENT
- Introduction to the physics of petroleum reservoirs
- Concepts of fluid flow through porous media
- Rock and fluid properties in reservoir engineering
- Evaluation & recovery of oil and gas reserves
- Material balance calculations
- Introduction to well testing and decline curve analysis
- Reservoir simulation conceptsCOURSE TITLE: PRACTICAL MATERIAL BALANCE ANALYSIS (Using MBAL)
DURATION: 5 DAYS
COURSE CONTENT
- Introduction to Material Balance
- Reservoir Allocation
- Monte Carlo Volumetrics
- Decline Curve Analysis
- 1-D Model (Buckley-Leverett)
- Multi – Layer (Relative Permeability Averaging)
- Tight Gas Type Curve ToolCOURSE TITLE: PRACTICAL NODAL ANALYSIS (Using PROSPER)
DURATION: 5 DAYS
COURSE CONTENT
- Introduction to Nodal Analysis
- Well completions design and optimization (multilateral, multilayer & horizontal)
- Wellbore modeling (PVT, VLP correlations, IPR)
- Surface pipeline performance and design
- Prediction of flowing temperature in wells and pipelines
- Design, diagnosis & optimization of artificial lifts (gas lift, hydraulic pumps,ESP)
- Monitoring of well performance
- Determination of total skin and breakdown
- Production allocation between wellsCOURSE TITLE: PRACTICAL RESERVOIR SIMULATION (Using ECLIPSE)
DURATION: 5 DAYS
COURSE CONTENT
- Reservoir Simulation Overview
- Theory of Numerical Simulation
- Elements of a Reservoir Simulation Study
- Gridding and Layering
- Reservoir Characterization for Simulation
- Reservoir Fluid Properties
- Relative Permeability and Capillary Pressure
- History Matching
- Calibration.
- Predicting Performance.COURSE TITLE: RESERVOIR ENGINEERING FOR NON-RESERVOIR ENGINEERS
DURATION: 5 DAYS
COURSE CONTENT
- Introduction to the physics of petroleum reservoirs
- Concepts of fluid flow through porous media
- Rock and fluid properties in reservoir engineering
- Evaluation & recovery of oil and gas reserves
- Material balance calculations
- Introduction to well testing and decline curve analysis
- Reservoir simulation conceptsCOURSE TITLE: WELLSITE OPERATIONS
DURATION: 5 DAYS
COURSE CONTENT
- Well planning
- Rig types
- Wellsite safety
- Drilling Fluids
- Pressure Detection
- Drilling problems
- Measurement While Drilling
- Mudlogging
- Show evaluation
- Introduction to coring
- Well testingCOURSE TITLE: UNDERSTANDING AND USING OPEN HOLE LOGS
DURATION: 5 DAYS
COURSE CONTENT
- Introduction to logging methods
- Detection of permeability and salt water from resistivity logs
- Fluid and rock type identification from porosity logs
- Hydrocarbon identification and net pay estimations
- "Interpretation at a glance" techniques
- Gas and shale effects on logs
- Uses and the limitations of open hole logsCOURSE TITLE: DEVELOPMENT GEOLOGY
DURATION: 5 DAYS
COURSE CONTENT
- Introduction of important concepts
- Field development geology
- Appraisal and development drilling
- Reservoir fluid properties and saturation
- Volumetric reserve estimation and calculation
- Depositional and diagenetic controls on reservoir rocks, barriers, and hydrocarbon distribution
- Reservoir behavior in different rock types
- Drive mechanisms
- Development drilling
- Economics of field development
- Reservoir mapping
- Using deterministic and stochastic techniques to build static reservoir models
- Secondary and tertiary field development
- Redeveloping mature and marginal fieldsCOURSE TITLE: FAULT TRANSMISSIBILITIES FOR GEOLOGISTS AND ENGINEERS
DURATION: 5 DAYS
Locating bypassed and unswept oil associated with faults is both a major problem and an opportunity. Fault properties are the most influential reservoir simulation property for predicting cumulative oil production, but incorporating fault properties into reservoir models is a major technical challenge. Ad hoc history-matching methods are time-consuming and produce non-unique, subjective solutions. This course on the practical inclusion of properties of faults in reservoir simulation ensures workplace best practice.
COURSE CONTENT
- Includes controls on fault-zone permeability & fault-zone thickness; case studies and future developments.COURSE TITLE: UNDERSTANDING AND USING OPEN HOLE LOGS
DURATION: 5 DAYS
A 4-day comprehensive workshop that will illustrate log responses to rocks and their fluids. Once these simple relationships are understood, you can recognize permeability, hydrocarbons and identify rock and fluid types easily. A complete workbook and actual log examples will help the student to interpret and understand the uses of logs. Practical exercises will enable you to learn these techniques easily and make better decisions immediately. The course is suitable for professionals using logs in all phases of the industry. Over 1600 personnel in the industry have made better decisions and saved money using the techniques from this program.
COURSE CONTENT
- Introduction to logging methods
- Detection of permeability and salt water from resistivity logs
- Hydrocarbon identification and net pay estimations
- "Interpretation at a glance" techniques
- Gas and shale effects on logs
- Uses and the limitations of open hole logsCOURSE TITLE: OIL AND GAS PROJECT ECONOMICS AND RISK ASSESSMENT
DURATION: 5 DAYS
COURSE CONTENT
- Introduction
- Return on investments
- Reserves, Revenues and Costs
- Expected values and chance of success
- Cash flow analysis
- Taxes
- Key economic parameters
- Risk aversion
- Property acquisitions
- Oil and gas contractsCOURSE TITLE: ENGINEERING PROJECT MANAGEMENT
DURATION: 3 DAYS
COURSE CONTENT
- Introduction to project management framework
- Four stages of project management
- Eight project management process groups
- Initiation: scope/change, schedule/cost, quality, resource/team, communication/information, risk, subcontract/outsourcing, and integration
- Control: scope/change, schedule/cost, quality, resource/team, communication/information, risk, procurement/contracting, and integration/coordination
- Close-out: scope, subcontract/outsourcing, and integrationCOURSE TITLE: INTRODUCTION TO GAS PROCESSING
DURATION: 3 DAYS
COURSE CONTENT
- Industry overview and Terminology
- Gas processing fundamentals
- Chemistry of oil and gas
- Markets, gas contracts and specifications
- Demand patterns and load factors
- Technical fundamentals, e.g. physical properties and phase behavior
- Oil and gas production facilities
- Hydrates, hydrate inhibition
- Gas dehydration
- Gas sweetening and sulfur recovery
- Acid gas reinjection
- Natural gas liquids and dew point control
- Nitrogen rejection and helium recovery
- Fractionation and stabilization
- Heat exchange and compressionCOURSE TITLE: UNDERSTANDING OFFSHORE OIL AND GAS FACILITIES
DURATION: 5 DAYS
COURSE CONTENT
- Field development planning
- Structural system options
- Transportation system design and installation
- Well construction and servicing operations
- Drilling, processing, and utilities topside facilities
- Production operations
- Life cycle considerationsCOURSE TITLE: FUNDAMENTALS OF HSE MANAGEMENT
DURATION: 3 DAYS
COURSE CONTENT
- Policy & Strategic Objectives
- Legislation & Regulation
- Organisation, Responsibilities & Resources
- Risk Assessment & Management
- Planning & Procedures
- Contractor Controls
- Security
- Emergency Response
- Performance Management
- Incident Reporting & Investigation
- Audit
- Management ReviewCOURSE TITLE: FUNDAMENTALS OF SAFETY
DURATION: 1 DAYS
COURSE CONTENT
- Safety techniques for hazard and effect management
- Process Safety and Hazards Control
- Safety Culture
- Chemical Agents
- Hazard Communication / Product Stewardship
- Biological Agents
- Work Environment
- Fire Safety
- Tool Safety
- Machine Guarding
- Motor Vehicle
- Lifting Operations and Lifting Equipment
- Electrical Safety
- Noise and Vibration
- Radiation and Radioactive Sources
- Construction and Demolition
- Scaffold Safety
- LogisticsCOURSE TITLE: PETROLEUM PROJECT MANAGMENT
DURATION: 5 DAYS
COURSE CONTENT
- The project management process
- Scope definition
- Scheduling tools
- Manpower resources
- Project risk management
- Learning, continuous improvement and quality management in projects
- Project team management
- Case studies and exercisesCOURSE TITLE: BASIC PETROLEUM TECHNOLOGY
DURATION: 5 DAYS
TARGET AUDIENCE:
Secretarial, administrative, management, field support, accounting, purchasing, economics, legal, finance, human resources, drafting, land and data processing personnel, as well as investors and royalty owners COURSE CONTENT
- Petroleum geology
- The petroleum reservoir
- Exploration technology
- Drilling technology
- Well completion and workover
- Production operations
- Recovery
- Surface processing
- Offshore operation
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