As the complexities of real-life systems increase so must increase our understanding of them. Issues that are regularly arising in oil and gas exploration, production and transportation industries must be optimized to achieve an increase in productivity and efficiency. Oil and gas industry requires constant innovation throughout the sector, update of present practices, and implementing new technological advances.

Process updates, innovation implementation usually interrupt existing projects and cause delays, although they are there to remove them, this causes frustration and difficulty in implementation. On other hand, not implementing innovation, reducing research, and not updating processes, threatens sustainable profitability. Agent Based Simulation modeling ensures effective change implementation by enabling analysis, optimization, and experimentation in an environment that can fully capture the details of operations in risk free environment, companies can implement and analyze changes without interruption in production, the problems and risks can be identified and addressed in the beginning of the project before they appear in real life implementation.

Course Objectives

By the end of the course, participants should be able to:

• Learn optimization techniques and tools.
• Understand the differences between Agent-based, system dynamic, and discrete event modeling.
• Acquire the knowledge of how to use AnyLogic software.
• Realize the potential of multi-method simulation approach.
• Understand how to simulate complete oil and gas fields.

Duration:       5 Days

Who Should Attend

This training course is designed for all professionals working in the field of data analysis, oil and gas exploration, extraction, project management in oil and gas, field development and petroleum engineering. It will greatly benefit:

• Petroleum engineers
• Data Scientists
• Project managers
• Senior and Middle Managers
• Optimization professionals
• FEED engineers

Course Content

Day One: Petroleum Production Engineering Fundamentals

• Petroleum Production System
• Properties of oil and gas
• Reservoir deliverability
• Wellbore performance
• Exercise: Forecast of well production 
• Exercise: Production decline analysis 

Day Two: Optimization Techniques

• Linear Programming
• Non-linear programing
• Mixed-Integer Linear (MILP)
• Optimizing Controllable Rig Time Loss
• Introduction to simulation
• Introduction to AnyLogic software
• Exercise: Using AnyLogic software

Day Three: Simulation Techniques and Process Modelling

• Discrete event modelling
• System dynamics modelling
• Agent-based models
• Multi-method modelling (combining all three methods in one simulation)
• Exercise: Creating a simple process in AnyLogic
• Exercise: Creating an agent-based model in AnyLogic

Day Four: Oilfield Process Modelling

• Defining the process of oil production
• Data gathering
• Determination of data distributions
• Output data
• Introduction to AnyLogic fluid library
• Exercise: Creating a simulation model with AnyLogic fluid library

Day Five: Model Analysis and Optimization

• Scenario analysis
• Output data measurement and comparison
• GIS connectivity
• Exercise: Review of the developed oil supply chain
• Exercise: Incorporating the worker performance into the models
• Steps to apply multi-method simulation in FEED engineering.

General Notes

• This course is delivered by our seasoned trainers who have vast experience as expert professionals in the respective fields of practice. The course is taught through a mix of practical activities, theory, group work and case studies.
• Training manuals and additional reference materials are provided to the participants.
• Upon successful completion of this course, participants will be issued with a certificate.