The document presents an overview of the MRST (MATLAB Reservoir Simulation Toolbox) including its properties, functionalities, and various modules for reservoir simulation. Developed by SINTEF Applied Mathematics, it offers a comprehensive open-source platform for numerical simulations on reservoir models. It also includes comparisons with other simulation tools such as Eclipse100 and highlights various methods and solvers utilized within MRST.

1. Presented by :
Farshad Jafarizadeh
Saeid Javidi
Reza Ghahghaei
Course Supervisor : Dr.Sedaee Sola
1
Number of slid: 28 April 2016 Reservoir Simulation

2. Introduction
2
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

3. Introduction
3
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

4. Properties
4
 An open source comprehensive set of routines for
reading, visualising and running numerical
simulations on reservoir models.
 Developed at SINTEF Applied Mathematics.
 MRST core: grid + basic functionality
 Add-on modules: discretizations (TPFA, MPFA,
mimetic), black oil, thermal, upscaling, coarsening,
multiscale, flow diagnostics, CO2 laboratory,….
• Statistics: (release 2013b)
 Number of downloads: ~3000
 Number of countries: ~120
 Number of institutions: ~1080
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

5. 5
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

6. 6
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

7. Function
7
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

8. Function
8
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

9. Function
9
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

10. 10
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

11. 11
MRST – CO2 Lab
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

12. MRST - Flow Diagnostics
12
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

13. MRST - Fully Implicit Solvers
13
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

14. MRST- MultiscaleFinite Volumes
14
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

15. 15
MRST–MultiscaleMixedFiniteElements
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

16. MRST - MPFA
16
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

17. MRST – IMPES Solver
17
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

18. MRST – Adjoint Formulations
18
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

19. The First Encounter With MRST
19

20. 20

21. Example
21

22. 22

23. 23

24. Comparison MRST and Eclipse100
24
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

25. Comparison MRST and Eclipse100
25
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

26. Comparison MRST and Eclipse100
26
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

27. Comparison MRST and Eclipse100
27
 Introduction
 Properties
 Design
 Grids
 Function
 Modules
 MRST – CO2 Lab
 Flow Diagnostics
 Fully Implicit
Solvers
 Multiscale Finite
Volumes
 Multiscale Mixed
Finite Elements
 MPFA
 IMPES Solver
 Adjoint
Formulations

28. References
• An open-source framework for rapid prototyping and
evaluation of reservoir simulation Problems- SPE 173317-MS
• Sintef.no/mrst
28

29. Thanks For Your Attention