pyResToolbox - A collection of Reservoir Engineering Utilities
Project description
pyrestoolbox
----------------------------- A collection of Reservoir Engineering Utilities -----------------------------
This set of functions focuses on those that the author uses often while crafting programming solutions. These are the scripts that are often copy/pasted from previous work - sometimes slightly modified - resulting in a trail of slightly different versions over the years. Some attempt has been made here to make this implementation flexible enough such that it can be relied on as-is going forward.
Note: Version 2.x now refactors functions into different modules, requiring seperate imports
Includes functions to perform simple calculations including;
- Inflow for oil and gas
- PVT Calculations for oil
- PVT calculation for gas
- Return critical parameters for typical components
- Creation of Black Oil Table information
- Creation of layered permeability distribution consistent with a Lorenz heterogeneity factor
- Extract problem cells information from Intesect (IX) print files
- Generation of AQUTAB include file influence functions for use in ECLIPSE
- Creation of Corey and LET relative permeability tables in Eclipse format
- Calculation of Methane and CO2 saturated brine properties
Apologies in advance that it is only in oilfield units with no current plans to add universal multi-unit support.
Changelist in 2.1.0:
- Fixed variable Typing issue that caused problems with Python 3.9 and older.
- Added reference to the Burgoyne ('BUR') methods for gas Z-Factor and critical property correlation
Changelist in 2.0.0:
- Modified the new Z-Factor method, 'BUR', now a tuned five component Peng Robinson method that is fast and stable and able to handle up to 100% of CO2, H2S, N2 or H2 as well as natural gas. Viscosities are calculated with a tuned LBC model.
- Refactored all code to split into modules for ease of future maintenance
Changelist in 1.4.4:
- Added in new Z-Factor method, 'BUR', which is a tuned single component Peng Robinson method that is fast and stable
Changelist in 1.4.2:
- Corrected CO2 solubility calculations when two roots in CO2 liquid phase
Changelist in 1.4.1:
- Added calculation of Ezrokhi coefficients for brine density and viscosity with dissolved CO2
Changelist in 1.4.0:
- Introduced CO2 saturated brine calculations using Spycher & Pruess modified SRK EOS method
- Rectified an error introduced in Gas Z-Factor calculations due to errant indentation
Changelist in 1.3.9:
- Tweaks to speed DAK and Hall & Yarborough Z-Factor calculations
Changelist in 1.3.8:
- Fix bug in Hall & Yarborough Z-Factor calculation
Changelist in 1.3.5:
- Fix bug in ECL deck zip/check recursion
Changelist in 1.3.4:
- Extend ECL deck zip/check function to handle IX formatted decks, and support zipping multiple decks at once.
Changelist in 1.3.2:
- Added robust Rachford Rice solver in Simulation Helpers
- Moved relative permeability functions and simulation helpers to seperate .simtools module
Changelist in 1.2.0
- Added Component Critical Property Library
Changelist in v1.1.4:
- Attempting to fix reported issue with required dependencies not installing correctly
Changelist in v1.1:
- Fix API to SG calculation (141.4 vs 141.5)
- Added lower limit to first rho_po estimate for Oil Density with McCain method to avoid negative values with high Rs
- Added oil_sg and oil_api functions
- Modified HY Z-Factor solve algorithm to improve robustness
- Modified DAK Z-Factor solve algorithm to improve robustness
- Added Gas Z-Factor correlation from Wang, Ye & Wu (2021)
- Removed 'LIN' Z-Factor method due to significant errors above 12,000 psi. Use WYW method instead if speed needed.
Head to the project site for more information & documentation; https://github.com/mwburgoyne/pyResToolbox
Start by importing the package; from pyrestoolbox import pyrestoolbox as rtb
Function List includes
- Gas Flow Rate Radial
- Gas Flow Rate Linear
- Oil Flow Rate Radial
- Oil Flow Rate Linear
- Gas Tc & Pc Calculation
- Gas Z-Factor
Calculation - Gas Viscosity
- Gas Viscosity * Z
- Gas Compressibility
- Gas Formation Volume Factor
- Gas Density
- Gas Water of Condensation
- Convert P/Z to P
- Convert Gas Gradient to SG
- Delta Pseudopressure
- Gas Condensate FWS SG
- Component Critical Properties Library
- Oil Density from MW
- Oil Critical Properties with Twu
- Incrememtal GOR post Separation
- Oil Bubble Point Pressure
- Oil GOR at Pb
- Oil GOR at P
- Oil Compressibility
- Oil Density
- Oil Formation Volume Factor
- Oil Viscosity
- Generate Black Oil Table data
- Estimate soln gas SG from oil
- Estimate SG of gas post separator
- Calculate weighted average surface gas SG
- Oil API to SG
- Oil SG to API
- Calculate suite of methane saturated brine properties
- Calculate suite of CO2 saturated brine properties
- Lorenz coefficient from Beta value
- Lorenz coefficient from flow fraction
- Lorenz coefficient to flow fraction
- Lorenz coefficient to permeability array
- Summarize IX convergence errors from PRT file
- Create Aquifer Influence Functions
- Solve Rachford Rice for user specified feed Zis and Ki's
- Create sets of rel perm tables
Project details
Release history Release notifications | RSS feed
Download files
Download the file for your platform. If you're not sure which to choose, learn more about installing packages.
Source Distribution
Built Distribution
File details
Details for the file pyrestoolbox-2.1.1.tar.gz
.
File metadata
- Download URL: pyrestoolbox-2.1.1.tar.gz
- Upload date:
- Size: 854.5 kB
- Tags: Source
- Uploaded using Trusted Publishing? No
- Uploaded via: twine/5.1.1 CPython/3.9.13
File hashes
Algorithm | Hash digest | |
---|---|---|
SHA256 | 5a454ac27cbd047cd19b380b559adb789c27231ccd1b644bc324704e0494ac97 |
|
MD5 | 0e95e592d6569bc9a0a1950736cea0ee |
|
BLAKE2b-256 | 6b09f3559912ef4dcdb6247fa41428c104586bb74f029b4a96b654e50da8d55a |
File details
Details for the file pyrestoolbox-2.1.1-py3-none-any.whl
.
File metadata
- Download URL: pyrestoolbox-2.1.1-py3-none-any.whl
- Upload date:
- Size: 874.0 kB
- Tags: Python 3
- Uploaded using Trusted Publishing? No
- Uploaded via: twine/5.1.1 CPython/3.9.13
File hashes
Algorithm | Hash digest | |
---|---|---|
SHA256 | 737db5c95f3ff249be34c2742d2b78807342b13f410433cc19f4ac3cd85b4310 |
|
MD5 | 15cf60f4328d85ee79db0d2c851d5551 |
|
BLAKE2b-256 | 47318643ad8d46cc5774fa85bae5f084391c4498e6c62847896bdeb4ef7ae2ca |