Membrizard/PyVaporation
The solution for modelling pervaporation membrane performance based on experimental data
Jupyter NotebookApache-2.0
Issues
- 0
Re-write default Mixtures with new Classes
#41 opened by Membrizard - 0
- 2
Implement Multicomponent Composition
#38 opened by Membrizard - 0
- 0
- 1
Explore multicomponent mixtures support
#30 opened by Membrizard - 1
Add UNIQUAC / UNIFAC models support
#27 opened by Membrizard - 1
Fix saving of Ideal Process Models
#28 opened by Membrizard - 1
Convert to PyVaporation Library
#17 opened by Membrizard - 1
- 1
Optimize the pervaporation process
#10 opened by Membrizard - 0
Add plotting
#8 opened by Membrizard - 0
Try to split pervaporation.py
#11 opened by Membrizard - 1
Check the warnings in time_program tests
#12 opened by Membrizard - 1
- 0
Rewrite components and mixtures to modules
#15 opened by pajeeloy - 0
Load membranes
#6 opened by Membrizard - 0
Add curve and surface fits for permeance
#7 opened by Membrizard - 0
Support Compounds from Gekko Chemical
#5 opened by Membrizard - 2
Component names fix
#3 opened by pajeeloy