Releases: watertap-org/watertap
Releases · watertap-org/watertap
0.10 Release Candidate #0
0.10 Release Candidate #0
Start with our online documentation to get started with install instructions, examples, etc.
WaterTAP 0.10.0rc0 Release Highlights
What's Changed
- Add additional comments for valid temp ranges for NaCl_T_dep_prop_pack by @savannahsakhai in #1075
- Correct units in GAC costing
energy_consumption_constraintby @hunterbarber in #1082 - IonExchange0D Model Overhaul by @kurbansitterley in #998
- Fix ZO costing method documentation by @bknueven in #1081
- ASM2d compatibility with thickener and dewatering units by @agarciadiego in #1078
- Add sweep analysis for electroNP flowsheet by @luohezhiming in #1077
- Initial implementation of ConcurrentFuturesParallelManager by @shelman in #1059
- Remove lingering uses of MPI from parallel manager by @shelman in #1090
- Update electrodialysis costing by @lbibl in #1086
- Relax the bounds of dP_dx by @luohezhiming in #1094
- Update monte carlo flowsheet and documentation to use new parameter sweep API by @shelman in #1093
- Update parameter_sweep.py by @avdudchenko in #1097
- Fix a warning in ED costing by @lbibl in #1096
- Allow passing build_outputs=None to parameter sweep by @shelman in #1099
- ASM2d/ADM1 Translator by @MarcusHolly in #1074
- Add mapping keys between nominal and differential values for the DifferentialParameterSweep object by @k1nshuk in #1079
- Fix Pydantic 2 failures by @lbianchi-lbl in #1089
- BSM2 full flowsheet by @agarciadiego in #1038
- Changing ElectroN-P unit model to separator structure by @agarciadiego in #1091
- Make pytest the only requirement for running test suite without errors by @lbianchi-lbl in #1088
- Update IDAES requirement to 2.2.0.dev0.watertap.23.08.03 and other stability improvements by @bknueven in #930
- Address Sphinx failures by @lbianchi-lbl in #1110
- Modified ASM2D Refinement and Associated Changes by @agarciadiego in #1101
- Add async multiprocessing, rayio, and update kernel in parameter sweep by @avdudchenko in #1102
- Fix NF notebook and flowsheets for UI by @adam-a-a in #1076
- Add coverage reports from MPI tests by @bknueven in #1103
- Add support for Python 3.11 by @lbianchi-lbl in #1114
- Adding OLI API by @adam-a-a in #1056
- Add concurrency group for GHA workflows to avoid redundant runs for PRs by @lbianchi-lbl in #1115
- Update idaes-pse requirement to 2.2.0rc0 by @lbianchi-lbl in #1118
- ADM1 Documentation Update by @MarcusHolly in #1116
- Add NaCl recovery value to crystallizer model by @Zhuoran29 in #1120
- Adding loopTool to analysis tools by @avdudchenko in #1098
- Add idaes-extensions step to getting started for devs by @adam-a-a in #1129
- Eliminate suffix warnings by hot patching Pyomo's NL Writer by @bknueven in #1146
- MCAS Update by @adam-a-a in #1136
- Unify costing APIs in WaterTAP by @bknueven in #1122
- Minor updates to elecytrolyzer model by @avdudchenko in #1150
- Update CI in preparation of 0.10 release by @lbianchi-lbl in #1156
- BSM2 GUI by @MarcusHolly in #1125
- Add MD 0D by @ElmiraShamlou in #1105
- Add multi-stage OARO flowsheet and cost optimization by @luohezhiming in #897
- Add documentation for electroNP_ZO model by @luohezhiming in #1142
- bsm2 tutorial WIP by @agarciadiego in #1130
- Dye Desalination Parameter Update by @MarcusHolly in #1126
- Add documentation for using Jupyter notebooks by @lbianchi-lbl in #1155
New Contributors
- @ElmiraShamlou made their first contribution in #1105
Full Changelog: 0.9.0...0.10.0rc0
Contributors
shelman, k1nshuk, and 13 other contributors
Assets 2
2023 Jun Release
2023 Jun Release
Start with our online documentation to get started with install instructions, examples, etc.
WaterTAP 0.9.0 Release Highlights
- General bug fixes and code maintenance
- Added a NaCl property model with temperature dependence (useful for evaporative processes)
- Refined the mechanical vapor compression flowsheet example
- Added rectifier costing method for electrochemical processes
- Added an electrolyzer model
- Refined electrodialysis costing
- Added a modified Activated Sludge Model No. 2d (ASM2d)
- Updated Anaerobic Digestion Model No. 1 (ADM1) and ASM2d translator block
- Added auxiliary unit models for Benchmark Simulation Model No. 2 (BSM2) including a dewaterer, thickener, and primary clarifier
- Added Jupyter notebook tutorial on nanofiltration with Donnan Steric Pore Model with Dielectric Exclusion (DSPM-DE)
2023 Mar Release
2023 Mar Release
Start with our online documentation to get started with install instructions, examples, etc.
WaterTAP 0.8.0 Release Highlights
- General maintenance and bug fixes
- Updated WaterTAP to be compatible with IDAES v2.0.0
- Updated and refactored property models to include pressure effects in enthalpy and have consistent indexing of variables and constraints
- Improved the parameter sweep tool to provide additional functionality
- Reorganized model diagnostic tools
- Added a new option for membrane processes - a spiral wound friction factor calculation
- Added more properties to the multicomponent aqueous solution property package - diffusivities and Laliberte correlation for densities
- Added costing for osmotically assisted reverse osmosis (OARO)
- Added a simple electrocoagulation model
- Added an example demonstration of electrodialysis desalination system with recirculation and water recovery control
- Added an example demonstration of ion exchange for calcium removal
- Added the Anaerobic Digestor Model no. 1 (ADM1), including temperature dependent expressions and a phosphorous extension
- Added translator blocks for Activated Sludge Model no. 1 (ASM1) to ADM1 and vice versa
- Added a selective oil permeation model
- Refined granular activated carbon model - improving its stability and including more details on auxiliary energy consumption and costing
- Added and refined documentation for the following: zero order models, ion exchange, mechanical vapor compression, water property package, ADM1, ASM1 and ADM1 translator blocks
Full Changelog: 0.7.0...0.8.0
2022 Dec Release
2022 Dec Release
Start with our online documentation to get started with install instructions, examples, etc.
WaterTAP 0.7.0 Release Highlights
What's Changed
- Updated getting started section and tutorials to better support users
- Added an osmotically assisted reverse osmosis (OARO) model and an example demonstrating an OARO-RO system
- Refined the nanofiltration model (Donnan Steric Pore Model with Dielectric Exclusion) - updated scaling and improved model stability and solving performance
- Refined the ion exchange model - improved the initialization of the model and addressed a bug in its test
- Refined the electrodialysis model - added pressure drop and limiting current density calculations
- Refined the granular activated carbon (GAC) model for clarity and improving performance
- Renamed and modified the property package used for the nanofiltration Donnan Steric Pore Model to multi-component aqueous solution - this change reflects how it is used for more than the nanofiltration model
- Refactored and updated the WaterTAP costing package - standardized terms, separated parameters based on unit models, added utility methods and helpers, updated the costing of material and energy flows
- Added isothermal configuration arguments to relevant unit models
- Standardized and streamlined property package constraint indexing and scaling
- Addressed issues with documentation and tutorial testing
Full Changelog: 0.6.0...0.7.0
2022 Sep Release
2022 Sep Release
Start with our online documentation to get started with install instructions, examples, etc.
WaterTAP 0.6.0 Release Highlights
- Implemented an initial graphical user interface (GUI) - application is deployed as a simple one-click install on Windows, MacOS, and Linux and includes functionality for: visualizing prebuilt flowsheets; adjusting their inputs; and saving, loading, and comparing solutions
- Created and connected flowsheets to the GUI representing the water resource recovery systems under DE-FOA0002336 portfolio
- Updated documentation for model refinements and added pages for the zero order unit models
- Updated and fixed bugs in some zero order unit models
- Added an introductory tutorial
- Added a pump model with part-load-performance and an efficiency-flow correlation
- Added an ion exchange model with costing (Cation and anion exchange demonstrations)
- Refactored membrane models to use a new base component called a membrane channel
- Refined nanofiltration DSPM-DE model and tests
- Refined the simple electrolyte property model (DSPM-DE)
- Refined and added costing for mechanical vapor compression (MVC) model
- Refined and added costing for granular activated carbon (GAC) model
- Refined and added costing for ultraviolet (UV) and UV advanced oxidation process models
- Refined electrodialysis model and added a flowsheet demonstration
- Refined ASM1 and ASM2d models and added full wastewater treatment train demonstrations for each
- Improved the WaterTAP costing package
- Enhanced the parameter sweep tool
- Updated WaterTAP to address deprecations from IDAES
2022 Jun Release
2022 Jun Release
Start with our online documentation to get started with install instructions, examples, etc.
WaterTAP 0.5.0 Release Highlights
- Fixed bugs and implemented maintenance improvements
- Standardized and renamed property variables across property packages
- Enhanced the costing packages
- Modified the coagulation-flocculation model and added documentation
- Added an energy recovery device based on a pelton turbine
- Added an initial 0D and 1D electrodialysis model (NaCl solution demonstration)
- Added a simple boron removal unit operation based on pH swing with documentation
- Added an example for the electrolyte database (EDB) using the Mongo cloud database
- Added costing and documentation for the crystallizer model (NaCl solution demonstration)
- Added an initial granular activated carbon model (1,2-Dichloroethane and Trichloroethylene demonstration)
- Added an initial ultraviolet advanced oxidation process model (NDMA demonstration)
- Added simple models of core wastewater treatment technologies under DE-FOA0002336 portfolio
- Added initial ASM1 and ASM2d models for representing activated sludge processes
- Refined low salt rejection cost optimization example
- Refined the nanofiltration model based on Donnan Steric Pore Model with Dielectric Exclusion by fixing a bug in the model and verifying the model performs as expected
- Fixed some errors in simple models merged in from WaterTAP3
2022 Mar Release
2022 Mar Release
Start with our online documentation to get started with install instructions, examples, etc.
WaterTAP 0.4.0 Release Highlights
- Updated costing to new IDAES infrastructure with significant improvements to its flexibility and usability
- Added infrastructure for supporting simple zero order models of multiple types and connecting them with a database
- Merged in data and models from NAWI's WaterTAP3 tool (https://github.com/NREL/WaterTAP3) - including ~70 zero order models with costing across a broad range of water treatment technologies
- Added several zero order models for wastewater resource recovery
- Added coagulation-flocculation model based on user input jar test data
- Added an initial mechanical vapor compression model (seawater desalination demonstration)
- Added an initial crystallization model (NaCl solution demonstration)
- Added an initial nanofiltration model based on Donnan Steric Pore Model with Dielectric Exclusion (pending validation for a use case)
- Added property packages that span liquid, vapor, and solid phases (required for mechanical vapor compression and crystallization models)
- Improved electrolyte database through bug fixes, clean up, and additional tests for maintenance
- Refined the parameter sweep tool
- Improved the "ipopt-watertap" default solver through additional options, robustness updates, and bug fixes
- Added developer tools for infeasibility diagnostics
2021 Dec Patch Release
2021 Dec Patch Release
Start with our online documentation to get started with install instructions, examples, etc.
WaterTAP 0.3.1 Release Highlights
2021 Dec Release
2021 Dec Release
WaterTAP is an open-source water treatment model library that is compatible with the IDAES Platform (https://idaes.org), an advanced process systems engineering tool developed by the U.S. Department of Energy.
Documentation is located at https://watertap.readthedocs.org/en/0.3.0.
0.3.0 Release Highlights:
- Updated the name from ProteusLib to WaterTAP
- Reorganized repository to prepare the merger of WaterTAP3 model and data
- Added zero-order base class models that will form the basis of most WaterTAP3 models
- Updated all chemistry tests to use new IDAES log formulations
- Updated the electrolyte database (EDB) EDB by removing out of date information, leveraging MongoDB, and allowing users to control the output and customize the reaction order
- Added tests demonstrating the precipitation in equilibrium processes including remineralization, water softening, phosphorous removal
- Added more documentation on the EDB
- Updated zero-order nanofiltration model to be compatible with the IDAES generic property package
- Added utilities to automatically use improved scaling methods (gradient based jacobian scaling)
- Partially refactored membrane models to centralize function that write common constraints
2021 Sep Release
2021 Sep Release
ProteusLib is an open-source water treatment model library funded by the National Alliance for Water Innovation (https://www.nawihub.org) that is compatible with the IDAES Platform (https://idaes.org), an advanced process systems engineering tool developed by the U.S. Department of Energy.
Documentation is located at https://proteuslib.readthedocs.org/en/0.2.0.
0.2.0 Release Highlights:
- Reverse osmosis, pressure exchanger, and nanofiltration unit models and seawater and NaCl solution property models
- Other relevant models for water treatment systems are located in the IDAES repository, including:
- Separator, mixer, pump, and reactor unit models
- Electrolyte nonrandom two liquid (eNRTL) property model, and IDAES generic property and reaction models
- Example flowsheets that use ProteusLib and IDAES models to demonstrate the cost optimization of water treatment trains including:
- Seawater RO desalination with energy recovery
- Low salt rejection reverse osmosis
- High pressure reverse osmosis with pretreatment and gypsum scaling prediction
- Multiple tests demonstrating the simulation of detailed equilibrium based electrolyte chemical processes including chlorination, phosphorous removal, re-carbonation, remineralization, and softening. These processes are modeled using IDAES generic property and reaction packages.
- Examples of using the electrolyte nonrandom two liquid (eNRTL) activity coefficient model for determining the pH and the saturation index of gypsum
- Tools that support parametric and stochastic sensitivity analyses