ThermoEcos ecosystem is an open-source framework for thermodynamic modeling, integrating experiments, thermodynamic data optimization and prediction, and (geo)chemical modeling, together with efficient sharing of data between researchers, industry and public.
ThermoEcos provides the tools for managing thermodynamic data using state of the art technologies for data storage, data exchange, and data processing.
They handle tasks such as:
- Storing all thermodynamic data (ThermoHub)
- Managing the standard thermodynamic data and performing consistency checks (ThermoMatch)
- Delivering standard thermodynamic data for substances or reactions at given temperature T and pressure P of interest (ThermoFun)
- Delivering partial and bulk properties for activity models of phases-solutions at given T, P and composition x (ThermoSol)
- Performing parameter optimization and global consistency improvement (ThermoFit)
- Storing various experimental data essential for global optimization of thermodynamic properties and model coefficients (ThermoExp)
ThermoEcos JupyterLab service
Access the JupyterLab service to run and develop scripts in jupyter notebook using ThermoEcos codes via Python or launch demo web applications on a Voila server.
Questions and needs of a (geo)chemist
ThermoFun delivers thermodynamic data corrected for temperature and pressure of interest having access to several thermodynamic datasets (GEM-, LMA-type) stored in ThermoHub that contain many substances and reactions suitable for different (geo)chemical applications.
ThermoFun has a straight forward C++ and Python interface for coupling with 3rd party codes for retrieving standard state thermodynamic properties of substances and reactions for further use in calculations (e.g. chemical equilibrium). ThermoFun is initialized with the desired ThermoDataSet (a database of substances/reactions) from a provided file or from the ThermoHub database using ThermoHubClient
ThermoFun has a selection of models and Equations of State for doing temperature and pressure extrapolations of standard state thermodynamic properties of substances and reactions. The correction method code and necessary parameters are stored in the substance and reaction records collected in different Thermodynamic datasets stored in ThermoHub and accessible through ThermoFun.
ThermoMatch gives access for detailed work on the thermodynamic datasets stored in ThermoFun using several widgets that allow CRUDS operations (Create, Read, Update, Delete, Search) as well as automatic imports/exports of thermodynamic data from different formats using special scripts (e.g. from and to PHREEQC format).
ThermoHub graph style database allows complete traceability of the stored thermodynamic data using dataSource links between references and any data field in substance and reaction records.
(ThermoMatch) reactions generator allows to generate a set of independent reactions given a selection of substances and master substances, allowing to compare the resulted reaction properties, calculated from the properties of reactants and products, with other sources. (Consistency check Under Construction)
(ThermoFit) now GEMSFITS code for GEM input global multi-parameter multi-property optimization.