AthenaVisual Plus v21.1: Harmonious User Interface Interface with Aspen Plus Robust Solvers for Data Analysis Interface with 64-Bit Excel Equations of State for Thermal Properties Interface with UniSim Robust Solvers for Modeling Interface with Aspen Hysys
AthenaVisual Plus has a variety of uses in the Chemical Industry and Academia.
Educational Use
Use AthenaVisual Plus in the classroom to educate students in process modeling, parameter estimation and experimental data analysis
Commercial Use
Use AthenaVisual Plus to build reactor models, and perform statistical data analysis and discover reaction mechanisms
Global Services
Contracts are available for difficult to solve problems. Workshops provided for training and modeling assistance. Contact Support
Customer Testimonials
“In our work of chemical conversion and storage of energy, Athena Visual Studio has been an important tool already for years; we have successfully used this software in several PhD theses at the Swiss technical universities. For us, the most important aspect is - besides the numerical quality - the fact that one tool covers all our problems from parameter estimation in the evaluation of kinetic data from the laboratory up to rate based models of catalytic reactors which are validated by pilot scale data and applied in thermo-economic process chain analyses.”
T.J. Schildhauer - Senior Scientist in the Laboratory for Thermal Processes
Paul Scherrer Institut, Switzerland
“Athena Visual Studio is a powerful yet convenient tool for Chemical Engineering practitioners to use for the development of Differential and Algebraic Equation (DAE) models for simulation purpose. Additionally, built upon classical theoretical foundation laid out by the late Professor Warren Stewart at the University of Wisconsin, Athena Visual Studio provides the most robust parameter estimation toolbox, GREGPLUS, that the user has ever used to estimate parameters using experimental data in my industrial practice. I strongly recommend this tool to anyone who has the need to develop models and conduct parameter estimation in chemical industry."
Min Zhang - Axalta Coating Systems
Eighteen years ago, I started to use Athena for developing a sophisticated methodology of multi-parameter estimation for the characterization of the pore structure of catalyst carriers. Since then, Athena has been a valuable tool for our research concerning, among others, the migration of pollutants in subsurface and study of advanced methods of soil and groundwater remediation. It’s worth mentioning the extensive use of Athena for the multi-scale numerical simulation of multiphase transport and reactive processes in porous media, and inverse modeling of datasets from relevant laboratory experiments.
Christos Tsakiroglou, Ph.D. - Research Director
"We use Athena to derive fundamental models for complex gas-solid reactions from experimental data. The statistical analysis features are user-friendly and are a critical research tool for discriminating which models best describe the data."
Dante Simonetti, Ph. D. - Assistant Professor
Chemical & Biomolecular Engineering
UCLA
"My Athena experience applies to testing and prediction of catalyst & sorbent performance. Linking Athena to Excel creates easily accessible models for commercial people in the organization. In that way modeling generates a daily business impact beyond research and innovation."
Johan J. Heiszwolf - R&D Director
Lhoist
AthenaVisual Plus provides an easy, direct and seamless link of process models with powerful parameter estimation and statistical data analysis drivers.
Michael Caracotsios
AthenaVisual Plus
A unique software that offers an integrated environment for process modeling, parameter estimation, optimal experimental design, model discrimination and graphical interpretation of rigorous statistical data analysis methods.
Our Pricing Table
For information on Corporate Licensing, Contact Dr. Michael Caracotsios at mc@athenavisual.com
Multi-User: Annual Subscription
Process Mathematical Modeling
Nonlinear Parameter Estimation
Model Discrimination and Criticism
Optimal Experiment Design
Model Based Exploratory Data Analysis
Single-User: Annual Subscription
Process Mathematical Modeling
Nonlinear Parameter Estimation
Model Discrimination and Criticism
Optimal Experiment Design
Model Based Exploratory Data Analysis
Book Chapters
Chemical Reaction & Reactor Modeling
Introduction to Probability & Statistics
Modeling with Single-Response Data
Introduction to Bayesian Estimation
Modeling with Multi-Response Data
Contact Us
Send an email to mc@athenavisual.com and an AthenaVisual, Inc. representative will promptly respond to you.