Interactive Modeling & Simulation Tools
Computational tools for microbial electrochemical systems research. Bridge experimental data with mathematical models using real-time visualization and parameter export for COMSOL, MATLAB, and other platforms.
Research-Ready Tools
Comprehensive tools that combine multiple features for complete research workflows
MFC Design Assistant
availableComprehensive tool for MFC design combining kinetics, scaling, and economic analysis in one interface.
Key Features:
- Butler-Volmer kinetics
- Scale-up analysis
- Economic modeling
- Parameter export
Performance Predictor
availableAI-powered performance prediction with parameter sweep optimization and database comparison.
Key Features:
- Parameter sweeps
- Biofilm modeling
- Database comparison
- ML predictions
Economic Dashboard
availableInvestment-grade financial analysis with TEA, sensitivity analysis, and technology comparison.
Key Features:
- TEA calculations
- NPV/IRR analysis
- Technology comparison
- Pitch deck export
Individual Components
Standalone simulation components for specific modeling needs
Interactive Butler-Volmer Kinetics
Real-time visualization of electrode kinetics with parameter export for COMSOL/MATLAB. Interactive sliders for exchange current density, transfer coefficient, and overpotential with Tafel approximation comparison.
Biofilm Growth Simulator
Time-lapse biofilm development with electron transfer visualization. Interactive parameters for substrate concentration, shear force, temperature, and different microbial species with conductivity analysis.
Model Parameter Fitter
Automatic parameter fitting from experimental data using Levenberg-Marquardt algorithm. Upload CSV data, select model templates, and export fitted parameters with sensitivity analysis for computational models.
Built for Computational MES Research
Experimental Integration
Upload experimental data (CSV/JSON) and automatically fit parameters to validated mathematical models used by researchers like Cristian Picioreanu.
Real-Time Visualization
Interactive WebGL-powered visualizations of biofilm growth, electron transfer mechanisms, and electrochemical kinetics with scientific accuracy.
Model Export
Export fitted parameters and model configurations directly to COMSOL, MATLAB, ANSYS, and other computational platforms.
Research Focus: These tools implement validated models from leading MES researchers including Jorge Rodríguez, Miriam Rosenbaum, and support the computational workflows used in top-tier research institutions.