Catalyst Analyzer Skill
Purpose
The Catalyst Analyzer Skill evaluates catalyst performance, models deactivation kinetics, and supports catalyst selection and optimization for chemical processes.
Capabilities
- Catalyst activity measurement analysis
- Selectivity evaluation
- Deactivation kinetics modeling
- Regeneration cycle optimization
- Catalyst screening support
- Turnover frequency calculation
- Surface area and porosity analysis
- Poison identification
Usage Guidelines
When to Use
- Evaluating catalyst candidates
- Modeling catalyst deactivation
- Optimizing regeneration cycles
- Troubleshooting performance decline
Prerequisites
- Experimental data available
- Reaction mechanism understood
- Operating conditions defined
- Reference catalyst identified
Best Practices
- Use consistent testing protocols
- Account for mass transfer effects
- Consider long-term stability
- Validate deactivation models
Process Integration
This skill integrates with:
- Catalyst Evaluation and Optimization
- Kinetic Model Development
- Reactor Design and Selection
Configuration
catalyst-analyzer:
analysis-types:
- activity
- selectivity
- deactivation
- regeneration
catalyst-types:
- heterogeneous
- homogeneous
- biocatalystOutput Artifacts
- Activity profiles
- Deactivation models
- Regeneration protocols
- Screening comparisons
- Recommendation reports