catalyst-analyzer

# 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 ```yaml catalyst-analyzer: analysis-types: - activity - selectivity - deactivation - regeneration catalyst-types: - heterogeneous - homogeneous - biocatalyst ``` ## Output Artifacts - Activity profiles - Deactivation models - Regeneration protocols - Screening comparisons - Recommendation reports