reactive-hazards-analyzer

# Reactive Hazards Analyzer Skill ## Purpose The Reactive Hazards Analyzer Skill evaluates reactive chemical hazards including thermal stability, chemical incompatibilities, and runaway reaction potential using calorimetric data analysis. ## Capabilities - Thermal stability assessment - Chemical compatibility screening - DSC/ARC data interpretation - Adiabatic runaway analysis - TMRad calculations - Criticality assessment - SADT determination - Relief sizing for reactive systems ## Usage Guidelines ### When to Use - Assessing reactive hazards - Interpreting calorimetric data - Designing reactive system safeguards - Screening chemical incompatibilities ### Prerequisites - Material safety data available - Calorimetric test data (if available) - Process conditions defined - Reaction stoichiometry known ### Best Practices - Screen all chemical combinations - Use appropriate test methods - Consider worst-case scenarios - Involve subject matter experts ## Process Integration This skill integrates with: - HAZOP Study Facilitation - Pressure Relief System Design - Reactor Design and Selection ## Configuration ```yaml reactive-hazards-analyzer: test-methods: - DSC - ARC - RC1 - VSP2 hazard-types: - thermal-decomposition - polymerization - incompatibility - oxidation ``` ## Output Artifacts - Hazard assessments - Compatibility matrices - Calorimetric data analysis - Relief sizing for reactive - Safety recommendations