MMW by Safer Experience

Molten Metal-Water Consequence Analyzer — v2.0 Beta

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MMW by Safer Experiencev2.0 BETA

Molten Metal-Water Explosion Consequence Analysis

Baker (1983) Curve Data | Literature-Validated Methodology | Hopkinson-Cranz Scaling
1 Process Equipment

Choose the process equipment where the molten metal-water interaction occurs.

2 Key Parameters
Estimate water mass entrapped at contact time. Larger values = worse case.
Comma-separated list of distances from explosion source.
Affects pressure distribution and fragment velocity.
3 Advanced Parameters
Click to expand advanced settings ▼
⚠ DISCLAIMER: This tool provides preliminary screening estimates based on published methodologies. Results should be verified by qualified process safety engineers before use in regulatory submissions or safety case development. See full disclaimer at bottom of page.
Developer: Run validation checks
⚠️

Select scenario and click CALCULATE

The tool will compute TNT equivalence, blast overpressures (Baker curves), structural damage, human vulnerability, roof lifting, and fragment analysis.

LEGAL DISCLAIMER: This tool provides consequence estimates based on published scientific methodologies including Baker (1983) blast curves, Hopkinson-Cranz scaling, CPR-16 human vulnerability guidelines, and Clancey damage criteria. Results are intended for preliminary screening and expert assessment support only. This tool does NOT replace site-specific risk assessment, detailed engineering analysis, or professional judgment. Actual explosion characteristics depend on numerous factors not fully captured by simplified models, including but not limited to: mixing dynamics, confinement geometry details, melt composition variability, water entrapment mechanisms, and environmental conditions. The authors and distributors of this tool accept no liability for decisions made based on its outputs. All results should be verified by qualified process safety engineers before use in regulatory submissions, design basis documents, or safety case development. Use at your own risk.
© 2026 Safer Experience | MMW v2.0 Beta