MCP For Claude Marketplace
Chemical Process Safety Analysis

Chemical Process Safety Analysis MCP Connector for Claude

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Perform hazard scenario identification, consequence modeling, and SIL requirement calculations for petrochemical units.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides specialized tools for petrochemical process safety management. It enables AI agents to identify hazardous event sequences using analyze_hazard_scenarios, estimate physical impacts through model_consequences, and determine necessary safety mitigations with calculate_sil_requirements. It also provides high-level safety health summaries via evaluate_process_safety_status. The server bridges the gap between HAZOP studies and actionable risk assessment data.

hazopsilsafetychemicalrisk

4 tools expose this connector's capabilities to your AI agent.

evaluate_process_safety_status

Provide a high-level summary of the safety health of a petrochemical unit

analyze_hazard_scenarios

Identify and categorize potential hazardous event sequences based on HAZOP deviations

model_consequences

Estimate the physical impact of a specific hazard scenario

calculate_sil_requirements

Determine the necessary Safety Integrity Level (SIL) to mitigate a specific risk

See how to talk to your AI agent using Chemical Process Safety Analysis.

Identify hazard scenarios for these HAZOP results: [{'deviation': 'High Pressure', 'cause': 'Valve Failure', 'consequence': 'Overpressure'}] with conditions {'temp': 350, 'pressure': 20}.

The identified scenario is a high-pressure event caused by valve failure, classified as an explosion hazard.

What is the impact of scenario SCEN-123 involving a toxic release of Ammonia?

The toxic release of Ammonia for scenario SCEN-123 results in an impact radius of 450 meters with a peak concentration exceeding safety limits at the source.

What SIL is required for scenario SCEN-456 if my risk tolerance is low?

For scenario SCEN-456 with low risk tolerance, a SIL 3 rating is required to ensure sufficient mitigation.

You can use the `analyze_hazard_scenarios` tool by providing your HAZOP deviations and current process conditions as JSON strings.

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