Fugitive Emissions Estimator

Fugitive Emissions Estimator MCP Connector for Claude

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Calculate fugitive emissions and LDAR compliance requirements for industrial equipment.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides tools to estimate fugitive emissions from industrial process equipment. It uses EPA-aligned methodologies to calculate total emissions by component type and determine Leak Detection and Repair (LDAR) compliance needs. Use get_emissions_by_component to find emission totals, evaluate_ldar_requirements to check regulatory compliance, calculate_leak_impact to assess how detected leaks affect your profile, and validate_service_compatibility to ensure your gas type matches available factors.

emissionsldarepaindustrial-safetyenvironmental-compliance

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

evaluate_ldar_requirements

Determine LDAR compliance requirements

get_emissions_by_component

Calculate total emissions by component type

validate_service_compatibility

Validate if a service type is compatible with available emission factors

calculate_leak_impact

Calculate the impact of detected leaks on total emissions

See how to talk to your AI agent using Fugitive Emissions Estimator.

How much gas is being emitted by 50 valves and 10 pumps using a methane service?

The total emissions for 50 valves and 10 pumps in methane service is 125.5 kg/year.

Do my current emissions require any LDAR repairs?

No, all component emissions are currently below the regulatory screening thresholds.

What happens to my total emissions if I have a high-severity leak in one of my compressors?

A high-severity leak in a compressor would increase your total emissions by 15.2%.

Emissions are calculated by multiplying the equipment count for each component by its specific emission factor.

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