MCP For Claude Marketplace
Gasoline Blend Calculator

Gasoline Blend Calculator MCP Connector for Claude

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Calculate precise gasoline blend properties including RON, MON, AKI, and RVP.

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

This MCP server provides professional-grade tools for determining the chemical and performance properties of blended gasoline streams. It accounts for blending nonlinearity by applying interaction factors to RON, MON, and RVP. Use calculate_blend_properties to determine the final characteristics of a mixture, check_specification_compliance to verify if a blend meets regulatory limits, and get_component_contribution to analyze how specific components influence the final octane or volatility.

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

check_specification_compliance

Determines if a calculated blend meets specific target requirements

validate_blend_inputs

Performs a preliminary check on the integrity of raw component data before expensive calculations

calculate_blend_properties

Calculates the primary performance and volatility characteristics of a complete gasoline blend

get_component_contribution

Evaluates the influence of a specific component on the final blend's volatility and octane

See how to talk to your AI agent using Gasoline Blend Calculator.

Calculate the properties for a blend of 70% Component A (RON 95, MON 90, RVP 7) and 30% Component B (RON 90, MON 85, RVP 12) with interaction factors of 0.5 for RON, 0.2 for MON, and -1.0 for RVP.

The calculated blend properties are: RON 92.5, MON 87.5, AKI 90.0, and RVP 8.1.

Is a blend with AKI 88, RON 92, MON 84, and RVP 9 compliant with limits of minAki: 87, maxRvp: 10?

Yes, the blend is compliant with all specified limits.

How much does Component A contribute to the volatility of the blend?

Component A contributes 0.7 to the total volatility contribution based on its fraction and RVP.

The `calculate_blend_properties` tool uses interaction factors to adjust the weighted average of RON and MON, accounting for molecular interactions that cause non-linear blending behavior.

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