MCP For Claude Marketplace
Cyclohexane Plant Designer

Cyclohexane Plant Designer MCP Connector for Claude

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Engineering tool for designing cyclohexane production plants via benzene hydrogenation.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering tools for designing industrial cyclohexane production plants. It allows users to calculate reactor dimensions using calculate_reactor_spec, determine hydrogen requirements with estimate_hydrogen_demand, validate product quality via verify_purity_compliance, and perform comparative analysis between liquid and vapor phases using compare_phase_efficiency.

chemicalhydrogenationreactor-designbenzenecyclohexane

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

calculate_reactor_spec

Determines the necessary physical dimensions and operational parameters of the reactor

estimate_hydrogen_demand

Calculates the total hydrogen required to support the planned production

verify_purity_compliance

Validates if the designed process can meet the specific purity requirements

compare_phase_efficiency

Provides a comparative analysis of liquid-phase vs. vapor-phase for a specific set of inputs

See how to talk to your AI agent using Cyclohexane Plant Designer.

Calculate the reactor specifications for a liquid-phase process with a benzene feed rate of 500, target capacity of 450, and purity threshold of 0.99.

The reactor requires a volume of 12.5 m³, a height of 4.2 m, an optimal temperature of 150°C, an optimal pressure of 25 bar, and 150 kg of catalyst mass.

How much hydrogen do I need for a vapor-phase process with 400 benzene feed and 95% conversion efficiency?

The total hydrogen flow rate required is 125.5 kg/h, consisting of 114.0 kg/h stoichiometric hydrogen and 11.5 kg/h excess hydrogen.

Will my design meet a 99.5% purity requirement with a 15 m³ reactor at 160°C in the liquid phase?

The predicted purity is 99.7%, which is compliant with your 99.5% threshold.

You can use the `calculate_reactor_spec` tool by providing the benzene feed rate, target capacity, purity threshold, and the chosen process phase.

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