MCP For Claude Marketplace
Reactor Design CSTR

Reactor Design CSTR MCP Connector for Claude

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Calculate reactor volume, residence time, and conversion for CSTR systems.

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

This MCP server provides chemical engineering tools to design Continuous Stirred Tank Reactors (CSTR). It allows for calculating the required volume and residence time for a single reactor using calculate_single_cstr, or modeling multiple reactors in series with calculate_cstr_series. Users can also use validate_kinetic_parameters to ensure reaction data is physically consistent and get_residence_time_summary to receive qualitative recommendations based on industry standards.

cstrchemical-engineeringreaction-kineticsreactor-designprocess-engineering

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

calculate_cstr_series

Calculates the total volume and cumulative conversion for a sequence of CSTRs

calculate_single_cstr

Determines the required volume and residence time for a single reactor to reach a specific conversion

get_residence_time_summary

Compares the residence time against a set of industry standard thresholds

validate_kinetic_parameters

Ensures the provided kinetic data is physically meaningful and consistent

See how to talk to your AI agent using Reactor Design CSTR.

Calculate the volume for a single CSTR with a rate constant of 0.5, order of 1, initial concentration of 2.0, flow rate of 10, and 80% conversion.

The required reactor volume is 80.0 units and the residence time is 8.0 units.

What is the total volume for 3 reactors in series with a rate constant of 0.2, order of 1, initial concentration of 1.5, flow rate of 5, and 90% total conversion?

The total volume for the 3 reactors in series is 125.5 units with a cumulative conversion of 0.9.

Is a residence time of 5.0 optimal for a 'fast' reaction?

No, for a fast reaction, a residence time of 5.0 might be too high; it is recommended to use a lower residence time to avoid over-processing.

You can use the `calculate_single_cstr` tool by providing the reaction rate constant, reaction order, initial concentration, flow rate, and target conversion.

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