MCP For Claude Marketplace
Catalytic Reactor Design Engine

Catalytic Reactor Design Engine MCP Connector for Claude

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Computational engine for sizing and profiling catalytic reactors.

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

This MCP server provides a suite of chemical engineering tools to design and analyze catalytic reactors. It integrates reaction kinetics with transport phenomena to calculate essential parameters. Use calculate_catalyst_requirement to determine the necessary mass for a specific conversion target, estimate_reactor_volume to size the vessel, generate_temperature_profile to predict thermal behavior, and evaluate_mass_transfer_limitations to identify if the process is limited by external or internal transport.

kineticscatalysisreactor-designmass-transferthermodynamics

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

calculate_catalyst_requirement

Determines the total mass of catalyst needed to achieve a specific conversion target

evaluate_mass_transfer_limitations

Determines if the reaction is limited by how fast reactants move to the catalyst (external) or into the catalyst (internal)

generate_temperature_profile

Predicts how temperature changes throughout the reactor length

estimate_reactor_volume

Calculates the physical volume required for the reactor vessel based on catalyst mass and density

See how to talk to your AI agent using Catalytic Reactor Design Engine.

How much catalyst do I need for a reaction with a rate constant of 0.5, order 1, and initial concentration of 2.0 to reach 80% conversion?

To achieve 80% conversion with those parameters, the required catalyst weight is 12.5 kg.

What is the reactor volume for 50kg of catalyst with a bulk density of 1200 kg/m3 and a void fraction of 0.4?

The total reactor volume required is 0.107 m3, with a bed volume of 0.042 m3.

Is my reaction limited by internal diffusion if the diffusion coefficient is 1e-5 and the reaction rate is 0.1?

The reaction is currently limited by Internal mass transfer.

You can use the `calculate_catalyst_requirement` tool by providing the reaction rate constant, reaction order, and initial concentration.

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