MCP For Claude Marketplace
Isomerization Unit Design

Isomerization Unit Design MCP Connector for Claude

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Design and optimize light naphtha isomerization units using chemical equilibrium models.

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

This MCP server provides specialized engineering tools for designing light naphtha isomerization units. It allows AI agents to calculate critical reactor parameters, estimate catalyst requirements, and predict product yields. By using tools like calculate_reactor_conditions and predict_isomerate_yield, users can model both once-through and recycle operating modes to optimize Research Octane Number (RON) improvements and process efficiency.

naphthaisomerizationoctanereactor-designcatalyst

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

analyze_ron_improvement

Quantifies the upgrade in fuel quality from feed to product

calculate_reactor_conditions

Determines the necessary temperature and pressure to achieve a specific equilibrium state

estimate_catalyst_volume

Calculates the physical amount of catalyst required to process a specific feed rate

predict_isomerate_yield

Predicts the total volume of the resulting high-octane product

See how to talk to your AI agent using Isomerization Unit Design.

What are the required reactor conditions for a feed of 50% n-pentane and 50% n-hexane to reach a target RON of 85 in once-through mode?

To achieve a target RON of 85 in once-through mode with that composition, the reactor requires a temperature of 285.5°C and a pressure of 15.2 bar, resulting in an equilibrium conversion of 0.72.

Calculate the expected yield for a feed flow rate of 100 m3/h with a 0.85 conversion rate in recycle mode.

In recycle mode, the predicted total product volume is 182.5 m3/h with a recovery efficiency of 0.98.

How much octane improvement will I get if my feed RON is 62 and the product RON is 82?

The isomerization process will provide an octane delta of 20, resulting in a final quality rating of High Grade Isomerate.

You can use the `calculate_reactor_conditions` tool, providing the feed composition, target RON, and the desired operating mode.

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