MCP For Claude Marketplace
Ethylene Cracker Design Engine

Ethylene Cracker Design Engine MCP Connector for Claude

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A specialized design engine for modeling steam cracking processes and furnace parameters.

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

This MCP server provides advanced modeling for ethylene cracker (steam cracker) design. It allows users to determine physical furnace parameters using calculate_furnace_parameters, forecast chemical yields with predict_product_slate, evaluate maintenance needs via estimate_coking_impact, and test design adaptability with assess_feedstock_flexibility. It is designed to handle various feedstocks including naphtha, ethane, and LPG.

ethylenesteam-crackingfurnace-designpetrochemicalprocess-modeling

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

assess_feedstock_flexibility

To check if a designed furnace can handle an alternative feedstock without violating design constraints

calculate_furnace_parameters

To determine the physical and operational design of the furnace based on target capacity and feedstock

estimate_coking_impact

To evaluate the operational lifespan and maintenance requirements of the furnace

predict_product_slate

To forecast the chemical composition of the output based on a specific furnace configuration

See how to talk to your AI agent using Ethylene Cracker Design Engine.

Design a furnace for 500,000 metric tons of ethane per year.

The furnace design for 500,000 metric tons of ethane includes a coil outlet temperature of 820°C and a residence time of 0.25 seconds.

What will the product yield be for naphtha at 850°C and 0.3 seconds residence time?

At 850°C and 0.3 seconds, the predicted yields are 32% ethylene, 15% propylene, 5% butadiene, and 12% aromatics.

How much coke will accumulate after 60 days of operating with naphtha at 840°C?

After 60 days of operation, the estimated coke thickness is 1.2mm with a predicted pressure drop increase of 0.05 bar.

The engine supports modeling for naphtha, ethane, and LPG feedstocks.

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