MCP For Claude Marketplace
Delayed Coking Unit Design Tool

Delayed Coking Unit Design Tool MCP Connector for Claude

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Design delayed coking units by calculating yields, drum dimensions, and operational schedules.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering tools for designing Delayed Coking Units (DCU). It allows users to determine product mass distribution using calculate_yields, calculate necessary drum sizes with design_drum_geometry, create operational timelines via generate_cycle_schedule, and evaluate operational hazards using assess_coke_risk. It is designed to help engineers manage residue conversion and mitigate shot coke risks.

petrochemicalrefinerythermal-crackingcokingunit-design

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

calculate_yields

Determines the expected mass distribution of products from a specific residue feed

design_drum_geometry

Calculates the required physical dimensions for the coking drums

generate_cycle_schedule

Provides the operational timeline for a multi-drum DCU setup

assess_coke_risk

Evaluates the likelihood of producing shot coke and the resulting quality profile

See how to talk to your AI agent using Delayed Coking Unit Design Tool.

What are the expected yields for a residue with density 0.95, viscosity 15, and sulfur 2.5 at 490 degrees Celsius?

The expected yields are: coke yield of 45%, naphtha of 20%, gas oil of 25%, and diesel of 10%.

Calculate the drum dimensions for a feed rate of 500 tons per day with a 0.4 coke yield and a 12-hour cycle time.

The required drum dimensions are a diameter of 4.5 meters and a height of 12.0 meters, providing a total volume of 765 cubic meters.

Is there a high risk of shot coke if I use a residue with density 1.05 at 510 degrees Celsius?

Yes, the risk level is High, and there is a significant operational risk due to the high density and temperature combination.

You can use the `calculate_yields` tool by providing the residue properties (density, viscosity, sulfur content) and the target coking temperature.

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