MCP For Claude Marketplace
Hydrocracker Unit Design

Hydrocracker Unit Design MCP Connector for Claude

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Engineering tool for sizing hydrocracker reactors, estimating hydrogen demand, and predicting product yields.

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

This MCP server provides specialized engineering capabilities for hydrocracking unit design. It allows users to calculate critical reactor parameters using calculate_reactor_sizing, predict hydrogen requirements via estimate_hydrogen_demand, and model product distributions with generate_product_yields. Additionally, it can validate if the resulting products meet refinery standards through evaluate_product_quality.

hydrocrackingreactor-designhydrogen-demandyield-predictionrefinery-optimization

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

calculate_reactor_sizing

Determines the physical dimensions required for the reactor vessel

estimate_hydrogen_demand

Predicts the total hydrogen consumption for the process

evaluate_product_quality

Checks if the predicted products meet specific refinery quality standards

generate_product_yields

Predicts the volume and mass of each product in the final slate

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

What is the required reactor volume for a feed flow rate of 5000 kg/h at 0.8 conversion severity and 400 degrees Celsius?

The required reactor volume is 125.5 m³ with a residence time of 2.5 hours and a catalyst mass of 85,000 kg.

Estimate the hydrogen demand for 10000 kg/h of feed with 0.5% sulfur and 0.1% nitrogen at 0.7 conversion severity.

The total hydrogen consumption is 450 kg/h with a hydrogen utilization ratio of 0.85.

What will the product yields be for a 2000 kg/h feed at 0.9 conversion severity with a target slate of 40% naphtha and 60% diesel?

The predicted yields are 800 kg/h of naphtha and 1200 kg/h of diesel, totaling 2000 kg/h.

You can use the `calculate_reactor_sizing` tool by providing the feedstock mass flow rate, the intended conversion severity, and the operating temperature.

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