MCP For Claude Marketplace
Carbon Black Plant Designer

Carbon Black Plant Designer MCP Connector for Claude

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Design furnace black production plants by calculating reactor, quench, and collection system specifications.

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

This MCP server provides engineering tools for designing carbon black production facilities using the furnace black process. It allows AI agents to calculate critical parameters for the entire production chain. Use get_reactor_specifications to determine furnace dimensions and thermal profiles, get_quench_system_design to size cooling equipment, and get_collection_system_requirements to define filtration hardware. Finally, use get_plant_summary to verify the feasibility and complexity of the complete plant design based on feedstock, capacity, and product grade.

carbon-blackfurnace-blackplant-designchemical-engineeringmanufacturing

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

get_collection_system_requirements

Defines the filtration and separation hardware needed to recover the product

get_plant_summary

Provides a consolidated overview of the entire plant design

get_quench_system_design

Calculates the cooling requirements and equipment scale for the quench stage

get_reactor_specifications

Determines the necessary dimensions and thermal parameters for the primary reaction furnace

See how to talk to your AI agent using Carbon Black Plant Designer.

Design a plant using oil feedstock with a capacity of 5000 units for grade N330.

The design for an N330 grade plant using oil feedstock at 5000 units capacity requires a reactor volume of 450m³, an operating temperature of 1650°C, and a spray-type quench system with a flow rate of 1200 L/min.

What are the filtration requirements for N660 grade at 2000 capacity?

For N660 grade at 2000 capacity, the required filter surface area is 850m², with an expected collection efficiency of 99.2% and a system pressure drop of 15 kPa.

Is it feasible to design a gas-based plant for N550 with 10000 capacity?

The design is feasible. The total estimated equipment mass is 12500kg with a design complexity score of 7.5/10.

You must provide the feedstock type (e.g., tar, oil, gas), the target production capacity, and the specific carbon black product grade (e.g., N330, N550).

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