Comminution Circuit Designer

Comminution Circuit Designer MCP Connector for Claude

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Design optimal mineral processing circuits, equipment sizing, and energy requirements.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for mineral processing engineers to design comminution circuits. By analyzing ore properties with analyze_ore_properties, users can determine the most efficient configuration using calculate_circuit_configuration. The server also enables precise physical dimensioning via size_equipment and power demand forecasting through estimate_energy_consumption.

mineral-processingcomminutionmining-engineeringcircuit-designenergy-estimation

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

analyze_ore_properties

Evaluates the specific characteristics and grindability of a given ore sample

calculate_circuit_configuration

Determines the most efficient circuit type based on ore hardness and throughput

estimate_energy_consumption

Predicts the total electrical power required to operate the designed circuit

size_equipment

Calculates the physical dimensions and capacities required for the identified circuit equipment

See how to talk to your AI agent using Comminution Circuit Designer.

Analyze an ore with a hardness index of 75 and 5% moisture.

The ore is categorized as Hard with a grindability factor of 0.85.

What circuit configuration is best for an ore with hardness 40 and throughput of 500 tph?

An ABC circuit is the most efficient configuration for these parameters.

Calculate the equipment size for an SABC circuit with 1000 tph throughput and hardness 80.

The required equipment includes a SAG mill with a diameter of 8.5m and a motor power rating of 12.5 MW.

First, use `analyze_ore_properties` to understand the hardness. Then, pass that hardness index to `calculate_circuit_configuration` to find the optimal setup like SABC or ABC.

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