MCP For Claude Marketplace
Cyclone Design Simulation

Cyclone Design Simulation MCP Connector for Claude

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Design hydrocyclone circuits by calculating dimensions, capacity, and efficiency.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides a complete suite of tools for hydrocyclone classification design. It allows engineers to determine optimal physical dimensions using calculate_single_cyclone_dimensions, calculate the required number of units with estimate_system_capacity, evaluate separation performance via predict_classification_efficiency, and ensure operational stability with validate_design_feasibility. It bridges the gap between slurry properties and physical cyclone geometry.

hydrocyclonefluid-dynamicsminingparticle-separationslurry-processing

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

calculate_single_cyclone_dimensions

Determines the optimal physical dimensions for a single cyclone unit based on target performance

estimate_system_capacity

Calculates how many cyclones are needed to meet the total process requirement

predict_classification_efficiency

Evaluates the separation sharpness and efficiency of a designed cyclone

validate_design_feasibility

Checks if a specific set of dimensions and slurry properties will result in a stable, non-clogging operation

See how to talk to your AI agent using Cyclone Design Simulation.

Calculate the dimensions for a cyclone with a target cut size of 50 microns, slurry density of 1200 kg/m3, viscosity of 0.001 Pa·s, and throughput of 100 m3/h.

The calculated cyclone diameter is 450mm, with a vortex finder diameter of 120mm and a spigot diameter of 45mm.

How many cyclones are needed if each unit handles 25 m3/h and the total throughput is 150 m3/h?

You will need 6 cyclones to meet the total throughput of 150 m3/h.

Is a design with a 300mm diameter, 30mm spigot, and 40 micron cut size feasible?

The design is infeasible due to a high risk of clogging because the spigot diameter is too small for the target cut size.

You can use the `calculate_single_cyclone_dimensions` tool by providing the target cut size, slurry density, viscosity, and required throughput.

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