MCP For Claude Marketplace
Flotation Cell Sizing

Flotation Cell Sizing MCP Connector for Claude

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Calculate flotation cell volumes, counts, and bank configurations for mineral processing circuits.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering tools for designing flotation circuits in mineral processing. It allows users to determine the total required volume based on throughput and residence time using get_total_required_volume. It also calculates the necessary number of units with calculate_cell_count, suggests physical layouts via determine_bank_configuration, and assesses turbulence and air distribution efficiency with evaluate_mixing_and_dispersion.

flotationminingcircuit-designmetallurgyprocess-engineering

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

calculate_cell_count

Calculate how many individual cells are needed to meet the total volume requirement

determine_bank_configuration

Suggest a physical layout for the flotation cells based on the stage and cell count requirements

evaluate_mixing_and_dispersion

Assess if the cell dimensions are compatible with the required energy input and air distribution

get_total_required_volume

Determine the total volume needed to accommodate the specified throughput for the required residence time

See how to talk to your AI agent using Flotation Cell Sizing.

What is the total volume required for a throughput of 500 m3/h and a residence time of 20 minutes?

The total required volume is 166.67 m3.

How many cells do I need if the total volume is 1000 m3, each cell is 150 m3, and I need 4 stages?

You will need 7 cells to satisfy the volume and stage requirements.

Suggest a configuration for 12 cells distributed across 3 stages.

The suggested configuration is 4 cells per stage across 3 stages.

You can use the `get_total_required_volume` tool by providing the mass flow rate (throughput) and the required residence time.

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