Column Flotation Design

Column Flotation Design MCP Connector for Claude

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Design mineral processing column flotation circuits with precise geometry and hydraulic calculations.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized engineering tools for designing mineral processing column flotation circuits. It allows AI agents to calculate essential physical dimensions such as column height and diameter using calculate_column_geometry. Users can specify air distribution systems via design_sparger_configuration, evaluate the impact of wash water on concentrate purity with evaluate_wash_water_impact, and determine optimal operating setpoints through optimize_circuit_parameters. It is built for metallurgical engineers to bridge the gap between feed characteristics and optimized flotation performance.

flotationminingmetallurgychemical-engineeringmineral-processing

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

design_sparger_configuration

Specifies the air distribution system needed to generate the appropriate bubble size for the given feed

evaluate_wash_water_impact

Calculates how much wash water is needed and how it will affect the concentrate purity and bias

optimize_circuit_parameters

Provides a final set of optimized operating setpoints based on the established geometry and water constraints

calculate_column_geometry

Determines the physical dimensions of the flotation column required to meet specific recovery goals

See how to talk to your AI agent using Column Flotation Design.

Calculate the column dimensions for a feed with 15% grade, a 90% recovery target, and a mass flow rate of 50 t/h.

The required column height is 8.5 meters, the diameter is 1.2 meters, and the total volume is 9.94 cubic meters.

What is the impact of using 5 m3/h of wash water on a 1.2m diameter column for a 95% target grade?

Using 5 m3/h of wash water will result in an expected grade improvement of 4.2% and a resulting bias of 1.15.

Design a sparger for a 1.2m diameter column with a fine particle size distribution.

The recommended sparger type is a porous plate with an orifice diameter of 2.5mm and an air flow capacity of 15 m3/h.

To use `calculate_column_geometry`, you need the feed grade, target recovery, and mass flow rate.

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