MCP For Claude Marketplace
Solvent Extraction Circuit Designer

Solvent Extraction Circuit Designer MCP Connector for Claude

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Design copper or uranium solvent extraction circuits by calculating stages, equipment sizing, and reagent loading.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized hydrometallurgical tools for designing solvent extraction (SX) circuits. It allows engineers to determine the minimum number of stages required using calculate_stage_requirement, size physical equipment with size_mixer_settler, and verify reagent capacity with evaluate_reagent_loading. It also includes optimize_circuit_parameters to balance equipment volume against recovery targets. The tools help manage critical factors like O:A ratios, throughput, and crud formation to ensure efficient metal recovery.

solvent-extractionhydrometallurgycopperuraniumcircuit-design

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

calculate_stage_requirement

Determines the minimum number of extraction stages required to achieve a target metal recovery

evaluate_reagent_loading

Assesses whether the chosen reagent concentration can support the target metal load

optimize_circuit_parameters

Suggests adjustments to the O:A ratio or stages to improve efficiency

size_mixer_settler

Calculates the physical dimensions (volume and area) required for the extraction units

See how to talk to your AI agent using Solvent Extraction Circuit Designer.

How many stages do I need for a 95% recovery of copper with a 0.5 O:A ratio and this isotherm: {"0.1": "0.05", "0.5": "0.3", "1.0": "0.7"}?

To achieve 95% recovery with the provided isotherm and an O:A ratio of 0.5, 4 stages are required.

Calculate the mixer-settler dimensions for a throughput of 100 m3/h, O:A ratio of 1.2, residence time of 5 minutes, and a crud factor of 1.2.

The required equipment dimensions are: Mixer Volume: 120 m3, Settler Area: 450 m2, Mixer Diameter: 4.2 m, Settler Width: 15 m, and Settler Length: 30 m.

Is my reagent overloaded? Metal concentration is 5 g/L, throughput is 50 m3/h, reagent concentration is 0.1 M, and O:A ratio is 1.0.

The current loading is 85%, which is within the capacity limits.

You can use the `calculate_stage_requirement` tool by providing the metal concentration, target recovery, the extraction isotherm, and the O:A ratio.

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