MCP For Claude Marketplace
Smelter Mass Balance Engine

Smelter Mass Balance Engine MCP Connector for Claude

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Calculate mass distributions, metal recoveries, and off-gas compositions for smelting operations.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides a specialized calculation engine for metallurgical smelting operations. It allows AI agents to perform precise mass balance calculations by determining how elements distribute between matte and slag phases using calculate_matte_slag_distribution. Users can evaluate process efficiency with calculate_metal_recovery, predict environmental impact via calculate_offgas_composition, and optimize flux additions using simulate_flux_optimization to control slag viscosity and metal loss.

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

calculate_matte_slag_distribution

Determines the mass and elemental distribution between the matte and slag phases

calculate_metal_recovery

Evaluates the efficiency of the smelting operation for specific target metals

calculate_offgas_composition

Predicts the chemical makeup of the gases released during the smelting process

simulate_flux_optimization

Analyzes how varying flux amounts affects the resulting slag composition and matte recovery

See how to talk to your AI agent using Smelter Mass Balance Engine.

Calculate the matte and slag mass for 1000kg of concentrate with 30% copper and 20% iron, using 200kg of silica flux and a copper distribution coefficient of 0.5.

The calculation results in a matte mass of 450kg and a slag mass of 750kg, with the copper distributed according to the provided coefficient.

What is the metal recovery if I have 500kg of concentrate (25% Cu) and the resulting matte is 150kg (40% Cu)?

The copper recovery rate is 40.0%.

Predict the off-gas composition for 500kg of concentrate with 30% sulfur and a 0.8 oxidation rate with 1000kg of air.

The off-gas will consist of SO2, N2, and O2, with a total gas mass calculated based on the sulfur oxidation and air input.

You can use the `calculate_metal_recovery` tool by providing the initial concentrate mass and composition, along with the final matte mass and composition.

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