MCP For Claude Marketplace
Leaching Kinetics Model

Leaching Kinetics Model MCP Connector for Claude

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Models metal leaching kinetics to determine rate constants, activation energy, and leach time predictions.

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

This MCP server provides specialized tools for modeling the kinetics of metal leaching for gold and base metals. By analyzing ore mineralogy and experimental recovery data, users can calculate critical kinetic parameters such as the rate constant and activation energy. The server also identifies whether a process is under diffusion or reaction control and can predict the time required to reach specific extraction targets. Use get_kinetic_parameters to derive constants from experimental data, predict_leach_time for extraction forecasting, analyze_mineralogy_impact to assess ore resistance, and simulate_leach_profile to generate theoretical recovery curves.

metallurgykineticsleachingmining-engineeringchemical-modeling

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

get_kinetic_parameters

Calculates fundamental kinetic constants from experimental recovery data

predict_leach_time

Estimates how long it will take to reach a target metal extraction level

simulate_leach_profile

Generates a theoretical recovery curve over time for a given set of conditions

analyze_mineralogy_impact

Evaluates how the specific mineral composition affects the expected leaching difficulty

See how to talk to your AI agent using Leaching Kinetics Model.

Calculate the kinetic parameters for this recovery data at 45 degrees Celsius: [{'time': 1, 'recovery': 0.1}, {'time': 2, 'recovery': 0.25}, {'time': 3, 'recovery': 0.4}]

The calculated rate constant is 0.15, the activation energy is 42.5 kJ/mol, and the process is dominated by reaction control.

How long will it take to reach 85% recovery if the rate constant is 0.12 and activation energy is 35?

The estimated time to reach 85% recovery is 12.4 hours with a confidence interval of 0.8 hours.

What is the impact of an ore containing 30% silicates on gold leaching?

The difficulty score is 0.75 and the expected rate modifier is 0.82, indicating significant resistance due to the silicate matrix.

You can use the `get_kinetic_parameters` tool by providing your recovery data as a JSON array of time and recovery objects along with the temperature used.

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