Heap Leach Design Engineer

Heap Leach Design Engineer MCP Connector for Claude

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Professional engineering tool for designing gold and copper heap leach pads.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized hydrometallurgical engineering tools for designing heap leach pads used in gold and copper extraction. It allows engineers to calculate pad footprints, optimize irrigation rates to prevent flooding, validate stack stability based on ore density and angle of repose, and estimate total leach cycle durations. Use calculate_pad_footprint_tool to determine surface area, optimize_irrigation_flow_tool for fluid dynamics, validate_stack_stability_tool for structural safety, and estimate_leach_duration_tool for process timing.

goldcopperleachingmining-engineeringhydrometallurgy

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

calculate_pad_footprint_tool

Determines the required surface area of the leach pad based on total ore volume and preferred stack height

estimate_leach_duration_tool

Predicts how long the leach cycle will last given the ore volume and irrigation capacity

optimize_irrigation_flow_tool

Calculates the necessary irrigation rate to maintain optimal moisture without surface flooding

validate_stack_stability_tool

Checks if the proposed stack height is safe based on the ore's physical properties

See how to talk to your AI agent using Heap Leach Design Engineer.

Calculate the pad area needed for 500,000 cubic meters of ore with a target stack height of 5 meters.

The required pad area is 100,000 square meters.

Is a 10-meter stack stable for ore with a density of 2.5 and an angle of repose of 35 degrees?

Yes, the stack is stable with a safety factor of 1.4.

What is the irrigation rate for a 50,000 square meter pad with an ore permeability of 0.5?

The optimal irrigation rate is 250 cubic meters per hour, with a Low risk level for flooding.

You can calculate pad area, stack stability, irrigation rates, and the total duration of the leach cycle using specialized engineering models.

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