Grain Bin Capacity & Aeration

Grain Bin Capacity & Aeration MCP Connector for Claude

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Calculate grain storage capacity, pile height, and aeration requirements for round bins.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized agricultural calculations for grain storage management. It allows AI agents to determine the total volume and mass capacity of round bins using calculate_bin_capacity. Users can estimate how high a grain pile will reach with estimate_grain_height, determine necessary airflow and static pressure for fan selection with calculate_aeration_requirements, and account for settling effects using adjust_for_pack_factor.

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

calculate_bin_capacity

Determines the total volume and mass capacity of a specific bin

estimate_grain_height

Calculates the expected height of a grain pile for a specific quantity of grain

adjust_for_pack_factor

Calculates the specific adjustment coefficient for a grain's volume based on its physical properties

calculate_aeration_requirements

Estimates the air movement needs and the resistance (static pressure) for fan selection

See how to talk to your AI agent using Grain Bin Capacity & Aeration.

What is the capacity of a bin with a 30ft diameter, 40ft eave height, and 5ft roof peak for corn with a 56lb test weight and 15% moisture?

The total capacity for your corn storage is 12,450 bushels.

How high will 5,000 bushels of wheat reach in a 24ft diameter bin with 30ft eave height?

The grain pile will reach a height of 22.5 feet.

What are the aeration needs for a 40ft high grain mass in a 30ft diameter bin containing soybeans?

The required airflow is 1,200 CFM with an estimated static pressure of 0.5 inches of water column.

You can use the `calculate_bin_capacity` tool by providing the bin diameter, eave height, roof peak height, grain type, test weight, and moisture content.

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