MCP For Claude Marketplace
Grain Drying Calculator

Grain Drying Calculator MCP Connector for Claude

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Calculate grain drying time, energy needs, and mass shrinkage.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides precise thermodynamic calculations for agricultural grain drying. It uses thin-layer drying models to estimate how long it takes to reach a target moisture level using estimate_drying_time. Users can also determine energy costs with calculate_energy_requirements, verify if drying is physically possible with verify_drying_feasibility, and calculate mass loss using calculate_mass_and_shrinkage.

graindryingagriculturemoistureenergy

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

verify_drying_feasibility

Checks if the specified air conditions are capable of reaching the target moisture

calculate_energy_requirements

Estimates the total energy cost in kWh for the drying process

calculate_mass_and_shrinkage

Calculates the reduction in grain mass and the resulting shrinkage percentage

estimate_drying_time

Calculates how long it will take to reach the target moisture level

See how to talk to your AI agent using Grain Drying Calculator.

How long will it take to dry 10 tons of Corn from 25% to 15% moisture at 40°C, 50% humidity, and 2 m3/min airflow?

It will take approximately 14.5 hours to reach the target moisture, resulting in a final mass of 8.75 tons.

Is it possible to dry Wheat to 12% moisture if the air is at 30°C and 80% humidity?

No, the target moisture of 12% is below the Equilibrium Moisture Content for these conditions.

What is the energy cost to dry grain for 10 hours at 45°C with an airflow of 5 m3/min?

The estimated energy consumption for this operation is 125.4 kWh.

Estimates are based on thin-layer drying equations and specific grain constants for Corn, Wheat, and Soybeans.

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