MCP For Claude Marketplace
Dryer Design Engineering Tool

Dryer Design Engineering Tool MCP Connector for Claude

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Calculate dryer sizing, residence time, and energy demand for industrial drying processes.

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

This MCP server provides essential engineering calculations for industrial drying equipment design. It allows users to model drying kinetics, determine the required physical volume of a dryer using estimate_dryer_size, and calculate thermal requirements with calculate_energy_demand. Engineers can also predict drying timelines via get_drying_kinetics and ensure physical consistency of inputs using validate_material_properties.

dryingkineticsthermodynamicsindustrial-engineeringmaterial-science

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

calculate_energy_demand

Estimates the thermal energy required to perform the drying operation

validate_material_properties

Checks if the provided material properties are physically consistent for drying calculations

estimate_dryer_size

Determines the physical dimensions/capacity required for a dryer based on throughput and kinetics

get_drying_kinetics

Calculates the moisture profile and predicts the time required to reach specific moisture targets

See how to talk to your AI agent using Dryer Design Engineering Tool.

What is the required volume for a dryer processing 50 kg/h of solid with a residence time of 2 hours, bulk density of 800 kg/m3, and 85% efficiency?

The required volume for the dryer is 0.147 m3.

How much energy is needed to evaporate 100 kg of water with a latent heat of 2257 kJ/kg and a heat loss coefficient of 1.1?

The total energy required is 248270.0 kJ.

Calculate the drying time for a material with initial moisture 0.4, critical moisture 0.2, target moisture 0.1, constant rate 0.5, and falling rate coefficient 0.3.

The total residence time is 0.6666666666666666 hours.

You can use the `estimate_dryer_size` tool by providing the mass flow rate, residence time, bulk density, and an efficiency factor.

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