MCP For Claude Marketplace
Fired Heater Design Engineer

Fired Heater Design Engineer MCP Connector for Claude

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Professional engineering tool for sizing radiant sections, tube coils, and calculating fuel efficiency for industrial fired heaters.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering calculations for industrial fired heater design. It allows AI agents to perform complex thermal modeling, including sizing the radiant section using get_radiant_section_sizing, designing tube coil configurations with get_tube_coil_design, predicting stack exit temperatures via get_stack_temperature_and_losses, and estimating fuel requirements through get_fuel_consumption. It is designed to handle heating duty, fluid properties, and fuel composition to ensure accurate equipment sizing and efficiency targets.

thermalheat-transferindustrial-designengineeringcombustion

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

get_fuel_consumption

Estimates the total mass or volume of fuel required to meet the heating demand

get_radiant_section_sizing

Determines the physical dimensions required for the radiant section to achieve the necessary heat transfer

get_stack_temperature_and_losses

Predicts the temperature of the flue gas exiting the stack and calculates energy lost to the environment

get_tube_coil_design

Calculates the physical configuration and number of tubes needed for the heating coils

See how to talk to your AI agent using Fired Heater Design Engineer.

Calculate the radiant section size for a heating duty of 50 MW with a specific fluid and fuel profile.

The required radiant section volume is 1250 m³, with a tube surface area of 450 m² and an estimated height of 12 meters.

What will be the stack temperature if I use a 15% excess air ratio?

The predicted stack exit temperature is 185°C with a flue gas volume flow of 4500 m³/h.

Estimate the fuel consumption for a 25 MW duty at 85% efficiency.

The estimated fuel mass flow rate is 420 kg/h based on the provided fuel composition.

You can calculate radiant section dimensions, tube coil geometry, stack exit temperatures, heat losses, and total fuel consumption.

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