MCP For Claude Marketplace
Wellbore Heat Transfer Engine

Wellbore Heat Transfer Engine MCP Connector for Claude

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Calculates temperature profiles and thermal energy exchange in producing or injecting wells.

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

This MCP server provides specialized thermal modeling for wellbore operations. It connects AI agents to advanced heat transfer calculations, allowing for the determination of temperature profiles at specific depths using get_temperature_profile. Users can measure total thermal energy exchange with calculate_heat_exchange, determine surface temperatures via get_wellhead_temperature, and predict time-dependent thermal changes using simulate_transient_effect. The engine accounts for geothermal gradients, fluid properties, and wellbore configurations to provide accurate thermal dynamics for geothermal and petroleum engineering workflows.

thermalwellboreheat-transfergeothermalfluid-dynamics

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

simulate_transient_effect

Predicts how the temperature profile changes over a specific period of time

get_temperature_profile

Determines the temperature of the fluid at a specific depth within the well

get_wellhead_temperature

Calculates the temperature of the fluid at the surface (wellhead)

calculate_heat_exchange

Measures the total thermal energy gained or lost by the fluid over the entire length of the well

See how to talk to your AI agent using Wellbore Heat Transfer Engine.

What is the temperature at 1500 meters depth for a well with a 100m total depth and a geothermal gradient of 0.03 deg/m?

The temperature at 1500 meters is 55.2°C.

Calculate the total heat loss for this well.

The total heat loss for the well is 450.5 kJ.

What will the wellhead temperature be if the bottom-hole temperature is 80°C?

The estimated wellhead temperature is 62.4°C.

The engine uses Ramey's model and numerical heat transfer methods to provide high-fidelity temperature profiles based on the provided fluid properties and wellbore geometry.

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