Ground Freezing Design Tool

Ground Freezing Design Tool MCP Connector for Claude

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Calculates thermal and hydraulic parameters for artificial ground freezing.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides engineering calculations for Artificial Ground Freezing (AGF) used in excavation stabilization. It allows AI agents to determine the necessary freeze pipe layout using calculate_pipe_layout, predict the time required to form an ice wall with estimate_freezing_duration, determine coolant requirements via calculate_brine_properties, and estimate electrical needs with estimate_power_requirement.

ground-freezingexcavationthermal-analysisgeotechnical-engineeringcivil-engineering

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

calculate_brine_properties

Determines the required temperature of the coolant to achieve the target ground temperature

calculate_pipe_layout

Determines the number and arrangement of freeze pipes needed to surround the excavation

estimate_freezing_duration

Predicts how many days it will take to establish a continuous ice wall

estimate_power_requirement

Calculates the electrical power needed to drive the freezing process

See how to talk to your AI agent using Ground Freezing Design Tool.

How many freeze pipes do I need for a 20m by 10m excavation with 2m spacing?

For a 20m x 10m excavation with 2m spacing, you will need 30 freeze pipes to form a continuous perimeter.

How long will it take to freeze a sand excavation if the target temperature is -10°C?

Based on the sand soil type and a target temperature of -10°C, the estimated freezing duration is 25 days.

What is the required brine temperature for a target ground temperature of -5°C in clay?

To achieve a target ground temperature of -5°C in clay, the required brine temperature is -15°C.

You can calculate the number of freeze pipes, the duration of the freezing process, the required brine temperature, and the total power requirement for an excavation.

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