MCP For Claude Marketplace
Mud Weight Window Calculator

Mud Weight Window Calculator MCP Connector for Claude

A+

Calculates safe drilling fluid density ranges based on geomechanical constraints.

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

This MCP server provides specialized tools for drilling engineers to determine the safe operational range for drilling fluid density. It calculates the primary window using calculate_basic_window by analyzing pore pressure, fracture gradient, and collapse pressure. The server also allows for advanced adjustments, including apply_thermal_adjustments for temperature-induced changes and apply_chemical_adjustments for chemical reactivity effects. Finally, use validate_operational_safety to verify if a specific mud weight is safe for the wellbore.

drillinggeomechanicsmud-weightoil-and-gaswellbore-stability

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

apply_thermal_adjustments

Modifies the basic window to account for temperature-induced changes

calculate_basic_window

Determines the primary drilling window based on standard pressure limits

validate_operational_safety

Evaluates if a proposed mud weight is safe within the calculated window

apply_chemical_adjustments

Adjusts the window to account for chemical interactions

See how to talk to your AI agent using Mud Weight Window Calculator.

Calculate the basic mud weight window for a pore pressure of 10.5, a fracture gradient of 14.2, and a collapse pressure of 11.0.

The minimum mud weight is 11.0, the maximum mud weight is 14.2, and the safe window is 3.2.

Is a mud weight of 12.5 safe for a window with a minimum of 11.0 and a maximum of 14.2?

Yes, the proposed mud weight is safe. The margin to collapse is 1.5 and the margin to fracture is 1.7.

Adjust a window (min 11.0, max 14.2) for a bottom hole temperature of 150 degrees with a coefficient of 0.01.

The adjusted minimum mud weight is 12.5, the adjusted maximum mud weight is 12.7, and the adjusted safe window is 0.2.

You can use the `calculate_basic_window` tool by providing the pore pressure, fracture gradient, and collapse pressure.

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