Pressure Buildup Analysis Engine

Pressure Buildup Analysis Engine MCP Connector for Claude

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Analytical engine for evaluating reservoir performance through pressure buildup test data.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides advanced analytical tools for petroleum engineers to evaluate reservoir characteristics. By analyzing pressure recovery after a well shut-in, the engine identifies key parameters such as permeability and skin factor. Use get_radial_flow_properties to calculate primary reservoir characteristics, get_wellbore_storage_parameters to characterize early-time effects, detect_boundary_effects to identify reservoir limits, and analyze_pressure_trends for a high-level summary of recovery behavior.

reservoirpressurepermeabilitypetroleumanalysis

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

analyze_pressure_trends

Provides a high-level summary of the pressure recovery behavior

detect_boundary_effects

Identifies if the pressure buildup has reached the limits of the reservoir

get_radial_flow_properties

Calculates primary reservoir characteristics during the period of steady radial flow

get_wellbore_storage_parameters

Characterizes the early-time effects caused by the wellbore volume

See how to talk to your AI agent using Pressure Buildup Analysis Engine.

Calculate the reservoir permeability and skin factor from this pressure data.

The calculated permeability is 150 mD and the skin factor is 2.5.

Check if there are any boundary effects in this test.

Boundary effects were detected, indicating a drainage radius of 450 meters.

Summarize the pressure recovery trends.

The pressure recovery shows a transition from wellbore storage to a steady radial flow regime with a total pressure change of 500 psi.

You can use the `get_radial_flow_properties` tool. Provide the pressure data, the pre-shut-in flow rate, and the reservoir properties to receive the calculated permeability.

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