MCP For Claude Marketplace
Fracture Height Growth Predictor

Fracture Height Growth Predictor MCP Connector for Claude

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Predicts hydraulic fracture height growth and containment effectiveness.

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

This MCP server provides specialized tools for hydraulic fracturing analysis. It allows AI agents to model how fractures propagate through geological formations by analyzing stress profiles and treatment parameters. Use get_predicted_fracture_height to determine vertical extent, evaluate_barrier_integrity to check containment strength, calculate_max_safe_pressure to find pressure limits, and analyze_growth_efficiency to optimize stimulation results.

fracturingstress-profilegeomechanicshydraulic-fracturingcontainment

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

analyze_growth_efficiency

Compares the current treatment parameters against the geological constraints to determine if the stimulation is optimal

calculate_max_safe_pressure

Identifies the maximum pressure that can be applied without breaching containment barriers

evaluate_barrier_integrity

Assesses the ability of surrounding geological layers to prevent fracture propagation

get_predicted_fracture_height

Determines the vertical extent of the fracture based on the provided stress and pressure environment

See how to talk to your AI agent using Fracture Height Growth Predictor.

What is the predicted fracture height for a 50m pay zone with a treatment pressure of 30MPa and this stress profile: [{"depth": 1000, "stress": 35}, {"depth": 1050, "stress": 45}]?

The predicted fracture height is 42.5 meters and it is contained within the target zone.

Is my stimulation optimal for a 40m pay zone where the fracture height is 38m and pressure is 25MPa?

The stimulation is optimal as the fracture height is well-contained within the pay zone.

What is the maximum safe pressure for a 30m pay zone with this stress profile: [{"depth": 2000, "stress": 40}, {"depth": 2030, "stress": 55}]?

The maximum safe pressure is 52.5 MPa with a low breach risk level.

You can use the `get_predicted_fracture_height` tool by providing the stress profile, pay zone thickness, and the applied treatment pressure.

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