MCP For Claude Marketplace
Frac-Pack Design Suite

Frac-Pack Design Suite MCP Connector for Claude

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Engineering tools for designing frac-pack completions and optimizing sand control.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides a specialized suite of engineering tools for designing frac-pack completions in oil and gas reservoirs. It enables precise modeling of fracture geometry using calculate_fracture_geometry, planning for successful Tip Screenout (TSO) events with design_tip_screenout, and selecting optimal gravel sizes via optimize_sand_control. Additionally, users can predict well performance using estimate_well_productivity to ensure maximum reservoir recovery and effective sand management.

fracturingsand-controlreservoir-engineeringcompletion-designpetroleum

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

calculate_fracture_geometry

Determines the physical shape and size of the fracture based on reservoir and stress conditions

design_tip_screenout

Calculates the proppant requirements and timing needed to achieve a successful Tip Screenout (TSO) event

estimate_well_productivity

Predicts the expected fluid production of the well following the completion

optimize_sand_control

Selects the appropriate gravel/proppant size to prevent sand migration while maintaining flow

See how to talk to your AI agent using Frac-Pack Design Suite.

Calculate the fracture dimensions for a reservoir with 50 mD permeability and minimum stress of 4000 psi.

The calculated fracture dimensions are: Length: 150 ft, Height: 40 ft, Width: 0.25 ft, and Volume: 1500 ft³.

What is the recommended screen size for a formation with a grain size of 0.005 inches and high sand control requirements?

For high sand control requirements and a 0.005 inch grain size, the recommended screen size is 0.012 inches with a proppant concentration range of 2-6 ppa.

Estimate the productivity index for a fracture with 200 ft length, 50 ft height, 0.3 ft width, and 100 mD permeability with a skin factor of -2.

The estimated productivity index is 12.5 STB/d/psi with a flow rate capacity of 1500 STB/d.

A frac-pack is a hybrid stimulation technique that combines hydraulic fracturing with sand control to bypass near-wellbore damage and prevent formation sand from entering the wellbore.

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