Multilateral Well Design

Multilateral Well Design MCP Connector for Claude

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Optimize multilateral well configurations by calculating lateral placement and junction types.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized engineering tools for designing complex multilateral well configurations. It allows users to determine optimal lateral placement using calculate_optimal_placement, select appropriate TAML levels via select_junction_type, and estimate flow contributions with evaluate_productivity. The server also includes validate_design_feasibility to ensure all designs respect physical and mechanical constraints, balancing reservoir contact with drilling complexity.

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

calculate_optimal_placement

Determines the best spatial positioning for branches within a defined reservoir volume

evaluate_productivity

Estimates the individual and total flow contributions of the proposed multilateral configuration

select_junction_type

Recommends the appropriate TAML level for the proposed well design

validate_design_feasibility

Performs a final check to ensure the design respects all physical and mechanical limits

See how to talk to your AI agent using Multilateral Well Design.

Find the best placement for branches in a reservoir with these target zones: [zone1, zone2].

The optimal placement plan suggests two lateral paths with a total reservoir contact of 450 meters.

What TAML level is needed for 3 branches with a pressure differential of 500 psi?

A TAML Level 4 junction is recommended to provide the necessary pressure integrity for this configuration.

Estimate the productivity for a design with a TAML 3 junction and these lateral paths.

The estimated total flow rate for this configuration is 1,250 barrels per day.

You can use the `calculate_optimal_placement` tool, which analyzes reservoir geometry and target zones to find the best spatial positioning for branches.

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