MCP For Claude Marketplace
Smart Well Control Optimization

Smart Well Control Optimization MCP Connector for Claude

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Optimize ICV settings to maximize oil recovery and manage production constraints.

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

This MCP server provides advanced optimization capabilities for intelligent wells. It allows AI agents to analyze reservoir characteristics using get_zonal_analysis, determine optimal valve positions via calculate_icv_optimization, and verify operational safety with validate_control_schedule. Additionally, it can assess the impact of new telemetry through simulate_realtime_impact to ensure production plans remain reliable as reservoir conditions change.

intelligent-wellsicv-optimizationreservoir-managementproduction-controlreal-time-monitoring

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

validate_control_schedule

Verifies if a proposed sequence of ICV adjustments is safe and feasible

calculate_icv_optimization

Determines the best valve positions to meet a specific production goal

get_zonal_analysis

Provides a summary of current reservoir characteristics for all zones in a specific well

simulate_realtime_impact

Predicts how real-time sensor updates will affect the current optimization plan

See how to talk to your AI agent using Smart Well Control Optimization.

What are the current reservoir characteristics for well-123?

Well-123 has three zones: Zone A has 15% porosity and 200mD permeability, Zone B has 12% porosity and 150mD permeability, and Zone C has 18% porosity and 300mD permeability.

Find the optimal ICV settings for well-456 to maximize oil while keeping water cut below 10%.

The optimal settings for well-456 are: Zone 1 at 85% opening, Zone 2 at 40% opening, and Zone 3 at 75% opening. This is expected to increase recovery by 4.2%.

Is this schedule safe: [{ "zoneId": "Z1", "valvePosition": 90, "timestamp": "2024-05-01T10:00:00Z" }] for well-789?

The proposed schedule for well-789 is valid and respects all current production constraints.

You can use the `calculate_icv_optimization` tool to determine the best valve positions based on your specific objectives, such as maximizing oil or minimizing water.

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