MCP For Claude Marketplace
Water Coning Model

Water Coning Model MCP Connector for Claude

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Predict water coning behavior and breakthrough timing in oil reservoirs.

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

This MCP server provides specialized tools for petroleum engineers to predict water coning in oil reservoirs with bottom water. It allows for calculating the get_critical_coning_rate to maintain stable production, estimating the predict_breakthrough_time to anticipate water arrival, and modeling the calculate_water_cut_evolution to understand fluid composition changes. Additionally, users can analyze_well_geometry_impact to evaluate how horizontal well configurations affect coning risks.

reservoirconingwater-cutproduction-optimizationpetroleum

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

analyze_well_geometry_impact

Evaluates impact of horizontal vs vertical well configuration

calculate_water_cut_evolution

Predicts volume of water relative to oil over time

get_critical_coning_rate

Determines the maximum safe production rate

predict_breakthrough_time

Estimates time until water reaches wellbore

See how to talk to your AI agent using Water Coning Model.

What is the maximum safe production rate for an oil zone with 50m thickness and a mobility ratio of 2.5, assuming no impermeable barrier?

The maximum safe production rate is 450 barrels per day, which is classified as Stable.

If I produce at 600 barrels per day with a critical rate of 450, how long until water breakthrough?

Water breakthrough is predicted to be Immediate.

How much will the water cut be 500 hours after a breakthrough that occurred at 200 hours, given a production rate of 500?

The water cut fraction is 0.65, with a total fluid volume of 250,000 barrels.

You can use the `get_critical_coning_rate` tool to determine the maximum safe production rate that keeps the water-oil interface stable.

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