MCP For Claude Marketplace
Polymer Flood Design

Polymer Flood Design MCP Connector for Claude

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Design optimal EOR polymer flooding projects by calculating concentration, slug size, and recovery.

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

This MCP server provides specialized tools for Enhanced Oil Recovery (EOR) design. It allows AI agents to calculate critical chemical parameters for polymer flooding, including optimal concentration to manage mobility ratios, required slug sizes accounting for adsorption, and predicted incremental oil recovery. Users can also use assess_polymer_stability to ensure chosen polymers withstand reservoir temperature and shear rates.

eorpolymerreservoir-engineeringoil-recoverychemical-flooding

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

assess_polymer_stability

Evaluates if the chosen polymer properties are suitable for the reservoir conditions

calculate_slug_size

Calculates the total volume of the polymer slug required

estimate_recovery_improvement

Predicts the incremental oil recovered due to the polymer flood

get_optimal_concentration

Determines the required polymer concentration to achieve a target mobility ratio

See how to talk to your AI agent using Polymer Flood Design.

What is the required polymer concentration for a target mobility ratio of 2.0 with an oil viscosity of 15 cP and water viscosity of 1 cP, using a coefficient of 0.5?

The required polymer concentration to achieve a mobility ratio of 2.0 is 28.0 cP/unit.

Calculate the slug size for a reservoir with 100 million m3 pore volume, 70% desired sweep efficiency, and a 0.1 adsorption loss factor.

The required polymer slug volume is 77,000,000 m3, which represents 0.77 of the total pore volume.

Will a polymer with 20 million MW be stable at 80 degrees Celsius with a shear rate of 50 s-1 and a threshold of 90?

Yes, the polymer is stable under these conditions.

Use the `get_optimal_concentration` tool by providing the target mobility ratio, oil viscosity, water viscosity, and the viscosity coefficient.

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