MCP For Claude Marketplace
Gas Recycling Optimizer

Gas Recycling Optimizer MCP Connector for Claude

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Optimize gas recycling rates and predict condensate recovery in gas condensate reservoirs.

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

This MCP server provides specialized tools for managing gas condensate reservoirs. It allows AI agents to calculate the get_optimal_recycling_rate to maintain reservoir pressure above the dew point, predict_breakthrough_time to avoid premature dry gas arrival at production wells, and calculate_condensate_recovery to estimate liquid yields. Users can also use evaluate_recycling_strategy to validate if a proposed injection rate is viable for specific reservoir conditions.

reservoirgascondensaterecyclingpetroleum

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

calculate_condensate_recovery

Estimates the total volume of liquid condensate that can be recovered using a specific recycling strategy

evaluate_recycling_strategy

Provides a comprehensive assessment of a proposed recycling design by combining rate, breakthrough, and recovery metrics

get_optimal_recycling_rate

Determines the most efficient volume of gas to inject to maximize recovery without causing premature breakthrough

predict_breakthrough_time

Estimates when the injected dry gas will reach the production well

See how to talk to your AI agent using Gas Recycling Optimizer.

What is the best injection rate for a reservoir at 4500 psi with a dew point of 4200 psi and a rich gas composition?

The optimal injection rate is 12.5 MMSCF/D, providing a pressure buffer of 300 psi and an efficiency index of 0.85.

Will a recycling rate of 15 MMSCF/D cause early breakthrough if the wells are 500 meters apart?

The estimated time until breakthrough is 4.2 years, with a breakthrough risk factor of 0.15.

Estimate the total condensate recovery for a rate of 10 MMSCF/D with a maintenance factor of 0.8.

The total recovered volume is estimated at 1,250,000 barrels with a recovery efficiency of 78%.

You can use `get_optimal_recycling_rate` to determine the injection volume needed to keep the reservoir pressure above the dew point, preventing retrograde condensation.

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