MCP For Claude Marketplace
Gas Cycling Efficiency Engine

Gas Cycling Efficiency Engine MCP Connector for Claude

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Calculate sweep efficiency, gas dilution, and condensate recovery in reservoirs.

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

This MCP server provides specialized calculation tools for evaluating gas cycling performance in condensate reservoirs. It allows AI agents to determine how effectively injected gas displaces hydrocarbons by calculating calculate_sweep_efficiency to assess reservoir contact, calculate_dry_gas_dilution to measure fluid composition changes, and calculate_recovery_factor to quantify total condensate yield. The engine also provides evaluate_cycling_performance for a comprehensive operational overview.

reservoir-engineeringgas-cyclingcondensatepetroleumefficiency

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

calculate_dry_gas_dilution

Measures the impact of injected gas on the composition of the produced fluids

calculate_recovery_factor

Quantifies the total amount of condensate successfully recovered through the cycling process

calculate_sweep_efficiency

Determines how effectively the injected gas is contacting the reservoir volume

evaluate_cycling_performance

Provides a high-level summary of the entire gas cycling operation

See how to talk to your AI agent using Gas Cycling Efficiency Engine.

What is the expected recovery factor for 1,000,000 units of condensate with a sweep efficiency of 0.7 and a dilution factor of 0.8?

The total volume recovered is 560,000 units, resulting in a recovery factor of 0.56.

Calculate the sweep efficiency for a reservoir with a heterogeneity factor of 0.3, an injection rate of 500, and a permeability map of {'zone1': 100, 'zone2': 150}.

The calculated sweep efficiency is 0.78 with a contact ratio of 0.82.

How much will the injected gas dilute the reservoir gas if the mixing ratio is 0.5 and the injected gas is 95% methane?

The dilution factor is 0.45, resulting in a produced gas purity of 0.92.

You can use the `calculate_recovery_factor` tool, providing the initial condensate in place, the sweep efficiency, and the dilution factor.

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