Gas Well Deliverability Analyzer

Gas Well Deliverability Analyzer MCP Connector for Claude

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Calculate Absolute Open Flow (AOF) and analyze gas well deliverability with non-Darcy turbulence effects.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for reservoir engineering to assess gas well performance. It allows for the calculation of the Absolute Open Flow (AOF) using calculate_aof, predicting production rates at specific pressures with get_flow_rate_at_pressure, and generating full Inflow Performance Relationship (IPR) curves via generate_ipr_curve. Additionally, it quantifies the impact of turbulence on production using analyze_turbulence_impact, helping engineers understand how non-Darcy flow affects well potential.

gasreservoiraofturbulenceipr

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

calculate_aof

Determines the theoretical maximum flow rate (AOF) of the gas well

generate_ipr_curve

Generates a series of data points representing the Inflow Performance Relationship (IPR) curve

get_flow_rate_at_pressure

Predicts the gas flow rate for a specific target bottomhole pressure

analyze_turbulence_impact

Quantifies how much the non-Darcy effects are reducing the well's potential

See how to talk to your AI agent using Gas Well Deliverability Analyzer.

Calculate the AOF for a well with reservoir pressure of 3500 psi, bottomhole pressure of 2500 psi, current flow rate of 5000 scf/d, and a turbulence coefficient of 0.05.

The calculated Absolute Open Flow (AOF) for this well is 12500 scf/d.

What will the flow rate be if the target bottomhole pressure is 2000 psi, given an AOF of 12500 scf/d, reservoir pressure of 3500 psi, and a turbulence coefficient of 0.05?

The predicted gas flow rate at a bottomhole pressure of 2000 psi is 8250 scf/d.

Compare a Darcy flow rate of 6000 scf/d with an actual flow rate of 5000 scf/d.

The turbulence causes a 16.67% reduction in the well's potential, with an impact factor of 0.833.

AOF is the theoretical maximum gas flow rate achievable if the bottomhole flowing pressure were reduced to zero.

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