MCP For Claude Marketplace
Safety Valve Sizing

Safety Valve Sizing MCP Connector for Claude

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Calculate SSSV dimensions, flow coefficients, and pressure drops.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized engineering tools for sizing Subsurface Safety Valves (SSSV). It allows engineers to determine the required calculate_valve_id to accommodate specific flow rates, calculate the calculate_flow_coefficient for existing valves, and predict energy loss using calculate_pressure_drop. It also includes validate_well_safety_margin to ensure operating conditions respect erosion velocity and pressure limits.

sssvfluid-dynamicswellborepressure-droperosion-velocity

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

calculate_flow_coefficient

Calculates the valve's flow coefficient based on existing physical parameters

calculate_pressure_drop

Predicts the energy loss (pressure reduction) as fluid passes through a valve of a known size

calculate_valve_id

You can optionally provide an erosion velocity limit. Determines the required internal diameter of the SSSV to accommodate a specific flow rate without exceeding safety limits

validate_well_safety_margin

Checks if the current valve configuration meets safety requirements regarding erosion and pressure limits

See how to talk to your AI agent using Safety Valve Sizing.

What is the required valve ID for a liquid flow of 500 units at 2000 psi upstream?

The required minimum internal diameter is 2.45 inches with an expected velocity of 12.3 ft/s.

Calculate the pressure drop for a 3-inch valve with a flow rate of 1000 and upstream pressure of 3000.

The predicted pressure drop is 150 psi, resulting in a downstream pressure of 2850 psi.

Is my current valve configuration safe for a flow rate of 800 and an erosion limit of 50?

Yes, the configuration is safe with a safety margin of 15.2.

You can use the `calculate_valve_id` tool by providing the flow rate, fluid type, and upstream pressure.

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