MCP For Claude Marketplace
Pipeline Flow Assurance

Pipeline Flow Assurance MCP Connector for Claude

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Analyze fluid transport risks, hydrate formation, and wax deposition in subsea and terrestrial pipelines.

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

This MCP server provides a suite of analytical tools to manage flow assurance risks in pipeline systems. It allows AI agents to evaluate the likelihood of gas hydrate formation using get_hydrate_risk, assess paraffin buildup with get_wax_deposition_profile, and monitor asphaltene stability via get_asphaltene_stability. Additionally, users can calculate available shutdown time with get_operational_window and receive specific chemical or mechanical recommendations through get_mitigation_requirements to ensure operational continuity.

pipelineflow-assurancesubseahydrateswax-deposition

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

get_asphaltene_stability

Evaluates the stability of asphaltenes within the fluid

get_hydrate_risk

Determines the likelihood of gas hydrate formation under current conditions

get_mitigation_requirements

Recommends chemical or mechanical actions to prevent identified risks

get_operational_window

Calculates the time available before critical risks manifest during a shutdown

get_wax_deposition_profile

Assesses the risk of paraffin/wax buildup on the pipe walls

See how to talk to your AI agent using Pipeline Flow Assurance.

What is the hydrate formation risk for a pipeline at 200 bar and 5 degrees Celsius with a seabed temperature of 4 degrees?

The hydrate formation risk is high, with a dissociation temperature of 12.5 degrees Celsius and a safety margin of 7.5 degrees.

How much time do I have before the fluid reaches the wax appearance temperature during a shutdown?

The available cooldown time is 14.2 hours before the critical temperature threshold is reached.

What mitigation is needed for high wax risk?

For high wax risk, the recommended actions include pigging operations and thermal heating.

You can use the `get_hydrate_risk` tool by providing the fluid composition, operating pressure, operating temperature, and seabed temperature.

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