Fouling Resistance Monitor

Fouling Resistance Monitor MCP Connector for Claude

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Monitors heat exchanger fouling resistance and predicts cleaning schedules.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server tracks the degradation of heat exchanger performance due to fouling. It provides tools to calculate fouling resistance, estimate cleaning schedules, and analyze how fluid velocity impacts deposit accumulation. Use calculate_fouling_metrics to assess current efficiency loss and get_exchanger_health_summary for a high-level operational overview.

heat-exchangerfoulingthermal-efficiencypredictive-maintenanceoil-and-gas

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

calculate_fouling_metrics

Calculates current fouling resistance and efficiency loss based on real-time operational data

estimate_cleaning_schedule

Predicts when the heat exchanger will require cleaning based on current fouling trends

get_exchanger_health_summary

Provides a high-level overview of the heat exchanger's operational health

analyze_velocity_impact

Evaluates how much the current flow rate is mitigating or exacerbating the fouling process

See how to talk to your AI agent using Fouling Resistance Monitor.

What is the current fouling resistance and efficiency loss for a medium crude with a current coefficient of 500 and a clean coefficient of 800 at a flow rate of 150?

The current fouling resistance is 0.0006 and the efficiency loss is 37.5%.

When should I schedule the next cleaning if the current resistance is 0.005, the daily increase is 0.0001, and the limit is 0.008?

The next cleaning is required in 30 days.

Give me a health summary for an exchanger with 0.004 resistance, 20% efficiency loss, and 10 days since last cleaning.

The heat exchanger is in good health with a score of 85/100.

You can use the `calculate_fouling_metrics` tool by providing the current heat transfer coefficient, the clean baseline, the flow rate, and the crude type.

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