MCP For Claude Marketplace
Asphaltene Precipitation Predictor

Asphaltene Precipitation Predictor MCP Connector for Claude

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Predicts asphaltene precipitation onset, flocculation, and deposition risks in crude oil systems.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized thermodynamic modeling to predict asphaltene stability in crude oil. It allows AI agents to calculate the Onset of Precipitation Pressure (OPP) using get_onset_pressure, determine aggregation states via predict_flocculation_state, assess the impact of gas injection with evaluate_gas_injection_impact, and evaluate mixing risks using assess_commingling_risk. It is designed to help reservoir engineers and production specialists mitigate deposition risks caused by pressure drops, temperature changes, or fluid commingling.

asphaltenescrude-oilthermodynamicsreservoir-engineeringprecipitation-prediction

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

get_onset_pressure

Identifies the specific pressure at which asphaltene precipitation begins for a given oil system

evaluate_gas_injection_impact

Predicts how the addition of a specific gas will change the stability of the asphaltenes

predict_flocculation_state

Determines if the current fluid state will cause asphaltenes to aggregate into clusters

assess_commingling_risk

Evaluates the risk of precipitation when two different crude oils are mixed

See how to talk to your AI agent using Asphaltene Precipitation Predictor.

What is the onset pressure for an oil with these molar fractions: {"C1": 0.1, "C2": 0.2, "Asphaltenes": 0.7} at 80 degrees Celsius with solubility parameters {"a1": 1.5, "a2": 0.5}?

The onset pressure for this oil system is 250.5 bar with a stability margin of 15.2 bar.

Will injecting methane at a 0.15 ratio into this oil composition {"C1": 0.5, "C2": 0.5} at 50 degrees Celsius cause precipitation?

Yes, the injection will cause precipitation with a stability change of 0.45.

What is the flocculation risk for an oil with density 0.85 and viscosity 5.2 at 40 bar and 60 degrees Celsius?

The current state is 'Aggregating' with a flocculation index of 0.65 and a High risk level.

OPP is the specific pressure at which asphaltenes begin to form solid aggregates. You can find this value using the `get_onset_pressure` tool.

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