MCP For Claude Marketplace
Wine Aroma Evolution Modeler

Wine Aroma Evolution Modeler MCP Connector for Claude

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Predicts chemical transformations of aroma compounds during fermentation and aging.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server models the dynamic chemical evolution of wine aromas. It allows AI agents to simulate how grape precursors transform into volatile compounds like esters, thiols, and terpenes during fermentation using simulate_fermentation_aroma. Users can forecast long-term scent changes with predict_aging_evolution, translate chemical data into sensory profiles via evaluate_aroma_character, or find the perfect fermentation settings using optimize_fermentation_parameters.

enologychemistryfermentationwinearoma

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

evaluate_aroma_character

Translates numerical compound concentrations into a qualitative description of the wine's scent profile

optimize_fermentation_parameters

Identifies the ideal temperature and yeast strain to achieve a specific desired aroma profile

predict_aging_evolution

Forecasts how the aroma profile changes over a specific duration of aging

simulate_fermentation_aroma

Predicts the concentrations of volatile compounds immediately following the completion of fermentation

See how to talk to your AI agent using Wine Aroma Evolution Modeler.

What will the aroma profile look like after fermentation if I use an Aromatic yeast strain at 20 degrees Celsius with these precursors: {"aminoAcids": 120, "thiolPrecursors": 90}?

The fermentation will result in high concentrations of esters and thiols, providing a strong tropical and floral scent profile.

How will the wine's scent change after 12 months of aging if it starts with these concentrations: {"esters": 50, "thiols": 30, "terpenes": 20, "higherAlcohols": 10} and oxygen exposure is 0.1?

After 12 months, the ester levels will decrease due to degradation, while the thiol profile will remain relatively stable.

What is the best way to get a fruity aroma profile using these precursors: {"aminoAcids": 100, "thiolPrecursors": 50}?

To maximize fruity notes, it is recommended to use an Aromatic yeast strain at a fermentation temperature of 18 degrees Celsius.

Predictions are based on kinetic models of precursor conversion and yeast metabolic rates for the specified strains.

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