MCP For Claude Marketplace
Wine Fermentation Kinetics

Wine Fermentation Kinetics MCP Connector for Claude

A+

Predict fermentation progress, completion dates, and stuck fermentation risks.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides advanced biological and chemical modeling for wine fermentation. It allows AI agents to predict the fermentation rate curve, estimate completion dates, and calculate potential alcohol yield based on initial Brix and yeast strain characteristics. Users can also assess the risk of stuck fermentation and determine optimal timing for nutrient additions using evaluate_nutrient_strategy. The tools account for temperature sensitivity and nitrogen demand to ensure precise fermentation management.

winemakingfermentationbiologychemistryyeast

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

predict_fermentation_progress

Predict fermentation progress, completion date, and stuck risk

calculate_alcohol_yield

Calculate the theoretical alcohol content based on sugar consumption

evaluate_nutrient_strategy

Determine if and when nutrients should be added to prevent stuck fermentation

See how to talk to your AI agent using Wine Fermentation Kinetics.

Predict the fermentation progress for a must with 24 Brix, using yeast strain 'standard-01', at 22 degrees Celsius, with 1,000,000 yeast cells and a nutrient level of 2.

The fermentation is expected to complete in 12 days, with a predicted potential alcohol of 13.5%. The stuck risk score is low.

What is the potential alcohol for 22 Brix using the 'high-tol-05' yeast strain?

The theoretical alcohol yield is 12.8% based on the provided Brix and yeast efficiency.

Should I add nutrients for a fermentation starting at 25 Brix with a nutrient level of 1?

Yes, a nutrient addition is recommended on day 3 to reduce the risk of stuck fermentation.

You can use the `predict_fermentation_progress` tool by providing the initial Brix, yeast strain ID, temperature, initial yeast count, and nutrient levels.

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