Wine Citric Acid Metabolism Predictor

Wine Citric Acid Metabolism Predictor MCP Connector for Claude

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Predicts diacetyl formation and sensory profiles during Malolactic Fermentation.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides predictive modeling for the conversion of citric acid into diacetyl during Malolactic Fermentation (MLF). It allows winemakers to forecast the buttery character of a wine by simulating the citrate lyase pathway. Using simulate_citrate_degradation, you can determine the peak diacetyl production based on bacterial strain and temperature. The predict_sensory_profile tool calculates the resulting buttery intensity after accounting for yeast-mediated diacetyl reduction. Additionally, analyze_strain_efficiency evaluates the metabolic potential of specific bacteria, while calculate_mlf_timeline provides the expected duration of the fermentation process and the window of sensory stability.

winefermentationmlfdiacetylcitric-acidmetabolism

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

analyze_strain_efficiency

Analyzes how much buttery potential a specific strain provides relative to its citrate consumption

calculate_mlf_timeline

Calculates the total expected duration of the MLF process and the window of sensory stability

predict_sensory_profile

Predicts when the wine will exhibit buttery characteristics and how intense they will be

simulate_citrate_degradation

Simulates how quickly citric acid is consumed and the peak diacetyl production level

See how to talk to your AI agent using Wine Citric Acid Metabolism Predictor.

How much diacetyl will be produced if I start with 2.5 g/L of citric acid using strain LAB-01 at 18 degrees Celsius and pH 3.2?

The peak diacetyl concentration is predicted to be 0.45 mg/L with a degradation rate of 0.12 g/L per day.

What will the buttery intensity be for a peak diacetyl of 0.5 mg/L if the yeast activity level is 0.7?

The predicted buttery intensity is 0.15, as the yeast will reduce a significant portion of the diacetyl.

How efficient is strain LAB-01 at converting citric acid?

Strain LAB-01 has a conversion efficiency of 85% and a diacetyl yield of 0.18 mg per gram of citrate.

It uses the `simulate_citrate_degradation` tool to model how citric acid is converted into diacetyl, allowing you to predict the intensity of buttery aromas before fermentation is complete.

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