MCP For Claude Marketplace
Wine Acetaldehyde Kinetics

Wine Acetaldehyde Kinetics MCP Connector for Claude

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Models acetaldehyde formation and binding during fermentation to predict sensory risks.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides specialized tools for winemakers and enologists to model acetaldehyde behavior during fermentation. It allows AI agents to calculate sensory risks using analyze_acetaldehyde_risk, evaluate sulfur dioxide requirements with calculate_so2_binding_capacity, estimate yeast-driven production via predict_metabolic_production, and simulate the effects of oxygen exposure using simulate_oxidation_impact. By connecting to Vinkius Edge, your AI assistant can accurately predict free acetaldehyde levels, SO2 binding capacity, and the risk of sensory faults like bruised apple aromas.

wineacetaldehydeso2yeastfermentation-modeling

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

analyze_acetaldehyde_risk

Determines if the current wine conditions pose a sensory risk due to acetaldehyde levels

calculate_so2_binding_capacity

Evaluates how much additional SO2 is required to neutralize existing acetaldehyde

predict_metabolic_production

Estimates the total amount of acetaldehyde the yeast will produce based on environmental factors

simulate_oxidation_impact

Models how oxygen exposure will influence the transition of acetaldehyde into other compounds

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

Check the acetaldehyde risk for a fermentation using yeast strain 'Saccharomyces_cerevisiae' at 20°C with 30 mg/L SO2 and 5 units of oxygen exposure.

The current risk level is low. The free acetaldehyde concentration is 0.05 mg/L, which is well below the sensory threshold.

How much additional SO2 do I need if I have 10 mg/L of acetaldehyde and 25 mg/L of SO2 at a pH of 3.2?

To neutralize the existing acetaldehyde, a required addition of 12.5 mg/L of SO2 is recommended.

Predict the acetaldehyde production for yeast strain 'Lalvin_EC100' at 18°C with 200 g/L of sugar.

The estimated total produced acetaldehyde is 15.4 mg/L with a production rate of 0.8 mg/L per hour.

You can use the `analyze_acetaldehyde_risk` tool. By providing the yeast strain, SO2 levels, oxygen exposure, and fermentation temperature, the tool determines if free acetaldehyde concentrations exceed sensory thresholds.

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