MCP For Claude Marketplace
Wine Reductive Aging Prediction

Wine Reductive Aging Prediction MCP Connector for Claude

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Predict reductive sulfur compound development in bottled wine.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides predictive analytics for wine cellar management. It estimates the development of reductive faults by modeling sulfur compound kinetics. Using tools like get_sulfur_development_forecast and calculate_optimal_drinking_window, users can predict H2S and mercaptan concentrations, identify the peak quality timeframe, and assess risk levels based on oxygen transfer rates (OTR) and storage temperatures.

winesulfuragingchemistrycellar-management

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

check_sensory_threshold_status

Determines if the wine has already exceeded acceptable sensory limits for sulfur compounds

get_sulfur_development_forecast

Predicts the concentration of specific sulfur compounds over a defined time period

calculate_optimal_drinking_window

Identifies the timeframe when the wine is at its peak quality before reductive faults occur

evaluate_reductive_risk_profile

Categorizes a wine's risk level regarding reductive aging to prioritize cellar management

See how to talk to your AI agent using Wine Reductive Aging Prediction.

Predict the sulfur development for a wine with OTR of 0.001, initial compounds of 0.5, at 14 degrees Celsius for 24 months.

The predicted H2S concentration is 0.85 ppm and the mercaptan concentration is 0.12 ppm, with threshold exceedance expected in 30 months.

What is the optimal drinking window for a wine with OTR 0.002, initial compounds 0.3, and storage at 12 degrees?

The optimal drinking window is between month 12 and month 48.

Is a wine with 0.5 ppm H2S and 0.2 ppm mercaptan considered faulty?

No, the wine is currently within acceptable sensory limits.

Higher storage temperatures accelerate the chemical kinetics of sulfur compound formation, increasing the risk of reductive faults.