MCP For Claude Marketplace
Wine Color Extraction Model

Wine Color Extraction Model MCP Connector for Claude

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Models anthocyanin extraction and color stability during red wine fermentation.

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

This MCP server provides specialized tools for modeling the extraction kinetics of pigments during red wine fermentation. It allows winemakers and researchers to predict anthocyanin concentration using get_anthocyanin_profile, estimate visual depth with predict_color_intensity, and determine the ideal skin contact duration via optimize_contact_duration. Additionally, it can model the transformation of pigments using simulate_pigment_evolution to understand long-term color stability.

winefermentationanthocyaninpigmentkinetics

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

get_anthocyanin_profile

Predicts the concentration of anthocyanins at various stages of the fermentation process

optimize_contact_duration

Calculates the ideal amount of time to leave skins in contact to reach a specific target color intensity

predict_color_intensity

Estimates the visual color depth of the wine based on current extraction parameters

simulate_pigment_evolution

Models the transformation of simple anthocyanins into stable polymeric pigments

See how to talk to your AI agent using Wine Color Extraction Model.

What will the anthocyanin concentration be for Cabernet Sauvignon after 48 hours of contact at 25°C with 13% ethanol and moderate cap management?

The final anthocyanin concentration for Cabernet Sauvignon is 0.85 g/L.

How much time do I need for a Merlot to reach a color intensity of 0.7?

The recommended contact time to reach a target intensity of 0.7 for Merlot is 72 hours.

Predict the color stability for a wine with 0.9 anthocyanin concentration and 0.4 polymeric pigment level at 14% ethanol.

The predicted color stability index is 0.78.

You can use `predict_color_intensity` after obtaining the concentration data from `get_anthocyanin_profile` to estimate the visual depth and stability.

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