MCP For Claude Marketplace
Wine Redox Stability Diagnostic

Wine Redox Stability Diagnostic MCP Connector for Claude

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Analyzes redox potential and chemical fault risks in wine.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides precision chemical diagnostics for wine stability. It connects AI agents to electrochemical analysis tools to evaluate redox potential, predict aging trajectories, and assess risks of reduction or oxidation faults. By using get_redox_potential and assess_fault_risks, agents can determine if a wine is heading toward sulfur-based off-odors or oxidative degradation. The tool also uses predict_aging_trajectory to forecast stability based on oxygen exposure and glutathione levels, and get_metal_impact_factor to quantify how copper and iron concentrations accelerate oxidation.

wineredoxchemistrystabilityenology

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

get_metal_impact_factor

Quantifies how much the presence of metals is currently accelerating potential oxidation

get_redox_potential

Calculates the current electrochemical redox potential (Eh) of the wine

predict_aging_trajectory

Forecasts whether the wine is heading toward a reductive or oxidative state over time

assess_fault_risks

Determines the likelihood of specific chemical faults occurring

See how to talk to your AI agent using Wine Redox Stability Diagnostic.

What is the current redox potential for a wine with 0.5 oxidation history, 10 oxygen exposure, 0.1 copper, and 0.1 iron?

The calculated redox potential is -150 mV with a stability index of 0.45.

Is my wine at risk of oxidation if the glutathione level is 0.05 and redox potential is 200 mV?

Yes, there is a high oxidation fault risk due to the low glutathione levels and high redox potential.

Predict the aging trajectory for a wine with 100 mV redox potential, 0.5 oxygen exposure rate, and 0.2 glutathione level.

The wine is on an oxidative trajectory, with an estimated 45 days until the stability threshold is reached.

It provides quantitative data on redox potential and fault risks, allowing for proactive management of wine stability.

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