Hop Alpha Acid Degradation Predictor

Hop Alpha Acid Degradation Predictor MCP Connector for Claude

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Predict alpha acid degradation and optimize hop storage conditions.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides precise modeling of hop stability using Arrhenius kinetics. It allows brewers and quality control specialists to predict how temperature, oxygen exposure, and physical form affect alpha acid levels. Use predict_current_degradation to assess immediate impact, calculate_cumulative_loss to model complex storage histories, and recommend_storage_optimization to find the best packaging and environmental settings for specific hop types like whole cone, pellet, or extract.

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

predict_current_degradation

Calculates the immediate impact of specific storage conditions on alpha acid levels

recommend_storage_optimization

Suggests the best physical packaging and environmental settings to minimize degradation

calculate_cumulative_loss

Predicts the total alpha acid reduction over a sequence of varying storage conditions

See how to talk to your AI agent using Hop Alpha Acid Degradation Predictor.

What will be the remaining alpha acid if I store 10% alpha acid pellets at 25°C with an oxygen exposure of 0.5 for 30 days?

After 30 days of storage at 25°C, the remaining alpha acid percentage is 8.42% with a Hop Storage Index of 7.2.

Calculate the total loss for a sequence: start with 12% alpha acid whole cones, store at 5°C for 100 days, then move to 20°C for 50 days with oxygen exposure 0.2.

The final alpha acid percentage is 11.15%, representing a total loss of 0.85% over the two periods.

How should I store extract hops with 15% alpha acid for the next 60 days?

For extract hops, it is recommended to use vacuum sealing at a temperature of 4°C with minimal oxygen exposure to maintain stability.

The physical state (whole cone, pellet, or extract) determines the surface area available for oxidation. Extracts have the highest surface area and degrade fastest, while whole cones are the most stable.

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