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Advanced Cicerone® · Keeping and Serving Beer

Draft system design

Syllabus Path

Draft design chooses line length, diameter, lift, gas blend, pressure, trunk routing, tower cooling, and faucet hardware to preserve carbonation and flow. Evaluate design choices as causes of recurring pour problems rather than treating every symptom as an operator error.

  1. I. Keeping and Serving Beer
  2. E. Draft systems
  3. 3. Draft system design

Study Guide

Read the full study guide: Complete Guide to Draft Beer Systems

Exam Focus

  • Explain draft system design as a service topic within Draft systems.
  • Integrate keg temperature, carbonation, applied pressure, vertical lift, line restriction, cooling, gas blend, and target flow in a system plan.
  • Evaluate whether a proposed direct-draw or long-draw layout can maintain carbonation and temperature from keg to glass before equipment is installed.

Core knowledge

  • Draft design chooses line length, diameter, lift, gas blend, pressure, trunk routing, tower cooling, and faucet hardware to preserve carbonation and flow.
  • Design should account for throughput, cleaning access, product carbonation, service temperature, keg location, and future product changes.
  • Poor design can force pressure workarounds that create foam, flat beer, slow flow, warm beer, or sanitation blind spots.

Study application

Evaluate design choices as causes of recurring pour problems rather than treating every symptom as an operator error.

Key Terms

Design
Design should account for throughput, cleaning access, product carbonation, service temperature, keg location, and future product changes.
Poor design
Poor design can force pressure workarounds that create foam, flat beer, slow flow, warm beer, or sanitation blind spots.

References

1 available