Set regulator pressure from beer temperature and carbonation target instead of guessing.
Keg carbonation depends on the beer's actual temperature and the level of carbonation you want in the glass. This guide helps you use the keg carbonation calculator for set-and-wait force carbonation.
Carbonation pressure is tied to the liquid temperature, not just the room or fridge setting. Let the keg settle cold before using the calculator when possible.
A moderate ale might sit near the middle of the range, while spritzy styles need more carbonation. Choose the target first, then let the calculator translate that into PSI.
The calculator is for equilibrium carbonation. Set the regulator, keep the keg cold, and allow time for the beer to absorb CO2 before judging the result.
For a pale ale in a cold keg, choose a target around 2.4 volumes of CO2, enter the beer temperature, then use the calculated PSI as the regulator setting while the beer reaches equilibrium.
Use beer or keg temperature as closely as possible. Air temperature can move faster than the liquid inside the keg.
No. This guide and calculator are intended for equilibrium carbonation, where pressure and temperature are held steady.
Colder beer holds more dissolved CO2, so it needs less regulator pressure to reach the same carbonation volume.
Yes. Style ranges are useful starting points, especially when you are not sure what CO2 volume to choose.
Use beer temperature and target CO2 volume to estimate a practical regulator setting.
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