Bread – Converting bread recipes for an overnight rise

breadrefrigeratorretarding-breadrisingyeast

I often find myself with an urge to bake things in the evening, but without enough hungry mouths left to justify actually producing anything substantial by the time the recipe is done.

As such, it'd be handy to have some guidelines for how to modify a recipe so that I can do part of the preparation in the evening, leave the dough to rise overnight (either at room temperature or in the fridge), and continue with the recipe the next morning.

Things I imagine might come into play:

  • A conversion from counter rise times to fridge rise times – does 90 minutes at room temperature correspond to a certain duration at 40F? Is the risk of over-proofing more or less, if I sleep in and miss my target?

  • Reducing the amount of yeast in a recipe by some fraction, so that it doesn't rise as quickly (but what fraction?)

  • Specific features of a recipe that make it an especially good or bad idea to try this kind of modification – certain ingredients, cooking temperatures, whatever.

Any advice along these lines would be appreciated! Interested in guidelines for both bread and other yeast-based doughs (rolls, buns, pizzas, etc.).

Best Answer

There are no strict formulas or conversions, the mathematics of bread baking are too complex for such predictions.

Rising at room temperature overnight is not recommended, it is generally way too warm in our homes.

The thing you can do is to take any recipe you have, and stick it in the fridge as-is, either for the first or for the second proofing. It should generally turn out OK overnight, but if it tends to overproof or underproof, you will have to adjust the amount of yeast in the future. You have to find this out by trial and error. In the morning, you will have to give the dough time to warm up back to room temperature before continuing to work with it.

There aren't that many things to be said about ingredients. Doughs with very high amounts of butter will tend to change their handling with refrigeration and are more demanding about the temperature at which you shape them.