Hello all, interested to hear if anyone has any insight into this:
I'm opening a donut shop based on a recipe I've made for years. We first opened in a commissary and made small batches (100-200/day), and now that our kitchen is ready in our shop, we've been working on tweaking the process to suit our space. I'm having difficulty understanding the best process for fermentation on a large scale.
We mix our dough in a planetary mixer, so we are very focused on achieving the proper gluten structure and staying within our DDT. We then do a 3-hour fermentation at room temp (in a large box in a proofer at 23*C) - we used to do a de-gassing and folding halfway through, and again prior to putting it in the fridge for about 15 hours, but with the large batches it is increasingly difficult to do so.
And depending on how the fermentation process goes, the proofing process changes as well. This changes based on who makes the doughnuts (we have 3 bakers here, plus myself).
We're trying to get our process down so everyone who works here has a consistent brioche doughnut coming out of the fryer, but it's not the case - the doughnuts are different depending on who made the dough.
If there is any insight to this - our cake doughnuts and cruellers are perfect, but I'm on the struggle bus with ensuring our brioche-style raised doughnuts are consistent.
Would a 3 hour ferment still be required on such a large batch? How do I know? I watch the bubbles and take temps, sometimes we're gentle with it, sometimes we degas it a bit more firmly prior to folding it. When I make a small batch, it always comes out perfect because it's easy - form a ball, ferment room temp, 1.5 hours in de-gas and fold, 1.5 hours later de-gas and fold and put in fridge overnight - the larger the batch, the consistency is lacking, and I'm not sure how to fix and create a process that will be easy enough for employees (who've all gone to school and have had years of experience in various bread and pastry making) to follow consistently.
Thanks in advance for reading and any insight you can provide.
I'm opening a donut shop based on a recipe I've made for years. We first opened in a commissary and made small batches (100-200/day), and now that our kitchen is ready in our shop, we've been working on tweaking the process to suit our space. I'm having difficulty understanding the best process for fermentation on a large scale.
We mix our dough in a planetary mixer, so we are very focused on achieving the proper gluten structure and staying within our DDT. We then do a 3-hour fermentation at room temp (in a large box in a proofer at 23*C) - we used to do a de-gassing and folding halfway through, and again prior to putting it in the fridge for about 15 hours, but with the large batches it is increasingly difficult to do so.
And depending on how the fermentation process goes, the proofing process changes as well. This changes based on who makes the doughnuts (we have 3 bakers here, plus myself).
We're trying to get our process down so everyone who works here has a consistent brioche doughnut coming out of the fryer, but it's not the case - the doughnuts are different depending on who made the dough.
If there is any insight to this - our cake doughnuts and cruellers are perfect, but I'm on the struggle bus with ensuring our brioche-style raised doughnuts are consistent.
Would a 3 hour ferment still be required on such a large batch? How do I know? I watch the bubbles and take temps, sometimes we're gentle with it, sometimes we degas it a bit more firmly prior to folding it. When I make a small batch, it always comes out perfect because it's easy - form a ball, ferment room temp, 1.5 hours in de-gas and fold, 1.5 hours later de-gas and fold and put in fridge overnight - the larger the batch, the consistency is lacking, and I'm not sure how to fix and create a process that will be easy enough for employees (who've all gone to school and have had years of experience in various bread and pastry making) to follow consistently.
Thanks in advance for reading and any insight you can provide.