Our annual Fourth of July to-do was really just an excuse this year to fire up the pizza oven and continue to perfect my recipe and techniques. I think we're getting close. Ann had invited Rob and Dyce to come over for pizza and as luck would have it, Dyce's parents are back stateside from their home in Tuscany. We are going to visit with them in September and haven't seen them since they came to a Christmas dinner at our house couple years back, a dinner of gnocchi and pork ragù.
Pesto Pizza Topped with Arugula and Mortadella |
The Queen and Her Rosé |
Patty Green Helen Duschee Tempranillo Rosé Our Go-To Patio Wine for 2024 |
Antipasto Board |
Toppings: Arugula, Basil, Pepperoncini, Pecorino, Mortadella, and Calabrian Chili Honey |
First Pie: Margherita, the Classic Hand-Crushed San Marzanos and Fresh Mozz Torn Basil and a Drizzle of Olive Oil After Cooking |
Pesto with Black Olives and Pepperoncini |
This batch was 65% hydration, 3% salt, and 2% yeast. Pizza recipes, like many doughs, are expressed as baker's formulas. So when I say 65% hydration, the water would weigh 65% of the amount that the flour weighs. So if I were starting with 1000 grams of flour, I would add 650 grams of water (and 30 grams of salt and 20 grams of yeast).
Given that I wanted to make a batch of eight 250-gram dough balls (a total of two kilograms), using my baker's formula, simple algebra told me how much flour, water, salt, and yeast would yield two kilos of dough. And by the way, bakers and pastry chefs use metric amounts almost exclusively and they weigh everything. The math is way simpler when compared to using arbitrary English amounts and there is no mixing of volumetric amounts such as cups of flour and weights such as a half an ounce of salt.
Over the last series of experiments, we determined that we like 65% hydration versus the easier-to-handle 60%. 65% water to 100% flour is about as wet a dough as I feel comfortable handling right now, but I also think that the results are fantastic, so I am not sure that I will try to push the hydration further.
Another factor is the length of proofing, that is, the time that the yeast takes to cause the dough to rise. To a point, the longer the yeast works, the more flavor it gives the dough. We know empirically from previous tests that we like a dough that has taken 24-48 hours to sit and come together. I started this dough at 3pm on July 3, let it have its first rise on the counter over about three hours, and then balled it and refrigerated it overnight. I removed it from the refrigerator at 3pm the next day, and let it rise unrefrigerated until I fired the first pie at about 7:30pm.
Also critical is managing the heat of the pizza oven. Heretofore, I had cooked pies on max blast and at 7/8 max blast. Neither was really optimal, cooking the top way faster than the bottom and leaving the interior of the crust just slightly undercooked. I'm picking nits here, trying to make professional quality pizzas, not merely good enough pizzas.
This time, I tried a different technique. While I heated the stone in the oven on max blast, when I went to fire a pie, I turned the flame all the way down. This increased the cook time by at least half, from 60 seconds to about 90 seconds. This yielded a much more cooked bottom crust and a fully cooked interior.
I thought the next to last pie had too cooked a bottom (I was the only one who thought this) so the final pie, I turned the flame back to a quarter rather than all the way down. Consensus was that this pie was undercooked. So all the way down in the future it is.
No comments:
Post a Comment