Common pizza dough problems and how to fix them
This extensive guide for troubleshooting your pizza dough and pizza crust answers common pizza dough problems to help you make a better pizza. Whether you are a professional pizza maker and pizzaiolo or an at home pizza maker and pizza chef, answers to common dough questions can help you perfect your pizza. Pizza Today has spent four decades providing solutions to pizza dough issues that pizzerias face. Through Dough Doctor, Knead to Know and Kitchen features, we have helped pizzerias learn more about pizza dough productions, management and fixing pizza dough problems. We have a section of PizzaToday.com dedicated to Dough Production & Development. Bookmark that link and browse through recent articles.
Here, we are addressing common dough problems and how to fix them. Before you dive into specific pizza dough questions, go ahead and bookmark this page. We will continue to add more dough questions and solutions.
What’s wrong with my pizza dough?
There are many things that could be wrong with your dough. Maybe your pizza is sticking to the peel. Maybe your dough is too soggy or your dough is undercooked… this guide has answers to all of these common concerns and more
Explore the following common pizza dough questions with many resources to help solve each issue:
How do I get rid of the gum line on pizza crust?
How to prevent my pizza crust from bubbling in the oven?
How do I stop getting my pizza stuck on the pizza peel?
What do I do if I ruin my batch of pizza dough?
How do I keep the ingredients from sliding off my pizza crust?
Why is my pizza dough weak and tears when I stretch it?
Why is my pizza crust undercooked?
Why is my pizza crust too tough or chewy?
How to prevent my pizza crust from burning?
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How do I get rid of the gum line on pizza crust?
What do you do when your pizza has a dreaded gum line? First, what is a gum line? The gum line is the doughy section of the crust, basically undercooked dough of the crust under its sauce, toppings and cheese.
4 causes of the gum line on finished pizza crust
The late Dough Doctor Tom Lehmann identified these four common factors that contribute to the development of the gum line. They are:
Excessive thinning of the sauce. A thin watery sauce that exhibits a tendency to separate upon standing will develop a wet soggy area just below the sauce, leading to the development of a gum line.
Pre-saucing of the pizza skins ahead of time for in-store use or in making take and bake pizzas. Pre-saucing of the skins should be avoided whenever possible, but when it must be done, either to help keep up with orders during busy periods, or when making take and bake pizzas, the pizza skins should be given a very light application of oil prior to saucing.
Too much sauce used on the pizza. When too much sauce is used on the pizza, it becomes more difficult to bake out thoroughly.
Insufficient yeast level. This can result from a number of things. Incorrect dough formulation (not enough yeast), but more commonly it is the result of action taken to address blowing of the dough.
A few other solutions to reducing a gum line is to cross stack dough balls when they goes into the cooler. Keep adequate temperature control over your dough-making process to make sure the dough has cooled properly before cooling.
Read all about the dreaded gum line — What causes it and what to do about it.
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Why is my pizza crust soggy?
A myriad of factors can contribute to a soggy pizza crust. Here are a few common causes to start your trouble shooting:
The main culprit could be your pizza sauce. Audrey Kelly says, “It is also important to tailor your sauce to fit the style of pizza you are making. You don’t want a super heavy sauce on a delicate Neapolitan pie just as you want something more substantial on a Sicilian crust.”
It could also be your toppings, especially fresh vegetables. The late Dough Doctor Tom Lehmann has an interesting solution. “I solved that problem by using a Japanese breadcrumb. I find it best to sauce the dough first, then sprinkle a couple of tablespoons of the coarse, plain, white crumb on top of the sauce. Then add the cheese and the vegetable toppings. The crumbs will absorb the moisture from the veggies, and the texture blends right in with the cheese. It really does work and prevents soggy bottom pizza!” Another option to roast vegetables slightly to expel excess water content.
Check that your oven temperature is correct. Thoroughly inspect your oven temperature. The late Dough Doctor Tom Lehmann goes into what to look for in troubleshooting oven temperature issues.
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Why does my pizza dough keep snapping back when I try to stretch it? Why does my dough not stay stretched?
Also called dough memory, pizza dough snapback occurs when a stretched pizza will not stay stretched – snaps back – no matter how much you stretch or how much pressure applied to the stretch.
Dough Expert Laura Meyer addresses pizza dough snapback or dough memory in a Knead to Know column. She says, “To better understand why dough snaps back we need to have a basic understanding of gluten development. Mixing time and the type of mixer used is extremely important when it comes to gluten development. If not done properly this can lead to your dough snapping back. Over mixing is a thing. When it comes time to mix your dough, having a game plan and all your ingredients weighed out and ready to go is important. I have seen many operations weigh as they go, which translates to dough mixing for too long in the mixer and the gluten becoming too tight.
“Cold dough is another factor here,” she continues. “Cold dough will not only cook poorly but will not stretch well and will continue to snap back. If you were to try and run a marathon without warming up you’ll most likely pull a muscle within the first few miles. Dough is no different, warming up your dough means the dough will stretch nicely and be less likely to tear.”
4 ways you can address pizza dough snapback
The late Dough Doctor Tom Lehmann identifies four ways you can address dough snapback:
By changing to a lower-protein content flour, we can generally reduce the amount of snap-back (though, in severe cases, this will not totally eliminate it).
Dough fermentation. One cause of snap-back is insufficient dough conditioning through fermentation, so anything which will increase the amount of fermentation the dough receives prior to opening into a skin will help to reduce or eliminate the problem. This might include any of the following: increasing the yeast level; increasing the finished (mixed) dough temperature or increasing the total fermentation time. Any of these actions will result in an increase in dough fermentation that will weaken the wheat flour proteins and result in a softer, more extensible (less elastic) dough that exhibits less of a tendency to snap-back.
Dough absorption. In some cases where only a slight amount of snap-back needs to be addressed, a slight increase of two to five percent in dough absorption might be sufficient to
address the problem without any other changes being necessary.
Reducing agents. Reducing agents are ingredients that act on the flour proteins by breaking them down or weakening them. Some will even destroy/denature the proteins entirely. Reducing agents are what one might call the “silver bullet” or “magic ingredient” when it comes to excessive dough snap-back or memory. These are ingredients that you just add to the dough formulation and — poof! — no more snap back.
Read on in a Q&A with the Dough Doctor.
An easy fix may be using PZ-44 Dough Conditioner. In a Dough Doctor story, the late Tom Lehmann says, “This ingredient is what we call a “reducing agent.” When used in a dough, it will cause the dough to become softer and more extensible (less elastic). What this means is that it will not exhibit the snap-back characteristics during hand, or machine forming. When adding any type of reducing agent to your dough, care must be taken to prevent using it in an excessive amount.” Read more.
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How to prevent my pizza crust from bubbling in the oven?
Fermentation is one of the keys to reducing bubbling in our pizza doughs. The Late Dough Doctor Tom Lehmann looks at solutions to preventing bubbling crust.
With normal yeast levels (0.375 percent instant dry yeast, 0.5 percent active dry yeast, or 1.25 percent compressed/fresh yeast), and a finished (mixed) dough temperature in the 80 to 85F range, the bubbles are minimized after 2.5 hours of fermentation time at ambient temperature (approximately 70F).
If you take the proper storage steps, you can pretty much eliminate bubbles. Start by taking the dough balls immediately after scaling and balling and place them in dough boxes, cross-stacked for two hours. Be sure to wipe them with salad oil to prevent them from drying out in the cooler. After two hours, downstack them and allow them to ferment overnight. Allow them to sit at room temperature for two hours before you use them and you’re ready to go.
The second main cause of bubbling crusts, and possibly the most common today, has to do with both temperature and tempering of the dough balls after removal from the cooler. If the dough is at cooler temperature when taken to the oven for baking, an open invitation has been extended for bubble development.
Some prefer to allow dough balls to warm 5F above the cooler temperature. “We have found that by allowing the dough to temper at room temperature for 2 hours prior to opening the dough balls up into skins.”
Dough dockers are designed to help control bubbling. But they don’t do anything to prevent it, or address the problem at its root cause. If you do happen to have one of those doughs that just seems to have a penchant for bubbling, the dough docker might prove to be your salvation.
The Late Dough Doctor Tom Lehmann explores Bubbling Pizza Crust further.
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How do I stop getting my pizza stuck on the pizza peel?
Pizza sticking to a peel as you put the pizza in the oven is common pizza dough problem While some may think maker error, the real answer may lie in dough science. The late Dough Doctor Tom Lehmann addressed the cause of this dough issue in Pizza Today. “If you are using malt in your dough, make doubly sure that it is non-diastatic (non-enzyme active) malt. If the malt is diastatic malt (enzyme active), it will convert starch in the flour to sugars, making the dough sticky or tacky to the point where it will stick to almost any surface it comes into contact with, including a prep peel,” he said.
“If the dough is over absorbed (contains too much water) it may feel clammy or even exhibit a slight tackiness when touched,” he added. “Over absorbed dough tends to be difficult to work with as the dough is just too extensible and is easily over stretched during the forming operation. While some of the traditional doughs are fairly high in absorption and difficult to handle during forming, they can still be peeled into the oven without much of a problem if they are well floured for ease of handling, and either fine cornmeal, or semolina flour is used as the peel dust to aid in sliding the prepared dough skin off of the peel. Be sure to use a wood or wood laminate peel for your prep peel.”
He continues to offer this simple solution: “just make sure once the dough is placed on the peel it is dressed and peeled into the oven without interruption. Of course, a good peel dust doesn’t hurt either.”
From the Pizza Today Test Kitchen, we learned that if you give the peel a little shake after you top the pizza, it’s a good check before you attempt to slide a pizza off the peel onto a hot oven deck.
Go even more in depth into dough sticking on pizza peels.
Understand why certain flours are good peel release agents in Prep Peel and Dough.
Learn everything you ever wanted to know about pizza peels. Read Tools of the Trade Part One, Part Two and Part Three from Tony Gemignani:
Peel Off on Different Types of Pizza Peels
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What do I do if I ruin my batch of pizza dough?
Blowing a batch of dough happens. What’s important is that you have a plan in place to replace the pizza dough that has blown and maintain pizza service with the best pizza dough. That is where emergency dough comes in.
The late Dough Doctor Tom Lehmann provided a blue print for you to create an emergency dough fast. “Every shop should have an emergency dough formula and procedure tucked away for these not-so-special moments,” Lehmann said. “I like to make my emergency dough from my regular dough formula because I’m already familiar with it. Still, we need to make a few changes to our dough formula to allow it to be made quickly and be ready for making pizza skins in not much more than two hours.”
He continues, “I have found that increasing the yeast content to double the normal level helps to speed things up a bit. Increasing the finished dough temperature to something in the 90 to 95 F range really helps to get the dough on line within the two-hour time limit as well. The quickest way to do this is to just increase the temperature of the water that you are adding to the dough by 15 F (assuming you are presently targeting a finished dough temperature of 80 to 85 F). If you are not targeting your finished dough temperature in that range, give it your best estimation for water temperature to get your dough to come from the mixer within 90 to 95 F.
I also like to have a bag of reducing agent, such as PZ-44, on hand for these occasions. By including a reducing agent in the emergency dough formulation you will have a greater assurance that the dough will handle well without excessive snap-back during the forming procedure.”
Go deeper into creating an emergency dough.
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How do I keep the ingredients from sliding off my pizza crust?
There are several causes of ingredients sliding off your pizza crust. The first component you need to examine is if your pizza crust is strong enough to support the weight of the toppings that you are putting on the pizza. Pizza Master John Gutekanst dives into types of pizza crusts and the toppings they can support. “Too much hydration, wet toppings, weighty meats and cheeses, and insufficient thought about how the heated foundation will support all these assets can lead to your downfall. To avoid this, let’s look at the styles of pizzas and the topping support they offer.
Pizza styles and the weight of toppings
Thin and crispy pizza: Low tolerance for weighty toppings unless an extremely low-hydrated, high-gluten dough is baked at medium temperatures, creating a hard, crisp crust that will not “flop” or crack. Examples are the East Coast Hot Oil pizzas, the Roman Scrocciarella and the St. Louis thin. A lot of these styles are made with less sauce and cheese and cut in the Chicago “Tavern Style” squares to accommodate multiple toppings.
Medium thick brick-oven crust: Mid-level tolerance for heavy toppings depends upon hydration. Below 70 percent and a lower temperature bake at 500 F will dry a dynamic high-gluten crust out enough for plenty of sauce and cheese. The more steam remaining in the crust will soften the dough, and higher heat will only crisp the outside of the cornicione (crust.) If you try drying out the gluten scaffolding in the center at this high temperature, it will only burn the outside.
High Hydration Crusts: Believe it or not, high hydration crusts are the perfect platform for dressing with multiple toppings. Pizzas like the Pizza in Teglia are baked in pans because of that high moisture, but they create a crisp crust and large cell structure at temperatures in the mid 500 F range. These pizzas also have a lot of oil in the mix because the oil coats the gluten strands eliminating moisture saturation. This technique creates strong alveoli, or “lungs” when filled by carbon dioxide. Many high-hydration pizzas are par-baked much in the same pans that the smaller-celled Sicilian Pizzas are, like the wonderful Sfincione.
Read his article: Heavy Lift: Crusts to Support Loaded Pizzas
Secondly, the dreaded gum line can be the culprit of toppings sliding off your pizza. Whether the pizza is over-sauced, under cooked or insufficient yeast levels, you’ll want to address these problems right away. Take a look at how to fix gum line issues.
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Why is my pizza dough weak and tears when I stretch it?
Laura Meyer addressed dough tearing. “If your dough tears easily or is unable to stretch, then it has not developed enough gluten and could use a little bit more time mixing,” she says… “If my dough is high in hydration and I am using a planetary mixer, it can be hard for the dough to reach full gluten development purely because of the style of mixer and the way it is constructed. This is not necessarily a flaw by any means. Planetary mixers are great work horses and for some operations the best choice because it can accommodate attachments for cutting and shredding. Knowing that this mixer is not as well suited for high hydrated doughs, bulk fermentation as well as incorporating a few folds before refrigerating the dough will ensure that the dough absorbs all the water and develops to full gluten development. A good rule of thumb when using bulk fermentation is the shorter the mix time the longer the bulk fermentation and vice versa.
Autolyse is another technique used by bakers and pizza makers to make sure flour is well hydrated and to ensure full gluten development. Autolyse is a rest period during the mixing process.
Read her article: Knead to Know: What Comes After the Mix for your Batch of Dough.
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Why is my pizza crust undercooked?
Laura Meyer knows the ins and outs of proper pizza cooking. To address an undercooked pizza crust, she says, “One of the most common errors I see in kitchens is not enough dough has been pulled out of the refrigerator before service. Just as you should never put a cold steak on a grill, you should never put cold dough in a hot oven. If you are cooking Neapolitan pizza, cold dough tends to blister more giving it that leopard spotting everyone loves but at the same time is that much harder to cook all the way through. No matter what style you are cooking, your oven is going to have a set point and a specific cook time. In every kitchen I have worked in there is always that one cook or new person that loves cold dough because it is easier to stretch and harder to tear. The downfall of this is an improperly trained cook. During the cooking process your dough is rising in temperature to cook the toppings, cheese and dough. If your dough is cold, it is harder for it to cook all the way through while your toppings cook and the dough browns. When the pizza enters the oven, the water in the dough begins to boil and evaporate. If the dough is cold, it will not cook all the way through leaving too much moisture in the dough resulting in a gum line.
“Another flaw I see repeatedly is improperly cooked bottoms. On busy nights it can be hard to keep up with dine-in as well as take-out and delivery. It can become overwhelming and adding on people constantly asking where their food is can be anxiety driven and frustrating. Most cooks try and compensate by putting as many pies as they physically can in the oven thinking they’re going to push food out faster that way. What really ends up happening is the oven cools down to a point where the stones cannot recover with each new rotation of pies. As pizzas cook, the heat from the stones is absorbed by the pizza. By putting pizzas in the same spot, those areas completely lose their heat meaning the bottoms never cook. To combat this, I recommend leaving at least one spot where nothing is cooking leaving it as a “hot spot”. By keeping a hot spot in the oven, you will always have an area to rotate your pizzas into towards the end of the bake to finish off the bottoms. If you are using screens, it is smart to remove the screen halfway through so the pizza can finish on the physical stone. The contact with the stone will ensure a well-done bottom as well as ensure you get the desired crispiness.”
Read her article: Knead to Know: Avoid an Undercooked Pizza and Unhappy Diners.
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Why is my pizza crust too tough or chewy?
There are many factors that cause a pizza crust to be too chewy or too tough. The Late Tom Lehmann dives into the topic and provides cause and ways to fix the issue. He said, “When we encounter an excessively tough and chewy thin-crust pizza, the problem might be due to improper dough management techniques (such as a finished dough temperature that is too low, which therefore results in insufficient dough fermentation). Another cause for a tough and chewy crust characteristic is trying to sheet the dough too thin, thinking that it will make for a crispier finished crust. Just the opposite is true. Our dough formula and dough management procedure can be “spot on,” but if we sheet/roll the dough too thin we end up degassing the dough, making it more dense. The heat then passes right on through the dough without ever getting it hot enough to fully bake it and we end up with a crust that might have some resemblance of crispiness when it comes out of the oven but soon progresses from crispy to tough and chewy. The answer here is to use a different method to open the dough into a pizza skin (hand formed or pressed) or to open the sheeting rolls slightly to give a thicker pizza skin better able to create a heat/thermal block.
Read Lehmann’s article: Dough Doctor: Tough Sell — Causes of too tough, chewy crust.
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How to prevent my pizza crust from burning?
The first thing to examine: Is your pizza crust burnt or is that part of the pizza style and pizza characteristics? Blistering, also known as leoparding, is common with many high-heat, wood-fired pizzas. Char is a common characteristic of pizza styles, like New Haven and many artisan style pizzas.
Laura Meyer says, “At times what appears to be burnt areas are thin spots on the crust that formed during the stretch but were never degassed before entering the oven. A simple fix is to pop thin bubbles before cooking or using a bubble popper to deflate enlarged bubbles inside the oven before they firm up.”
Check back as we will add more common pizza dough problems. Explore more pizza making how-to and advice articles from master pizza makers and dough experts in Dough Production & Development.
The post Troubleshooting Your Pizza Dough — A Guide to Making Pizza Better appeared first on Pizza Today.
