Thawing Food with Food Safety in Mind

There comes a time in almost every foodservice operation where you must thaw food. Yes, I know there are those operations who have moved to fresh products only and don’t have a freezer in-house, but I am willing to bet that is more the exception than the norm. I am almost sure that anyone reading this blog who works in a foodservice operation can regurgitate what methods are acceptable to thaw food per the FDA Model Food Code. In case you don’t recall, I will discuss them briefly, but I wanted to spend some time covering these requirements a bit more in-depth – so you not only know WHAT to do, but the WHY we do it that way.

First, let’s review the food code requirements.  There are three main methods in which food can be thawed by food code standards,

  1. Under refrigeration that maintains the food temperature of 41˚F (5˚C) or less.
  2. Completely submerged under running water at a water temperature of 70˚F (21˚C) or less, with sufficient velocity to agitate and float off loose particles, for a period of time that does not allow the food to raise above 41˚F (5˚C) or if raw animal food that is being thawed, to not allow the food to rise above 41˚F (5˚C) for more than 4 hours.
  3. As part of the cooking process.

Each method of thawing does have its advantages and disadvantages, and each operation, and perhaps each product within an operation, can utilize different thawing methods.


I am sure everyone reading this can agree that thawing food in the refrigerator is the best method of the three. But it is also the method that requires the most forethought and preplanning – something we can’t always account for in the foodservice environment. While most frozen product will require a minimum of 24 hours to thaw, large pieces of meat can require 24 hours for every five pounds of weight. And to cast aside the old wife’s tales you have heard, yes you can refreeze meat if it has been thawed in a safe manner in the refrigerator.

The second method is to use running water and that water should be under 70˚F. This method is certainly faster but does require a bit more effort on the part of the food handler and is somewhat wasteful of water. Before using this, be sure the product is packaged in a way that water will not permeate the package. This will help not only on the food safety side by helping to prevent cross contamination but will maintain peek quality. Why a water temperature below 70˚F? While the reason behind this should be obvious, using water over the 70˚F benchmark can cause the outside of the food to warm to unacceptable levels, which leaves it open to increased bacterial growth. The flow of water also must be sufficient to wash away any loose particles to limit potential cross contamination that could occur.  Besides the food safety aspect behind running water, there is also a practical reason – when you use running water, even if the water is under 70˚F, you are constantly replenishing the supply of heat for the frozen food and thus it will cool more quickly.

Thawing food as part of the cooking process is an often-overlooked method. Perhaps due to cooking methods that are used, but certainly cooking a thin hamburger patty from frozen is viable option, whereas perhaps not so viable with a prime rib roast.  This method would also include microwave thawing, which really just cooks the food at a reduce power level.  For this reason, it is important to fully cook the product if you are using this method and to cool the product appropriately if you will not serve it immediately.

Each method of thawing does have its advantages and disadvantages, and each operation, and perhaps each product within an operation, can utilize different thawing methods. Whichever method you determine is correct for you, be sure you are doing it property and safety.  When in doubt, reach out to your health inspector. I assure you that they would rather visit with you know about your methods than have a foodborne illness outbreak to contend with.

We are in the planning stages for our third SafeBites Webinar for 2022.  If you have any topics you’d like to see us over, please drop me a note and let me know. Risk Nothing.

  • Plate of Food - Chicken

A Little Poultry Safety Information

Chicken is the number one species of protein consumed by Americans – we eat about 80 pounds of it per year. Outbreaks of foodborne illness have long been associated with poultry and eggs usually by undercooking it or cross-contamination of other foods by raw poultry. Recent concerns about avian or bird flu put the direct focus on our fowl food with concerns about whether this awful disease can transfer from birds to humans.

  • Plate of Food - Chicken

The Basic Principles of Food Safety

Every food establishment uses, processes, and sells food in different ways. However, the general issues and key principles of food safety remain the same, whatever the style of the operation. All food safety training programs should contain the “big 3” factors that could cause food to become unsafe. Food must be kept out of harms way from human errors, but if you don’t train food workers what they are, they won’t know why these factors are so important to your operation. The basics can make us or break us in one or maybe two food handling mistakes.

Be Aware When You Prepare – Food Prep Tips

The subject of food preparation covers some very broad, basic principles within food safety, with many steps associated with “risk” in some recipes. Certainly, preparation steps are where the most mistakes have occurred if a foodborne illness should occur. Outbreaks usually happen when more than one mistake occurs during prep, but sometimes it only takes one. Cooking is the biggest risk for raw foods, but all foods become ready-to-eat foods at some point in final preparation steps and that’s where the most care is required.

Food Gloves & Latex Allergy Education

Politicians joke about the endless stretch of rubber chicken dinners they may consume in an election year. For people with a latex allergy, such a prospect may be no laughing matter. While latex serves as an effective barrier glove material and has the best fit because of its elasticity, the risks associated should not be ignored. The solution is not simple and many options are available for operators today. It should always be mentioned that handwashing (before putting on gloves) is always the primary barrier to contamination and gloves are considered a good secondary barrier.