Temperature Checks: Safeguarding Your Foodservice Business with Every Delivery

There is no mistake that for those of us in the Midwest, and much of the US, we are in the middle of summer, when the temperatures swell to the high-90s and low-100s. Along with the sweltering heat, comes a reminder about the importance of keeping cold food cold in our operations.  Especially as we look at those deliveries that are coming into our operations each week. This receiving process might seem like a routine task, but it plays a vital role in preventing foodborne illnesses and ensuring the overall quality of food served to customers.

Upon receiving a cold food delivery, it is essential to inspect the temperature of each product. Use a calibrated food thermometer to measure the temperature of items such as dairy, meat, poultry, and seafood. Cold foods should be maintained at or below 41°F (5°C) to prevent growth of pathogens. If any items are above this temperature, they should be rejected to avoid potential contamination.

Not only should you be sure your staff check the temperature of the food as it arrives, but they should do so in the proper manner, so it is not contaminated in the process.

  • For meat, fish, and poultry, the probe of the thermometer should be inserted directly into the thickest part of the food. For many products, but not all, this usually means the center.
  • Live shellfish can be received at an air temperature of 45°F (7°C) and an internal temperature no greater than 50°F (10°C). But it should be cooled to 41°F (5°C) or below within four hours of receiving.
  • For any vacuum-packed food or food that is packaged using modified atmosphere packaging (MAP), the thermometer should be inserted between the two packages, or if the package will allow it, it can be folded around the thermometer probe. For some items, for example, bacon that may have two vacuum sealed packaged per box, staff will need to open the case in order to take the temperature properly. Be sure not to puncture the package while taking the temperature.
  • Milk and eggs can be received at an air temperature of 45°F (7°C) or lower, but just like shellfish, should be refrigerated at or below 41°F (5°C) upon receiving.
  • Frozen foods should all be frozen solid. Look for signs of thawing and refreezing, such as ice crystals in the box, fluids or water stains on the case, or frozen liquids on or in the packages.

If the food you are receiving does not meet the above criteria, reject it and send it back.  Make sure staff who inspect these items are empowered to do so.  Rejecting any delivery can leave your operation short on supplies; however, be sure the employee who rejects a delivery is not blamed by staff for being the cause of the problem.  Remember, if you have a true food safety culture, nothing is so important that it cannot be done safely.

… when food is delivered at the correct temperature, not only does it ensure a safe project, it preserves its taste, texture, and nutritional value.   

Temperature checks also help maintain the quality of the food. When food is delivered at the correct temperature, not only does it ensure a safe project, it preserves its taste, texture, and nutritional value. For instance, if ice cream is delivered above freezing temperature, it may refreeze in the freezer, resulting in an undesirable texture. Similarly, meat and poultry products that are not kept at the right temperature leads to waste and loss of profit. Ensuring that food is delivered at the correct temperature helps maintain the quality and extends the shelf life of the products.

When customers trust that a restaurant or foodservice operation prioritizes safety and quality, they are more likely to return and recommend the establishment to others. Regular temperature checks of deliveries help build this trust, as customers can be confident they are consuming safe and high-quality food.  This simple yet effective step can prevent foodborne illnesses, reduce waste, minimize financial losses, and enhance customer satisfaction.   Risk Nothing. 

 

Sanitation, Sanitation, Where Art Thou?

Continuing the theme I picked up on a few months ago, discussing common causes of foodborne illness, I’d like to focus this blog on cross contamination, more precisely sanitation. Sanitation is another issue that employees don’t often do at home, so they discount the importance of it in the food production environment. That is to say that they have never made someone sick at home because they only clean their countertops and they have likely never sanitized their kitchen, so why is it so important in a foodservice facility?

Is Implementing a Color-Coded Food Safety Plan Right for your Operation?

Foodborne pathogens are by far the most prevalent cause of foodborne illness in the United States and across the world.  There are 31 known agents that cause foodborne illnesses, and more that are unspecified or yet undiscovered – remember, E. Coli 0157:H7 wasn’t identified until the early-1980s. It is estimated each year, 48 million illnesses occur because of these known and unknown pathogens, resulting in over 3,000 deaths.

Maintaining your Equipment: Is it the Missing Ingredient in your Recipe for Food Safety?

Although I am no longer in day-to-day operations, between our students and foodservice lab at the university and my volunteer activities in my local church, I keep a close hand in food production. This past week, I had the opportunity to lead a group of men at our church in preparation of a luncheon for 100 women who were attending a spirituality retreat.  Over the course of the morning, I realized our main cooler in the kitchen was not functioning properly and was about 10˚F above the required temperature.  While we do have a commercial kitchen, we do not routinely log temperatures, so when the unit started to malfunction is questionable.  Even more concerning was not the lunch we were preparing for, but the dinner that was served the night before for 300+ families in the parish.