Navigating the Intricacies of Temperature Management
I spend a bit of time in these blogs discussing various nuances of food safety – but one that we haven’t spent much time discussing is basic temperature management. I think we all, at least I certainly do, take this knowledge for granted after having been exposed to it for so long. Can you imagine a new hire coming to work in a commercial kitchen for the first time and how confusing all the temperatures we use on a daily basis must be for them?
Temperature management is not just a matter of achieving the perfect doneness in a steak or ensuring a refreshing chill in your salad. It really is a critical factor in safeguarding the health and well-being of anyone who partakes in the creations of a foodservice operation.
At the heart of temperature management is the division between hot and cold, each playing a crucial role in preventing the proliferation of harmful microorganism. The 2022 Model Food Code sets forth specific temperature ranges that food items must be stored, cooked, and held within to minimize the risk of foodborne illnesses. I am basing the rest of my discussion within this blog on that standard. As always, it is important that you check the standards within your local jurisdiction as they could be slightly different than what the food code has recommended.
Navigating the intricacies of proper temperature control means not only understanding the recommended temperature guidelines, but also implementing best practices in a dynamic and often hectic kitchen environment.
Hot Holding: The magic number here is 135°F (57°C) or higher. Foods like soups, stews, and cooked meats should be maintained at this temperature or above to prevent the growth of dangerous bacteria such as Salmonella and E. coli.
Cold Storage: On the flip side, the chill zone is equally significant. Cold storage, below 41°F (5°C), is vital for perishable foods like dairy, raw meats, and ready-to-eat items. Maintaining these items at the right temperature ensures the slowdown of bacterial growth.
The zone in between the cold and hot zone, or between 41°F (5°C) and 135°F (57°C) is what we have called the temperature danger zone for years. This zone is the sweet spot for microorganisms to multiple, the temperature at which food should spend as little time as possible.
Cooking Temperatures: When it comes to cooking, temperatures are not just about achieving the ideal taste and texture; they are about ensuring that the food is safe to eat. Poultry, ground meats, and fish have specific temperature thresholds that must be reached to eliminate harmful bacteria. For instance, raw eggs prepared for immediate service should reach 145°F (63°C) poultry should reach an internal temperature of 165°F (74°C), while ground meats and fish should hit 160°F (71°C).
Implementing these temperature management practices in a fast-paced kitchen is no small feat. Chefs and kitchen staff must be adept at multitasking, ensuring that food moves seamlessly through temperature transitions from storage to preparation to cooking and, ultimately, to serving.
The challenges with temperature control are now confounded more than ever with the demand for food delivery and the proliferation of delivery services such as Uber Eats and Grub Hub. Maintaining the correct temperatures during transportation presents an additional hurdle that requires careful consideration and innovation.
Navigating the intricacies of proper temperature control means not only understanding the recommended temperature guidelines, but also implementing best practices in a dynamic and often hectic kitchen environment. From the storage of ingredients to the final presentation on the plate, each step can have a different temperature requirement which must be met to ensure the food served is not only delicious but, more importantly, safe for every guest. Risk Nothing.
Food Recalls: Another Important Reason to Have a Sound Traceability Program in your Foodservice Operation
Earlier in the month, I discussed a bit about the proposed traceability rules that may be coming out soon. One result of implementing the proposed rule and improving overall food traceability in your operation is the ability of those in the food chain to quickly identify and pull product involved in a food recall.
Food Traceability in Foodservice Operations: An Essential, and Soon-to-be Required, Component of your Food Safety Plan
In June, I discussed the importance of having a solid food defense plan, and I provided you some resources for developing or strengthening your food defense plan. As I was writing those blogs, my mind kept turning toward food traceability. While they are distinctly different concepts, food traceability goes hand-in-hand with a food defense program. I would argue for your food defense plan to be effective, you must have an effective internal food traceability program, where you can trace the product back to the supplier (backward traceability), but also be able to trace the product from the supplier to the guest who was served the product (forward traceability).
Food Defense Plan Resources – at just the right price…
Earlier in the month, I discussed the importance of having a solid food defense plan in place for your foodservice operation. Even if the first version of your plan is not perfect, it is a start. Having plans down on paper will force you to think through the process and ensure the vulnerable points where opportunities exist for possible contamination within the operation are mitigated.
Don’t Turn a Blind Eye to Your Food Defense Practices
Late last week, as I mindlessly scrolled through Twitter, I ran across a Tweet suggesting the #IceCreamChallenge from summer 2019 was the real cause of the Coronavirus spread. Of course, the Tweet was made tongue in cheek, but it did cause me to reflect on that challenge, which had a short life on social media in the summer of 2019.
