10 Key hazards to manage through your HACCP programme for healthcare
“What are the most important hazards I need to manage through my HACCP programme?” is a frequently asked question in healthcare and in food service settings within residential care facilities, where a group of people depends on safe meals every day. The HACCP method, also known as Hazard Analysis Critical Control Point, revolves around assessing risks in all operational steps of the food production process. Anyone working with food must therefore have an understanding of chemical, physical, and microbiological hazards. These hazards are also described in detail in the Hygiene Code for Food Services in Healthcare Institutions and the Defense Sector. In this article, we will delve deeper into the definition of HACCP and discuss the 10 key principles that help ensure food safety systematically within the healthcare sector.
What is HACCP in the healthcare sector?
HACCP, or Hazard Analysis and Critical Control Points, is a food safety system designed to identify, evaluate, and control risks within the food production process. In the healthcare sector, HACCP applies to all situations involving food, such as in care facilities, hospitals, and the military. These organizations are responsible for the safe preparation, storage, and distribution of food to vulnerable groups, such as the elderly, the sick, and clients with compromised immune systems.
To ensure this food safety, organizations and employees must comply with established guidelines, such as the Hygiene Code for Food Services in Healthcare Institutions and the Defense Sector. By analyzing hazards and establishing critical control points, HACCP minimizes food-related risks.
HACCP Guidelines for the Healthcare Sector?
The HACCP guidelines form the basis for managing food safety within the healthcare sector. In practice, this means that each principle must not only be applied theoretically but also translated into concrete daily actions. That is why we provide a practical interpretation for each guideline, so that healthcare institutions and staff immediately know how to organize processes with the least possible risk to patients.
1. Cooking Temperatures in the Kitchen
To kill pathogens in raw products, it is important that food is heated sufficiently. In practice, this means that dishes must reach a core temperature at which bacteria no longer stand a chance. For many products, such as chicken, this is around 75°C at the core, while cooking at 100°C completely eliminates microorganisms. The use of a core thermometer is essential here to verify that dishes have indeed been prepared safely.
2. Cooling times
During cooling, food is in the so-called danger zone (between approximately 7°C and 60°C), where bacteria can grow rapidly. That is why it is important to cool hot meals down as quickly as possible. In the healthcare sector, this means that meals must be cooled down to a maximum of 7°C within 2 hours, for example using a rapid cooler. Simply letting them cool on the countertop is therefore not safe enough.
3. Cold Storage Temperatures
To slow bacterial growth, refrigerated food must be kept at the correct temperature at all times. Refrigerators in healthcare facilities should be set between 2°C and 7°C. This requires daily monitoring and recording of the temperature so that deviations are immediately detected and corrected. In addition, it is important to store products according to label instructions.
4. Hot Storage Temperatures
When food is kept warm after preparation, the temperature must remain high enough to prevent bacterial growth. In practice, this means that hot dishes must remain above 65°C at all times. This can be achieved, for example, by using bain-maries or warming cabinets that maintain this temperature consistently. As soon as the temperature drops below this level, the risk of bacterial growth increases rapidly.
5. Allergens Controls
Allergens pose a direct risk to clients and must therefore be strictly controlled. This means that cross-contamination must always be prevented. In practice, you use separate cutting boards, kitchen utensils, and clearly labeled ingredients for allergen-free meals. Employees must also know exactly which products contain allergens and how to handle them safely.
6. Entrance controls
The kitchen must be protected against the entry of harmful microorganisms. This starts with clear access rules. Employees must always wash their hands upon entry, wear clean work clothes, and only authorized persons may enter the kitchen. By standardizing these measures, you significantly reduce the risk of contamination from outside sources.
Would you like to learn more about access protocols? Then read our blog.
7. Cleaning and sanitation
Food residues provide a breeding ground for bacteria and must therefore be systematically removed. This is done through cleaning (removing dirt) and disinfection (killing microorganisms). In practice, you follow a fixed cleaning schedule that specifies which surfaces and equipment must be cleaned, when, and how. This applies to all materials that come into contact with food.
8. Suppliers
Food safety begins with procurement. It is therefore important to work only with reliable and certified suppliers. Upon receipt of products, always check the temperature, expiration date, and packaging. Products that do not meet the requirements are immediately rejected to prevent risks in the supply chain.
9. Hygienic handling of food
Cross-contamination must be actively prevented during preparation. This means that raw and cooked products must remain strictly separated, both in storage and during processing. For example, use separate cutting boards and knives and clean them thoroughly in between uses. In addition, personal hygiene plays a major role: washing hands after every contact with raw food is essential to prevent the spread of bacteria.
10. Environment
Safe food preparation can only take place in a suitable environment. This means that the kitchen must be clean, well-organized, and used exclusively for food preparation. Pests must be actively controlled through a management plan, and the space must be designed so that it is easy to clean. Other activities unrelated to food have no place in the kitchen.
Looking for an HACCP checklist?
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