This document provides guidance on proper personal hygiene and food safety practices for food handlers. It emphasizes establishing hygiene policies, training handlers, supervising practices, and ensuring good health. Specific requirements include washing hands, avoiding bare-hand contact with ready-to-eat foods, wearing gloves, clean clothing, and reporting illnesses. Food handlers could contaminate food through improper actions, so following correct hygiene is vital to prevent foodborne illness.
Chapter 5 The Flow of Food an IntroductionKellyGCDET
The document discusses how to keep food safe by preventing cross-contamination and time-temperature abuse during food preparation and storage. It recommends using separate equipment for different foods, cleaning surfaces between tasks, and preparing raw and ready-to-eat foods at separate times. Food left in the danger zone between 41-135°F can become time-temperature abused. Proper monitoring, record keeping, and corrective actions are necessary to avoid this. A variety of thermometers like bimetallic, digital, infrared, and time-temperature indicators should be used appropriately and calibrated regularly to ensure accurate temperature readings.
This document provides tips for fire safety in the kitchen. It recommends turning off all electric appliances and burners before leaving the kitchen. It also suggests keeping paper towels, dish towels, and pot holders away from the stovetop to prevent fires. Additionally, the document advises never adding water to hot oil to avoid splattering burns and dressing appropriately to avoid loose clothing catching fire.
Chapter 3 Contamination Food Allergens and Foodborne IllnessKellyGCDET
This document discusses physical, chemical, and deliberate contaminants in food as well as food allergens. It covers sources and symptoms of contaminants and prevention methods. The key points are:
Physical contaminants can cause injuries from common objects in food. Chemical contaminants vary in symptoms depending on the chemical and proper storage is important for prevention. Deliberate contamination may come from terrorists or disgruntled employees so facilities should monitor security and suppliers. The major food allergens that can cause reactions from nausea to death are milk, eggs, fish, shellfish, wheat, soy, peanuts, and tree nuts.
The document discusses guidelines for cleaning and sanitizing in a foodservice operation. It provides information on types of cleaners and their uses. It also outlines procedures for properly sanitizing surfaces using heat or chemicals and maintaining sanitizing solutions. Guidelines are provided for cleaning different areas and equipment as well as storing clean items and chemicals. The importance of having a master cleaning schedule and monitoring cleaning procedures is also discussed.
An IPM program uses prevention and control measures to eliminate pests. It involves three key rules: 1) deny pests access to the operation, 2) deny pests food and shelter, and 3) work closely with a licensed pest control operator. To implement the program, facilities should screen openings, store supplies correctly, identify pest signs, and allow a pest control operator to address any issues. The goal is to prevent pest entry and control any pests that may get inside using humane and effective methods.
The document provides safety tips for preventing common kitchen injuries and accidents. It discusses how most kitchen accidents can be avoided through thought, planning and attention to detail. It then lists specific safety practices for using knives safely, avoiding cuts from broken glass, preventing burns from cookware, avoiding kitchen fires, preventing electrocution from appliances, cleaning up spills to prevent falls, safe food handling to prevent food poisoning, and proper cleaning, separation, chilling and cooking of foods.
Four types of pathogens can contaminate food and cause illness: bacteria, viruses, parasites, and fungi. Contamination usually occurs when food comes into contact with pathogens from an infected person who didn't properly wash their hands or when food is exposed to pathogens from surfaces or equipment. Common symptoms of foodborne illness include diarrhea, vomiting, fever, and abdominal cramps, which usually develop within hours or days of eating contaminated food. The most infectious pathogens are Salmonella, Shigella, E. coli, Hepatitis A, and Norovirus. Contamination can be prevented through proper hygiene, cooking food to the right temperatures, and purchasing food from reputable suppliers.
Food must be properly labeled and dated when stored on-site. Labels should include the food name, ingredients, weights, allergens, and manufacturer information. Ready-to-eat foods can be stored for 7 days at 41°F or below and must be discarded after this date. When combining foods, the earliest expiration date determines the combined food's discard date. Proper food storage helps prevent cross-contamination and spoilage by keeping foods separated and using First In First Out rotation methods.
Chapter 5 The Flow of Food an IntroductionKellyGCDET
The document discusses how to keep food safe by preventing cross-contamination and time-temperature abuse during food preparation and storage. It recommends using separate equipment for different foods, cleaning surfaces between tasks, and preparing raw and ready-to-eat foods at separate times. Food left in the danger zone between 41-135°F can become time-temperature abused. Proper monitoring, record keeping, and corrective actions are necessary to avoid this. A variety of thermometers like bimetallic, digital, infrared, and time-temperature indicators should be used appropriately and calibrated regularly to ensure accurate temperature readings.
This document provides tips for fire safety in the kitchen. It recommends turning off all electric appliances and burners before leaving the kitchen. It also suggests keeping paper towels, dish towels, and pot holders away from the stovetop to prevent fires. Additionally, the document advises never adding water to hot oil to avoid splattering burns and dressing appropriately to avoid loose clothing catching fire.
Chapter 3 Contamination Food Allergens and Foodborne IllnessKellyGCDET
This document discusses physical, chemical, and deliberate contaminants in food as well as food allergens. It covers sources and symptoms of contaminants and prevention methods. The key points are:
Physical contaminants can cause injuries from common objects in food. Chemical contaminants vary in symptoms depending on the chemical and proper storage is important for prevention. Deliberate contamination may come from terrorists or disgruntled employees so facilities should monitor security and suppliers. The major food allergens that can cause reactions from nausea to death are milk, eggs, fish, shellfish, wheat, soy, peanuts, and tree nuts.
The document discusses guidelines for cleaning and sanitizing in a foodservice operation. It provides information on types of cleaners and their uses. It also outlines procedures for properly sanitizing surfaces using heat or chemicals and maintaining sanitizing solutions. Guidelines are provided for cleaning different areas and equipment as well as storing clean items and chemicals. The importance of having a master cleaning schedule and monitoring cleaning procedures is also discussed.
An IPM program uses prevention and control measures to eliminate pests. It involves three key rules: 1) deny pests access to the operation, 2) deny pests food and shelter, and 3) work closely with a licensed pest control operator. To implement the program, facilities should screen openings, store supplies correctly, identify pest signs, and allow a pest control operator to address any issues. The goal is to prevent pest entry and control any pests that may get inside using humane and effective methods.
The document provides safety tips for preventing common kitchen injuries and accidents. It discusses how most kitchen accidents can be avoided through thought, planning and attention to detail. It then lists specific safety practices for using knives safely, avoiding cuts from broken glass, preventing burns from cookware, avoiding kitchen fires, preventing electrocution from appliances, cleaning up spills to prevent falls, safe food handling to prevent food poisoning, and proper cleaning, separation, chilling and cooking of foods.
Four types of pathogens can contaminate food and cause illness: bacteria, viruses, parasites, and fungi. Contamination usually occurs when food comes into contact with pathogens from an infected person who didn't properly wash their hands or when food is exposed to pathogens from surfaces or equipment. Common symptoms of foodborne illness include diarrhea, vomiting, fever, and abdominal cramps, which usually develop within hours or days of eating contaminated food. The most infectious pathogens are Salmonella, Shigella, E. coli, Hepatitis A, and Norovirus. Contamination can be prevented through proper hygiene, cooking food to the right temperatures, and purchasing food from reputable suppliers.
Food must be properly labeled and dated when stored on-site. Labels should include the food name, ingredients, weights, allergens, and manufacturer information. Ready-to-eat foods can be stored for 7 days at 41°F or below and must be discarded after this date. When combining foods, the earliest expiration date determines the combined food's discard date. Proper food storage helps prevent cross-contamination and spoilage by keeping foods separated and using First In First Out rotation methods.
This document discusses foodborne illnesses and how they can be prevented. It defines a foodborne illness and outbreak. It then covers challenges to food safety, costs of illnesses, and how illnesses can occur through biological, chemical and physical contamination. The document explains how time and temperature abuse, cross-contamination, poor hygiene and cleaning can allow pathogens to spread. It identifies high-risk foods and populations and emphasizes controlling time and temperature, preventing cross-contamination, hygiene and cleaning to keep food safe.
This document provides information on basic food safety practices regarding receiving and storage. It discusses the three main types of food hazards: biological, chemical, and physical. Biological hazards include viruses, bacteria, parasites and fungi. Chemical hazards include cleaners, sanitizers and lubricants. Physical hazards include hair, dirt and broken glass. The document emphasizes that time-temperature abuse, cross-contamination, and poor personal hygiene are the three critical factors that can make food unsafe. It provides guidelines for proper food receiving, storage, and maintaining good personal hygiene.
This document discusses training staff in food safety. It identifies that there is often a gap between what staff needs to know to do their job safely and what they actually know. It recommends identifying this gap through observation, testing knowledge, and identifying weaknesses. The document also recommends providing initial and ongoing training to all staff on general food safety and job-specific safety. Staff should be trained on proper hygiene, temperature control, preventing cross-contamination, and cleaning and sanitation. Training can be delivered through on-the-job methods, classroom techniques like discussions and demonstrations, or technology-based online training.
Food Handling and Restaurant Workplace SafetyHireReady
When working in a restaurant, it is important to follow safety procedures to prevent burns, slips, falls and foodborne illness. Proper safety attire such as closed shoes and avoiding clutter are recommended. Burn prevention includes using the proper equipment, opening appliances away from the body, and assuming anything on the stove is hot. Food safety involves proper handwashing, cooking foods to the correct internal temperatures, safe defrosting and storage of perishable foods. Following regulations from the FDA and proper cleaning and sanitation techniques helps keep customers safe.
Training Slide which outlines measures that will
Assist food businesses achieve the requirements of the Food Safety Standards.
Provide food handlers with the necessary skills and knowledge of food safety and hygiene matters relevant to their work activities.
Raise the level of compliance with food legislation throughout the food industry.
According to the document, there are three main hazards that can make people sick from food: physical, biological, and chemical. Bacteria, viruses, and parasites are biological hazards that are the most common causes of foodborne illness. Each year in the US, there are 76 million cases of foodborne illness resulting in 325,000 hospitalizations and 5,000 deaths. Proper food handling and prevention of cross-contamination are essential to ensure safe food.
The document discusses food hygiene and safety. It describes the role of Environmental Health Officers in ensuring food safety through inspection of food premises, enforcement of food law, and ability to shut down or prosecute businesses for violations. It provides examples of restaurants fined for various food hygiene violations found during inspections such as presence of pests, poor cleaning and cooling practices, and risk of cross-contamination.
This document provides guidance on safe food handling practices for food establishments. It discusses important topics like preventing foodborne illness, employee hygiene, receiving and storing food safely, preventing cross-contamination, time and temperature controls, safe food preparation practices, cleaning and sanitation, and emergency preparedness. Maintaining proper food temperatures, thoroughly cooking foods, cleaning and sanitizing surfaces, and excluding sick employees are some of the key recommendations for ensuring food is handled safely.
Food must be kept hot at 60°C or higher or cold at 5°C or colder to stop bacteria growth. Hot and cold holding equipment is needed to maintain these temperatures for foods, with hot equipment keeping foods above 60°C and cold equipment keeping foods below 5°C.
Hello folks, I have tried to compile the food safety and hygiene basic fundamentals to be easily understood and applied by food handlers.I hope you find this presentation useful. Your feedback is very much appreciated./
Thank you for your time.
This document discusses the importance of proper food temperature control. It notes that bacteria grow fastest between 40-140°F, which is called the "danger zone." Foods should be kept out of this zone by maintaining cold storage temperatures of 40°F or below for refrigerators and 0°F for freezers. Foods must also be reheated to an internal temperature of 165°F. Following proper temperature control procedures can help prevent foodborne illness.
La manipulación correcta de los alimentos es importante para prevenir intoxicaciones e infecciones. Las bacterias como la salmonela son las principales causantes de enfermedades transmitidas por los alimentos. Es necesario seguir buenas prácticas de compra, preparación, conservación y manipulación de alimentos para garantizar su seguridad desde la producción hasta el consumo. Esto incluye el lavado frecuente de manos, la separación de alimentos crudos y cocinados, y el almacenamiento y cocción adecuados de los alimentos.
Proper food storage is important for food safety and quality. Key principles for safe food storage include maintaining proper temperatures, using first-in first-out practices, keeping storage areas clean and dry, and separating raw and cooked foods. Food should be stored at 40°F or below for refrigeration and 0°F or below for freezing. Thawing food safely involves using the refrigerator, cold water, or microwave rather than leaving food at room temperature. Adhering to storage guidelines helps prevent bacterial growth and foodborne illness.
This document provides guidelines for safely holding and serving food. It outlines rules for proper hot and cold holding temperatures and checking temperatures regularly. Food can be held without temperature control for limited times if properly labeled. Utensils and equipment must be kept clean, and bare hand contact with ready-to-eat foods should be prevented. Proper procedures are described for refilling take-home containers, reserving uneaten food, using self-serve areas, off-site catering, and vending machines. The health and safety of customers is the top priority.
The document provides tips for preventing common kitchen accidents and foodborne illness. It discusses how to prevent cuts, burns, electric shocks, falls and other injuries through safe knife handling, cookware safety, and cleanliness. It also outlines proper food handling, cleaning, cooking, chilling and separation practices to avoid bacteria growth and foodborne illness.
This document provides information on food safety and preventing foodborne illness. It discusses the importance of food safety, how food becomes unsafe through biological, chemical and physical contamination, and key prevention measures. The three main ways food becomes unsafe are through time-temperature abuse, cross-contamination, and poor personal hygiene of food handlers. Proper cleaning, sanitizing, cooking, cooling, and excluding sick workers are emphasized as ways to control hazards and prevent foodborne illness.
The document provides guidelines for food preparation practices including cleaning and sanitizing work areas, limiting time food spends in the danger zone, using approved food additives, properly thawing and cooking foods, cooling foods safely, reheating foods to the proper temperatures, and more. Special requirements are outlined for preparing foods like eggs, produce, juice, and those that require a variance. Consumer advisories for undercooked foods are also addressed.
Emeka Anugom discusses food safety and preventing foodborne illness. The document outlines various ways food can become contaminated, including through direct contact with people, animals, insects or the environment. It emphasizes the importance of personal hygiene for food handlers and proper storage, preparation, cooking and holding temperatures of food. Recommendations are provided to reject contaminated ingredients and ensure clean equipment, surfaces and waste management to protect against microbial contamination and food poisoning.
This document discusses the leading factors that cause foodborne illness: time/temperature abuse, poor personal hygiene/handwashing, and cross-contamination. It emphasizes the importance of properly storing, preparing and cooking foods to prevent bacterial growth, as well as maintaining good hygiene practices. Key steps include monitoring food temperatures, using a food thermometer, keeping foods out of the danger zone, thoroughly cooking and reheating foods, and preventing contamination between raw and ready-to-eat foods.
The document discusses personal hygiene policies and practices that food handlers must follow to prevent contaminating food, including proper handwashing, maintaining clean clothing and hair restraints, not working when ill, and promptly reporting health issues. Key requirements include washing hands with soap and warm water for 20 seconds after using the bathroom, changing tasks, or handling raw food, as well as before preparing ready-to-eat foods. Food handlers must also avoid bare-hand contact with ready-to-eat foods unless it will be served after thorough cooking.
The document discusses personal hygiene policies and practices that food handlers must follow to prevent contaminating food, including proper handwashing, maintaining clean clothing and hair restraints, not working when ill, and promptly reporting health issues. Key requirements include washing hands with soap and warm water for 20 seconds after using the bathroom, changing tasks, or handling raw food, as well as before preparing ready-to-eat foods. Food handlers must also avoid bare-hand contact with ready-to-eat foods unless it will be served after thorough cooking.
This document discusses foodborne illnesses and how they can be prevented. It defines a foodborne illness and outbreak. It then covers challenges to food safety, costs of illnesses, and how illnesses can occur through biological, chemical and physical contamination. The document explains how time and temperature abuse, cross-contamination, poor hygiene and cleaning can allow pathogens to spread. It identifies high-risk foods and populations and emphasizes controlling time and temperature, preventing cross-contamination, hygiene and cleaning to keep food safe.
This document provides information on basic food safety practices regarding receiving and storage. It discusses the three main types of food hazards: biological, chemical, and physical. Biological hazards include viruses, bacteria, parasites and fungi. Chemical hazards include cleaners, sanitizers and lubricants. Physical hazards include hair, dirt and broken glass. The document emphasizes that time-temperature abuse, cross-contamination, and poor personal hygiene are the three critical factors that can make food unsafe. It provides guidelines for proper food receiving, storage, and maintaining good personal hygiene.
This document discusses training staff in food safety. It identifies that there is often a gap between what staff needs to know to do their job safely and what they actually know. It recommends identifying this gap through observation, testing knowledge, and identifying weaknesses. The document also recommends providing initial and ongoing training to all staff on general food safety and job-specific safety. Staff should be trained on proper hygiene, temperature control, preventing cross-contamination, and cleaning and sanitation. Training can be delivered through on-the-job methods, classroom techniques like discussions and demonstrations, or technology-based online training.
Food Handling and Restaurant Workplace SafetyHireReady
When working in a restaurant, it is important to follow safety procedures to prevent burns, slips, falls and foodborne illness. Proper safety attire such as closed shoes and avoiding clutter are recommended. Burn prevention includes using the proper equipment, opening appliances away from the body, and assuming anything on the stove is hot. Food safety involves proper handwashing, cooking foods to the correct internal temperatures, safe defrosting and storage of perishable foods. Following regulations from the FDA and proper cleaning and sanitation techniques helps keep customers safe.
Training Slide which outlines measures that will
Assist food businesses achieve the requirements of the Food Safety Standards.
Provide food handlers with the necessary skills and knowledge of food safety and hygiene matters relevant to their work activities.
Raise the level of compliance with food legislation throughout the food industry.
According to the document, there are three main hazards that can make people sick from food: physical, biological, and chemical. Bacteria, viruses, and parasites are biological hazards that are the most common causes of foodborne illness. Each year in the US, there are 76 million cases of foodborne illness resulting in 325,000 hospitalizations and 5,000 deaths. Proper food handling and prevention of cross-contamination are essential to ensure safe food.
The document discusses food hygiene and safety. It describes the role of Environmental Health Officers in ensuring food safety through inspection of food premises, enforcement of food law, and ability to shut down or prosecute businesses for violations. It provides examples of restaurants fined for various food hygiene violations found during inspections such as presence of pests, poor cleaning and cooling practices, and risk of cross-contamination.
This document provides guidance on safe food handling practices for food establishments. It discusses important topics like preventing foodborne illness, employee hygiene, receiving and storing food safely, preventing cross-contamination, time and temperature controls, safe food preparation practices, cleaning and sanitation, and emergency preparedness. Maintaining proper food temperatures, thoroughly cooking foods, cleaning and sanitizing surfaces, and excluding sick employees are some of the key recommendations for ensuring food is handled safely.
Food must be kept hot at 60°C or higher or cold at 5°C or colder to stop bacteria growth. Hot and cold holding equipment is needed to maintain these temperatures for foods, with hot equipment keeping foods above 60°C and cold equipment keeping foods below 5°C.
Hello folks, I have tried to compile the food safety and hygiene basic fundamentals to be easily understood and applied by food handlers.I hope you find this presentation useful. Your feedback is very much appreciated./
Thank you for your time.
This document discusses the importance of proper food temperature control. It notes that bacteria grow fastest between 40-140°F, which is called the "danger zone." Foods should be kept out of this zone by maintaining cold storage temperatures of 40°F or below for refrigerators and 0°F for freezers. Foods must also be reheated to an internal temperature of 165°F. Following proper temperature control procedures can help prevent foodborne illness.
La manipulación correcta de los alimentos es importante para prevenir intoxicaciones e infecciones. Las bacterias como la salmonela son las principales causantes de enfermedades transmitidas por los alimentos. Es necesario seguir buenas prácticas de compra, preparación, conservación y manipulación de alimentos para garantizar su seguridad desde la producción hasta el consumo. Esto incluye el lavado frecuente de manos, la separación de alimentos crudos y cocinados, y el almacenamiento y cocción adecuados de los alimentos.
Proper food storage is important for food safety and quality. Key principles for safe food storage include maintaining proper temperatures, using first-in first-out practices, keeping storage areas clean and dry, and separating raw and cooked foods. Food should be stored at 40°F or below for refrigeration and 0°F or below for freezing. Thawing food safely involves using the refrigerator, cold water, or microwave rather than leaving food at room temperature. Adhering to storage guidelines helps prevent bacterial growth and foodborne illness.
This document provides guidelines for safely holding and serving food. It outlines rules for proper hot and cold holding temperatures and checking temperatures regularly. Food can be held without temperature control for limited times if properly labeled. Utensils and equipment must be kept clean, and bare hand contact with ready-to-eat foods should be prevented. Proper procedures are described for refilling take-home containers, reserving uneaten food, using self-serve areas, off-site catering, and vending machines. The health and safety of customers is the top priority.
The document provides tips for preventing common kitchen accidents and foodborne illness. It discusses how to prevent cuts, burns, electric shocks, falls and other injuries through safe knife handling, cookware safety, and cleanliness. It also outlines proper food handling, cleaning, cooking, chilling and separation practices to avoid bacteria growth and foodborne illness.
This document provides information on food safety and preventing foodborne illness. It discusses the importance of food safety, how food becomes unsafe through biological, chemical and physical contamination, and key prevention measures. The three main ways food becomes unsafe are through time-temperature abuse, cross-contamination, and poor personal hygiene of food handlers. Proper cleaning, sanitizing, cooking, cooling, and excluding sick workers are emphasized as ways to control hazards and prevent foodborne illness.
The document provides guidelines for food preparation practices including cleaning and sanitizing work areas, limiting time food spends in the danger zone, using approved food additives, properly thawing and cooking foods, cooling foods safely, reheating foods to the proper temperatures, and more. Special requirements are outlined for preparing foods like eggs, produce, juice, and those that require a variance. Consumer advisories for undercooked foods are also addressed.
Emeka Anugom discusses food safety and preventing foodborne illness. The document outlines various ways food can become contaminated, including through direct contact with people, animals, insects or the environment. It emphasizes the importance of personal hygiene for food handlers and proper storage, preparation, cooking and holding temperatures of food. Recommendations are provided to reject contaminated ingredients and ensure clean equipment, surfaces and waste management to protect against microbial contamination and food poisoning.
This document discusses the leading factors that cause foodborne illness: time/temperature abuse, poor personal hygiene/handwashing, and cross-contamination. It emphasizes the importance of properly storing, preparing and cooking foods to prevent bacterial growth, as well as maintaining good hygiene practices. Key steps include monitoring food temperatures, using a food thermometer, keeping foods out of the danger zone, thoroughly cooking and reheating foods, and preventing contamination between raw and ready-to-eat foods.
The document discusses personal hygiene policies and practices that food handlers must follow to prevent contaminating food, including proper handwashing, maintaining clean clothing and hair restraints, not working when ill, and promptly reporting health issues. Key requirements include washing hands with soap and warm water for 20 seconds after using the bathroom, changing tasks, or handling raw food, as well as before preparing ready-to-eat foods. Food handlers must also avoid bare-hand contact with ready-to-eat foods unless it will be served after thorough cooking.
The document discusses personal hygiene policies and practices that food handlers must follow to prevent contaminating food, including proper handwashing, maintaining clean clothing and hair restraints, not working when ill, and promptly reporting health issues. Key requirements include washing hands with soap and warm water for 20 seconds after using the bathroom, changing tasks, or handling raw food, as well as before preparing ready-to-eat foods. Food handlers must also avoid bare-hand contact with ready-to-eat foods unless it will be served after thorough cooking.
The document outlines food handler hygiene policies and procedures including: how food handlers can contaminate food through actions like scratching their head or touching their nose; proper handwashing procedure which should take at least 20 seconds and include scrubbing between fingers; when hands should be washed such as before food preparation or after using the bathroom; use of hand antiseptics after washing; covering infected wounds; avoiding bare hand contact with ready-to-eat foods; proper use and changing of single-use gloves; work attire policies regarding jewelry, hair and clothing; prohibiting eating, drinking and smoking in food areas; illnesses that must be reported; and criteria for restricting or excluding ill staff.
This document discusses proper food handling procedures for food service workers. It covers how food handlers can contaminate food through behaviors like scratching their head or touching their nose. It emphasizes the importance of handwashing and outlines proper handwashing procedures. The document also discusses policies around illness, appropriate work attire, and preventing cross-contamination to ensure food is handled safely.
The document provides guidance for food handlers on proper hygiene practices to prevent food contamination. It discusses how food handlers can contaminate food through behaviors like scratching their head or touching their nose. Proper handwashing, including when and how to wash hands, is a key focus. Other topics covered include dressing appropriately for work, policies for reporting illnesses, and when staff should be restricted or excluded from working with food. The overall goal is to educate food handlers on hygiene habits that minimize risks of transmitting pathogens to food.
The document discusses guidelines for food handlers to prevent contamination of food, including proper handwashing techniques, when hands should be washed, managing illnesses, and dress code. Food handlers should wash hands before and after certain activities, such as using the restroom or handling raw meat. If a food handler is vomiting or has diarrhea, they must be excluded from work. Wounds must be properly covered and gloves used to prevent spreading pathogens.
This document discusses food safety and hygiene. It begins with an introduction to food safety and types of food contamination including physical, chemical, and biological. The main causes of contamination are cross-contamination, poor personal hygiene, improper cleaning and sanitation, and time and temperature abuse. Key practices for prevention include proper hygiene, sanitizing surfaces, and storing food at safe temperatures. Maintaining clean facilities and equipment is important to prevent contamination.
This document discusses food safety and contamination prevention. It introduces food safety and types of contamination including physical, chemical, and biological. Common causes of contamination are cross-contamination, poor personal hygiene, improper cleaning and time/temperature abuse. Key prevention strategies include proper personal hygiene, separating raw and cooked foods to prevent cross-contamination, thoroughly cooking foods, chilling and reheating foods properly, cleaning and sanitizing surfaces and equipment, pest control, and proper food receiving, storage, and rotation.
It is the obligation of food service staff to serve safe food. Proper personal hygiene including handwashing and clean clothing is important to prevent foodborne illness. Foods must be stored at proper temperatures and dated if held for over 24 hours. Ready-to-eat foods should be handled with gloves, utensils, or deli paper to prevent contamination. Cooking and reheating foods to the proper internal temperatures kills pathogens.
This document discusses the importance of sanitation and food safety in preventing foodborne illness. It defines key terms like sanitation, food safety, hygiene, and discusses the three main types of food hazards - biological, chemical, and physical. The document emphasizes that proper sanitation, prevention of cross-contamination, and good personal hygiene are critical to ensure food does not become unsafe. It provides guidelines for food handlers regarding proper handwashing, glove use, health, attire, food storage, cooking, chilling, reheating, serving, and dishwashing procedures. Maintaining clean facilities and following food safety best practices is vital for any food service operation.
The document discusses guidelines for food safety management systems, including active managerial control and Hazard Analysis Critical Control Point (HACCP) systems. It explains that food safety management systems incorporate various programs and standard operating procedures to control risks and hazards throughout food handling. Active managerial control focuses on preventing the top five risk factors for foodborne illness, while HACCP identifies significant hazards and plans to prevent, eliminate, or reduce hazards at critical points in food flow. The document emphasizes training, monitoring, verification, and assessment as important components of effective food safety management.
The document discusses guidelines for food safety management systems, including active managerial control and Hazard Analysis Critical Control Point (HACCP) systems. It explains that food safety management systems incorporate practices and procedures to prevent foodborne illness by controlling risks and hazards throughout food handling. Active managerial control focuses on controlling the five most common risk factors for foodborne illness, while HACCP identifies significant hazards within a facility's operations and documents a plan to prevent, eliminate or reduce those hazards.
This document provides a summary of food safety training for food service workers. It covers proper food handling, temperature requirements, health requirements for food employees, personal hygiene like handwashing, food storage, utensils, cleaning, and licensure. Key points include maintaining proper hot and cold holding temperatures for foods, cooking foods to the required internal temperatures, and washing hands thoroughly at key times to prevent foodborne illness.
The document discusses food safety and sanitation. It defines contamination, potentially hazardous foods, and microorganisms that can cause foodborne illness. It emphasizes the importance of personal hygiene for food handlers and proper food storage, preparation, and cleaning/sanitation procedures to prevent cross-contamination and bacterial growth. The Hazard Analysis Critical Control Point (HACCP) system is introduced as an effective food safety management program. Occupational safety signs and their defined colors are also briefly covered.
This document provides information on food safety and preventing foodborne illness. It discusses the importance of food safety, how food becomes unsafe through biological, chemical and physical contamination, and key prevention measures. The three main ways food becomes unsafe are through time-temperature abuse, cross-contamination, and poor personal hygiene of food handlers. Proper cleaning, sanitizing, cooling, reheating, and preventing cross-contamination between raw and ready-to-eat foods are emphasized as ways to control pathogens and keep food safe.
Food sanitation involves protecting food from contamination, harmful bacteria, and foreign bodies. It requires absolute cleanliness through personal hygiene, safe food handling, and clean facilities and equipment. Food safety is the top priority for food service employees to prevent foodborne illness. Three main causes of foodborne illness are cross-contamination, time-temperature abuse, and poor personal hygiene.
This document provides information on food hygiene and safety management. It discusses key topics such as food hazards, foodborne diseases, cleaning and sanitation, and personal hygiene. Food can become contaminated through physical, chemical or microbiological hazards. Common foodborne illnesses are caused by bacteria like Salmonella and E. coli. Proper cleaning, sanitation and disinfection of surfaces and equipment is important to prevent contamination. Maintaining high standards of personal hygiene, like frequent handwashing, is also essential for food safety. The document outlines best practices and guidelines for food handlers to follow to ensure food is produced and handled safely.
This training presentation educates food handlers on food safety and hygiene. It summarizes that foodborne diseases kill over 2 million people annually. Food can be contaminated by physical, chemical, or microbiological hazards like bacteria, which need specific conditions like water, food, temperature and time to multiply rapidly and cause food poisoning. Common sources of food poisoning bacteria are food handlers, raw foods, pests, air, and dirt. Proper temperature control and avoiding cross-contamination are important to prevent bacterial growth. Thorough cleaning, pest control, personal hygiene, and safe food handling practices are essential to ensuring food safety.
This document provides information about the requirements for obtaining a food handler card through an environmental health course at Bassett Army Community Hospital. It discusses scheduling a proctored test on Thursdays at 12:00 pm after reviewing the course slides, which takes approximately 4 hours. Upon passing the test with a score of 70% or better, the food handler card will be issued the same day. The document also outlines the responsibilities of environmental health in inspecting various facilities to ensure health and sanitation standards are met. It details the food safety responsibilities and requirements for anyone serving food on a military post, including obtaining permits and valid food handler cards. Key food safety considerations like proper food sources, holding temperatures, thawing methods, and
This document provides information on the requirements for obtaining a food handler card through an environmental health course at Bassett Army Community Hospital. To earn the card, students must review course slides for 4 hours, attend a proctored test on Thursdays at 12:00pm, and pass the test with a 70% or better. The document then summarizes the responsibilities of environmental health, which include inspecting various facilities like food establishments, pools, and child care centers to ensure health and sanitation standards are met. It outlines food safety responsibilities for food events on base and emphasizes the importance of food safety, personal hygiene, and proper handwashing to prevent foodborne illness.
2. Personal Hygiene and Contamination
Managers must focus on the following:
Establishing specific personal hygiene policies
Training food handlers on personal hygiene
policies and retraining them regularly
Modeling correct behavior at all times
Supervising food safety practices
Revising personal hygiene policies when laws
or science change
4-2
3. How Food Handlers Can Contaminate Food
Food handlers can contaminate food
when they:
Have a foodborne illness
Have symptoms such as diarrhea,
vomiting, or jaundice—a yellowing of the
eyes or skin
Have wounds that contain a pathogen
Sneeze or cough
Have contact with a person who is sick
Touch anything that may contaminate
their hands and do not wash them
4-3
4. How Food Handlers Can Contaminate Food
Actions that can contaminate food:
A. Scratching the
scalp
B. Running fingers
through hair
C. Wiping or touching
the nose
D. Rubbing an ear
E. Touching a pimple or
infected wound
F. Wearing a dirty
uniform
G. Coughing or
sneezing into the
hand
H. Spitting in the
operation
4-4
5. A Good Personal Hygiene Program
Good personal hygiene includes:
Following hygienic hand practices
Maintaining personal cleanliness
Wearing clean and appropriate clothing,
restraining hair, and removing jewelry
Avoiding unsanitary habits and actions
Maintaining good health
Covering wounds
Reporting health issues
4-5
6. How to wash hands (should take at least 20 seconds):
1. Wet hands and arms.
Use running water as hot
as you can comfortably
stand. It should be at least
100˚F (38˚C).
3. Scrub hands and arms
vigorously. Scrub them
for 10 to 15 seconds.
Clean under fingernails
and between fingers.
4. Rinse hands and arms
thoroughly. Use running
warm water.
5. Dry hands and arms. Use a
single-use paper towel or hand
dryer. Consider using a paper
towel to turn off the faucet and
open the restroom door.
Handwashing
2. Apply soap. Apply
enough to build up a
good lather.
4-6
7. When to Wash Hands
Food handlers must wash their hands
before they start work and after:
Using the restroom
Handling raw meat, poultry, and
seafood (before and after)
Touching the hair, face, or body
Sneezing, coughing, or using
a tissue
Eating, drinking, smoking, or chewing gum
or tobacco
Handling chemicals that might
affect food safety
4-7
8. When to Wash Hands
Food handlers must wash their hands after:
Taking out garbage
Clearing tables or busing dirty dishes
Touching clothing or aprons
Handling money
Leaving and returning to the kitchen/prep area
Handling service animals or aquatic animals
Touching anything else that may
contaminate hands
4-8
9. Hand Antiseptics
Hand antiseptics:
Liquids or gels used to lower the number
of pathogens on skin
Must comply with the CFR and
FDA standards
Should be used only after handwashing
Must NEVER be used in place of
handwashing
Should be allowed to dry before touching
food or equipment
4-9
10. Hand Care
Requirements for food handlers:
Keep fingernails
short and clean
Do NOT wear
nail polish
Do NOT wear
false nails
4-10
11. Hand Care
Infected wounds or cuts:
Contain pus
Must be covered to prevent pathogens
from contaminating food and food-contact surfaces
How a wound is covered depends on
where it is located:
Cover wounds on the hand or wrist with an
impermeable cover, (i.e. bandage or finger cot) and
then a single-use glove
Cover wounds on the arm with an impermeable cover,
such as a bandage
Cover wounds on other parts of the body with a dry,
tight-fitting bandage
4-11
12. Bare-Hand Contact with Ready-to-Eat Food
Bare-hand contact with ready-to-eat food
must be avoided except when:
The food is an ingredient in a dish that does not
contain raw meat, seafood, or poultry
o The dish will be cooked to at least 145˚F (63˚C)
The food is an ingredient in a dish containing raw
meat, seafood, or poultry
The dish will be cooked to the required minimum
internal temperature of the raw item(s)
NEVER handle ready-to-eat food with bare hands
when you primarily serve a high-risk population
4-12
13. Single-Use Gloves
Single-use gloves:
Should be used when handling
ready-to-eat food
o Except when washing produce
o Except when handling ready-to-eat
ingredients for a dish that will be cooked
Must NEVER be used in place
of handwashing
Must NEVER be washed and reused
Must fit correctly
4-13
14. Single-Use Gloves
How to use gloves:
Wash and dry hands before putting gloves on when
starting a new task
Choose the correct glove size
Hold gloves by the edge when putting them on
Once gloves are on, check for rips or tears
Do NOT blow into gloves
Do NOT roll gloves to make them easier to put on
4-14
15. Single-Use Gloves
When to change gloves:
As soon as they become dirty or torn
Before beginning a different task
After an interruption, such as taking a phone call
After handling raw meat, seafood, or poultry and
before handling ready-to-eat food
4-15
16. Correct Work Attire
Food handlers must:
Wear a clean hat or other
hair restraint
Wear clean clothing daily
Remove aprons when leaving food-
preparation areas
Remove jewelry from hands and
arms before prepping food or when
working around prep areas
4-16
17. Eating, Drinking, Smoking, and Chewing Gum or Tobacco
Food handlers must not:
Eat, drink, smoke, or chew gum or tobacco
When:
Prepping or serving food
Working in prep areas
Working in areas used to clean utensils and equipment
4-17
18. Reporting Health Issues
If:
The food handler has a sore throat with a fever
Then:
Restrict the food handler from working with or
around food
Exclude the food handler from the operation if
you primarily serve a high-risk population
A written release from a medical practitioner is
required before returning to work
4-18
19. 4-19
If:
The food handler has at least one of these symptoms
Vomiting
Diarrhea
Then:
Exclude the food handler from the operation
Before returning to work, food handlers who vomited
or had diarrhea must meet one of these requirements
o Have had no symptoms for at least 24 hours
o Have a written release from a medical practitioner
Reporting Health Issues
20. If:
The food handler has jaundice
Then:
Report the food handler to the regulatory authority
Exclude food handlers from the operation if they have
jaundice for seven days or less
Food handlers must have a written release from a
medical practitioner and approval from the regulatory
authority before returning to work
4-20
Reporting Health Issues
21. 4-21
Reporting Health Issues
If:
The food handler is vomiting or has diarrhea and has been
diagnosed with an illness caused by one of these pathogens
Nontyphoidal Salmonella
Shiga toxin-producing E. coli
Norovirus
Shigella spp.
Then:
Exclude the food handler from the operation
Work with the food handler’s medical practitioner and/or
the local regulatory authority to decide when the person
can go back to work
22. Handling Staff Illnesses
If:
The food handler has been diagnosed with an illness caused
by one of these pathogens
Hepatitis A
Salmonella Typhi
Then:
Exclude the food handler from the operation
Work with the food handler’s medical practitioner and/or
the local regulatory authority to decide when the person
can go back to work
4-22
23.
24. The Flow of Food
To keep food safe throughout the flow of food:
Prevent cross-contamination
Prevent time-temperature abuse
5-2
25. Cross-Contamination
Separate equipment:
Use separate equipment for each type of food
Clean and sanitize:
Clean and sanitize all work surfaces, equipment, and
utensils after each task
5-3
26. Cross-Contamination
Prep food at different times:
Prepare raw meat, fish, and poultry at
different times than ready-to-eat food (when
using the same prep table)
Buy prepared food:
Buy food items that do not require much
prepping or handling
5-4
27. Avoiding Time-Temperature Abuse
Time-temperature control:
Food held in the range of 41°F and 135°F (5°C
and 57°C) has been time-temperature abused
Food has been time-temperature abused
whenever it is handled in the following ways
o Cooked to the wrong internal temperature
o Held at the wrong temperature
o Cooked or reheated incorrectly
5-5
28. Avoiding Time-Temperature Abuse
Avoid time-temperature abuse:
Monitor time and temperature
Make sure the correct kinds of
thermometers are available
Regularly record temperatures and the
times they are taken
Minimize the time that food spends in the
temperature danger zone
Take corrective actions if time-temperature
standards are not met
5-6
30. Choosing the Correct Thermometer
Thermocouples and thermistors:
Measure temperature through a metal probe
Display temperatures digitally
Come with interchangeable probes
o Immersion probe
o Surface probe
o Penetration probe
o Air probe
Have a sensing area on the tip of their probe
5-8
31. Choosing the Correct Thermometer
Infrared (laser) thermometers:
Used to measure the surface temperature of
food and equipment
Hold as close to the food or equipment as
possible
Remove anything between the thermometer
and the food, food package, or equipment
Follow manufacturers’ guidelines
5-9
32. Choosing the Correct Thermometer
Time-temperature indicators (TTI):
Monitor both time and temperature
Are attached to packages by the supplier
A color change appears on the device when
time-temperature abuse has occurred
Maximum registering thermometer:
Indicates the highest temperature reached
during use
Used where temperature readings cannot
be continuously observed
5-10
33. How to Calibrate Thermometers
Calibration:
Adjusting a thermometer to get a correct
reading
Two methods:
Ice-point method
Boiling-point method
5-11
34. How to Calibrate Thermometers
Boiling-point method:
1. Bring tap water to a
boil in a deep pan.
2. Put the thermometer
stem or probe into the
water.
3. Adjust the
thermometer so it
reads 212˚F
(100˚C).
Note: Boiling point of water varies based on elevation
5-12
35. How to Calibrate Thermometers
Ice-point method:
5-13
1. Fill a large
container
with crushed ice
and water.
2. Put the
thermometer
stem or probe
into the water.
3. Adjust the
thermometer so it
reads 32˚F (0˚C).
36. General Thermometer Guidelines
When using thermometers:
Wash, rinse, sanitize, and air-dry
thermometers before and after using them
Calibrate them before each shift to
ensure accuracy
Make sure thermometers used to measure
the temperature of food are accurate to
+/- 2˚F or +/- 1˚C
Only use glass thermometers if they are
enclosed in a shatterproof casing
5-14
37. General Thermometer Guidelines
When using thermometers:
Insert the thermometer stem or
probe into thickest part of the product
(usually the center)
Take another reading in a different spot
Wait for the thermometer reading to steady
before recording the temperature
5-15
38.
39. General Purchasing and Receiving Principles
Purchase food from approved, reputable suppliers:
Have been inspected and can show an inspection report
Meet applicable local, state, and federal laws
Arrange deliveries so they arrive:
When staff has enough time to do inspections
When they can be correctly received
6-2
40. Receiving Considerations
Receiving principles:
Make specific staff responsible for receiving
o Train them to look for
o Correct temperatures
o Expired code dates
o Signs of thawing and refreezing
o Pest damage
o Allow them to accept, reject, and sign for deliveries
Plan ahead for shipments
6-3
41. Receiving Considerations
Receiving principles:
During the inspection
o Visually inspect truck for signs of contamination
o Check for damaged food
o Sample temperatures
o Inspect and store each delivery before
inspecting another
6-4
42. Receiving Considerations
Key drop deliveries:
Supplier is given after-hours access to the operation
to make deliveries
Deliveries must meet the following criteria
o Be inspected upon arrival at the operation
o Be from an approved source
o Have been placed in the correct storage location to
maintain the required temperature
o Have been protected from contamination in storage
o Are NOT contaminated
o Be honestly presented
6-5
43. Receiving and Inspecting
Rejecting deliveries:
Separate rejected items from accepted items
Tell the delivery person what is wrong with the item
Get a signed adjustment or credit slip before giving
the rejected item to the delivery person
Log the incident on the invoice or receiving document
6-6
44. Receiving and Inspecting
Recalls:
Identify the recalled food items
Remove the item from inventory, and place it in a secure and
appropriate location
Store the item separately from food, utensils, equipment,
linens, and single-use items
Label the item in a way that will prevent it from being placed
back in inventory
Inform staff not to use the product
Refer to the vendor’s notification or recall notice to determine
what to do with the item
6-7
45. 6-8
General Inspection Guidelines
Checking the temperature of meat, poultry,
and fish:
Insert the thermometer stem or probe into the
thickest part of the food (usually the center)
46. 6-9
Checking the temperature of reduced-oxygen
packaged (ROP) food and bulk food:
Insert the thermometer stem or probe between
two packages
As an alternative, fold packaging around the
thermometer stem or probe
o Be careful not to puncture the packaging
General Inspection Guidelines
47. 6-10
Checking the temperature of other
packaged food:
Open the package and insert the
thermometer stem or probe into the food
o Fully immerse the sensing area in the item
o Do not touch the package with the stem or
probe
General Inspection Guidelines
48. Receiving temperature requirements:
General Inspection Guidelines
Type of food Temperature
Cold TCS food 41˚F (5˚C) or lower, unless specified
Hot TCS food 135˚F (57˚C) or higher
Frozen food Frozen solid
Live shellfish Air temperature of 45˚F (7˚C)
Internal temperature ≤ 50˚F (10˚C)
Once received, cool it to an internal
temperature of 41˚F (5˚C) or lower in
4 hours
6-11
49. Receiving temperature requirements:
General Inspection Guidelines
Type of food Temperature
Shucked shellfish 45˚F (7˚C) or lower
Must be cooled it to an internal
temperature of 41˚F (5˚C) or lower in
4 hours
Milk 45˚F (7˚C) or lower
Must be cooled it to an internal
temperature of 41˚F (5˚C) or lower in
4 hours
Shell eggs Air temperature of 45˚F (7˚C) or
lower
6-12
50. Receiving and Inspecting
Reject packaged items with:
Tears, holes, or punctures in packaging; reject
cans with swollen ends, rust, or dents
Bloating or leaking (ROP food)
Broken cartons or seals
Dirty and discolored packaging
Leaks, dampness, or water stains
Signs of pests or pest damage
Expired use-by/expiration dates
Evidence of tampering
6-13
51. Receiving and Inspecting
Required documents:
Shellfish must be received with shellstock
identification tags
o Tags indicate when and where the shellfish
were harvested
o Must be kept on file for 90 days from the date
the last shellfish was used from its delivery
container
6-14
52. Receiving and Inspecting
Required documents:
Fish that will be eaten raw or partially cooked
o Documentation must show the fish was correctly frozen before being received
o Keep documents for 90 days from the sale of the fish
Farm raised fish
o Must have documentation stating the fish was raised to FDA standards
o Keep documents for 90 days from the sale of the fish
6-15
53. Inspection and Grading Stamps
Products requiring inspection stamps:
Meat and poultry
o Packaging must have a USDA or state
department of agriculture stamp
o Stamp indicates product and processing
plant have met certain standards
Egg products
o Liquid, frozen, and dehydrated eggs must
also have a USDA inspection mark
Grading stamps:
Voluntary
Paid for by processors and packers
6-16
54. Receiving and Inspecting
Assessing food quality:
Appearance: Reject food that is moldy or has
an abnormal color
Texture: Reject meat, fish, or poultry if
o It is slimy, sticky, or dry
o It has soft flesh that leaves an imprint when
touched
Odor: Reject food with an abnormal or
unpleasant odor
6-17
55.
56. Labeling
Labeling food for use on-site:
All items not in their original containers must
be labeled
Food labels should include the common
name of the food or a statement that clearly
and accurately identifies it
It is not necessary to label food if it clearly
will not be mistaken for another item
7-2
57. Labeling
Labeling food packaged on-site for retail sale:
Common name of the food or a statement clearly identifying it
Quantity of the food
If the item contains two or more ingredients, list the ingredients and
sub-ingredients in descending order by weight
List of artificial colors and flavors in the food including
chemical preservatives
Name and place of business of the manufacturer, packer,
or distributor
Source of each major food allergen contained in the food
7-3
58. Date Marking
Date marking:
Ready-to-eat TCS food must be marked if
held for longer than 24 hours
o Date mark must indicate when the food must
be sold, eaten, or thrown out
7-4
59. Date Marking
Date marking:
Ready-to-eat TCS food can be stored for
only seven days if it is held at 41˚F (5˚C)
or lower
o The count begins on the day that the food
was prepared or a commercial container
was opened
o For example, potato salad prepared and
stored on October 1 would have a discard
date of October 7 on the label
o Some operations write the day or date the
food was prepared on the label; others write
the use-by day or date on the label
7-5
60. Date Marking
Commercially processed food:
If
A commercially processed food has a use-by date that is less
than seven days from the date the container was opened
Then
The container should be marked with this use-by date
as long as the date is based on food safety
7-6
61. Date Marking
Combining food:
When combining food in a dish with different
use-by dates, the discard date of the dish should
be based on the earliest prepared food
Consider a shrimp and sausage jambalaya
prepared on December 4
o The shrimp has a use-by date of December 8
o The sausage has a use-by date of December 10
o The use-by date of the jambalaya is December 8
7-7
62. Rotation
Rotate food to use the oldest inventory first:
One way to rotate products is to follow FIFO
1. Identify the food item’s use-by or expiration date
2. Store items with the earliest use-by or expiration dates
in front of items with later dates
3. Once shelved, use those items stored in front first
4. Throw out food that has passed its manufacturer’s use-
by or expiration date
7-8
63. Temperatures
Temperature guidelines:
Store TCS food at an internal temperature
of 41˚F (5˚C) or lower, or 135˚F (57˚C)
or higher
Store frozen food at temperatures that keep
it frozen
Make sure storage units have at least one
air temperature measuring device; it must be
accurate to +/- 3˚F or +/- 1.5˚C
o Place the device in the warmest part of
refrigerated units, and the coldest part of hot-
holding units
7-9
64. Temperatures
Temperatures guidelines:
Do not overload coolers or freezers
o Prevents airflow
o Makes units work harder to stay cold
Use open shelving
o Do not line shelves as this restricts airflow
7-10
65. Storage Location
Food should be stored in a clean, dry location away from
dust and other contaminants:
To prevent contamination, NEVER store food in these areas
o Locker rooms or dressing rooms
o Restrooms or garbage rooms
o Mechanical rooms
o Under unshielded sewer lines or leaking water lines
o Under stairwells
7-11
66. Preventing Cross-Contamination
Supplies:
Store all items in designated storage areas
o Store items away from walls and at least
six inches (15 centimeters) off the floor
o Store single-use items (e.g., sleeve of
single-use cups, single-use gloves) in
original packaging
7-12
67. Preventing Cross-Contamination
Containers:
Store food in containers intended for food
Use containers that are durable, leak
proof, and able to be sealed or covered
NEVER use empty food containers to
store chemicals; NEVER put food in
empty chemical containers
7-13
68. Preventing Cross-Contamination
Cleaning:
Keep all storage areas clean and dry
Clean up spills and leaks immediately
Clean dollies, carts, transporters, and
trays often
Store food in containers that have been
cleaned and sanitized
Store dirty linens in clean, nonabsorbent
containers or washable laundry bags
7-14
69. Preventing Cross-Contamination
Storage order:
Store food items in the following
top-to-bottom order
A. Ready-to-eat food
B. Seafood
C. Whole cuts of beef and pork
D. Ground meat and ground fish
E. Whole and ground poultry
This storage order is based on the
minimum internal cooking temperature
of each food
7-15
70.
71. General Preparation Practices
When prepping food:
Make sure workstations, cutting boards, and
utensils are clean and sanitized
Only remove as much food from the cooler
as you can prep in a short period of time
o This limits time-temperature abuse
Return prepped food to the cooler or cook it
as quickly as possible
8-2
72. General Preparation Practices
Food and color additives:
Only use additives approved by your local regulatory authority
NEVER use more additives than are allowed by law
NEVER use additives to alter the appearance of food
Do NOT sell produce treated with sulfites before it was received in
the operation
Do NOT add sulfites to produce that will be eaten raw
8-3
73. General Preparation Practices
Present food honestly:
Do NOT use the following to misrepresent
the appearance of food
o Food additives or color additives
o Colored overwraps
o Lights
Food not presented honestly must be
thrown out
8-4
74. General Preparation Practices
Corrective actions:
Food must be thrown out in the following situations
o When it is handled by staff who have been restricted or
excluded from the operation due to illness
o When it is contaminated by hands or bodily fluids from
the nose or mouth
o When it has exceeded the time and temperature
requirements designed to keep food safe
8-5
75. Thawing
Four methods for thawing food:
1. Thaw food in a cooler, keeping its
temperature at 41˚F (5˚C) or lower
2. Submerge food under running drinkable
water at 70˚F (21˚C) or lower
o Never let the temperature of the food go
above 41˚F (5˚C) or lower for longer than
four hours
3. Thaw food in a microwave, only if cooked
immediately after thawing
4. Thaw as part of the cooking process
8-6
76. Thawing ROP Fish
Frozen fish received in ROP packaging
must be thawed carefully.
If the label states that the product must
remain frozen until use, then remove fish
from packaging:
o Before thawing under refrigeration.
o Before or immediately after thawing
under running water.
8-7
77. Prepping Specific Food
When prepping meat, seafood, poultry:
Use clean and sanitized work areas,
cutting boards, knives, and utensils
Prep these items separately or at different
times from produce
Remove only as much product as can be
prepped at one time
Return raw product to the cooler as
quickly as possible after prepping it
8-8
78. Prepping Specific Food
When prepping salads containing
TCS food:
Prep the food in small batches
Make sure leftover TCS ingredients (i.e.,
pasta, chicken, potatoes) have been
handled safely by ensuring that they were
o Cooked, held, and cooled correctly
o Stored for less than seven days at 41˚F
(5˚C) or lower
8-9
79. Prepping Specific Food
When prepping salads containing
TCS food:
Consider chilling ingredients and utensils
before use
Leave food in the cooler until all
ingredients will be mixed
8-10
80. Prepping Specific Food
When prepping eggs and egg mixtures:
Handle pooled eggs (if allowed)
with care
o Cook promptly after mixing or store at
41˚F (5˚C) or lower
o Wash and sanitize containers between
batches
Consider using pasteurized shell eggs or
egg products when prepping dishes that
need little or no cooking
Promptly clean and sanitize equipment
used to prep eggs
8-11
81. Prepping Specific Food
When prepping eggs for high-risk
populations:
Use pasteurized eggs or egg products
when serving raw or undercooked dishes
o Unpasteurized shell eggs can be used if
the dish will be cooked all the way
through (i.e., omelets, cakes)
Use pasteurized shell eggs if eggs will be
pooled
8-12
82. Prepping Specific Food
When prepping breaded or battered
food:
Prep batter in small batches
Store unused batter as quickly as
possible
Throw out unused batter or breading after
a set amount of time
Do not overload fryer baskets; make sure
items are cooked all of the way through
8-13
83. Prepping Specific Food
To package fresh juice for later sale:
The juice must be treated
(e.g., pasteurized) according
to an approved HACCP plan
As an alternative, the juice must be
labeled as specified by federal regulation
8-14
84. Prepping Specific Food
Produce:
Make sure produce does not touch surfaces
exposed to raw meat, seafood, or poultry
Wash it thoroughly under running water
before
o Cutting
o Cooking
o Combining with other ingredients
8-15
85. Prepping Specific Food
Produce:
Produce can be washed in water containing
ozone to sanitize it
o Check with your local regulatory authority
When soaking or storing produce in standing
water or an ice-water slurry, do NOT mix
o Different items
o Multiple batches of the same item
8-16
86. Prepping Specific Food
Produce:
Refrigerate and hold sliced melons,
cut tomatoes, and cut leafy greens at
41˚F (5˚C) or lower
Do NOT serve raw seed sprouts if primarily
serving a high-risk population
8-17
87. Prepping Specific Food
Ice:
NEVER use ice as an ingredient if it was used to
keep food cold
Transfer ice using clean and sanitized containers
and scoops
NEVER transfer ice in containers that held
chemicals or raw meat, seafood, or poultry
8-18
88. Prepping Specific Food
Ice:
Store ice scoops outside ice machines in
a clean, protected location
NEVER use a glass to scoop ice or
touch ice with hands
8-19
89. Preparation Practices That Have Special Requirements
You need a variance if prepping food in
these ways:
Packaging fresh juice on-site for sale at a later
time, unless the juice has a warning label
Smoking food to preserve it but not to
enhance flavor
Using food additives or components to preserve
or alter food so it no longer needs time and
temperature control for safety
Curing food
8-20
90. Preparation Practices That Have Special Requirements
You need a variance if prepping food in
these ways:
Packaging food using a reduced-oxygen
packaging (ROP) method
Sprouting seeds or beans
Offering live shellfish from a display tank
Custom-processing animals for personal
use (i.e. dressing a deer)
8-21
91. Minimum Internal Cooking Temperatures
Minimum internal cooking temperature:
165˚F (74˚C) for 15 seconds
Poultry—whole or ground chicken, turkey, or
duck
Stuffing made with fish, meat, or poultry
Stuffed meat, seafood, poultry, or pasta
Dishes that include previously cooked, TCS
ingredients
8-22
92. Minimum Internal Cooking Temperatures
Minimum internal cooking temperature:
155˚F (68˚C) for 15 seconds
Ground meat—beef, pork, and other meat
Injected meat—including brined ham and
flavor-injected roasts
Mechanically tenderized meat
Ratites including ostrich and emu
Ground seafood—including chopped or
minced seafood
Shell eggs that will be hot-held for service
8-23
93. Minimum Internal Cooking Temperatures
Minimum internal cooking temperature:
145˚F (63˚C) for 15 seconds
Seafood—including fish, shellfish, and
crustaceans
Steaks/chops of pork, beef, veal, and lamb
Commercially raised game
Shell eggs that will be served immediately
8-24
94. Minimum Internal Cooking Temperatures
Minimum internal cooking temperature:
145˚F (63˚C) for four minutes
Roasts of pork, beef, veal, and lamb
Alternate cooking times/temperatures
o 130˚F (54˚C) 112 minutes
o 131˚F (55˚C) 89 minutes
o 133˚F (56˚C) 56 minutes
o 135˚F (57˚C) 36 minutes
o 136˚F (58˚C) 28 minutes
o 138˚F (59˚C) 18 minutes
o 140˚F (60˚C) 12 minutes
o 142˚F (61˚C) 8 minutes
o 144˚F (62˚C) 5 minutes
8-25
95. Minimum Internal Cooking Temperatures
Minimum internal cooking temperature:
135˚F (57˚C)
Fruit, vegetables, grains (rice, pasta), and
legumes (beans, refried beans) that will be
hot-held for service
8-26
97. Cooking TCS Food in the Microwave Oven
Guidelines for microwave cooking:
Cover food to prevent the surface from
drying out
Rotate or stir it halfway through cooking so
heat reaches the food more evenly
Let it stand for at least two minutes after
cooking to let the food temperature even out
Check the temperature in at least two
places to make sure the food is cooked
through
8-28
98. Consumer Advisories
If your menu includes raw or
undercooked TCS items, you must:
Note it on the menu next to the items
o Asterisk the item
o Place a footnote at the menu bottom
indicating the item is raw, undercooked, or
contains raw or undercooked ingredients
Advise customers who order this food of the
increased risk of foodborne illness
o Post a notice in the menu
o Provide this information using brochures,
table tents, or signs
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99. Consumer Advisories
The FDA advises against offering these
items on a children’s menu if they are
raw or undercooked:
Meat
Poultry
Seafood
Eggs
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100. Partial Cooking During Prepping
If partially cooking meat, seafood,
poultry, or eggs or dishes containing
these items:
NEVER cook the food longer than
60 minutes during initial cooking
Cool the food immediately after
initial cooking
Freeze or refrigerate the food after
cooling it
Heat the food to its required minimum
internal temperature before selling or
serving it
Cool the food if it will not be served
immediately or held for service
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102. Temperature Requirements for Cooling Food
If you cool food from 135˚F to 70˚F (57˚C to 21˚C)
in less than two hours:
Use the remaining time to cool it to 41˚F (5˚C) or lower
The total cooling time cannot be longer than six hours
Example:
If you cool food from 135˚F to 70˚F (57˚C to 21˚C) in one hour
Then you have five hours to get the food to 41˚F (5˚C) or lower
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103. Methods for Cooling Food
Before cooling food, start by reducing its size:
Cut larger items into smaller pieces
Divide large containers of food into smaller
containers or shallow pans
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104. Methods for Cooling Food
Methods for cooling food safely and quickly:
Place food in an ice-water bath
Stir it with an ice paddle
Place it in a blast chiller or tumble chiller
Use ice or cold water as an ingredient
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105. When storing food for further cooling:
Loosely cover food containers before
storing them
Food can be left uncovered if protected
from contamination
o Storing uncovered containers above other
food, especially raw seafood, meat, and
poultry, will help prevent cross-
contamination
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Storing Food for Further Cooling
106. Food reheated for immediate service:
Can be reheated to any temperature if it was
cooked and cooled correctly
Food reheated for hot-holding:
Must be reheated to an internal temperature of
165˚F (74˚C) for 15 seconds within two hours
Reheat commercially processed and packaged
ready-to-eat food to an internal temperature of at
least 135˚F (57˚C)
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Reheating Food