This document provides information from a two-day workshop on Sanitation Control Procedures hosted by the Department of Marine Resources. Day two covers SCPs and Good Manufacturing Practices, standard operating procedures, and how to spot unsafe conditions in the field. It discusses the difference between SCPs and HACCP plans, and outlines what should be included in a facility's Standard Sanitation Operating Procedures document such as control procedures for ensuring water safety, cleaning food contact surfaces, preventing cross-contamination, and excluding pests from the facility.
This document discusses microbial food safety hazards and control in the fresh cut industry. It begins by defining fresh cut products as fruits and vegetables that have been trimmed, peeled, and/or cut for consumer convenience while maintaining freshness. The document then outlines safety as it relates to physical, chemical, and microbial hazards that can compromise produce safety. It further discusses contamination sources and potential pathogens at various stages of the fresh cut process from harvesting to transportation. Finally, the document provides suggestions for controlling contamination and ensuring safety throughout the fresh cut industry and consumption.
This document discusses fish plant sanitation. It outlines that fish plant sanitation aims to process fish free of disease and foreign matter. An effective sanitation program requires management awareness, proper construction, ample water, clean-up policies, hygienic surfaces and facilities, rodent/insect control, and ventilation near fishing harbors. Hygienic practices for employees include restrictions for illnesses, clean appearance, no nail polish, no jewelry during processing, no smoking/spitting, proper hand washing and head gear, and clean outer garments.
Food plantation is the good material about the pht they are give good knowledge about the student and hotel management and they are give more knowledge about the public for sanitizer of waste disposal
The document outlines sanitation and hygiene guidelines for food processing plants. It recommends that employees should not have diseases or open lesions and should maintain a clean, tidy appearance. Employees should not wear fingernail polish or jewelry when processing food. Smoking, spitting, chewing gum and tobacco are prohibited. Employees should wear gloves and dip their hands and feet in disinfectant. The document also provides chlorine levels recommended for various stages of food processing and sanitation.
Importance of Hygiene and food safety in Fruits and Vegetable processing Ademola Adebowale
A large proportion of risk attributable to food, lies in the failure to comply with hygiene rules in production area. These rules are not set by the government but Individual or enterprises. The result; Safe Food and Good reputation!
Good Hygiene Practices (GHP) and Good Manufacturing Practices (GMP) are important to ensure food safety throughout the slaughter and meat production process. Key aspects of GHP/GMP include hygienic facility design and sanitary standard operating procedures. Proper animal handling, humane slaughter practices, and avoiding cross-contamination during processing and packaging are essential. Thorough employee training in hygiene procedures also helps maintain high food safety standards.
This document discusses microbial food safety hazards and control in the fresh cut industry. It begins by defining fresh cut products as fruits and vegetables that have been trimmed, peeled, and/or cut for consumer convenience while maintaining freshness. The document then outlines safety as it relates to physical, chemical, and microbial hazards that can compromise produce safety. It further discusses contamination sources and potential pathogens at various stages of the fresh cut process from harvesting to transportation. Finally, the document provides suggestions for controlling contamination and ensuring safety throughout the fresh cut industry and consumption.
This document discusses fish plant sanitation. It outlines that fish plant sanitation aims to process fish free of disease and foreign matter. An effective sanitation program requires management awareness, proper construction, ample water, clean-up policies, hygienic surfaces and facilities, rodent/insect control, and ventilation near fishing harbors. Hygienic practices for employees include restrictions for illnesses, clean appearance, no nail polish, no jewelry during processing, no smoking/spitting, proper hand washing and head gear, and clean outer garments.
Food plantation is the good material about the pht they are give good knowledge about the student and hotel management and they are give more knowledge about the public for sanitizer of waste disposal
The document outlines sanitation and hygiene guidelines for food processing plants. It recommends that employees should not have diseases or open lesions and should maintain a clean, tidy appearance. Employees should not wear fingernail polish or jewelry when processing food. Smoking, spitting, chewing gum and tobacco are prohibited. Employees should wear gloves and dip their hands and feet in disinfectant. The document also provides chlorine levels recommended for various stages of food processing and sanitation.
Importance of Hygiene and food safety in Fruits and Vegetable processing Ademola Adebowale
A large proportion of risk attributable to food, lies in the failure to comply with hygiene rules in production area. These rules are not set by the government but Individual or enterprises. The result; Safe Food and Good reputation!
Good Hygiene Practices (GHP) and Good Manufacturing Practices (GMP) are important to ensure food safety throughout the slaughter and meat production process. Key aspects of GHP/GMP include hygienic facility design and sanitary standard operating procedures. Proper animal handling, humane slaughter practices, and avoiding cross-contamination during processing and packaging are essential. Thorough employee training in hygiene procedures also helps maintain high food safety standards.
The document discusses chemical safety, noting that dangerous chemicals can cause various harms from a single or long term exposure. It explains that chemicals can exist as solids like dusts and fibers, liquids and mists, or gases and vapors. Guidelines are provided on proper storage, use, and emergency procedures for chemicals, as well as what personal protective equipment to use.
Food Establishment Hygiene and Sanitation Practices ella dimaiwat
The document discusses hygiene and sanitation practices at Casulla Eatery, a food establishment located on the campus of Central Bicol State University of Agriculture. It describes the eatery's operations, including:
- Proper hygiene practices for employees such as handwashing and protective clothing.
- Safe food handling practices including proper storage, cleaning and pest control.
- Maintaining a clean and sanitary environment for food preparation and service.
The research found that Casulla Eatery follows good hygiene and sanitation procedures to ensure the health and safety of their customers.
This document discusses cleaning and sanitizing in food service operations. It covers types of cleaners like detergents, degreasers, and abrasive cleaners. Sanitizing reduces pathogens to safe levels and can be done with heat or chemicals. Proper dishwashing and cleaning of surfaces and premises is also discussed. Developing a cleaning program involves identifying cleaning needs, choosing correct cleaning materials, and training staff on cleaning procedures.
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.
6 Farmers field school ( good agri practices gap) A Series of Lectures ByMr...Mr.Allah Dad Khan
Farmer Field Schools provide a series of lectures on good agriculture practices for sanitation. Maintaining sanitary conditions during production, harvesting, sorting, packing and transportation of fresh produce is critical to minimizing microbial contamination. This involves cleaning facilities, equipment, containers and bins, employing good hygiene practices, and properly handling and treating wash and transport water. Summaries are then provided on sanitation procedures for various stages of the fresh produce supply chain from field to storage to packing to transportation.
The document discusses the importance of food hygiene and provides guidelines on key aspects of food safety. It emphasizes the 4 C's: cleaning, cooking, chilling, and preventing cross-contamination. Proper cleaning of surfaces, hands, and equipment is vital. Foods must be stored at safe temperatures and promptly refrigerated. Cross-contamination can spread bacteria and should be avoided through practices like using separate cutting boards. Following food hygiene procedures is necessary to produce safe food.
Nowadays, we are used to hear and read news headlines about outbreaks of foodborne disease. Examples
of foodborne outbreaks that happened only in the last years include E. coli O157:H7 infections linked to
ground beef and ready-to-eat chicken salad, Listeriosis linked to dairy products, Salmonella infections linked
to cucumbers, Hepatitis A linked to frozen berries, etc. Among all types of foods, the most common food
source of fatal infections is meat and poultry. In brief, food hazards can be found in all types of food, and they
can be introduced at any stage of the food chain, from primary producers through to final consumption.
Food hygiene is important to prevent contamination and food poisoning. It involves proper personal hygiene, safe food storage, cleaning, cooking foods thoroughly, and pest control. Food preservation methods like drying, refrigeration, freezing, and canning are used to prevent spoilage and allow food to be stored longer. When purchasing food, it is important to make a list, compare prices, and avoid expired or damaged goods to save resources and money.
This document discusses proper cleaning, washing, and sanitizing procedures in food service. It emphasizes the importance of personal hygiene for food handlers and outlines best practices for washing dishes and equipment. These include using a three-bucket sink method with separate buckets for washing, rinsing, and sanitizing. Mechanical dishwashers should also be used according to manufacturer instructions, with proper scraping, racking, washing, rinsing and drying cycles. Thorough cleaning and sanitizing of all food contact surfaces is vital to prevent foodborne illness.
This document outlines standards for cleaning and sanitation in a fish processing facility. It identifies eight essential areas to monitor, including water supply, food contact surfaces, employee practices, and pest control. Cleanliness is important to protect fish from contamination and spoilage. The cleaning procedure involves removing residues, applying cleaning agents, rinsing, disinfecting, and allowing surfaces to dry. Regular cleaning is required at least once per day or between shifts. Personal hygiene practices like not smoking, wearing masks, and maintaining health are also covered.
This document outlines procedures for a Hazard Analysis and Critical Control Points (HACCP) food safety and quality assurance manual. It includes definitions of key food safety terms, as well as policies and procedures for management, hiring, emergencies, food safety, employees, sanitation, and quality assurance forms. The goal is to prevent foodborne illness through error-free food production by identifying critical control points and monitoring temperatures, times, and procedures.
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 the importance of food safety and outlines best practices for maintaining food safety. It begins by defining key terms like food, safety, foodborne illness, and contamination. It then discusses the dangers of foodborne illness to both individuals and establishments. The three main types of food contaminants are identified as biological, physical and chemical. Common causes of foodborne illness like cross-contamination, time/temperature abuse, and poor personal hygiene are explained. The document also provides guidance on maintaining facilities and equipment, pest control programs, and implementing Hazard Analysis and Critical Control Point (HACCP) systems. Overall, the document emphasizes that food safety is critical for human survival and health.
This document discusses food hygiene and outlines the four key stages of food hygiene: cleaning, cooking, chilling, and preventing cross contamination. It provides details on properly cleaning surfaces, utensils, and hands. It emphasizes that food must be cooked thoroughly to hot temperatures to kill bacteria and that leftovers should not be reheated more than once. The document also explains how to properly chill food to below 5°C to slow bacteria growth and the importance of preventing cross contamination between raw and ready-to-eat foods.
The document discusses sanitation and integrated pest management (IPM) programs. It explains that the goals of a sanitation program are to prevent microbial and insect growth and protect product quality. Poor sanitation can result in lost sales, damaged products, lost consumer confidence, and legal action. It emphasizes that employees are a major source of microorganisms and proper sanitation practices and training are needed to control contamination.
A critical view on hygiene in dairy industryShamim Hossain
This document discusses various hygiene practices that should be maintained in a dairy plant. It emphasizes the importance of personal hygiene, laboratory hygiene, plant hygiene, food hygiene, and waste water hygiene. Specific hygiene rules and norms are outlined for maintaining cleanliness and preventing disease transmission in the dairy production environment.
Preparing and serving safe foods in clean kitchens and dining rooms is obviously important to assure the goodwill of restaurant guests. Culinary Essentials, p. 46
Cleaning and sanitization principles involve identifying appropriate cleaning methods based on soil and surface characteristics. Soils can be organic like proteins or inorganic like minerals. Biofilms are collections of microbes embedded in a protective polymer matrix. Effective cleaning requires understanding soil properties and using the proper detergent or cleaner. Cleaning food contact surfaces is a multi-step process including dry cleaning, pre-rinsing, cleaning with detergent, post-rinsing, and sanitizing to remove soils, particles, and microbes.
Sitxfsa101 use hygienic practices for food retaildwyerab
This document discusses proper hygiene practices for food safety. It emphasizes that hand washing alone is not sufficient, and all food workers must practice good hygiene when handling food. The document also outlines several legal obligations for food businesses to ensure food safety, including meeting temperature requirements, supplier oversight, staff training, pest control, and cleaning/storage practices. It stresses that environmental health officers enforce these food safety laws.
Personnel hygiene/ Personal hygiene and it's efficiencyArghya Chaudhuri
Hygiene is needed in an organization such as a plant or a factory. All the way from manual to Mechanized processes and Employers' roles. Discussed all the way up to hygiene efficiency.
The document discusses food hygiene and sanitation, outlining the importance of potable water, hygienic food products and handling, and measures like proper sanitation of equipment and facilities, hygiene of food handlers, and implementing Hazard Analysis and Critical Control Points (HACCP) to identify and prevent food safety hazards. Key aspects covered include sources of water contamination, spoilage microorganisms, sanitation procedures, and the 7 principles of HACCP for establishing critical control points and monitoring food safety.
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.
The document discusses chemical safety, noting that dangerous chemicals can cause various harms from a single or long term exposure. It explains that chemicals can exist as solids like dusts and fibers, liquids and mists, or gases and vapors. Guidelines are provided on proper storage, use, and emergency procedures for chemicals, as well as what personal protective equipment to use.
Food Establishment Hygiene and Sanitation Practices ella dimaiwat
The document discusses hygiene and sanitation practices at Casulla Eatery, a food establishment located on the campus of Central Bicol State University of Agriculture. It describes the eatery's operations, including:
- Proper hygiene practices for employees such as handwashing and protective clothing.
- Safe food handling practices including proper storage, cleaning and pest control.
- Maintaining a clean and sanitary environment for food preparation and service.
The research found that Casulla Eatery follows good hygiene and sanitation procedures to ensure the health and safety of their customers.
This document discusses cleaning and sanitizing in food service operations. It covers types of cleaners like detergents, degreasers, and abrasive cleaners. Sanitizing reduces pathogens to safe levels and can be done with heat or chemicals. Proper dishwashing and cleaning of surfaces and premises is also discussed. Developing a cleaning program involves identifying cleaning needs, choosing correct cleaning materials, and training staff on cleaning procedures.
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.
6 Farmers field school ( good agri practices gap) A Series of Lectures ByMr...Mr.Allah Dad Khan
Farmer Field Schools provide a series of lectures on good agriculture practices for sanitation. Maintaining sanitary conditions during production, harvesting, sorting, packing and transportation of fresh produce is critical to minimizing microbial contamination. This involves cleaning facilities, equipment, containers and bins, employing good hygiene practices, and properly handling and treating wash and transport water. Summaries are then provided on sanitation procedures for various stages of the fresh produce supply chain from field to storage to packing to transportation.
The document discusses the importance of food hygiene and provides guidelines on key aspects of food safety. It emphasizes the 4 C's: cleaning, cooking, chilling, and preventing cross-contamination. Proper cleaning of surfaces, hands, and equipment is vital. Foods must be stored at safe temperatures and promptly refrigerated. Cross-contamination can spread bacteria and should be avoided through practices like using separate cutting boards. Following food hygiene procedures is necessary to produce safe food.
Nowadays, we are used to hear and read news headlines about outbreaks of foodborne disease. Examples
of foodborne outbreaks that happened only in the last years include E. coli O157:H7 infections linked to
ground beef and ready-to-eat chicken salad, Listeriosis linked to dairy products, Salmonella infections linked
to cucumbers, Hepatitis A linked to frozen berries, etc. Among all types of foods, the most common food
source of fatal infections is meat and poultry. In brief, food hazards can be found in all types of food, and they
can be introduced at any stage of the food chain, from primary producers through to final consumption.
Food hygiene is important to prevent contamination and food poisoning. It involves proper personal hygiene, safe food storage, cleaning, cooking foods thoroughly, and pest control. Food preservation methods like drying, refrigeration, freezing, and canning are used to prevent spoilage and allow food to be stored longer. When purchasing food, it is important to make a list, compare prices, and avoid expired or damaged goods to save resources and money.
This document discusses proper cleaning, washing, and sanitizing procedures in food service. It emphasizes the importance of personal hygiene for food handlers and outlines best practices for washing dishes and equipment. These include using a three-bucket sink method with separate buckets for washing, rinsing, and sanitizing. Mechanical dishwashers should also be used according to manufacturer instructions, with proper scraping, racking, washing, rinsing and drying cycles. Thorough cleaning and sanitizing of all food contact surfaces is vital to prevent foodborne illness.
This document outlines standards for cleaning and sanitation in a fish processing facility. It identifies eight essential areas to monitor, including water supply, food contact surfaces, employee practices, and pest control. Cleanliness is important to protect fish from contamination and spoilage. The cleaning procedure involves removing residues, applying cleaning agents, rinsing, disinfecting, and allowing surfaces to dry. Regular cleaning is required at least once per day or between shifts. Personal hygiene practices like not smoking, wearing masks, and maintaining health are also covered.
This document outlines procedures for a Hazard Analysis and Critical Control Points (HACCP) food safety and quality assurance manual. It includes definitions of key food safety terms, as well as policies and procedures for management, hiring, emergencies, food safety, employees, sanitation, and quality assurance forms. The goal is to prevent foodborne illness through error-free food production by identifying critical control points and monitoring temperatures, times, and procedures.
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 the importance of food safety and outlines best practices for maintaining food safety. It begins by defining key terms like food, safety, foodborne illness, and contamination. It then discusses the dangers of foodborne illness to both individuals and establishments. The three main types of food contaminants are identified as biological, physical and chemical. Common causes of foodborne illness like cross-contamination, time/temperature abuse, and poor personal hygiene are explained. The document also provides guidance on maintaining facilities and equipment, pest control programs, and implementing Hazard Analysis and Critical Control Point (HACCP) systems. Overall, the document emphasizes that food safety is critical for human survival and health.
This document discusses food hygiene and outlines the four key stages of food hygiene: cleaning, cooking, chilling, and preventing cross contamination. It provides details on properly cleaning surfaces, utensils, and hands. It emphasizes that food must be cooked thoroughly to hot temperatures to kill bacteria and that leftovers should not be reheated more than once. The document also explains how to properly chill food to below 5°C to slow bacteria growth and the importance of preventing cross contamination between raw and ready-to-eat foods.
The document discusses sanitation and integrated pest management (IPM) programs. It explains that the goals of a sanitation program are to prevent microbial and insect growth and protect product quality. Poor sanitation can result in lost sales, damaged products, lost consumer confidence, and legal action. It emphasizes that employees are a major source of microorganisms and proper sanitation practices and training are needed to control contamination.
A critical view on hygiene in dairy industryShamim Hossain
This document discusses various hygiene practices that should be maintained in a dairy plant. It emphasizes the importance of personal hygiene, laboratory hygiene, plant hygiene, food hygiene, and waste water hygiene. Specific hygiene rules and norms are outlined for maintaining cleanliness and preventing disease transmission in the dairy production environment.
Preparing and serving safe foods in clean kitchens and dining rooms is obviously important to assure the goodwill of restaurant guests. Culinary Essentials, p. 46
Cleaning and sanitization principles involve identifying appropriate cleaning methods based on soil and surface characteristics. Soils can be organic like proteins or inorganic like minerals. Biofilms are collections of microbes embedded in a protective polymer matrix. Effective cleaning requires understanding soil properties and using the proper detergent or cleaner. Cleaning food contact surfaces is a multi-step process including dry cleaning, pre-rinsing, cleaning with detergent, post-rinsing, and sanitizing to remove soils, particles, and microbes.
Sitxfsa101 use hygienic practices for food retaildwyerab
This document discusses proper hygiene practices for food safety. It emphasizes that hand washing alone is not sufficient, and all food workers must practice good hygiene when handling food. The document also outlines several legal obligations for food businesses to ensure food safety, including meeting temperature requirements, supplier oversight, staff training, pest control, and cleaning/storage practices. It stresses that environmental health officers enforce these food safety laws.
Personnel hygiene/ Personal hygiene and it's efficiencyArghya Chaudhuri
Hygiene is needed in an organization such as a plant or a factory. All the way from manual to Mechanized processes and Employers' roles. Discussed all the way up to hygiene efficiency.
The document discusses food hygiene and sanitation, outlining the importance of potable water, hygienic food products and handling, and measures like proper sanitation of equipment and facilities, hygiene of food handlers, and implementing Hazard Analysis and Critical Control Points (HACCP) to identify and prevent food safety hazards. Key aspects covered include sources of water contamination, spoilage microorganisms, sanitation procedures, and the 7 principles of HACCP for establishing critical control points and monitoring food safety.
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 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 document discusses food safety, hygiene, and related legislation. It covers several key points:
1) Food safety involves proper handling, preparation, and storage of food to prevent foodborne illness. Proper sanitation and hygiene practices are important to avoid health hazards.
2) Major issues discussed include foodborne disease transmission, genetic food safety debates, availability of safe water in developing countries, and the five key principles of food hygiene according to WHO.
3) International standards like ISO 22000 and hazard analysis critical control point (HACCP) principles are described which aim to reduce food safety risks and prevent hazards. Proper food handling, purchasing, receiving, storing, preparing, cooking, serving
This document provides an overview of food safety and hygiene training. It discusses the importance of proper food handling and hygiene practices to prevent food poisoning cases. Current statistics show increasing reported cases of food poisoning in Nigeria stemming from incorrect food hygiene in the food industry. The training aims to assist food businesses meet food safety standards, provide food handlers skills and knowledge of safety and hygiene, and increase compliance with food legislation. Key topics covered include food hazards, bacteria, hygiene control, personal hygiene, cleaning and temperature control. Maintaining high standards of personal hygiene and avoiding cross-contamination are emphasized as important responsibilities for all workers in the food industry.
Food safety and hygiene are governed by various international standards and legislation. Proper handling, preparation, storage and sanitation of food helps prevent foodborne illness. Key principles of food hygiene according to WHO include preventing contamination, separating raw and cooked foods, properly cooking and storing foods. The HACCP (Hazard Analysis and Critical Control Point) system is a preventative approach that identifies hazards and measures to reduce risks. Governments establish laws and regulations regarding food production, processing, distribution and labeling to ensure safety. Citizens also have a role in monitoring compliance with food safety laws.
The training slide outlines food safety culture 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.
Clinical immunology is the study of diseases caused by disorders of the immune system (failure, aberrant action, and malignant growth of the cellular elements of the system). It also involves diseases of other systems, where immune reactions play a part in the pathology and clinical features.
An allergen is any substance (antigen), most often eaten or inhaled, that is recognized by the immune system and causes an allergic reaction. Dust, pollen and pet dander are all common allergens, but it is possible to be allergic to anything.The eight allergen foods identified by the law are:
• Milk.
• Eggs.
• Fish (e.g., bass, flounder, cod)
• Crustacean shellfish (e.g., crab, lobster, shrimp)
• Tree nuts (e.g., almonds, walnuts, pecans)
• Peanuts.
• Wheat.
• Soybeans
2. Basic definition to know, it is a condition/state, National Food Security Act (Right to Food Act) India, 12 September 2013.
3. Umbrella, describe image
4. Quality > long-term relationship, profitability, branding (Elfi, Coke, Kurkuray, calza)
Fraud > Olive oil, milk, honey, saffron, Tea, powdered condiments
5. Additional concerns including physical personnel & operational security, industrial sabotage, terrorism, adulteration
6. Salmonella (bacterium) raw & undercooked meat, dairy, egg shells. Food must be thoroughly cooked. Diarrhea may result in typhoid fever, 65-degree C for at least 3 min, avoid eating raw eggs, undercooked meat, poultry. Bleach can kill it while cleaning floors etc.
7. Clean> wash hands, utensils, food etc
Clear> separate raw cooked, meat veg, poultry fruits etc
Chill> low temp, food preservation, lessen bacterial activity
Cook> high temp, kill bacteria, thoroughly
A GMP is a system for ensuring that products are consistently produced and controlled according to quality standards. It is designed to minimize the risks involved in production which cannot be eliminated through testing the final product.
If I was provided with 7 days to cut a tree I’ll take 6 days to sharpen the axe.
This document discusses food safety and foodborne illness. It covers:
1. Food safety is everyone's responsibility and knowledge can help protect from illness. Foodborne illness has many causes and can be prevented through cleanliness and proper food handling.
2. The World Health Organization statistics on foodborne illness which estimates 600 million cases and 420,000 deaths annually worldwide, mostly among children.
3. Food can become contaminated at many points along the production chain from farm to table, including during processing, distribution, preparation, and from sick food workers. Following the four steps of clean, separate, cook, and chill can help prevent foodborne illness.
This document provides information and guidance for food safety considerations related to cider and fruit juice production. It discusses food hygiene inspections, complaints, sampling, infectious disease notifications, health and safety inspections, accident investigations, Hazard Analysis and Critical Control Points (HACCP), food business registration, prerequisites, potential food safety issues, cleaning, pest control, personal hygiene, allergen labeling, and pasteurization of juices. The document aims to help small cider and juice producers understand and comply with relevant food safety regulations.
Chapter 16 food safety and hygiene.pptxOsmanHassan35
This document provides an introduction to a training presentation on food safety and hygiene. It discusses the importance of food safety, highlighting increasing cases of food poisoning in Nigeria stemming from poor food handling and hygiene practices. The objectives of the training are to help food businesses meet food safety standards, provide food handlers with skills and knowledge on food safety matters, and increase compliance with food legislation. The training covers topics like food poisoning causes, bacteria, hygiene control, personal hygiene, pest control, temperature control, cleaning and disinfection, and food safety management systems.
Food safety is important for young children, who are at greater risk from food-borne illness. Proper handwashing, sanitizing food contact surfaces, and avoiding cross-contamination are key to preventing illness. Food service staff must also maintain high standards of personal hygiene to avoid transmitting illness. Hazard Analysis Critical Control Point (HACCP) identifies potential food hazards and how to handle foods safely.
Here are the answers to the questions:
1. Food labelling
2. Food poisoning is an acute illness caused by contaminated or poisonous food, usually lasting 1-7 days with symptoms like abdominal pain, diarrhea, vomiting and fever.
3. The 4 C principle in food hygiene are: Chilling (milk, vegetables), Cooking, Cleaning, and Clear and clean as you go. Examples of food additives are color and preservatives.
4. Food allergy is an immune system reaction while food intolerance is an non-immune reaction.
5. TACCP stands for Threat Assessment and Critical Control Points. A CCP shall be an integral step in any process flow
This document is a training presentation on basic food hygiene. It introduces key concepts like defining food hygiene, identifying common sources of bacterial contamination, proper food temperature control, and cleaning and disinfection procedures. It also outlines legal requirements under the Food Safety Act of 1990 and the importance of following food safety regulations to prevent food poisoning. The goal is to educate individuals on maintaining hygienic food handling practices.
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.
FOOD SAFETY AND ENVIRONMENTAL HEALTH PP.pptxFaithLwabila
This document discusses food safety and environmental health. It notes that if food is not handled safely, it could result in illness affecting people's health, work, and lives. The objectives are to understand food safety, define related terms, and explain cleaning/sanitizing, personal hygiene for food handlers, food contamination, and safe handling procedures. Key points covered include cleaning and sanitizing to remove bacteria, maintaining personal hygiene, the five principles of food hygiene, and three types of food contamination. Prevention methods like proper storage, pest control, and clean surfaces and tools are also outlined.
level 1 health, saefty and food hygiene for driversRob Bryson SIIRSM
This document provides an overview of a training course on food hygiene and health and safety in the workplace. The course aims to improve knowledge of food safety and reducing workplace risks. Key topics covered include food poisoning, food contamination, personal hygiene, food storage, and preventing cross-contamination. Legal requirements for food businesses and employees are also outlined.
Similar to DMR SCP Workshop 070720 - Day 1 and Day 2 (20)
Cleaning & Sanitation for Janitorial & Custodial Team Course - Part 1Shekera Romer-Joseph
The document provides guidance for janitorial and custodial teams on cleaning and sanitation. It outlines typical duties including cleaning bathrooms, sweeping, mopping, and checking for maintenance issues. It emphasizes the importance of proper sanitation to control the spread of disease, especially during the pandemic. Poor sanitation is linked to diseases like COVID-19 and diarrhea. It provides steps for cleaning, sanitizing, and disinfecting as well as the differences between cleaning, disinfecting, and sanitizing. The document also outlines the differences between soaps and detergents.
This document shares information from various health organizations like the Ministry of Health, WHO, CDC, and PAHO to train staff on handling COVID-19. The information from these sources will be adapted for in-house training within the Department and not used for external courses.
Clean and disinfect your work station after eating, clean chairs before sitting, and clean and disinfect office supplies and cubicles with disinfectant wipes or diluted bleach mixtures. Be wary of major areas in restrooms for COVID-19 transmission. The information comes from health organizations like WHO, CDC, and PAHO to help staff understand and prepare for COVID-19, and will only be used for internal training not external courses.
Importance of safety in the workplace, social distancing, dealing with potential COVID-19 cases and managing violence and discrimination within the workplace
This 3 sentence summary provides the key points from the document:
The document shares information from the Ministry of Health of the Bahamas, World Health Organization, Centers for Disease Control and Prevention, and Pan American Health Organization with staff to help them understand and prepare for COVID-19. This information is only intended for in-house training within the Department and not for external courses. The organizations listed are adapted to help staff better handle COVID-19.
This 3 sentence summary provides the key points from the document:
The document shares information from the Ministry of Health of the Bahamas, World Health Organization, Centers for Disease Control and Prevention, and Pan American Health Organization with staff to help them understand and prepare for COVID-19. This information is only intended for in-house training within the Department and not for external use.
This document provides information from the Seafood Export & Inspection Unit (SEIU) in The Bahamas. It includes:
- Total fishery product landings and values for 2016, with the top product being crawfish tails.
- Fishery product and resource export figures for 2016, totaling over 5 million pounds exported.
- An overview of the Department of Marine Resources which oversees fisheries management and development. It operates several technical units including SEIU.
- Details on the SEIU staff and their roles in seafood inspection, ensuring food safety, and training industry members. Hazard Analysis Critical Control Points (HACCP) principles guide their inspection program.
1. THE DEPARTMENT OF MARINE RESOURCES
Sanitation Controls
Procedures
[SCPs]
Workshop
7-8 July 2020
DMR Conference Room
2. Table of Contents
Day One
Definitions
General Concepts in Keeping Food Safe
Spotting Unsafe Conditions in the Home & Office
2
3. Table of Contents
Day Two
SCPs & GMPs
SOPs, SSOP VS. HACCP Documents
Spotting Unsafe Conditions in the Field
Field Visit
3
4. Sanitation and Keeping Food Safe
Proper sanitation is necessary to control potential
food safety hazards that might be associated with
the environment in which food is prepared as
well as preparation or cooking methods.
4
5. Sanitation and Keeping Food Safe
Keeping food safe is especially important to the following populations:
Elderly
Young children
Pregnant women
Those with compromised immune systems
5
6. Sanitation and Keeping Food Safe
Preventing Cross Contamination
Practicing Personal Hygiene
Cleaning and Sanitizing
Controlling Time and Temperature
Purchasing from Approved Reputable Suppliers
6
7. Sanitation and Keeping Food Safe
TCS Foods are those which require time and temperature controls to ensure safety
and avoid contamination.
Ready-to-Eat (RTE) Foods are those foods that are normally eaten in their raw state
or any other food, including a processed food, for which it is reasonably foreseeable
that the food will be eaten without further processing that would significantly
minimize biological hazards.
7
9. Sanitation and Keeping Food Safe
Cross-contamination refers to the transfer of biological or chemical contaminants to
food products from raw foods, food handlers, or the food handling environment.
Food Contact Surfaces are those that contact human food and those surfaces from
which drainage onto the food or onto surfaces that contact the food ordinarily occurs
during the normal course of operation
9
11. Preventing Cross Contamination: Reducing Hazards
When choosing material or equipment, choose those that are smooth and durable to make
cleaning easier. Avoid wooden utensils or cutting boards. Choose stainless steel or silicone
Cleaning aids which retain water, such as sponges, wiping cloths and mops should be avoided
Using only food safe chemical cleaning aids
Keeping cleaning or maintenance chemicals stored away from food and food preparation
areas. Never store above food or food contact surfaces
Larger pieces of equipment should ideally be floor mounted to allow for cleaning underneath
11
15. Preventing Cross Contamination: Reducing Hazards
Separation of raw and cooked or ready-to-eat foods
Separation of the utensils used for each (i.e. using only red utensils for raw foods and green
utensils for ready-to-eat foods and keeping them physically separated when in use)
Separation of contaminated surfaces and ready-to-eat foods
Washing hands when switching from preparing raw or uncooked foods to handling ready-to-
eat, cooked food items
15
16. Controlling Cross Contamination: Pest Prevention
They are vectors of diseases foodborne illness
Pests can also aid in spreading contamination by
damaging food, supplies or food processing areas
themselves
16
17. Controlling Cross Contamination: Pest Prevention
Eliminate sources of food, water and shelter
Eliminate access to home and food handling
areas
Contract a licensed pest control operator
17
24. 24
Practicing Personal Hygiene: Additional Hand Care
Tips
Fingernails should be kept short, filed and clean
False fingernails should not be worn
Nail polish should not be worn
Cuts or wounds on the hands or wrist must be completely covered
with an impermeable cover before also putting on disposable gloves
25. 25
Practicing Personal Hygiene: Using Gloves
Wash hands well before putting on gloves when starting a new task
Select the correct glove size
Avoid touching the glove as much as possible. Hold gloves by their edge
Check for rips or tears once on
Never blow into gloves or roll them to make them easier when putting on
Demo: https://www.youtube.com/watch?v=DzqmgUfEVoM
26. Practicing Personal Hygiene
Never handle ready to eat food with bare hands especially when
they are unwashed.
Avoid actions which can contaminate food such as wiping or
touching the nose, touching contaminated wounds or spitting
Never wash hands in sinks designated for food preparation,
dishwashing or utility services
26
27. Practicing Personal Hygiene
Tie hair back before preparing food. Consider beard restraints for containing facial hair.
Avoid false lashes, and other types of jewelry or hair accessories which could fall off and
pose a physical contaminant risk.
Remove aprons when leaving food prep areas.
Avoid wiping hands on apron.
27
30. 30
Cleaning removes germs, dirt, and impurities from surfaces or objects. Cleaning works by using soap
(or detergent) and water to physically remove germs from surfaces. This process does not necessarily kill
germs, but by removing them, it lowers their numbers and the risk of spreading infection.
Disinfecting works by using chemicals to kill germs on surfaces or objects. This process does not
necessarily clean dirty surfaces or remove germs, but by killing germs on a surface after cleaning, it can
further lower the risk of spreading infection.
Sanitizing works by either cleaning or disinfecting surfaces or objects to lower the risk of spreading
infection by lowering the number of germs on surfaces or objects to a safe level, as judged by public
health standards or requirements.
Cleaning and Sanitizing
32. Cleaning and Sanitizing
Soaps are made from natural ingredients, such as plant oils
(coconut, vegetable, palm, pine) or acids derived from animal fat.
Detergents, on the other hand, are synthetic & contain man-made
derivatives
32
33. Cleaning and Sanitizing
Surfactant particles are made up of molecules that aid in cleaning by reducing water’s surface
tension and improving water’s ability to spread evenly. Surface tension is generated by water
molecules attraction to each other and prevents water alone from being able to wash away dirt
well.
The tail end attaches readily to fats (hydrophobic) tail and the hydrophilic head likes polar molecules
such as water.
33
35. Cleaning and Sanitizing
Most cleaning products today are
detergents. One of the biggest reasons for
this is the many conditions soap needs to
work well.
35
38. Cleaning and Sanitizing
Rubbing your hands together with the soap and water also physically
disrupts dirt and makes it easier to wash away.
https://www.britannica.com/video/179625/soap-dirt
38
39. Controlling Time and Temperature
Bacteria need FAT TOM to grow:
F-food T-time
A- acidity O-oxygen
T- temperature M-moisture
39
40. Controlling Time and Temperature
Temperature Danger Zone: 41°F (5°C) and 135°F (57°C).
Bacteria grows especially well between 70°F (21°C) - 125°F (52°C).
40
41. Controlling Time and Temperature
TCS foods must:
be held and stored at the correct temperature
be cooked well enough (or reheated) to kill pathogens
be cooled correctly
41
42. 42
Purchasing From Approved Reputable Suppliers
Unless planning to cook them, fresh fruit should be free of bruises or
spots
Fresh seafood should have a mild scent or no scent at all. It should
not smell fishy, sour or ammonia-like
Fresh fish should have clear and shiny eyes, with firm flesh and bright
red gills, with no odor
Fresh conch meat is white to off white with tinges of pink or orange.
Leg movement should be evident when buying crabs or lobsters
46. Purchasing From Approved Reputable Suppliers
Ensure that seafood packaging is not torn, or open or crushed on
it’s edges
Avoid packaged meat with signs of frost or ice crystals
Frozen packaged meats should not be pliable.
46
48. Purchasing From Approved Reputable Suppliers
Approved, reputable suppliers have been inspected and are able to
produce the relevant records
Records such as processing records, inspection reports,
certificates and licenses should be available upon request
48
50. THE DEPARTMENT OF MARINE RESOURCES
Sanitation Control
Procedures
[SCPs]
DAY 2: SCPs & GMPs, SOPs, SSOP VS HACCP documents
Spotting Unsafe Conditions in the Field
51. 51
Strong prerequisite programs are
necessary to ensure that
environmental and operational
conditions
are conducive to safe food processing
52. Prerequisite Programs
Good Manufacturing Practices (GMPs)
are the basis for determining if
processing methods are safe and
food is being processed under
sanitary conditions. They outline
the minimum standards that a
vessel needs to meet with respect
to the crew, the vessel, the
equipment, etc.
52
Sanitation Control Procedures (SCPs)
are used by food processing firms
to meet the requirements in the
GMPs. SCPs are an effective
means to control potential food
safety hazards that might be
associated with the processing
environment and with employee
practices.
53. SCPs and Hazards
HAZARD
A biological, chemical or physical agent that is reasonably
likely to cause illness or injury in the absence of appropriate
controls. [HINT: SCPs & GMPs 😉]
Hazards present unacceptable risk to the end consumer
53
56. SCPs
Address concerns before
seafood processing begins.
SCPs and SSOPs address
quality concerns with the
product
HACCP
Addresses concerns that
arise during seafood
processing which may
cause illness or injury
HACCP controls address
specific hazards in the
product and processing
steps.
56
HACCP VS SCPs
57. HACCP VS SCPs
57
Hand washing should be a general employee practice and is not
specifically related to any product or processing step.
Routine cleaning of food contact surfaces is likewise not specifically
related to a single product or a specific processing step.
Freezing the product after processing is considered a processing
step and should be addressed in the HACCP plan
58. 58
HACCP or SCP?
Hazard Control Type of Control
Control
Program
Histamine Time and temperature controls for fish Product specific HACCP
Pathogen survival Time and temperature controls for smoking fish Processing step HACCP
Contamination with
pathogens
Washing hands before touching product Employee Practice SCP
Contamination with
pathogens
Limiting employee movement between raw and
cooked areas
Employee Practice SCP
Histamine Time and temperature controls for fish Product specific HACCP
Contamination with
pathogens
Cleaning and sanitizing food contact surfaces Plant environment
SCP
Chemical Contamination
Using only food grade grease
Plant environment SCP
59. 59
Each licensed facility describes its
SCPs in a Sanitation Standard
Operating Procedures [SSOP]
document
60. THE DEPARTMENT OF MARINE RESOURCES
Standard Sanitation
Operation Procedures
[SSOP]
61. Twelve (12) Areas of Concern
61
Safety of water
Condition and cleanliness of food contact surfaces
Prevention of cross contamination
Maintenance of hand washing, hand sanitizing and toilet facilities
Protection from adulterants
Labeling, storage and use of toxic compounds
Employee health
Exclusion of pests
Disposal procedures for waste materials and debris
Responsibilities of outside contractors
Condition and cleanliness of vehicles used to transport product
Condition and cleanliness of raw material (packaging) storage areas.
62. SSOP Document
For each area of concern, a goal is stated. This field explains what
the procedures are expected to achieve.
The method describes the means in which a stated goal is met,
while the responsibility identifies who is responsible for executing
the procedures as well as the frequency in which they are to be
carried out
All records generated by the application of the SSOP should be
kept for at least two years
62
63. SSOP Document
Monitoring involves having a second party confirm that the task is being
completed as described in the SSOP. The monitor should record their
observations as they are observed.
Corrective Actions are pre-determined actions made when monitoring or
verification activities indicate that a stated goal is not being met.
Verification activities are all those that a company uses to prove that the
stated goal is being met. This field should also include who is responsible
for carrying out these activities and how often they are to be executed
63
64. Safety of Water
To ensure the safety of water used in processing
or manufacturing of ice
Key concerns:
Source and treatment of water that comes into contact with food or
food contact surfaces
Water used in the manufacture of ice
Cross connections between potable and non-potable water supplies
64
65. Safety of Water: Possible Controls
Have potable and non-potable outlets clearly
marked
Testing water quality regularly
65
66. Condition and Cleanliness of Food Contact Surfaces
To ensure the condition and cleanliness of food
contact surfaces, food process areas and
equipment.
Key concerns:
Design, workmanship, maintenance, and materials used for food
contact surfaces
Routine scheduled cleaning and sanitizing of food contact surfaces
including gloves and outer garments
66
67. Condition and Cleanliness of Food Contact Surfaces: Possible
Controls
67
Clean food contact surfaces with an approved
cleaning and sanitizing agent
71. 71
2-22.
Cleaning aids which retain water, such as sponges,
wiping cloths and mops should not be used for routine
cleaning in processing plants.
72. Prevention of Cross Contamination
To prevent cross-contamination from insanitary objects to
food, food-packing materials and other food contact
surfaces including utensils, gloves & outer garments and
raw product to cooked product or ready to eat products
Key concerns:
Employee hygiene practices
Employee food handling practices
Plant design and layout
72
73. Prevention of Cross Contamination: Possible Controls
Physical separation of raw and ready to-eat
products
Employing color coded utensils for different
food products or for use in different areas
Providing adequate employee training
73
74. Maintenance of Hand Washing, Hand Sanitizing and Toilet Facilities
To support a necessary hand washing program to
prevent the spread of filth and potential
pathogenic organisms about the processing area
or to foods
Key concerns:
Maintenance and location of hand washing, hand sanitizing, and toilet
facilities
Maintenance of adequate sewage disposal system
74
75. Maintenance of Hand Washing, Hand Sanitizing and Toilet Facilities:
Possible Control Procedures
Regular checking and restocking of facilities by
staff
75
76. Protection from Adulterants
To ensure that the food, food packaging material
and food contact surfaces are protected from
microbiological, chemical and physical
contaminants such as lubricants, fuel, pesticides,
cleaning compounds, sanitizing agents,
condensate and floor splash
Key concerns:
Protection of food, food contact surfaces, and food packaging material
from contaminants.
76
77. Protection from Adulterants: Possible Control Procedures
Ensuring that condensate does not
accidentally drip onto foods
77
78. Labeling, Storage and Use of Toxic Compounds
To ensure that the labelling, storage and use of toxic
compounds are adequate to protect food from
contamination
Key concerns:
Labeling, proper storage and use of toxic compounds are adequate to protect food from
contamination.
Containers show the name of the chemical compounds or solutions.
Containers show the instruction for the proper use of the contents.
Access to storage areas is limited.
Food grade and non-food grade chemicals are segregated.
Toxic compounds are kept away from food equipment, utensils and other food contact items.
78
79. Labeling, Storage and Use of Toxic Compounds: Possible Control
Procedures
Discarding improperly labelled containers
Restricting access to storage areas
79
80. Employee Health
The primary goal of monitoring employee health is to
control conditions that could result in the microbiological
contamination of food, food packaging materials, and food
contact surfaces
Key concerns:
The controls necessary to ensure that employee health conditions do not cause food contamination
The management of persons who are diagnosed with or have symptoms of an illness, wound or other
affliction that could be a source of microbial contamination.
Be aware of conditions that that might cause contamination
80
81. Employee Health: Possible Controls
Relocate sick employees to other areas until
their illness has passed
Ensure that staff are properly trained in safe
food handling
81
82. Exclusion of Pests
To ensure that pests are excluded from the plant
to the extent possible and to ensure that
procedures to prevent infestation are followed.
Key concerns:
Foodborne illnesses that may be passed on by pests are numerous.
Pests must not be present in the food processing facility.
Flies and cockroaches may transmit salmonella, staphylococcus, etc.
Rodents are sources of salmonella and parasites.
Birds are hosts for a variety of pathogens such as salmonella and listeria.
Shelters and attractants need to be eliminated.
82
83. Exclusion of Pests: Possible Controls
Installing air curtains
Hanging fly paper
Contracting a commercial exterminator
83
84. 84
Disposal Procedures for Waste Materials and Debris
To implement proper disposal procedures for
waste materials and debris
Key Concerns:
Suitable provisions must be made for the removal and storage of waste
Waste must not be allowed to accumulate in food handling, food storage and
other working areas and the adjoining environment
Waste storage areas must be kept appropriately clean
That waste of any kind must not come into contact with food.
How and how often it is disposed of.
85. Disposal Procedures for Waste Materials and Debris: Possible
Controls
Discard waste daily
Keep garbage receptacles covered
85
86. Responsibilities of Outside Contractors
To ensure that the responsibilities of outside
contractors are documented and detailed
Key Concerns:
Are there persons or companies outside of the processing plant or freezer vessel
who have been hired to perform any of the activities related to the sanitation
program?
How and by whom, the outside contractors are monitored
How the performance of the contractor is monitored
86
87. Responsibilities of Outside Contractors: Possible Controls
Keep records of the contract and all reciepts
following service by the outside contractor
Inspect after work has been completed
87
88. Condition and Cleanliness of Vehicles Used to Transport Product
To ensure that the condition and cleanliness of
vehicles used to transport product.
Key Concerns:
Food must be adequately protected from contaminants (including dust and fumes) during
transport.
The type of containers required depends on the nature and the conditions under which it has
to be transported.
Containers should not contaminate the food.
Containers should be easily and effectively cleaned.
Frozen product should not be allowed to thaw during transport.
Vehicles should be inspected by the processor prior to loading to ensure that they are free
from contamination and suitable for the transportation of food.
There should be a program in place to demonstrate the adequacy of cleaning and sanitizing.
88
89. Condition and Cleanliness of Vehicles Used to Transport Product:
Possible Controls
Sanitize vehicles before and after transporting
product
89
90. Condition and Cleanliness of Raw Material (Packaging) and Storage
Areas
To ensure the condition and cleanliness of raw
material (packaging) storage areas
Key concerns:
protected from various microbiological, chemical and physical contaminants,
such as lubricants, fuel, pesticides, cleaning compounds and sanitizing agents.
90
91. Condition and Cleanliness of Raw Material (Packaging) Storage
Areas: Possible Controls
Rotate raw material on a first in first out basis
Clean and sanitize storage area periodically
Store materials on shelves at least 6in. off the
floor and 6in. away from the ceiling
Wrap packaging in plastic
91
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Editor's Notes
Sanitation is necessary in order to avoid illness or physical injury that could be caused by food safety hazards
I will give a more in-depth explanation of hazards shortly, but whether they are associated with the environment in which food is prepared, the way in which food is prepared or the food handler themselves, sanitation controls help keep food safe
Keeping food safe has obvious implications for public health, but even more so to the following populations:
Compromised immune system: recent organ transplant, cancer patients, etc.
They are more susceptible to contracting foodborne illnesses and also more likely suffer from additional health complications as a result of the illness than someone with a more robust immune system
5 Main Ways to Keep Food Sanitary, they involve:
Foodborne illness often results when TCS foods are left at a temperature that is ideal for the growth of pathogens for too long.
Ask for examples of TCS and RTE Foods. Foods that are both TCS and RTE: conch salad, coleslaw, potato salad,
The most common way in which cross-contamination occurs is when pathogenic bacteria or viruses are transferred to ready-to-eat foods
Ask for examples of Food Contact Surfaces:
utensils, knives, tables, cutting boards, conveyor belts, ice makers, ice storage bins, gloves, aprons
NOT the floor, NOT the wall
10AM
As promised, I will explain Types of Hazards more. There are 3 kinds.
Some consider biotoxins as a chemical hazard while some consider it as a biological contaminant. HACCP considers biotoxins to be chemical hazards.
Fish bones could also be considered as a physical hazard because they can cause physical injury. Imagine if you went to the Fry and ordered conch fritters, and your mouth got cut because a piece of the fin was cooked in with the fritters. The fin (operculum) is considered a physical hazard even though it is a part of the conch, it is not normally consumed, especially in that dish
RE the environment:
The advantage in choosing smooth materials is that they are easier to clean and they have no grooves in which bacteria can shelter and grow.
The advantage in choosing a durable material is that they won’t break apart and produce physical hazards, or become worn and once again create grooves which are harder to clean and can shelter pathogens.
Normally stay away from wooden cutting boards because knife grooves are easily formed over long-time use, but this one came equipped
Avoid cleaning aids which hold absorb longer because they take longer to dry and so support microbial growth very well, especially well in a warm environment like your kitchen. They are also hard to clean
Normally stay away from wooden cutting boards because knife grooves are easily formed over long-time use, but this one came equipped
RE preparation methods
Separation of raw and cooked/RTE foods
Never store raw meat above ready to eat food or food contact surfaces
Also address cross contamination by excluding pests from your area.
Directly spread disease because they are carriers
Damaging food, supplies and FPA and encouraging contamination
by destroying fruit skin, esp. fruit flies leaving it more vulnerable to microbial contamination
allowing exposure, possible contamination by dust, etc.
Economic damage because you must replace supplies, equipment
Don’t make them comfortable. Deny pests sources food, water and shelter by:
Keeping garbage receptacles covered and taking out garbage regularly
Store food properly and clean up food spills or messes quickly to eliminate reliable sources of food or water
Prevent access to home/office/building by:
Using and maintaining screens and vents, checking and repairing cracks in walls, windows, etc. will eliminate opportunities for pests to access to shelter or food handling areas e.g. kitchens or cafeterias.
Using traps, repellants, or baits also helps prevent access to home or office.
Check packages incoming deliveries to ensure that you are not bringing pests into the home or office. Refuse shipments if pests or other signs (e.g. legs, wings) of pests are present
If all else fails, It may become necessary to hire a commercial pest control operator. Infestations are notoriously hard to judge because once even minimal signs of pest activity appear, the population has been well established.
Some businesses contract with pest control operators to proactively keep pests out. E.g. FSTL on Gladstone Road is regularly visited by Tropical Exterminators
10:30
Questions? Short 3 minute break
10:33
Now that we’ve discussed how to wash hands …tell me when you should wash your hands
How do long, ragged or false nails present a hazard?
Hard to keep clean and may hold pathogens,
may rip gloves, exposing bare hands,
may rip gloves and cause physical contaminants (torn glove bits),
may chip and present a physical contaminant.
Why should nail polish not be worn?
May chip and fragments may end up in food
Obscures dirt
Because it will cause cross contamination
Handling RTE foods with bare hands is only acceptable when the food will be added to a dish that will be cooked to eliminate pathogens
Remove aprons so as not to expose them to contamination,
Don’t wipe hands because aprons because they are presumably soiled and aprons are a food contact surface
Now we will move on to Cleaning and Sanitizing
11:00 AM
Cleaning doesn’t necessarily ‘disinfected’, but rather that surface dirt/grease has been removed
Disinfected doesn’t necessarily imply ‘clean’ or that surface dirt has been removed. As a point of interest, some literature distinguishes disinfecting from sanitizing as the killing of microbes, those microbes are not necessarily of public health concern.
Sanitizing works by either cleaning or disinfecting to lower the amount of pathogens on a surface or an object. By definition, pathogens are of public health concern. E.g. E. coli as a pathogen as opposed to Sacromyces cervisea which doesn’t cause infection (used to ferment beer).
The most relevant way for me to explain cleaning vs. sanitizing is using conch. Conch slime is naturally found on fresh conch meat, but washing it away is extremely important since the slime typically carries a pathogenic organism.
There’s a prize for anyone who can tell me the name of the organism found in conch slime.
Both contain compounds called surface active agents or surfactants
When a detergent or soap is added to water, the interaction between the water molecules is weakened. There isn't as much surface tension which helps soaps and detergents form a link with and attach to dirt and grease, break it up and let water wash it away.
Soap and detergent molecules are polar meaning that they are positively charged at one end and negatively charged at the other end.
Most cleaning products today are detergents. One of the biggest reasons for this is the way soap reacts with water. While detergents are free-rinsing (meaning they don’t leave a residue), soap needs a clear water wash after application or it will leave a film.
Hard water is the enemy of soap. In hard water conditions, soaps form scum.
Soap scum affects more than just cleanliness; it can deteriorate fabrics and eventually ruin clothing or other surfaces. Conversely, detergents can work in any level of water hardness since they react less to the many minerals in hard water.
Finally, soaps need warm water to work at all. Detergents, on the other hand, can be built to perform well in any water temperature. This versatility enables detergents to be used in everything from shampoo to laundry liquid to hand cleansers and stain removers.
Most cleaning products today are detergents. One of the biggest reasons for this is the way soap reacts with water. While detergents are free-rinsing (meaning they don’t leave a residue), soap needs a clear water wash after application or it will leave a film.
Hard water is the enemy of soap. In hard water conditions, soaps form scum instead of producing a lather.
Soap scum affects more than just cleanliness; it can deteriorate fabrics and eventually ruin clothing or other surfaces. Conversely, detergents can work in any level of water hardness since they react less to the many minerals in hard water.
Finally, soaps need warm water to work at all. Detergents, on the other hand, can be built to perform well in any water temperature. This versatility enables detergents to be used in everything from shampoo to laundry liquid to hand cleansers and stain removers.
Most cleaning products today are detergents. One of the biggest reasons for this is the way soap reacts with water. While detergents are free-rinsing (meaning they don’t leave a residue), soap needs a clear water wash after application or it will leave a film.
Hard water is the enemy of soap. In hard water conditions, soaps form scum.
Soap scum affects more than just cleanliness; it can deteriorate fabrics and eventually ruin clothing or other surfaces. Conversely, detergents can work in any level of water hardness since they react less to the many minerals in hard water.
Finally, soaps need warm water to work at all. Detergents, on the other hand, can be built to perform well in any water temperature. This versatility enables detergents to be used in everything from shampoo to laundry liquid to hand cleansers and stain removers.
However, the easiest of these parameters to control would be time and temperature
If you remember, moisture is a big reason why sponges shouldn’t be used in your kitchen
11:30 AM
Keep food safe by holding food outside of the range and/or by controlling the amount of time the food spends in this range: ideally, food should be refrigerated within TWO hours. Keep hot foods hot (over 140°F) and cold foods cold (40°F or under)
LET FOOD COOL before refrigerating: When freshly prepared soup is immediately placed in the fridge, it will cool quickly and unevenly. The pot of soup functions almost as a frozen pond; where the top or outermost layers of soup cools quickest and insulates the soup in the middle of the pot. The soup in the middle of the pot therefore ends up spending a longer time in the temperature danger zone in which pathogens can grow and go on to cause illness.
Fried Rice Syndrome: Leftover fried rice is a primary culprit, but other starchy dishes can be affected as well.
After the rice is boiled, it is often left at room temperature for more than two hours to cool before frying it with other ingredients. Cooling the rice ensures that the finished fried rice won't get clumpy or become soggy after stir frying,
however, it is often not reheated enough during this process to get rid of the toxins the bacteria have already produced.
12PM FINALLY, controlling cross contamination, time and temperature, practicing personal hygiene, and cleaning and sanitizing would all be for naught if we were working with poor quality product in the first place. Let’s discuss…
What other considerations can you think of when deciding to buy from a roadside vendor, in particular?
Is the fish/seafood stored in coolers? Is ice available? Crabs and lobsters in particular, spoil quickly after death and must be immediately placed on ice
Are they exposed to the environment? Absence of shelter means meat is open to flies, dust, etc.
Is the vendor located near open sources of contamination e.g. standing water, open garbage receptacles or unchecked vegetation?
Are vendors wearing gloves and masks? Are they changing between tasks?
Do they eat or drink while serving or preparing food?
What kinds of utensils are they using to handle or serve food?
Fresh fish should have clear and shiny eyes, with firm flesh and bright red gills, with no odor
Leg movement should be evident when buying crabs or lobsters
Fresh conch meat is white to off white with tinges of pink or orange.
Frost, ice crystals indicate the packaged has been in storage for a long time, or may mean the package was thawed and refrozen
By law, processing plants and factory vessels must keep records on hand for a minimum of two years
10:15AM
10-15 minute group guessing activity
10 minutes to regroup
10:30 AM
Goal: This field explains what the procedure is expected to achieve
Monitoring: Produces a sanitation record of some sort.
Corrective actions:
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Discuss corrective actions
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Discuss examples you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.
Why is it important to address this in the SSOP?
What controls can be applied to manage this area of concern? Include limits set by regulatory bodies where available. Describe an example you've seen in the field.