Recording forms are essential to demonstrate control of food safety hazards within a business. The forms provided in Safe Catering can be used to record monitoring checks of deliveries, temperatures, cooking/cooling, hygiene inspections, training and more. Using the forms helps businesses meet food safety requirements and shows procedures are working effectively.
This document discusses the importance of in-process control for food quality and safety. It defines critical control points as steps in the manufacturing process where small differences can cause health hazards, illegality or cost issues. Specific measurements taken at critical control points include product weight, temperature, size, ingredient usage, yields and waste. Recording data during operations and reviewing it with management allows identification of problems and prevents reoccurrence.
UOFP- Unit operation in Food ProcessingMohit Jindal
This document provides an overview of unit operations in food processing. It begins with an introduction to the topic and then provides detailed contents that will be covered, including preliminary unit operations like cleaning and sorting, size reduction, mixing, and separation processes. It also lists relevant practical experiments and recommended textbooks. The document then discusses important physical properties of foods relevant to processing, including rheological, mechanical, thermal, electrical, and optical properties. It explains how size, shape, color, density, and bulk density impact processing and quality parameters.
This document outlines good practices for food safety management. It discusses that foodborne diseases are a major public health problem, killing over 2 million people annually. It also introduces codes of good practice that establish principles for safe food production, and Good Manufacturing Practices (GMP) programs that demonstrate a framework for managing food safety. Effective GMP requires management commitment to implement food safety standards through training, audits, and resource allocation. Overall, the document provides an introduction to establishing food safety management systems based on international food safety guidelines.
Food extrusion is a form of extrusion used in food processing. It is a process by which a set of mixed ingredients are forced through an opening in a perforated plate or die with a design specific to the food, and is then cut to a specified size by blades.
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.
Current Good Manufacturing Practices in Food IndustryPECB
Good manufacturing practice (GMP) is a system for ensuring that products are consistently produced and controlled according to the quality standards. There are many risks: unexpected contamination of products, causing damage to health or even death; incorrect labels on container, etc. This webinar will guide you through all of the requirements, steps you need to take going from concepts to implementation of appropriate measures.
Main points covered:
• Current good manufacturing practice (CGMP) requirements
• A Quality Management System for medical devices Required By FDA (Food & Drug Association) USA
• From Concepts to implementation
Presenter:
This webinar was presented by PECB Certified Trainer, who is also a senior consultant, trainer and coach in Occupational Health and Safety, Mr. Raza Shah.
Link of the recorded session published on YouTube: https://youtu.be/9ZTtnAQn3HQ
proper food handling, food safety, and sanitation practicesMichicko Janairo
This document outlines proper food handling, safety, and sanitation practices. It discusses the importance of handwashing, including when and how to wash hands properly. It also covers hygiene practices for food employees, such as maintaining clean outer garments and hair restraints. The document specifies that bare hands should not contact ready-to-eat foods. It provides temperature guidelines for food storage and holding. It also discusses food and utensil storage and handling, including using thermometers to check temperatures and preventing cross-contamination. Proper cleaning, warewashing, and storage of wiping cloths and personal belongings is also addressed.
This document discusses the importance of in-process control for food quality and safety. It defines critical control points as steps in the manufacturing process where small differences can cause health hazards, illegality or cost issues. Specific measurements taken at critical control points include product weight, temperature, size, ingredient usage, yields and waste. Recording data during operations and reviewing it with management allows identification of problems and prevents reoccurrence.
UOFP- Unit operation in Food ProcessingMohit Jindal
This document provides an overview of unit operations in food processing. It begins with an introduction to the topic and then provides detailed contents that will be covered, including preliminary unit operations like cleaning and sorting, size reduction, mixing, and separation processes. It also lists relevant practical experiments and recommended textbooks. The document then discusses important physical properties of foods relevant to processing, including rheological, mechanical, thermal, electrical, and optical properties. It explains how size, shape, color, density, and bulk density impact processing and quality parameters.
This document outlines good practices for food safety management. It discusses that foodborne diseases are a major public health problem, killing over 2 million people annually. It also introduces codes of good practice that establish principles for safe food production, and Good Manufacturing Practices (GMP) programs that demonstrate a framework for managing food safety. Effective GMP requires management commitment to implement food safety standards through training, audits, and resource allocation. Overall, the document provides an introduction to establishing food safety management systems based on international food safety guidelines.
Food extrusion is a form of extrusion used in food processing. It is a process by which a set of mixed ingredients are forced through an opening in a perforated plate or die with a design specific to the food, and is then cut to a specified size by blades.
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.
Current Good Manufacturing Practices in Food IndustryPECB
Good manufacturing practice (GMP) is a system for ensuring that products are consistently produced and controlled according to the quality standards. There are many risks: unexpected contamination of products, causing damage to health or even death; incorrect labels on container, etc. This webinar will guide you through all of the requirements, steps you need to take going from concepts to implementation of appropriate measures.
Main points covered:
• Current good manufacturing practice (CGMP) requirements
• A Quality Management System for medical devices Required By FDA (Food & Drug Association) USA
• From Concepts to implementation
Presenter:
This webinar was presented by PECB Certified Trainer, who is also a senior consultant, trainer and coach in Occupational Health and Safety, Mr. Raza Shah.
Link of the recorded session published on YouTube: https://youtu.be/9ZTtnAQn3HQ
proper food handling, food safety, and sanitation practicesMichicko Janairo
This document outlines proper food handling, safety, and sanitation practices. It discusses the importance of handwashing, including when and how to wash hands properly. It also covers hygiene practices for food employees, such as maintaining clean outer garments and hair restraints. The document specifies that bare hands should not contact ready-to-eat foods. It provides temperature guidelines for food storage and holding. It also discusses food and utensil storage and handling, including using thermometers to check temperatures and preventing cross-contamination. Proper cleaning, warewashing, and storage of wiping cloths and personal belongings is also addressed.
The document discusses Good Manufacturing Practices (GMPs) and Hazard Analysis Critical Control Point (HACCP). It explains that GMPs and HACCP are important food safety systems used in the food industry. HACCP involves identifying potential hazards at critical control points in the manufacturing process and establishing procedures to monitor and control these hazards. The document provides details on the seven principles of HACCP and outlines critical control points in glass manufacturing as an example. It emphasizes that following GMPs and having standard operating procedures are important foundations for an effective HACCP program.
The document discusses extrusion technology for food processing. Extrusion involves using heat, pressure, and shear forces from a screw inside a heated barrel to cook and form food. It allows for minimum heat processing while retaining nutrients. Extruders can continuously produce a variety of snacks and cereals. A single screw extruder uses one screw, while a twin screw extruder uses counter-rotating screws for better mixing. Extrusion cooking gelatinizes starches and expands products like snacks. Extruders provide benefits like low costs, energy efficiency, and adaptability for new products. Textural and biochemical properties of extruded products are tested.
The document discusses various ISO standards related to food safety and quality management. It provides an overview of ISO 22000, which specifies requirements for a food safety management system. Key points include:
- ISO 22000 aims to help organizations control food safety hazards and ensure food is safe for consumption. It can be applied by any organization in the food chain.
- The standard addresses elements like communication, management systems, prerequisite programs, HACCP principles, and alignment with ISO 9001.
- Other related standards include ISO 22001, ISO/TS 22002, ISO TS 22003, and ISO 22005 which cover topics like guidelines, prerequisite programs, certification bodies, and traceability in the food supply chain.
This document discusses cleaning and sanitation procedures for food processing plants and machinery. It defines key terms like cleaning, disinfection, sanitization, and sterilization. It explains that cleaning removes visible dirt while sanitization reduces microbes to safe levels. Various factors that influence effective cleaning and sanitation programs are outlined. Food contact surfaces that require washing, rinsing, and sanitizing are identified. Recommended cleaning materials and procedures for different surfaces are provided. The importance of routine cleaning and sanitation to food safety is highlighted.
Food Safety for Food Packaging ProductionKelly Mott
HACCP, SQF, and cGMPs are food safety standards and certifications for food packaging production. HACCP is a food safety plan that identifies and controls risks at critical points to prevent foodborne hazards. SQF certification assures customers that a facility's food safety management system meets standards. cGMPs outline requirements for facilities, equipment, materials, processes, documentation, and personnel to ensure food is manufactured safely. Following these standards is important for food safety and required by customers.
ISO is an international standard-setting body established in 1947 that has published over 18,000 standards. ISO 22000 specifies requirements for a food safety management system that can be applied throughout the food supply chain. It aims to ensure safe food and facilitate international trade. Key aspects of ISO 22000 include identifying food safety hazards, establishing prerequisite programs and implementing a HACCP plan. There are also supporting standards for specific industries like manufacturing and catering that provide additional requirements. Certification to ISO 22000 allows companies to demonstrate their food safety system to customers and authorities.
Freeze drying, also known as lyophilization, is a process used to preserve food by removing water from it after freezing. It works by freezing the food, lowering pressure, and slightly increasing temperature to allow the frozen water in the food to sublimate directly from solid to gas. This preserves the food's structure, biological and chemical properties better than conventional drying. Freeze drying is a multi-stage process involving freezing, sublimation drying, and desorption drying. It results in food that can be stored for long periods without spoiling and rehydrates easily. While it maintains high nutrient and sensory qualities, freeze drying is an energy-intensive process with high initial equipment costs.
Workers can contaminate food through poor hygiene practices like working while sick, not washing hands properly, or touching hair and then food without a barrier. Proper handwashing technique and frequency is essential to prevent contamination. Workers should wash hands after using the bathroom, coughing/sneezing, eating/drinking, switching tasks, and other situations. Fingernails, cuts, wounds and sores can harbor bacteria and require policies like wearing gloves. Food workers exhibiting vomiting, diarrhea or jaundice must be excluded and those with sore throat and fever may be restricted to non-food handling tasks.
The document discusses standards and packaging and labelling requirements for beverages under India's Food Safety and Standards Authority (FSSAI). It notes that FSSAI classifies beverages into categories including fruits/vegetables based beverages and others. It outlines the various food additives permitted for beverages and packaging requirements. Labelling must include the product name, ingredients, nutrition information, manufacturer details, and other items. Regulations also cover packaging and labelling of drinking water. Draft regulations have been prepared for caffeinated beverages specifying caffeine limits and labelling.
Information useful for hospitality students. details of quality control & standardization of work in food production areas of the hospitality industry.
this presentation speaks about the extrusion technology and incorporation of fruits and vegetable for enhancing the nutritional of the extruded food product.
The document summarizes the Philippine food safety system and issues. It is led by two main agencies, the Bureau of Food and Drug Administration (BFAD) under the Department of Health for processed foods, and the Department of Agriculture for animal health, plant health, slaughterhouses, grains, and milk. Ensuring food safety is a shared responsibility across the entire food chain from farm to plate. Some key food safety issues in the Philippines include pesticides, heavy metals, aflatoxins, histamines, allergens, red tide, and microbial contamination.
This document outlines the steps for developing and implementing a Hazard Analysis Critical Control Point (HACCP) plan. It discusses the 14 stages of HACCP, which include defining terms of reference, assembling a HACCP team, drawing a process flow diagram, hazard analysis, identifying critical control points, establishing critical limits and monitoring procedures, and verifying and documenting the HACCP plan. It also covers pre-requisite programs that must be in place before implementing HACCP, such as supplier management, pest control, hygiene training, and cleaning procedures. An example risk assessment matrix is provided to help determine which identified hazards require control based on their likelihood and consequences.
Shelf life simulation for moisture, oxygen and light sensitive food productsDhruv Patel
This document discusses various techniques for shelf-life simulation of moisture, oxygen, and light sensitive food products, including active packaging techniques like oxygen scavengers, CO2 scavengers, moisture absorbers, and edible coatings. It also discusses intelligent packaging techniques like time-temperature indicators and biosensors that can monitor food quality and provide information on storage conditions. Maintaining the proper moisture, oxygen, light, and temperature levels during storage is important for preserving foods and extending their shelf lives. Active and intelligent packaging technologies help control these factors and alert consumers to potential quality issues.
The document discusses strategies for improving the hygienic design of dairy equipment to reduce the environmental impact and costs of cleaning. It advocates designing equipment to be fully cleanable in place using automated systems which can recirculate cleaning chemicals and reuse water, reducing water and chemical usage by 50% or more. Specifically, it recommends applying zoning principles to separate product contact surfaces from areas designed for effective cleaning, and ensuring all surfaces can be fully washed without dead spaces or gaps where soils can accumulate. Open equipment could be redesigned with movable shells to contain soils during cleaning. These eco-hygienic design approaches aim to minimize fouling and waste while enhancing food safety.
The document discusses various packaging and food processing equipment, including their working principles, advantages, and disadvantages. It covers vacuum packaging machines, form fill and seal machines, cup fillers, and automatic water bottling machines. The key points are:
- Vacuum packaging machines remove air from packages to extend food freshness and reduce spoilage. Form fill and seal machines vertically or horizontally form tubes from plastic film, fill them with products, and seal the packages.
- Cup fillers use measuring cups to volumetrically fill free-flowing products like nuts or grains. Automatic water bottling machines integrate bottle rinsing, filling, and capping into one machine to automate the water bottling process.
In the last hundred years, the steadily increase in world population has contributed in the growth of global food
production. Food is one of the most consumed goods worldwide, thus waste produced from it is of large quantities.
This significant increase of food waste generation has become a global issue.
There are four methods of dishwashing: manual, semi-automatic, automatic conveyor, and flight conveyor. The manual method involves washing dishes by hand in hot water, rinsing them in a second tank of clean hot water to sterilize them, then draining and stacking them to dry. The semi-automatic and automatic conveyor methods use machines to wash, rinse, and sterilize dishes loaded onto wire racks or baskets on a conveyor belt. The flight conveyor method loads soiled dishes onto pegs on a conveyor belt to automatically transport them through a dish washing machine.
The Hazard Analysis Critical Control Point (HACCP) system was developed to ensure food safety for astronauts and prevent foodborne illness. It is a structured approach used to identify and control food safety hazards during all stages of food production from farm to table. The HACCP system involves identifying critical control points during food handling and processing, establishing standards to control risks, monitoring procedures, and corrective actions to ensure food is safe for consumption.
The special measures that need to be considered in the
storage and distribution of product, such that the
products will be of the nature and quality intended
when it reaches the consumer
The document discusses Good Manufacturing Practices (GMPs) and Hazard Analysis Critical Control Point (HACCP). It explains that GMPs and HACCP are important food safety systems used in the food industry. HACCP involves identifying potential hazards at critical control points in the manufacturing process and establishing procedures to monitor and control these hazards. The document provides details on the seven principles of HACCP and outlines critical control points in glass manufacturing as an example. It emphasizes that following GMPs and having standard operating procedures are important foundations for an effective HACCP program.
The document discusses extrusion technology for food processing. Extrusion involves using heat, pressure, and shear forces from a screw inside a heated barrel to cook and form food. It allows for minimum heat processing while retaining nutrients. Extruders can continuously produce a variety of snacks and cereals. A single screw extruder uses one screw, while a twin screw extruder uses counter-rotating screws for better mixing. Extrusion cooking gelatinizes starches and expands products like snacks. Extruders provide benefits like low costs, energy efficiency, and adaptability for new products. Textural and biochemical properties of extruded products are tested.
The document discusses various ISO standards related to food safety and quality management. It provides an overview of ISO 22000, which specifies requirements for a food safety management system. Key points include:
- ISO 22000 aims to help organizations control food safety hazards and ensure food is safe for consumption. It can be applied by any organization in the food chain.
- The standard addresses elements like communication, management systems, prerequisite programs, HACCP principles, and alignment with ISO 9001.
- Other related standards include ISO 22001, ISO/TS 22002, ISO TS 22003, and ISO 22005 which cover topics like guidelines, prerequisite programs, certification bodies, and traceability in the food supply chain.
This document discusses cleaning and sanitation procedures for food processing plants and machinery. It defines key terms like cleaning, disinfection, sanitization, and sterilization. It explains that cleaning removes visible dirt while sanitization reduces microbes to safe levels. Various factors that influence effective cleaning and sanitation programs are outlined. Food contact surfaces that require washing, rinsing, and sanitizing are identified. Recommended cleaning materials and procedures for different surfaces are provided. The importance of routine cleaning and sanitation to food safety is highlighted.
Food Safety for Food Packaging ProductionKelly Mott
HACCP, SQF, and cGMPs are food safety standards and certifications for food packaging production. HACCP is a food safety plan that identifies and controls risks at critical points to prevent foodborne hazards. SQF certification assures customers that a facility's food safety management system meets standards. cGMPs outline requirements for facilities, equipment, materials, processes, documentation, and personnel to ensure food is manufactured safely. Following these standards is important for food safety and required by customers.
ISO is an international standard-setting body established in 1947 that has published over 18,000 standards. ISO 22000 specifies requirements for a food safety management system that can be applied throughout the food supply chain. It aims to ensure safe food and facilitate international trade. Key aspects of ISO 22000 include identifying food safety hazards, establishing prerequisite programs and implementing a HACCP plan. There are also supporting standards for specific industries like manufacturing and catering that provide additional requirements. Certification to ISO 22000 allows companies to demonstrate their food safety system to customers and authorities.
Freeze drying, also known as lyophilization, is a process used to preserve food by removing water from it after freezing. It works by freezing the food, lowering pressure, and slightly increasing temperature to allow the frozen water in the food to sublimate directly from solid to gas. This preserves the food's structure, biological and chemical properties better than conventional drying. Freeze drying is a multi-stage process involving freezing, sublimation drying, and desorption drying. It results in food that can be stored for long periods without spoiling and rehydrates easily. While it maintains high nutrient and sensory qualities, freeze drying is an energy-intensive process with high initial equipment costs.
Workers can contaminate food through poor hygiene practices like working while sick, not washing hands properly, or touching hair and then food without a barrier. Proper handwashing technique and frequency is essential to prevent contamination. Workers should wash hands after using the bathroom, coughing/sneezing, eating/drinking, switching tasks, and other situations. Fingernails, cuts, wounds and sores can harbor bacteria and require policies like wearing gloves. Food workers exhibiting vomiting, diarrhea or jaundice must be excluded and those with sore throat and fever may be restricted to non-food handling tasks.
The document discusses standards and packaging and labelling requirements for beverages under India's Food Safety and Standards Authority (FSSAI). It notes that FSSAI classifies beverages into categories including fruits/vegetables based beverages and others. It outlines the various food additives permitted for beverages and packaging requirements. Labelling must include the product name, ingredients, nutrition information, manufacturer details, and other items. Regulations also cover packaging and labelling of drinking water. Draft regulations have been prepared for caffeinated beverages specifying caffeine limits and labelling.
Information useful for hospitality students. details of quality control & standardization of work in food production areas of the hospitality industry.
this presentation speaks about the extrusion technology and incorporation of fruits and vegetable for enhancing the nutritional of the extruded food product.
The document summarizes the Philippine food safety system and issues. It is led by two main agencies, the Bureau of Food and Drug Administration (BFAD) under the Department of Health for processed foods, and the Department of Agriculture for animal health, plant health, slaughterhouses, grains, and milk. Ensuring food safety is a shared responsibility across the entire food chain from farm to plate. Some key food safety issues in the Philippines include pesticides, heavy metals, aflatoxins, histamines, allergens, red tide, and microbial contamination.
This document outlines the steps for developing and implementing a Hazard Analysis Critical Control Point (HACCP) plan. It discusses the 14 stages of HACCP, which include defining terms of reference, assembling a HACCP team, drawing a process flow diagram, hazard analysis, identifying critical control points, establishing critical limits and monitoring procedures, and verifying and documenting the HACCP plan. It also covers pre-requisite programs that must be in place before implementing HACCP, such as supplier management, pest control, hygiene training, and cleaning procedures. An example risk assessment matrix is provided to help determine which identified hazards require control based on their likelihood and consequences.
Shelf life simulation for moisture, oxygen and light sensitive food productsDhruv Patel
This document discusses various techniques for shelf-life simulation of moisture, oxygen, and light sensitive food products, including active packaging techniques like oxygen scavengers, CO2 scavengers, moisture absorbers, and edible coatings. It also discusses intelligent packaging techniques like time-temperature indicators and biosensors that can monitor food quality and provide information on storage conditions. Maintaining the proper moisture, oxygen, light, and temperature levels during storage is important for preserving foods and extending their shelf lives. Active and intelligent packaging technologies help control these factors and alert consumers to potential quality issues.
The document discusses strategies for improving the hygienic design of dairy equipment to reduce the environmental impact and costs of cleaning. It advocates designing equipment to be fully cleanable in place using automated systems which can recirculate cleaning chemicals and reuse water, reducing water and chemical usage by 50% or more. Specifically, it recommends applying zoning principles to separate product contact surfaces from areas designed for effective cleaning, and ensuring all surfaces can be fully washed without dead spaces or gaps where soils can accumulate. Open equipment could be redesigned with movable shells to contain soils during cleaning. These eco-hygienic design approaches aim to minimize fouling and waste while enhancing food safety.
The document discusses various packaging and food processing equipment, including their working principles, advantages, and disadvantages. It covers vacuum packaging machines, form fill and seal machines, cup fillers, and automatic water bottling machines. The key points are:
- Vacuum packaging machines remove air from packages to extend food freshness and reduce spoilage. Form fill and seal machines vertically or horizontally form tubes from plastic film, fill them with products, and seal the packages.
- Cup fillers use measuring cups to volumetrically fill free-flowing products like nuts or grains. Automatic water bottling machines integrate bottle rinsing, filling, and capping into one machine to automate the water bottling process.
In the last hundred years, the steadily increase in world population has contributed in the growth of global food
production. Food is one of the most consumed goods worldwide, thus waste produced from it is of large quantities.
This significant increase of food waste generation has become a global issue.
There are four methods of dishwashing: manual, semi-automatic, automatic conveyor, and flight conveyor. The manual method involves washing dishes by hand in hot water, rinsing them in a second tank of clean hot water to sterilize them, then draining and stacking them to dry. The semi-automatic and automatic conveyor methods use machines to wash, rinse, and sterilize dishes loaded onto wire racks or baskets on a conveyor belt. The flight conveyor method loads soiled dishes onto pegs on a conveyor belt to automatically transport them through a dish washing machine.
The Hazard Analysis Critical Control Point (HACCP) system was developed to ensure food safety for astronauts and prevent foodborne illness. It is a structured approach used to identify and control food safety hazards during all stages of food production from farm to table. The HACCP system involves identifying critical control points during food handling and processing, establishing standards to control risks, monitoring procedures, and corrective actions to ensure food is safe for consumption.
The special measures that need to be considered in the
storage and distribution of product, such that the
products will be of the nature and quality intended
when it reaches the consumer
Food safety management system for fast food chain krunal solanki
The document outlines a food safety management system for a concept restaurant in Switzerland. It includes 7 steps for planning and designing the system, covering introduction to global food safety standards, assessment of prerequisites, management implementation, HACCP planning, training, auditing, and more. Procedures are defined for hygiene, training, facility design, pest control, and ensuring food safety in storage, preparation, service, and supplier selection. The goal is to create a comprehensive system that trains employees and monitors all aspects of food handling to prevent foodborne illness.
The document discusses Good Manufacturing Practices (GMP) for postharvest handling and minimal processing of fruits and vegetables. It outlines the key components of GMP, including control of the packinghouse, raw materials, operations, finished products, and traceability. Proper implementation of GMP helps ensure product quality and safety is maintained throughout postharvest handling and processing.
This document provides guidance on implementing a Hazard Analysis and Critical Control Points (HACCP) food safety system. It explains that food businesses are legally required to analyze food safety hazards and implement controls at each stage of food preparation and storage.
The document outlines a two-step process: 1) Establish good hygiene practices for facilities, equipment, employee training, etc. and 2) Implement a HACCP system to identify and control specific food safety hazards at each step of food preparation for different types of dishes. It provides templates to categorize dishes, create flow charts of preparation steps, identify hazards, and establish controls and monitoring procedures for each hazard. Following these steps will help the business comply with food safety regulations
This document provides guidance on implementing a Hazard Analysis and Critical Control Point (HACCP) food safety system. It explains the key steps to building a HACCP system, including establishing good hygiene practices, categorizing dishes, constructing flow charts, identifying hazards at each stage of food preparation and storage, determining controls and monitoring procedures. The document includes templates for recording the HACCP analysis and progress in implementing the system. Following the guidance will help food businesses comply with food safety regulations and ensure safe food is prepared and served.
This document provides an overview of implementing a food safety plan using Hazard Analysis and Critical Control Point (HACCP) principles. It discusses categorizing standard operating procedures, identifying food safety hazards at different stages of food production, establishing critical limits and monitoring procedures, and the importance of record keeping to ensure the food safety program is effective and can be reviewed and improved over time. The goal is to prevent foodborne illness through controlling food safety hazards during all aspects of food handling.
This training presentation covers Good Manufacturing Practices (GMPs) which form an important part of the Hazard Analysis and Critical Control Points (HACCP) food safety program. GMPs establish the basic operational conditions and procedures to provide a foundation for HACCP by controlling the environment food is produced in and employee practices. The presentation reviews key GMPs including employee training, personnel practices, cleaning and sanitation, facilities monitoring, receiving and storage, transport, allergen management, and complaints/recalls. It discusses the benefits of implementing GMPs for employees, the company, and consumers.
TIMES HAVE CHANGED, AND WE HAVE REINFORCED OURSELVES FOR THE CHANGE!
We aim to provide thoughtful service and the highest-quality gastronomic services in a safe environment. We are back for you with extra care. We are optimistic that with trust & support, we will overcome the crisis and once again move towards growth and sustainability for all, as we base our foundation on the fundamentals of food hygiene, safety & innovation.
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Keeping food safe is a complex process that starts on the farm and ends with the consumer. Audit evaluate the level of food safety management system of a food business in the pursuit of protecting public health.
The document provides a checklist for auditing Good Manufacturing Practices (GMP) at pharmaceutical manufacturing facilities. It covers over 20 sections including quality assurance, premises, personnel, validation, documentation, vendor qualification, change control, sampling, stability studies, drug recall, audits, quality control departments, and specific manufacturing areas. The checklist contains over 300 criteria to evaluate facilities and ensure compliance with GMP standards.
Hygienic and Sanitary Practices for Food General Manufacturingssuser14f92d
This document provides guidance on hygienic and sanitary practices for food manufacturing facilities. It covers topics such as location and layout of facilities, water supply, drainage, personnel facilities, cleaning and sanitation, pest control, and personal hygiene. The document emphasizes that food safety is critical and outlines best practices for facility design and maintenance, processing and storage of food, and worker health and behavior to prevent contamination and ensure food is safe for consumption. Adhering to the hygienic and sanitary practices in this document helps food businesses implement an effective food safety management system.
Principles of safety, hygiene and satination powerpointFlorecellB
This document provides guidance on food safety principles including hazard analysis and critical control points (HACCP). It discusses developing a food safety plan based on HACCP involving identifying hazards, preventive measures, monitoring procedures, corrective actions, record keeping, and reviews. Key aspects of a food safety plan covered include cleaning and sanitation, personal hygiene, pest control, waste disposal, staff training, and handling customer complaints. Foodborne illness can result from microbial contamination or improper temperature control during food processing.
The document provides a checklist for kitchen inspections that should be carried out at least weekly. It lists areas that must be inspected, including cleanliness, waste disposal, food hygiene, pest control, staff facilities, equipment safety, and protective clothing. Any issues identified during inspections must be reported, investigated, and corrective actions taken. Regular inspections and maintenance are necessary to ensure a safe and hygienic kitchen environment.
The document discusses food storage management. It covers topics like storage planning based on food type and storage time, proper storage locations and conditions, and factors involved in food arrangement and security. Temperature control is important for different food categories. Proper training is needed to avoid storage issues. First-in, first-out (FIFO) rotation is the preferred storage technique.
This document provides information on Hazard Analysis and Critical Control Point (HACCP), a food safety management system. It outlines the 7 principles of HACCP, which include identifying hazards, critical control points, critical limits, monitoring procedures, corrective actions, verification, and record keeping. The document also lists prerequisites that must be in place before implementing HACCP, such as personnel hygiene and training, cleaning and sanitation, maintenance, and pest control. Finally, it provides examples of sector-specific Irish Standards for good hygiene practice in catering, retail, and food processing.
This document discusses quality systems for airline catering. It explains that quality, hygiene, and safety are important considerations for flight catering. A quality assurance system is needed to supervise all stages of food production. Hazard Analysis Critical Control Point (HACCP) and Good Manufacturing Practice (GMP) systems are used to ensure food safety. Key aspects of quality control include proper handling of raw materials, temperature control during cooking and storage, cleaning procedures, and staff hygiene practices.
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.
3-4CBLM FOR COMMERCIAL COOKING NC III.docxBobieTinaya2
This document provides guidance on organizing bulk cooking operations. It discusses quantifying recipes and converting them for different yields. The key steps are determining the original and required yields to calculate a conversion factor, then multiplying all ingredients by this factor. Factors like equipment size, cooking times and temperatures may also need adjustment. Sample conversions between metric, U.S. and imperial systems are provided to demonstrate the process. Cautions include issues with small home recipes and adjusting spices/seasonings. Proper equipment selection and testing converted recipes is also advised.
The document discusses food safety controls and time/temperature monitoring. It explains that some foods can become hazardous if left in the temperature danger zone between 41-135°F for too long, as bacteria can grow rapidly. These are called Time/Temperature Control for Safety (TCS) foods. The document outlines the proper flow of food and three preparation processes. It also discusses monitoring temperatures of foods using various thermometers and calibrating them, as well as monitoring time through logs to ensure foods are reheated or cooled properly within required timeframes.
A Review on Recent Advances of Packaging in Food IndustryPriyankaKilaniya
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In the heart of Singapore’s bustling culinary scene, a visionary chef named Ang Chong Yi is quietly revolutionizing the way we think about food. His mission? To create delectable Ang Chong Yi Singapore — Plant-based meat: Next-gen food alternatives that not only tantalize our taste buds but also contribute to a more sustainable future.
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Let’s start with the segment. What will be your marketing and brand positioning? It depends on what menu items you serve. What type of cooking methods and equipment will you use? GUEST EXPERIENCE = FACILITY (Space) DESIGN + MENU + SERVPOINTS™
W.H. Bender & Associates
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W.H.Bender Quote 67 - Start with the MENU! The First Step in a Restaurant Sta...
Safe catering-recording-forms
1. 5_RECORDING FORMS
keep an accurate
check on food safety
procedures within
your business
5_RECORDING
FORMS
5_Recording Forms.indd 1 28/01/2013 19:59
2. SECTION 5_RECORDING FORMS / 1
Recording Forms
When using Safe Catering, it is essential that the outcomes of your checks / monitoring procedures are
recorded at a frequency that reflects the nature and size of your business. Similarly, when checks /
monitoring reveal that your procedures, have not been followed, you must also record what you have done
about it (corrective actions). Recording helps you to keep an accurate check on food safety procedures within
your business and enables you to demonstrate that you are controlling hazards in an effective manner.
What paperwork is needed?
Your monitoring checks may be recorded by using one or a combination of the following methods:
1. By using the Recording Forms provided in ‘Safe Catering’.
2. By using Recording Forms which have been drawn up or adapted by yourself, either in paper copy or
electronically.
Which of the Recording Forms provided in Safe Catering should be used?
The records provided in this manual, if correctly used, will help you to meet and support the requirements of
a Food Safety Management Plan based on the HACCP principles and demonstrate it is working effectively.
When following Safe Catering the following Monitoring Records are provided and can be used:
The record forms are available in coloured booklets, and are available to purchase from The Stationary
Office (TSO), telephone order line 0870 600 5522, or online from: tsoshop.co.uk. Copies of forms may also be
downloaded from www.food.gov.uk/northernireland/safetyhygieneni/safecateringni/
Monitoring Record Purpose
SC1 - Food Delivery Record
SC2 - Fridge/Cold room/Display Chill
Temperature Records
SC3 - Cooking/Cooling/Reheating Records
SC4 - Hot Hold/Display Records
SC5 - Hygiene Inspection Checklist
SC6 - Hygiene Training Records
SC7 - Fitness to Work Assessment Form
SC8 - All-in-one Record
SC9 - Customer Delivery Record
To record the monitoring of incoming deliveries
To record the monitoring of the chill, refrigerator,
cold display, units (and possibly the function of your
freezer/s)
To record cooking, cooling and reheating
temperatures
To record hot holding temperatures
To record your own checks of your premises
To record training of your staff
To record assessment of fitness to work
To use as an alternative to SC1-4
To record monitoring of food deliveries to customers
ISSUE 5 FEBRUARY 2013
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3. 2 / SECTION 5_RECORDING FORMS
SC1 - Food Delivery Records
/
/
/
/
/
/
/
/
/
/
DATE
FOOD
ITEM
(High
risk
ready-to-eat
foods
only)
SUPPLIED
BY
TEMP.
*
O
C
COMMENTS/ACTION
SIGN
CHECK
USE
BY
DATE
Manager/Supervisor
check
on
Initials
NOTE:
For
large
deliveries,
monitor
one
or
two
food
products
from
that
delivery.
*Chilled
food:
max.
8˚C;
Hot
Food:
minimum
63˚C
ISSUE 5 FEBRUARY 2013
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4. SECTION 5_RECORDING FORMS / 3
SC2 - Fridge/Cold Room/Display Chill Temperature Records
Month:........................................... Year:.................................
/ / / / / / / / / /
Manager/Supervisor check on
Initials
NOTE: Temperature of food must not exceed 8˚C. *Some businesses may wish to record freezer temperatures. **It is recommended that
fridge temperatures are checked at least once per day. Some businesses may wish to check fridges more frequently.
TEMPERATURE OF FRIDGE/COLD ROOM/DISPLAY CHILL*
(insert name or number of units in shaded boxes)
UNIT
DATE
1st
2nd
3rd
4th
5th
6th
7th
8th
9th
10th
11th
12th
13th
14th
15th
16th
17th
18th
19th
20th
21st
22nd
23rd
24th
25th
26th
27th
28th
29th
30th
31st
COMMENTS/ACTION SIGNED
AM AM AM AM AM AM
**PM **PM **PM **PM **PM **PM
ISSUE 5 FEBRUARY 2013
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5. 4 / SECTION 5_RECORDING FORMS
SC3 - Cooking/Cooling/Reheating Records
/
/
/
/
/
/
/
/
/
/
Manager/Supervisor
check
on
Initials
NOTE:
*
Core
temperature
above
75˚C.
**
It
is
not
necessary
to
record
the
time
started
cooking,
if
the
core
temperature
is
checked.
COOKING*
COOLING*
REHEATING*
COMMENTS/ACTIONS
DATE
FOOD
TIME
STARTED
COOKING
**
TIME
FINISHED
COOKING
CORE
TEMP.
SIGN
(initials)
DATE
TIME
INTO
FRIDGE/
BLAST
CHILL/
FREEZER
SIGN
(initials)
DATE
CORE
TEMP.
SIGN
(initials)
ISSUE 5 FEBRUARY 2013
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6. SECTION 5_RECORDING FORMS / 5
SC4 - Hot/Hold/Display Records
(For food to be held hot for more than 2 hours)
/
/
/
/
/
/
/
/
/
/
DATE
FOOD
TIME
INTO
HOT
HOLD
CORE
TEMP*
after
2
hrs
on
display
CORE
TEMP*
after
4
hrs
on
display
CORE
TEMP*
after
6
hrs
on
display
COMMENTS/ACTION
SIGNED
Manager/Supervisor
check
on
Initials
NOTE:
*Keep
hot
food
above
63˚C
ISSUE 5 FEBRUARY 2013
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7. 6 / SECTION 5_RECORDING FORMS
SC5 - Hygiene Inspection Checklist
Simple checks of the premises which should be carried out by the Proprietor or Manager regularly*
ISSUE 5 FEBRUARY 2013
Satisfactory
Yes No Details of Action Taken
Hygiene of Food Rooms & Equipment
Are food rooms and equipment in good condition and well maintained?
Are food rooms clean and tidy and do staff clean as they go including
difficult areas?
Is equipment easy to clean and kept in a clean condition?
Are all food and hand contact surfaces e.g. work surfaces, slicers,
fridge handles, probe thermometers, in good condition and cleaned/
disinfected regularly?
Are suitable BS EN approved cleaning chemicals available and stored
correctly and are proper cleaning methods used?
Are separate cleaning cloths used in clean areas? If they are re-used
are they laundered in a boil wash?
Food Storage
Are deliveries appropriately stored immediately?
Is ready-to-eat food stored above/separate from raw food in the fridges
and freezers?
Is food in fridges/freezers covered?
Are high risk foods date coded, codes checked daily and stock rotated?
Are dried goods stored correctly e.g. in a suitable room, off the floor, in
covered containers?
Is outer packaging removed from ready-to-eat food before being placed
into a *clean area?
Are freezers working properly?
Are fridges and freezers defrosted regularly?
Food Handling Practices
Are ready-to-eat foods prepared in separate clean
areas?
Are separate utensils and equipment used for ready-to-eat foods
unless disinfected in a dishwasher? Is the dishwasher in good working
order and regularly serviced?
Is wrapping and packaging used for ready-to-eat food kept in the clean
area?
Do separate staff handle ready-to-eat food or are controls being
followed to ensure staff change clothing and wash hands before
handling ready-to-eat food.
Is separate **complex equipment provided for ready-to-eat food and is
it located in the clean area?
Are staff handling food as little as possible? eg Using tongs
If colour coded equipment is provided (e.g. utensils, chopping boards),
is it correctly used?
Are high risk foods prepared in small batches and placed in the fridge
immediately after handling/preparation?
Is food cooled as quickly as possible away from raw food and other
sources of contamination?
Are vegetables/fruit/salads/ trimmed and washed thoroughly before
use unless labelled as ‘ready-to-eat’?
Are ready-to-eat foods kept separate on display and screened from
customers?
Are adequate clean utensils available for self service?
Are frozen foods defrosted safely?
Are controls in place to prevent contamination by chemicals/foreign
bodies e.g. glass, packaging materials, bolts, rust, cleaning chemicals?
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8. SECTION 5_RECORDING FORMS / 7
ISSUE 5 FEBRUARY 2013
Name:..................................... Position:.................................... Signed:................................... Date:....................
*Tick frequency checks carried out by proprietor or manager
Weekly Fortnightly Monthly
*A ‘clean area’ is a room or an area within the food premises where only ready-to-eat foods are handled. No raw foods can be handled
here. The clean area might be fixed in the same location on a permanent basis or may be set up on a temporary basis following a
thorough cleaning and disinfection process of the entire area. A temporary clean area should include clean storage facilities for storing
equipment and packaging when the temporary clean area is not in use.
**Complex equipment is the term given to those items of equipment that can be very difficult to clean. This may be because it is hard to
access all parts of the equipment or because it is made up of a number of small parts and surfaces which may not be smooth or easy to
clean. For these reasons complex equipment provided for use on ready-to-eat food should not be used for raw food.
Satisfactory
Yes No Details of Action Taken
Food Handling Practices continued
Are staff aware of food allergy hazards?
Are controls being followed to ensure staff wash hands after handing
raw food and before touching surfaces,
such as the cash register?
Is a separate probe thermometer used for ready-to-eat foods and
properly cleaned/disinfected before use?
Personal Hygiene
Are staff fit to work, wearing clean, suitable protective clothing and
following personal hygiene rules particularly hand washing?
Are wash hand basins clean with hot water, soap and hygienic hand
drying facilities?
Are wash hand basins used for hand washing only and is effective
handwashing by staff regularly observed?
Are staff toilets and changing facilities clean and tidy?
Pest Control
Are premises pest proofed and free from any signs of pests?
Where necessary are external doors/ windows fitted with suitable
flyscreens?
Are insectocutors (if provided) properly maintained?
Is food properly protected from risk of contamination by pests?
Waste Control
Is waste in food rooms stored correctly?
Is food waste stored correctly outside and is the refuse area kept clean?
Is unfit food clearly labelled and stored separately from other foods?
Checks and Record Keeping
Are all checks properly taken and recorded?
Has appropriate corrective action been taken where necessary?
Are record sheets up-to-date, checked and verified?
Are equipment time/temperature combinations (page 44) regularly
cross-checked?
Review (4 weekly)
Any new suppliers and approved list updated?
Any new menu items and steps in Safe Catering updated?
Any new food handling methods or equipment and steps in Safe
Catering updated?
5_Recording Forms Section.indd 7 28/01/2013 19:59
9. 8 / SECTION 5_RECORDING FORMS
SC6 - Hygiene Training Record
Name:.............................................. Position:.................................... Date of employment:..................................
In House Training/Instruction on Safe Catering Pack
Further Training
Copies Of Any Certificates Should Be Kept With This Form
Nature of Training
Instruction On Basic Hygiene Rules (Sec 4, Page 23)
Training on steps used in your business (Sec 3, Pages 5 – 78)
Purchase, Delivery/Receipt, Collection
Storage
Preparation And Handling
Cold Serve/Display
Defrosting
Cooking
Cooling/Freezing
Reheating
Hot Hold/Display
Transport and delivery
Physical/Chemical Contamination
Food Allergies
Any other Step(s) e.g. vacuum packing
Training on general hygiene requirements (Sec 4, Pages 2 – 21)
Cleaning
Pest Control
Waste
Maintenance
Personal Hygiene
Training
Advice on using a Thermometer (pages 24 – 25)
Employee Signature
Trainer
Dates
Nature of training e.g. CIEH/RSH/RIPH level
2/3 Award in Food Safety in Catering, in-house,
refresher
Course
Provider
Date
Completed
Employee
Signature
ISSUE 5 FEBRUARY 2013
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10. SECTION 5_RECORDING FORMS / 9
SC7 - Fitness to work assessment form for use
by employers
This form may be used for existing food handlers, for new food handlers on recruitment and for return of
food handlers to work after illness.
NAME OF EMPLOYEE: ........................................................ DATE OF ASSESSMENT: .........................................
REASON FOR ASSESSMENT: (Tick Box) Existing food handler
Pre-employment assessment
Return to work after illness
1. Have you suffered from diarrhoea and/or vomiting within the last 48 hours? YES/NO
If no, have you in the last 48 hours taken any medication to control diarrhoea and/or vomiting? YES/NO
2. At present are you suffering from:
i) infected wounds, skin infections or sores? YES/NO
ii) boils, styes or septic fingers? YES/NO
iii) discharge from eye, ear or gums/mouth? YES/NO
3. Have you ever had, or are you known to be a carrier of typhoid or paratyphoid? YES/NO
4. In the last 21 days have you been in contact with anyone, at home or abroad,
who may have been suffering from typhoid or paratyphoid? YES/NO
If the answer to any question is ‘yes’, the individual should not be permitted to handle food or enter food
handling areas if there is any likelihood of direct or indirect contamination. Further advice should be
sought e.g. from your Environmental Health Officer and/or Doctor.
ACTION TAKEN
..................................................................................................................................................................................
..................................................................................................................................................................................
..................................................................................................................................................................................
..................................................................................................................................................................................
..................................................................................................................................................................................
OWNER/MANAGER ....................................................................... DATE ...............................................................
I hereby declare that the information I have given is correct and I undertake to notify my employer/
manager if I suffer from any of the above illnesses/conditions.
EMPLOYEE .................................................................................... DATE ...............................................................
ISSUE 5 FEBRUARY 2013
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11. 10 / SECTION 5_RECORDING FORMS
SC8 - All-In-One Daily Record Page 1 0f 2
This form may be completed daily and used as an alternative to the individual records: ‘SC1 - Food Delivery ’, ‘SC2 –
‘Fridge/Cold Room/Display Chill Temperature’, ‘SC3 - Cooking/Cooling/Reheating ’ and ‘SC4 - Hot Hold/Display’
Date:..................................
FOOD
ITEM
(High
Risk
Ready-to-eat
foods
only)
SUPPLIED
BY
CHECK
USE
BY
DATE
TEMP
*˚C
COMMENTS/ACTION
SIGN
FOOD
DELIVERY
RECORDS
*Chilled
food:
max.
8˚C;
Hot
Food:
minimum
63˚C
*Some
businesses
may
wish
to
record
freezer
temperatures.
**It
is
recommended
that
fridge
temperatures
are
checked
at
least
once
per
day.
Some
businesses
may
wish
to
check
fridges
more
frequently.
FRIDGE/COLD
ROOM/DISPLAY
CHILL
TEMPERATURE
RECORDS
TEMPERATURE
OF
FRIDGE/COLD
ROOM/DISPLAY
CHILL*
(insert
name
or
number
of
units
in
shaded
boxes)
AM
AM
AM
AM
AM
AM
PM
**
PM
**
PM
**
PM
**
PM
**
PM
**
COMMENTS/ACTION
SIGN
ISSUE 5 FEBRUARY 2013
5_Recording Forms Section.indd 10 28/01/2013 19:59
12. SECTION 5_RECORDING FORMS / 11
SC8 - All-In-One Daily Record Page 2 0f 2
FOOD
TIME
STARTED
COOKING
**
TIME
FINISHED
COOKING
CORE
TEMP.
SIGN
(initials)
DATE
TIME
INTO
FRIDGE/
BLAST
CHILL/
FREEZER
SIGN
(initials)
DATE
CORE
TEMP.
SIGN
(initials)
COOKING/COOLING/REHEATING
RECORDS
COMMENTS/ACTION
*
Core
temperature
above
75˚C.
**
It
is
not
necessary
to
record
the
time
started
cooking,
if
the
core
temperature
is
checked.
FOOD
TIME
INTO
HOT
HOLD
CORE
TEMP*
(After
2
hours
on
display)
CORE
TEMP*
(After
4
hours
on
display)
CORE
TEMP*
(After
6
hours
on
display)
HOT
HOLD/DISPLAY
RECORDS
(For
Food
To
Be
Held
Hot
For
More
Than
2
Hours)
*
Keep
hot
food
above
63˚C.
COMMENTS/ACTIONS
SIGNED
COMMENTS:................................................................................................................................................................................................................................
Manager/Supervisor
check
on
/
/
Initials
ISSUE 5 FEBRUARY 2013
COOKING
COOLING
REHEATING
5_Recording Forms Section.indd 11 28/01/2013 19:59
13. 12 / SECTION 5_RECORDING FORMS
SC9 - Customer Delivery Record
DATE
FOODS
DELIVERED
(ready-to-eat
foods
only)
QUANTITY
BATCH
CODE/
USE
BY
DATE
CUSTOMER
DETAILS
(name/address)
DELIVERY
TEMP*˚C
ADEQUATE
SEPARATION
OF
RAW
&
READY-TO-
EAT
FOODS
YES/NO
COMMENTS
SIGN
/
/
/
/
/
/
/
/
/
/
Manager/Supervisor
check
on
Initials
NOTE:
For
large
deliveries,
monitor
one
or
two
food
products
from
that
delivery.
*Chilled
food:
max.
8˚C
(preferably
5˚C
or
below);
hot
food:
minimum
63˚C.
Ready-to-eat
food
must
be
adequately
separated
from
raw
food
during
transport
and
distribution.
CUSTOMER
DELIVERY
RECORD
ISSUE 5 FEBRUARY 2013
5_Recording Forms Section.indd 12 28/01/2013 19:59