This document introduces the CookSafe Food Safety Assurance System, which is designed to help catering businesses implement a Hazard Analysis and Critical Control Point (HACCP)-based food safety system. It explains key HACCP terms like process steps, hazards, control measures, critical control points, critical limits, and monitoring. The manual contains 5 sections to guide businesses through developing flow diagrams, identifying hazards and controls, writing house rules for safe practices, and establishing record-keeping procedures. The goal is for businesses to understand and apply HACCP principles in a way that fits their individual operations.
Process Manufacturing Ensuring Food Safety, white paper, English, USPatti Stoll
This document discusses how process manufacturers can ensure food safety through active HACCP management using Infor solutions. It describes the seven principles of HACCP for identifying and controlling food safety hazards. Infor PLM Optiva, EAM, and Event Management help manufacturers address these principles by providing visibility into materials and processes, managing production equipment maintenance, and enabling instant response to critical process changes or exceptions. Together these solutions allow manufacturers to proactively prevent food contamination through an integrated HACCP program.
Isha singh (haccp- benefits and applications)IshaSingh156
This document discusses the benefits and applications of Hazard Analysis and Critical Control Points (HACCP). HACCP is an internationally recognized systematic approach to identifying and managing food safety hazards. It consists of seven principles including hazard analysis, determining critical control points, establishing critical limits, monitoring procedures, corrective actions, verification, and record keeping. Applying HACCP provides benefits to industry, consumers, and government by improving food safety, quality, public health, and compliance with regulations.
HACCP (Hazard Analysis and Critical Control Points) is an internationally recognized method for managing food safety. It involves identifying potential hazards, determining critical control points to minimize risk, establishing limits and procedures for monitoring and correction. The presentation provides an overview of HACCP including its history, principles, benefits and implementation process from conducting a hazard analysis to establishing record keeping procedures.
HACCP is a food safety management system that identifies, evaluates, and controls hazards that could cause unsafe food. It has seven principles: conduct hazards analysis, determine critical control points, establish critical limits, establish monitoring procedures, establish corrective actions, establish verification procedures, and establish documentation procedures. Critical control points are the most important steps to control hazards and ensure food is safe. Monitoring and documentation ensure the HACCP plan is followed correctly. HACCP certification provides a systematic way for food businesses to produce safe food and comply with regulations.
Hazard Analysis and Critical Control Points (HACCP) is a systematic preventative approach to food safety that identifies potential biological, chemical, and physical hazards at specific points in the food production process. It works by conducting a hazard analysis, identifying critical control points to monitor for hazards, establishing critical limits, monitoring procedures, corrective actions, verification steps, and record keeping procedures. The goal is to prevent, eliminate, or reduce potential hazards to safe levels at each stage of production.
In the post horsegate era as professor Chris Elliott's final report is about to be published HACCP Now's Jim Flynn gives a thought provoking and challenging presentation at the REHIS (Royal Environmental Health Institute for Scotland) annual conference 2014. With key industry figures such as Charles Milne from the Food Standards Agency Scotland both presenting and in the room it was an ideal opportunity to float some concepts that industry experts are not talking about.
This document provides guidelines for implementing Hazard Analysis Critical Control Point (HACCP) systems for food manufacturing premises in Dubai. It introduces HACCP and its seven principles, which were developed to ensure food safety. The guidelines aim to facilitate risk management programs and ensure foods in Dubai are safe for consumption. They cover all stages of the food chain from production to sale. The document provides definitions, outlines prerequisite programs, and gives steps for establishing a HACCP plan according to Codex Alimentarius standards. The guidelines are intended to help Dubai food establishments implement HACCP systems to protect public health.
Process Manufacturing Ensuring Food Safety, white paper, English, USPatti Stoll
This document discusses how process manufacturers can ensure food safety through active HACCP management using Infor solutions. It describes the seven principles of HACCP for identifying and controlling food safety hazards. Infor PLM Optiva, EAM, and Event Management help manufacturers address these principles by providing visibility into materials and processes, managing production equipment maintenance, and enabling instant response to critical process changes or exceptions. Together these solutions allow manufacturers to proactively prevent food contamination through an integrated HACCP program.
Isha singh (haccp- benefits and applications)IshaSingh156
This document discusses the benefits and applications of Hazard Analysis and Critical Control Points (HACCP). HACCP is an internationally recognized systematic approach to identifying and managing food safety hazards. It consists of seven principles including hazard analysis, determining critical control points, establishing critical limits, monitoring procedures, corrective actions, verification, and record keeping. Applying HACCP provides benefits to industry, consumers, and government by improving food safety, quality, public health, and compliance with regulations.
HACCP (Hazard Analysis and Critical Control Points) is an internationally recognized method for managing food safety. It involves identifying potential hazards, determining critical control points to minimize risk, establishing limits and procedures for monitoring and correction. The presentation provides an overview of HACCP including its history, principles, benefits and implementation process from conducting a hazard analysis to establishing record keeping procedures.
HACCP is a food safety management system that identifies, evaluates, and controls hazards that could cause unsafe food. It has seven principles: conduct hazards analysis, determine critical control points, establish critical limits, establish monitoring procedures, establish corrective actions, establish verification procedures, and establish documentation procedures. Critical control points are the most important steps to control hazards and ensure food is safe. Monitoring and documentation ensure the HACCP plan is followed correctly. HACCP certification provides a systematic way for food businesses to produce safe food and comply with regulations.
Hazard Analysis and Critical Control Points (HACCP) is a systematic preventative approach to food safety that identifies potential biological, chemical, and physical hazards at specific points in the food production process. It works by conducting a hazard analysis, identifying critical control points to monitor for hazards, establishing critical limits, monitoring procedures, corrective actions, verification steps, and record keeping procedures. The goal is to prevent, eliminate, or reduce potential hazards to safe levels at each stage of production.
In the post horsegate era as professor Chris Elliott's final report is about to be published HACCP Now's Jim Flynn gives a thought provoking and challenging presentation at the REHIS (Royal Environmental Health Institute for Scotland) annual conference 2014. With key industry figures such as Charles Milne from the Food Standards Agency Scotland both presenting and in the room it was an ideal opportunity to float some concepts that industry experts are not talking about.
This document provides guidelines for implementing Hazard Analysis Critical Control Point (HACCP) systems for food manufacturing premises in Dubai. It introduces HACCP and its seven principles, which were developed to ensure food safety. The guidelines aim to facilitate risk management programs and ensure foods in Dubai are safe for consumption. They cover all stages of the food chain from production to sale. The document provides definitions, outlines prerequisite programs, and gives steps for establishing a HACCP plan according to Codex Alimentarius standards. The guidelines are intended to help Dubai food establishments implement HACCP systems to protect public health.
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 provides a Hazard Analysis and Critical Control Point (HACCP) application for extracting, processing, and packing honey and processing dried pollen. It includes an introduction to HACCP principles and definitions of key terms. The honey HACCP application specifies the scope, product descriptions, process description, and hazard analysis and determination of critical control points. A similar HACCP application is provided for processing dried pollen.
Food safety management system Fast food restaurentkrunal solanki
The document provides details on planning, designing, and implementing a food safety management system for a concept fast food restaurant located in Lucerne, Switzerland. It outlines 7 key steps: 1) Establishing global food safety standards, 2) Assessing prerequisites, 3) Senior management implementation, 4) Implementing food safety and HACCP plans, 5) Establishing a food safety quality management system, 6) Providing training and implementation, and 7) Conducting internal auditing. The document also covers food handler training procedures, facility design including layouts for the restaurant and kitchen, guidelines for food flow, and checklists for risk factors, supplier selection, and pest control among other food safety topics.
The document discusses the Hazard Analysis Critical Control Point (HACCP) system for ensuring food safety. It outlines the 7 principles of HACCP including identifying hazards, critical control points, establishing critical limits, monitoring procedures, corrective actions, verification, and record keeping. The key points are that HACCP focuses on preventing problems by identifying potential food safety hazards and putting controls in place at critical points in food production to minimize risks. This proactive approach helps food managers anticipate and control hazards before they occur.
The HACCP (Hazard Analysis Critical Control Point) food safety system was developed by NASA to ensure food served in space was safe. It identifies points where food can become contaminated and controls are needed. The 7 steps of HACCP include: 1) identifying potential food hazards and risks, 2) determining critical control points to prevent issues, and 3) establishing procedures to control those points. Steps 4-7 involve monitoring critical control points, taking corrective actions if needed, record keeping, and verifying the system is working properly. HACCP focuses on preventing foodborne illness at every step of food production and service.
The document outlines the seven principles of the Hazard Analysis Critical Control Point (HACCP) system, which is a prevention-based food safety program that identifies hazards and monitors critical control points during food production to prevent foodborne illnesses. Key aspects of HACCP include identifying biological, chemical, and physical hazards; establishing critical limits for monitoring critical control points; and maintaining records to verify the effectiveness of the system. The principles aim to anticipate and control hazards before problems occur through monitoring at critical stages of food production.
HACCP is a system that identifies, assesses, and controls hazards associated with food production. It focuses on prevention rather than finished product inspection. The key points are:
- HACCP was developed in the 1960s by NASA and Pillsbury to ensure food safety for astronauts and the military. It became mandatory for many food sectors starting in the 1970s-2000s.
- There are 7 principles: hazard analysis, identifying critical control points, establishing critical limits, monitoring CCPs, corrective actions, verification, and record keeping.
- Hazards can be biological (microbes), chemical (toxins), or physical (foreign objects). The HACCP plan identifies these hazards and
Hazard Analysis Critical Control Point (HACCP) is a systematic food safety approach that identifies potential hazards and implements controls at critical points in food production. There are seven principles of HACCP: conducting a hazard analysis; identifying critical control points; establishing critical limits; monitoring procedures; corrective actions; verification procedures; and record keeping. HACCP aims to prevent food safety hazards rather than relying on end-product testing and is used globally to ensure food safety.
Drainage in Commercial Kitchens is a Pre-Requisite of HACCP Food Safety Manag...Work Safe Scotland Ltd
Grease Management and Hazard Control
Food preparation and production in commercial kitchens or food processing factories naturally generate fats, oils and grease (FOG) in the waste water which can quickly lead to a build-up of solid residues in the drainage system restricting efficient flow of waste water and ultimately create blockages that can result in flooding of the food preparation area.
Unless adequate steps are taken to effectively manage FOG at source, local health and hygiene management is under extreme risk from the effects of odour, contaminated water and vermin. There area number of methods available to the specifier and user to manage FOG and an appreciation of the merits and disadvantages of each
system will be provided along with performance indicators.
Hygiene management is essential and Regulation (EC) 852/2004 applies to all food businesses and food operators. Article 5 (1) requires that permanent HACCP procedures are applied and importantly, drainage forms a pre-requisite to the supporting structure of HACCP.
The document discusses Hazard Analysis and Critical Control Points (HACCP), a tool used to prevent food safety hazards. It outlines the seven principles of HACCP, including conducting a hazard analysis, determining critical control points, establishing critical limits, monitoring procedures, corrective actions, record keeping, and verification. The principles aim to anticipate where food safety problems could occur during food processing and production steps like purchase, delivery, storage, preparation, cooking, holding, and service, and establish controls to prevent issues.
The document discusses food safety management systems (FSMS) that are used in the global food industry. It describes several common FSMS standards and outlines their key components. The main FSMS methodology is Hazard Analysis and Critical Control Points (HACCP), which is a systematic process for identifying and controlling food safety hazards. The document also covers advantages and disadvantages of FSMS for consumers and the food industry, and proposes harmonizing standards to reduce costs and enforcing food safety regulations.
Traceability is the ability to track the movement of food products through production, processing, and distribution. Effective record keeping, inventory management, and control unit verification allow companies to monitor traceability. Barcode labeling is a leading option for traceability, as it enables products to be traced internally and supports a 50-80% increase in productivity. Control units are assigned areas where categorized products are produced, and control samples are taken and stored for safety and testing purposes to verify traceability of products by date, time, and batch.
This document provides a Hazard Analysis and Critical Control Point (HACCP) plan for the production of apple jam. It begins with an introduction to jam and HACCP principles. A flow diagram of the apple jam production process is presented. Potential hazards at each step are identified, such as microbial contamination or chemical residues. Critical control points are established where limits can be set and monitored to prevent hazards, such as maintaining time/temperature standards during boiling. Record keeping, validation, and staff training procedures are discussed to ensure proper implementation and maintenance of the HACCP plan. The document aims to apply HACCP principles to identify, control, and document food safety hazards for the production of a shelf-stable apple jam product.
Freshtz Products is a pineapple jam manufacturing plant located in Sri Lanka that was established in 2000. It currently employs 400 people and produces jam to serve the local market. The company wants to implement an HACCP plan to assure product safety and expand its market share. It receives raw materials from qualified suppliers and follows Good Manufacturing Practices and sanitation procedures. The document provides an overview of HACCP and outlines the 8 forms needed to develop an HACCP plan for pineapple jam, including forms for product description, ingredients, hazard analysis, determining critical control points, establishing critical limits, and verification. It also describes the preliminary steps of assembling an HACCP team and documenting product details.
This document provides an introduction to Hazard Analysis and Critical Control Points (HACCP), a systematic preventative approach to food safety. It discusses that HACCP identifies potential food safety hazards, establishes control measures for those hazards, and monitors the controls to help ensure food safety. The document outlines the key components of HACCP including conducting a hazard analysis to identify potential hazards at different process steps, establishing critical control points to monitor for and control hazards, and implementing prerequisite programs to establish good practices. The goal of HACCP is to proactively prevent food safety hazards rather than relying on end product testing to ensure foods are safe.
Specific Aspects of Food Safety Auditingsafefood360
This document provides guidance on food safety auditing, including specific aspects to consider when auditing HACCP systems and quality management systems. It discusses objectives of food safety auditing, risk assessment, the role of the auditor, and guidance on prerequisite programs like pest control, maintenance, cleaning and transport. The overall document aims to outline best practices for conducting a thorough and effective food safety audit.
Hazard Analysis Critical Control Point (HACCP) is a systematic approach to identify, evaluate, and control food safety hazards. It has 7 principles including conducting a hazard analysis, determining critical control points, establishing critical limits, monitoring procedures, and establishing corrective actions. HACCP aims to ensure food is safe for consumption by increasing awareness of food handling techniques and understanding how to take corrective action. It was originally developed by NASA to prevent astronauts from getting food poisoning and produce 100% safe food. Proper training and commitment to food safety standards among all food handlers is required for effective HACCP implementation.
This document discusses corrective actions for deviations from critical control points in food production. It defines corrective actions and lists options such as isolating product, reprocessing, or destroying product. Corrective actions must correct and eliminate causes, restore control, determine causes to prevent future issues, and identify affected product for proper disposition either through release, reworking, or destruction. Records of corrective actions must be kept.
The document provides guidelines for developing a food safety programme or risk management programme for ice cream production. It outlines the purpose and scope of the guidelines, as well as instructions for using the guidelines to develop a programme. The guidelines include information on HACCP principles, components required in a programme, and supporting systems related to processes, premises, facilities, equipment, people, services, and other programme activities. The document is intended to help ice cream manufacturers design, implement, operate and maintain a food safety programme.
Part 1 catering control principles and proceduresDedy Wijayanto
This document outlines principles and procedures for applying catering control, including identifying products used, using requisitions and standard recipes correctly, implementing ordering and stock rotation practices, and using optimal storage conditions. It also discusses minimizing wastage by using trimmings, disposing of waste according to local authorities, and recycling appropriately. The goal is to order only what is needed, maximize profits, and reduce waste and contamination.
Evaluation of Some Prominent Biochemical Agents in Menstrual Phases of Womeniosrjce
IOSR Journal of Pharmacy and Biological Sciences(IOSR-JPBS) is a double blind peer reviewed International Journal that provides rapid publication (within a month) of articles in all areas of Pharmacy and Biological Science. The journal welcomes publications of high quality papers on theoretical developments and practical applications in Pharmacy and Biological Science. Original research papers, state-of-the-art reviews, and high quality technical notes are invited for publications.
Development of honeycomb sandwich by Zheng ChenZheng Chen
Zheng Chen of the University of Toronto studied sandwich panels containing kraft paper honeycomb cores and wood composite skins. The project characterized how parameters like cell size, shelling ratio, and core/skin materials influence the material properties of the panels. Finite element models were developed and showed good agreement with experimental test data on properties like compression strength, shear strength, and flexural creep. The models were then used to predict how changing the parameters would affect properties like stiffness and strength.
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 provides a Hazard Analysis and Critical Control Point (HACCP) application for extracting, processing, and packing honey and processing dried pollen. It includes an introduction to HACCP principles and definitions of key terms. The honey HACCP application specifies the scope, product descriptions, process description, and hazard analysis and determination of critical control points. A similar HACCP application is provided for processing dried pollen.
Food safety management system Fast food restaurentkrunal solanki
The document provides details on planning, designing, and implementing a food safety management system for a concept fast food restaurant located in Lucerne, Switzerland. It outlines 7 key steps: 1) Establishing global food safety standards, 2) Assessing prerequisites, 3) Senior management implementation, 4) Implementing food safety and HACCP plans, 5) Establishing a food safety quality management system, 6) Providing training and implementation, and 7) Conducting internal auditing. The document also covers food handler training procedures, facility design including layouts for the restaurant and kitchen, guidelines for food flow, and checklists for risk factors, supplier selection, and pest control among other food safety topics.
The document discusses the Hazard Analysis Critical Control Point (HACCP) system for ensuring food safety. It outlines the 7 principles of HACCP including identifying hazards, critical control points, establishing critical limits, monitoring procedures, corrective actions, verification, and record keeping. The key points are that HACCP focuses on preventing problems by identifying potential food safety hazards and putting controls in place at critical points in food production to minimize risks. This proactive approach helps food managers anticipate and control hazards before they occur.
The HACCP (Hazard Analysis Critical Control Point) food safety system was developed by NASA to ensure food served in space was safe. It identifies points where food can become contaminated and controls are needed. The 7 steps of HACCP include: 1) identifying potential food hazards and risks, 2) determining critical control points to prevent issues, and 3) establishing procedures to control those points. Steps 4-7 involve monitoring critical control points, taking corrective actions if needed, record keeping, and verifying the system is working properly. HACCP focuses on preventing foodborne illness at every step of food production and service.
The document outlines the seven principles of the Hazard Analysis Critical Control Point (HACCP) system, which is a prevention-based food safety program that identifies hazards and monitors critical control points during food production to prevent foodborne illnesses. Key aspects of HACCP include identifying biological, chemical, and physical hazards; establishing critical limits for monitoring critical control points; and maintaining records to verify the effectiveness of the system. The principles aim to anticipate and control hazards before problems occur through monitoring at critical stages of food production.
HACCP is a system that identifies, assesses, and controls hazards associated with food production. It focuses on prevention rather than finished product inspection. The key points are:
- HACCP was developed in the 1960s by NASA and Pillsbury to ensure food safety for astronauts and the military. It became mandatory for many food sectors starting in the 1970s-2000s.
- There are 7 principles: hazard analysis, identifying critical control points, establishing critical limits, monitoring CCPs, corrective actions, verification, and record keeping.
- Hazards can be biological (microbes), chemical (toxins), or physical (foreign objects). The HACCP plan identifies these hazards and
Hazard Analysis Critical Control Point (HACCP) is a systematic food safety approach that identifies potential hazards and implements controls at critical points in food production. There are seven principles of HACCP: conducting a hazard analysis; identifying critical control points; establishing critical limits; monitoring procedures; corrective actions; verification procedures; and record keeping. HACCP aims to prevent food safety hazards rather than relying on end-product testing and is used globally to ensure food safety.
Drainage in Commercial Kitchens is a Pre-Requisite of HACCP Food Safety Manag...Work Safe Scotland Ltd
Grease Management and Hazard Control
Food preparation and production in commercial kitchens or food processing factories naturally generate fats, oils and grease (FOG) in the waste water which can quickly lead to a build-up of solid residues in the drainage system restricting efficient flow of waste water and ultimately create blockages that can result in flooding of the food preparation area.
Unless adequate steps are taken to effectively manage FOG at source, local health and hygiene management is under extreme risk from the effects of odour, contaminated water and vermin. There area number of methods available to the specifier and user to manage FOG and an appreciation of the merits and disadvantages of each
system will be provided along with performance indicators.
Hygiene management is essential and Regulation (EC) 852/2004 applies to all food businesses and food operators. Article 5 (1) requires that permanent HACCP procedures are applied and importantly, drainage forms a pre-requisite to the supporting structure of HACCP.
The document discusses Hazard Analysis and Critical Control Points (HACCP), a tool used to prevent food safety hazards. It outlines the seven principles of HACCP, including conducting a hazard analysis, determining critical control points, establishing critical limits, monitoring procedures, corrective actions, record keeping, and verification. The principles aim to anticipate where food safety problems could occur during food processing and production steps like purchase, delivery, storage, preparation, cooking, holding, and service, and establish controls to prevent issues.
The document discusses food safety management systems (FSMS) that are used in the global food industry. It describes several common FSMS standards and outlines their key components. The main FSMS methodology is Hazard Analysis and Critical Control Points (HACCP), which is a systematic process for identifying and controlling food safety hazards. The document also covers advantages and disadvantages of FSMS for consumers and the food industry, and proposes harmonizing standards to reduce costs and enforcing food safety regulations.
Traceability is the ability to track the movement of food products through production, processing, and distribution. Effective record keeping, inventory management, and control unit verification allow companies to monitor traceability. Barcode labeling is a leading option for traceability, as it enables products to be traced internally and supports a 50-80% increase in productivity. Control units are assigned areas where categorized products are produced, and control samples are taken and stored for safety and testing purposes to verify traceability of products by date, time, and batch.
This document provides a Hazard Analysis and Critical Control Point (HACCP) plan for the production of apple jam. It begins with an introduction to jam and HACCP principles. A flow diagram of the apple jam production process is presented. Potential hazards at each step are identified, such as microbial contamination or chemical residues. Critical control points are established where limits can be set and monitored to prevent hazards, such as maintaining time/temperature standards during boiling. Record keeping, validation, and staff training procedures are discussed to ensure proper implementation and maintenance of the HACCP plan. The document aims to apply HACCP principles to identify, control, and document food safety hazards for the production of a shelf-stable apple jam product.
Freshtz Products is a pineapple jam manufacturing plant located in Sri Lanka that was established in 2000. It currently employs 400 people and produces jam to serve the local market. The company wants to implement an HACCP plan to assure product safety and expand its market share. It receives raw materials from qualified suppliers and follows Good Manufacturing Practices and sanitation procedures. The document provides an overview of HACCP and outlines the 8 forms needed to develop an HACCP plan for pineapple jam, including forms for product description, ingredients, hazard analysis, determining critical control points, establishing critical limits, and verification. It also describes the preliminary steps of assembling an HACCP team and documenting product details.
This document provides an introduction to Hazard Analysis and Critical Control Points (HACCP), a systematic preventative approach to food safety. It discusses that HACCP identifies potential food safety hazards, establishes control measures for those hazards, and monitors the controls to help ensure food safety. The document outlines the key components of HACCP including conducting a hazard analysis to identify potential hazards at different process steps, establishing critical control points to monitor for and control hazards, and implementing prerequisite programs to establish good practices. The goal of HACCP is to proactively prevent food safety hazards rather than relying on end product testing to ensure foods are safe.
Specific Aspects of Food Safety Auditingsafefood360
This document provides guidance on food safety auditing, including specific aspects to consider when auditing HACCP systems and quality management systems. It discusses objectives of food safety auditing, risk assessment, the role of the auditor, and guidance on prerequisite programs like pest control, maintenance, cleaning and transport. The overall document aims to outline best practices for conducting a thorough and effective food safety audit.
Hazard Analysis Critical Control Point (HACCP) is a systematic approach to identify, evaluate, and control food safety hazards. It has 7 principles including conducting a hazard analysis, determining critical control points, establishing critical limits, monitoring procedures, and establishing corrective actions. HACCP aims to ensure food is safe for consumption by increasing awareness of food handling techniques and understanding how to take corrective action. It was originally developed by NASA to prevent astronauts from getting food poisoning and produce 100% safe food. Proper training and commitment to food safety standards among all food handlers is required for effective HACCP implementation.
This document discusses corrective actions for deviations from critical control points in food production. It defines corrective actions and lists options such as isolating product, reprocessing, or destroying product. Corrective actions must correct and eliminate causes, restore control, determine causes to prevent future issues, and identify affected product for proper disposition either through release, reworking, or destruction. Records of corrective actions must be kept.
The document provides guidelines for developing a food safety programme or risk management programme for ice cream production. It outlines the purpose and scope of the guidelines, as well as instructions for using the guidelines to develop a programme. The guidelines include information on HACCP principles, components required in a programme, and supporting systems related to processes, premises, facilities, equipment, people, services, and other programme activities. The document is intended to help ice cream manufacturers design, implement, operate and maintain a food safety programme.
Part 1 catering control principles and proceduresDedy Wijayanto
This document outlines principles and procedures for applying catering control, including identifying products used, using requisitions and standard recipes correctly, implementing ordering and stock rotation practices, and using optimal storage conditions. It also discusses minimizing wastage by using trimmings, disposing of waste according to local authorities, and recycling appropriately. The goal is to order only what is needed, maximize profits, and reduce waste and contamination.
Evaluation of Some Prominent Biochemical Agents in Menstrual Phases of Womeniosrjce
IOSR Journal of Pharmacy and Biological Sciences(IOSR-JPBS) is a double blind peer reviewed International Journal that provides rapid publication (within a month) of articles in all areas of Pharmacy and Biological Science. The journal welcomes publications of high quality papers on theoretical developments and practical applications in Pharmacy and Biological Science. Original research papers, state-of-the-art reviews, and high quality technical notes are invited for publications.
Development of honeycomb sandwich by Zheng ChenZheng Chen
Zheng Chen of the University of Toronto studied sandwich panels containing kraft paper honeycomb cores and wood composite skins. The project characterized how parameters like cell size, shelling ratio, and core/skin materials influence the material properties of the panels. Finite element models were developed and showed good agreement with experimental test data on properties like compression strength, shear strength, and flexural creep. The models were then used to predict how changing the parameters would affect properties like stiffness and strength.
The student used various digital tools in their production work, including Photoshop, GarageBand, and Final Cut Pro. In Photoshop, they edited images and added text for their horror film poster. GarageBand allowed them to create sound effects and a radio trailer by importing recorded audio. Final Cut Pro was used to edit film clips, add antique and flashback effects, and integrate sound effects to complete the horror film. Overall, the tools streamlined the production process once familiarity was gained with each software's interface and capabilities.
IOSR Journal of Humanities and Social Science is a double blind peer reviewed International Journal edited by International Organization of Scientific Research (IOSR).The Journal provides a common forum where all aspects of humanities and social sciences are presented. IOSR-JHSS publishes original papers, review papers, conceptual framework, analytical and simulation models, case studies, empirical research, technical notes etc.
This document is a resume for Arun Kumar Varanasi seeking a senior managerial role in logistics, supply chain management, materials management or warehouse management. He has over 23 years of experience in related fields. Currently he is the Country Head of Logistics and Warehouse for Shapoorji Pallonji Mideast LLC in Saudi Arabia, where he manages logistics, inventory, purchasing and supply chain functions. Previously he held roles with Larsen & Toubro, Essar Steel and Orissa Industries, gaining experience in areas like transportation, inventory control, sourcing and vendor development.
La Corte Suprema confirmó la sentencia apelada que anuló la multa impuesta a una empresa por la Superintendencia de Electricidad y Combustibles debido a que esta última demoró más de 4 años en resolver los descargos de la empresa, vulnerando principios como el debido proceso, la eficiencia administrativa y la celeridad. La excesiva demora produjo el "decaimiento" del procedimiento administrativo sancionatorio, haciendo ilegal e inútil la resolución que impuso la multa.
Internet es una red mundial de ordenadores interconectados que permite la comunicación entre personas e instituciones de todo el mundo, eliminando las barreras de distancia y tiempo. La revolución de Internet ha cambiado radicalmente la forma de entender las relaciones sociales al ampliar el marco social y permitir acceder a información, personas e ideas de manera global. Esta red proporciona servicios variados como navegación web, correo electrónico, grupos de noticias, transferencia de archivos y comunicaciones de voz y video.
The document provides information about converting between different world currencies including:
- Exchange rates for various currencies including the US Dollar, Euro, British Pound, Japanese Yen, Australian Dollar, Canadian Dollar, and Mexican Peso.
- Examples of converting different amounts between currencies using the provided exchange rates, such as converting 500 US Dollars to Canadian Dollars.
- A question about why it is important for business people to understand how to convert between currencies.
This document discusses the concepts of involvement and intentionality in agriculture. It argues that involvement, or giving time and attention, is integral to growth. Countries like Zimbabwe that reinforced their agricultural industries saw dramatic economic improvements after 2000. Intentionality, or clear aims, also guarantees success. Having intentionality in agriculture ensures food and nutritional security as well as economic growth. Countries in Africa that have demonstrated agro-intentionality have seen significant economic rewards through raising farmers' incomes. Overall, the principles of involvement and intentionality reinforce the process of farming and are necessary to place nations on solid economic ground.
Zheng Chen investigated the torsional fatigue properties of hardwood, softwood, and methods to test torsional fatigue of wood. New test rigs and measurement methods were developed, including static and cyclic loading tests, acoustic emission monitoring, thermal imaging, and high-speed video. Results showed hardwood strength reduced faster than softwood under cyclic loading. Acoustic emissions and thermal increases preceded failure. Crack growth was gradual in hardwood along the grain, but sudden in softwood radially. Finite element analysis showed stress determined crack direction.
This document provides 10 tips for writing effective emails. It discusses the basic structure of an email, including using an attention-grabbing first sentence, a summary paragraph, and calling readers to take a specific action. Other tips include keeping emails short, crafting effective subject lines, using a conversational tone, including a clear call to action in every email, and testing different email elements. It also provides suggestions for landing pages and examples of effective versus ineffective subject lines and email campaigns.
The nutritive value of grasses and pastures is influenced by several key factors:
(1) Stage of maturity has the greatest impact, as protein decreases and fiber increases with maturity. Young plants are most nutritious.
(2) Edaphic or soil influences like texture, nutrients, and aeration impact plant nutrient absorption.
(3) Climate factors such as precipitation, temperature, and light exposure can modify plant mineral and organic matter content.
(4) Plant species vary in palatability, digestibility, and nutrient profiles, impacting what livestock consume.
(5) Range condition is affected by grazing intensity, which influences factors like photosynthesis and root-shoot balance. He
This document provides an overview of a training session on Hazard Analysis Critical Control Point (HACCP) systems. The session covers the importance of food safety, relevant laws and regulations, hazards in the food chain, and preventing contamination. It also discusses the key principles of HACCP, including hazard analysis, identifying critical control points, establishing monitoring procedures, and documenting the HACCP plan. The session emphasizes that effective food safety requires a culture where management is committed to food safety and good practices are established throughout the business.
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 guidance for catering businesses on developing and implementing a Hazard Analysis and Critical Control Point (HACCP) food safety management system. It outlines that HACCP involves identifying hazards, putting controls in place to prevent issues, and monitoring those controls. The document discusses prerequisites that must be established, such as cleaning procedures, before implementing HACCP. It then details the seven HACCP principles of hazard analysis, identifying critical control points, establishing critical limits, monitoring procedures, corrective actions, verification, and record keeping.
Hazard analysis critical control point (haccp)Allwyn Vyas. G
Hazard analysis and critical control points or HACCP is a systematic preventive approach to food safety from biological, chemical, and physical hazards in production processes that can cause the finished product to be unsafe, and designs measurements to reduce these risks to a safe level.
This document provides an overview of Hazard Analysis Critical Control Point (HACCP) systems and their basic requirements. It explains that HACCP focuses on preventing food safety hazards through identification and control of critical control points. An effective HACCP system requires management commitment, selecting a HACCP team, training, developing prerequisite programs, and implementing HACCP plans to control hazards directly related to food products and processes. Prerequisite programs establish standard operating procedures to control general facility hazards, while HACCP plans specifically identify critical control points and monitoring procedures.
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The document outlines the components of an effective food safety management system, including prerequisite programs, active managerial control focusing on five common risk factors, and implementing a Hazard Analysis Critical Control Point (HACCP) plan based on conducting hazard analysis, determining critical control points, establishing critical limits, monitoring procedures, corrective actions, verification, and record keeping. It also discusses when a HACCP plan is required and the importance of having a crisis management plan focused on preparation, response, and recovery.
The document outlines the food safety policy of Dodla dairy. It states that the policy:
1. Is appropriate for Dodla's role in the food chain and complies with statutory and regulatory requirements as well as customer requirements.
2. Is communicated, implemented, and maintained at all levels of the organization.
3. Is reviewed regularly to ensure it remains suitable.
4. Adequately addresses issues and is supported by measurable objectives.
The policy aims to ensure pure and safe milk and milk products.
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The document discusses ISO 22000 food safety management standards and Hazard Analysis Critical Control Points (HACCP). It provides an overview of these standards and their requirements. It also discusses a case study of African Food Processing PLC, identifying problems the organization faced in complying with food safety standards and how it could address challenges. The document contains sections on ISO 22000 scope and requirements, food safety management systems, HACCP principles, differences between ISO 22000 and HACCP, and an overview of African Food Processing PLC.
Implementing Food Safety Principles In Sm Espsunjka
This document discusses implementing food safety principles in small to medium-sized enterprises (SMEs) from an engineer's perspective. It outlines key food safety concepts like Hazard Analysis and Critical Control Points (HACCP) and the importance of food safety for SMEs given increased regulations and customer concerns. The advantages of having an engineering background for managing food safety are described, such as a systematic approach and ability to understand production processes. Challenges that engineers may face in SMEs are also covered, such as lack of management commitment and employee reluctance to accept new ideas. The conclusion advocates for government support of food safety in SMEs and emphasizes that communication skills are important for engineers in addition to technical knowledge.
Hazard Analysis and Critical Control Points (HACCP) is a management system in which food safety is addressed through the analysis and control of biological, chemical, and physical hazards from raw material production to consumption. It identifies hazards and applies controls to ensure food safety at all stages of production. The seven principles of HACCP include conducting a hazard analysis, determining critical control points, establishing critical limits, monitoring procedures, corrective actions, verification procedures, and record keeping. Implementing HACCP benefits consumers through reduced foodborne illness, and benefits industry through increased market access and reduced costs from waste and recalls.
In an era where food safety is of paramount importance, HACCP has emerged as a systematic and preventive approach to identifying and managing potential hazards in food production processes. This presentation aims to shed light on the fundamental principles of HACCP, its benefits, and its significance in ensuring the safety of our food supply.
Definition and Background:
We begin by defining HACCP as an internationally recognized food safety management system designed to identify, evaluate, and control hazards that may pose risks to the safety of food products. It originated in the 1960s, developed by the Pillsbury Company in collaboration with NASA, with the primary objective of ensuring safe food for astronauts. Since then, HACCP has been widely adopted and applied across various sectors of the food industry.
Principles of HACCP:
Next, we delve into the seven core principles of HACCP, providing a comprehensive understanding of its systematic approach:
a. Conducting Hazard Analysis: Identifying potential biological, chemical, and physical hazards associated with each step of the food production process.
b. Determining Critical Control Points (CCPs): Identifying critical points in the process where control measures can be applied to prevent, eliminate, or reduce hazards to an acceptable level.
c. Establishing Critical Limits: Setting measurable criteria that define the maximum or minimum values to which control measures must be maintained at CCPs to ensure food safety.
d. Monitoring CCPs: Implementing procedures to regularly observe and record the control measures applied at CCPs to ensure they remain within established critical limits.
e. Implementing Corrective Actions: Establishing protocols to take immediate action when monitoring indicates that a CCP is not within its critical limits, aiming to prevent unsafe food from reaching consumers.
f. Verifying the System: Periodically evaluating the effectiveness of the HACCP system to ensure it is functioning correctly and providing the desired level of protection.
g. Establishing Documentation and Record-Keeping: Maintaining comprehensive records of all procedures, actions, and results to demonstrate the application and effectiveness of the HACCP system.
Benefits of HACCP:
This section focuses on the numerous advantages offered by implementing HACCP within the food industry:
a. Enhanced Consumer Protection: By systematically identifying and managing hazards, HACCP significantly reduces the risk of foodborne illnesses, protecting consumer health and well-being.
b. Regulatory Compliance: HACCP is a widely recognized and mandated approach in many countries, ensuring compliance with regulatory requirements and fostering a culture of food safety.
c. Improved Product Quality: Implementing HACCP promotes consistent adherence to quality standards, leading to improved product quality and customer satisfaction.
d. Cost Reduction:
The document discusses Hazard Analysis Critical Control Point (HACCP), a systematic preventative approach to food safety. It defines HACCP and explains its 7 principles: 1) conduct hazard analysis, 2) determine critical control points, 3) determine critical limits, 4) establish monitoring procedures, 5) establish corrective actions, 6) establish verification procedures, and 7) establish record keeping. It also discusses applying HACCP's process approach to retail and food service establishments by categorizing foods into 3 preparation processes based on the number of times they pass through the temperature danger zone. Critical control points are identified as steps that must be done to prevent, reduce, or eliminate food safety hazards.
The document discusses Hazard Analysis and Critical Control Points (HACCP), an internationally recognized food safety system. HACCP involves identifying potential biological, chemical, or physical hazards at specific points in a food production process. Companies can use HACCP to minimize food safety risks by implementing prerequisite programs to control hazards in the environment and HACCP plans for each product that identify hazards and controls. The seven principles of HACCP include conducting a hazard analysis, identifying critical control points, establishing critical limits, monitoring procedures, corrective actions, record keeping, and verification procedures.
This document provides an overview of developing a food safety system using Hazard Analysis and Critical Control Points (HACCP). It discusses the 7 principles of HACCP for identifying potential food hazards and establishing controls. Key steps include identifying hazards, establishing critical control points, setting standards, monitoring procedures, corrective actions, record keeping, and verifying the system is working properly. Regular training of employees is important for an effective HACCP food safety system.
The document discusses the Hazard Analysis Critical Control Points (HACCP) food safety system. It provides an overview of what HACCP is, why it is important, and its 7 principles and 12 steps. Specifically, HACCP was developed in the 1960s by Pillsbury to ensure food safety for astronauts. It is a science-based process that identifies and prevents food safety hazards during production. The document outlines the 7 principles for developing an effective HACCP plan, which include conducting a hazard analysis, identifying critical control points, establishing critical limits, monitoring procedures, corrective actions, record keeping, and verification methods. Prerequisite programs are also important to minimize contamination and allow the HACCP plan to focus
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HACCP (Hazard Analysis and Critical Control Points) is a systematic preventative approach that identifies potential food safety hazards and puts in place procedures to take corrective action if a hazard occurs. The document outlines the 7 principles of HACCP - conducting a hazard analysis, identifying critical control points, establishing critical limits, monitoring critical control points, implementing corrective actions, verifying procedures are followed, and maintaining records. HACCP is a food safety management system used globally by food companies and industries like dairy to ensure safe food production and prevent foodborne illnesses.
HACCP is a system to analyze food safety hazards and implement controls. It originated in the 1960s when NASA and Pillsbury developed it for space food. HACCP identifies hazards, establishes control points to prevent hazards, monitors the control points, and documents the system. The goal is to systematically prevent food safety issues rather than relying on traditional inspection and testing. HACCP considers food safety from production to consumption.
1. CookSafe Food Safety Assurance System Issue 1.1, May 2012
INTRODUCTION 1.1
‘CookSafe’ is designed to assist catering businesses understand and implement a HACCP based
system. By reading this manual and following the instructions, you will be able to develop
HACCP based procedures which will fit your needs.
What is HACCP? The letters HACCP stand for “Hazard Analysis and Critical Control Point”
HACCP is a widely accepted food safety management system, which can easily be
adapted to suit all sizes and types of food businesses. The main aim of HACCP is to
focus attention on critical points in the operation and to take measures to ensure that
problems do not occur.
Everyone involved in the food industry is aware of the importance of good food hygiene practices
and of the need to handle food in a safe, clean environment.
How this manual can help you
‘CookSafe’ is split into 5 sections as follows:
1. Introduction Section – contains guidance on the HACCP terms used in this manual
2. Flow Diagram Section – provides guidance and a template for you to draw your own Flow
Diagram
3. HACCP Charts Section – shows you what could go wrong at each process step and what you
need to do about it. Guidance and examples are provided for you to consider in relation to your
business
4. House Rules Section – contains guidance and templates to help you write your own House
Rules building on your day-to-day safe working practices
5. Records Section – contains guidance and templates for you to use to link in with all the
other sections
This manual contains essential information on HACCP principles as well as guidance on a range
of other food safety issues. There is also an Action Plan for you to record the progress you have
made, as you work through the 5 sections mentioned above.
WHAT YOU NEED TO DO
It is recommended that you work through this manual in the order it has been laid out. However,
the sections of this manual link into each other and you can work through them in the order that
suits you.
Remember to record your progress on the Action Plan
2. CookSafe Food Safety Assurance System Issue 1.1, May 2012
1.2 INTRODUCTION
Scope of the manual
This manual is designed to be suitable for use in the majority of catering businesses. You will need
to adapt the sections to suit the way that your business operates. Guidance is given in each section
on how to do this.
If you find that you have additional process steps or require different records, this manual is
easily adapted to fit in with the system you use or one you design to suit your particular business.
‘CookSafe’ is designed to build upon your existing good practices, that is, the safe working
practices that you already use as part of your daily routine.
This manual has been based on the best information available at the time. Revisions and updates
will be issued periodically.
The information in your copy should accurately reflect all of the operations carried out within your
business. In particular, your House Rules should be written in a manner which can be readily
understood by all of your food handling staff.
Legal Responsibilities
This manual contains general advice only and this guidance is based on the Food Standards
Agency’s present understanding of the applicable law but it will be for the courts to provide
a definitive interpretation of that law. This guidance is not a substitute for the text of relevant
legislation which will continue to apply and it will remain the duty of food business proprietors to
comply with that legislation.
In the event of any apparent conflict between the guidance contained in this manual and the
relevant legislation, you should seek your own legal advice on the application of this guidance
manual in relation to your own circumstances.
3. CookSafe Food Safety Assurance System Issue 1.1, May 2012
INTRODUCTION 1.3
EXPLANATION OF HACCP
This manual uses a number of terms which may not be familiar to you. These are explained below:
Process Steps
To understand HACCP based procedures, you should think of your catering operation as a
sequence of process steps.
The first step is the purchase of food – and the last step is serving it to your customers.
The following simplified diagram shows the process steps which may be involved in a typical
catering business:
This is a simplified diagram and may not show all of your process steps or the order in which they
usually occur in your business.
‘CookSafe’ provides you with a template for drawing your own Flow Diagram
(refer to the Flow Diagram Section of this manual).
4. CookSafe Food Safety Assurance System Issue 1.1, May 2012
1.4 INTRODUCTION
Hazards
A “Hazard” is anything which may cause harm to your customers through eating your food.
A HACCP based approach to food safety requires you to identify all of the hazards at each process
step in your catering business, this is called “hazard analysis”. It is at this point that you need
to think about what could go wrong in your business and then come up with measures that will
prevent or control these hazards.
There are three types of hazard:
• Microbiological
• Chemical
• Physical
Microbiological hazards include food poisoning bacteria such as Salmonella, E. coli O157
and Bacillus Cereus which are hazardous because they can:-
• Survive inadequate cooking, if already present in food, for example, Salmonella in
chicken
• Multiply to harmful levels in food given the right conditions, for example, poor
temperature control during storage, handling or hot holding
• Spread from raw foods such as meat, poultry and unwashed vegetables to ready-to-eat
foods either directly or via food handlers, work surfaces and equipment – this is known
as “cross contamination”
Other microbiological hazards such as certain bacteria, yeasts and moulds may lead to
food spoilage.
Chemical hazards may already be present on certain foods in the form of pesticides or
insecticides. Chemical hazards may also arise from incorrect storage and the misuse of
chemicals used in food premises such as cleaning chemicals and rodent baits.
Physical hazards include contamination by materials such as glass, plastic, wood, metal,
hair and contamination caused by pests.
‘CookSafe’ identifies the hazards which are most likely to be found at each
step in your business (refer to the HACCP Charts Section of this manual).
5. CookSafe Food Safety Assurance System Issue 1.1, May 2012
INTRODUCTION 1.5
Control Measures
Once you have identified your process steps and the hazards likely to occur, you must find ways of
preventing or controlling these hazards.
The measures which you decide upon must make all of the hazards safe – these measures are
known as “Control Measures”.
Control Measures take many forms, for example:
HAZARD
survival of harmful bacteria
which may cause food poisoning
CONTROL MEASURE
‘thorough cooking’
HAZARD
spread of harmful bacteria
which may cause food
poisoning from raw food to
ready-to-eat food
CONTROL MEASURE
careful ‘handling practices’
such as keeping these
foods apart at all times
and maintaining strict hand
washing procedures
‘CookSafe’ provides guidance on the Control Measures which are likely to
apply to your business (refer to the HACCP Charts Section of this manual).
You can then decide on your Control Measures and list these in the House
Rules Sections (refer to the House Rules Section of this manual).
6. CookSafe Food Safety Assurance System Issue 1.1, May 2012
1.6 INTRODUCTION
Critical Control Points (CCPs)
A HACCP based approach to food safety helps you to focus attention on the issues that are critical
to food safety.
Critical Control Points (CCPs) are the stages of your process where the hazards must be
controlled for the food to be safe to eat.
All hazards at Critical Control Points (CCPs) must be eliminated or reduced to a safe level by a
suitable Control Measure.
Critical Control Point (CCP) example 1: Cooling rice
If rice is cooled too slowly, it could give your customer food poisoning. In this example,
‘cooling’ is a Critical Control Point (CCP).
Critical Control Point (CCP) example 2: Cooking a burger from raw
If the burger is undercooked, any harmful bacteria present in the meat will not be
destroyed and the surviving bacteria could give your customer food poisoning.
In this example, “cooking” is a Critical Control Point (CCP).
‘CookSafe’ focuses on the Critical Control Points (CCPs) which are most likely
to occur within a typical catering business (refer to the HACCP Charts Section
of this manual).
Critical Limits
Critical Limits are specified safety limits which your Control Measures at Critical Control Points
(CCPs) must achieve.
Critical Limit example 1: Cross Contamination Prevention
If one of your methods of preventing cross contamination is the use of differently coloured
chopping boards and knives for different foods, then your “Critical Limit” in this case is for
staff to: “always use the coloured chopping boards and knives correctly”.
Critical Limit example 2: Temperature Control
If food is to be kept chilled and you have decided that the temperature of the refrigerator
must be no higher than 5°C, then “5°C” is the “Critical Limit”.
NOTE: In your Temperature Control House Rules, you will set your Critical Limits.
7. CookSafe Food Safety Assurance System Issue 1.1, May 2012
INTRODUCTION 1.7
Monitoring
A HACCP based approach to food safety requires that all Control Measures at Critical Control
Points (CCPs) must be monitored.
A Monitoring example: Checking the temperature of a refrigerator to ensure it is within
its Critical Limit.
In this instance, the Control Measure (to prevent bacterial growth) would be temperature
control. If the Critical Limit has been set at 5°C, the purpose of Monitoring in this example
would be to check that the Critical Limit of 5°C has been met.
NOTE: In your Temperature Control House Rules, you will establish your monitoring and its
frequency.
Monitoring methods may vary according to your own Control Measures and Critical Limits.
Certain Control Measures may have Critical Limits which cannot be easily measured in the
way that temperatures can.
For example, the correct use of differently coloured equipment for different purposes is one
way of providing the Control Measure for Hazards such as cross contamination. In this case,
the most effective Monitoring would be: “supervision of staff to ensure that they follow the
Cross Contamination Prevention House Rules”.
NOTE: In your Cross Contamination Prevention House Rules you will describe your Control
Measures.
‘CookSafe’ provides you with HACCP Charts which suggest the kind of
Monitoring that may be carried out by you. However, you will be expected to
decide on the type of Monitoring that is appropriate in your business (refer to
the HACCP Charts Section of this manual).
Records
A requirement of a HACCP based system is that Monitoring is recorded at a frequency that
reflects the nature and size of your business. This may be achieved by completing the relevant
parts of the Recording Forms which can be found in the ‘Records’ Section of this manual.
Alternatively, you may wish to record your Monitoring in other ways, for instance, by drawing up
your own forms, recording electronically or by the use of a diary. In such cases you should ensure
that your record keeping arrangements are sufficient for the size and nature of your business.
8. CookSafe Food Safety Assurance System Issue 1.1, May 2012
1.8 INTRODUCTION
‘CookSafe’ provides you with a range of Recording Forms, which may be used
by your business (refer to the Records Section of this manual).
Monitoring which only involves supervision may simply require a supervisor or manager’s
signature to confirm that the actions have been carried out. HACCP Records must be retained
for an appropriate period of time to enable you to demonstrate that your system is working
effectively. Your Enforcement Officer can give guidance on this timeframe.
Corrective Action
If you monitor a Control Measure and find that it has failed to meet its Critical Limit, you must act
to make the food safe or to prevent it being used. This is known as a “Corrective Action”.
Corrective Actions follow on from the Monitoring process and must be recorded.
Corrective Action example 1: Temperature Control
If your refrigerator temperature Critical Limit is 5°C but your Monitoring check finds
that the refrigerator is running at 12°C, then your Corrective Action could be: “call the
Maintenance Engineer and consider if the food is safe to use”.
Corrective Action example 2: Cross Contamination Prevention
Your Cross Contamination Critical Limit is to “keep raw foods and ready-to-eat foods
separate”. However, when carrying out your Monitoring check you see a cheesecake on
a raw food chopping board in the Raw Food Area of your kitchen. Your Corrective Action
should be: “Dispose of the cheesecake (the person doing so should wash their hands
afterwards) and investigate the breakdown in procedures. Retrain the relevant staff
members on the correct procedure”.
NOTE: Your Corrective Actions will be written into your records.
Corrective actions have two functions:
• to deal with the food in question – either by making it safe or by stopping its use
• to prevent the problem happening again – by considering the cause of the failure of the Control
Measure and taking appropriate action
‘CookSafe’ provides suggestions on the types of Corrective Actions that may be
appropriate in your business (refer to the HACCP Charts Section of this
manual).
9. CookSafe Food Safety Assurance System Issue 1.1, May 2012
INTRODUCTION 1.9
Verification
Verification involves taking an overview of your HACCP based system to ensure it is working.
Verification also involves establishing that your procedures are effective in controlling hazards
and checking to see that your procedures are being applied in practice.
Verification examples:
• Checking that the Control Measures at CCPs are being consistently applied
• Checking that the appropriate Corrective Actions have been taken
• Checking that Monitoring Records are consistent and accurate
• Checking that your procedures are still relevant and up to date
(refer to the Review Record in the Records Section)
Verification actions undertaken must be recorded.
When you check and sign off the records found in ‘CookSafe’ you will be
carrying out “Verification” (refer to the Records Section of this manual).
Documentation
A HACCP based system must have appropriate documentation to demonstrate it is working
effectively.
Documentation to support your HACCP based procedures must include details of your intentions
in all the key areas mentioned throughout this Section.
‘CookSafe’ supplies you with templates for all of the documentation required to produce a
HACCP based system.
A HACCP based system is a food safety management system which, if used correctly, can help to
ensure safe food production.
It is essential that your business is committed to operating the system in full otherwise the
benefits will be reduced and food safety compromised.
A certain amount of food safety knowledge is required by the operators of the business prior to
implementing the HACCP based system.
ONCE YOU HAVE READ THIS SECTION, REMEMBER TO SIGN AND DATE THE
INTRODUCTION SECTION OF THE ACTION PLAN.
10. CookSafe Food Safety Assurance System Issue 1.1, May 2012
INTRODUCTION 1.10
Glossary of other terms
The HACCP terms have already been described in this Section. This page provides a glossary of
other terms used in ‘CookSafe’.
ACTION PLAN The documented record of actions to be completed by the person
using this guidance manual in order to devise a HACCP based food
safety management system.
ALLERGY An overly aggressive response by the body’s immune system to foods
that non-sufferers would find harmless.
AMBIENT
TEMPERATURE
The temperature of the surrounding environment - commonly used to
mean room temperature.
BACTERIA Groups of single cell living organisms. Some are known to cause food
poisoning or food spoilage.
‘BEST BEFORE’
DATE
The date marked on the label of a food up to and including the date
that the food can reasonably be expected to remain in optimum
condition if properly stored.
CLEANING The physical removal of food debris, visible dirt and food particles
from surfaces, equipment, and fittings using hot water and a
detergent.
CORE
TEMPERATURE
The temperature at the centre or thickest part of a piece of food.
CONTACT TIME The period of time that a disinfectant should be in contact with a
surface to achieve disinfection.
CONTAMINATION The introduction to, or occurrence in, foods of any harmful substance
which may compromise the safety or wholesomeness of those foods.
CROSS
CONTAMINATION
The transfer of harmful bacteria from contaminated food to
uncontaminated food either by direct or indirect contact.
DETERGENT A cleansing substance (which does not have disinfectant properties)
made from chemical compounds and used for general cleaning.
DISINFECTANT A substance capable of destroying harmful bacteria, when applied to a
visibly clean surface, at a specified concentration and contact time.
DISINFECTION The application, following general cleaning, of a disinfectant or
treatment to facilitate the removal of harmful bacteria from surfaces
or equipment.
DUAL-USE The use of any equipment, for both raw foods and also for ready-to-eat
foods.
11. CookSafe Food Safety Assurance System Issue 1.1, May 2012
1.11 INTRODUCTION
HARMFUL
BACTERIA
Bacteria capable of causing illness through contamination of food.
HIGH RISK FOOD Usually considered as food that supports the multiplication of
harmful bacteria and is intended for consumption without any further
treatment, such as cooking, which would destroy such organisms.
High risk food is usually high in protein, requires refrigeration and
must be kept separate from raw food.
PHYSICAL
SEPARATION
Where certain parts of the premises and certain equipment and
utensils are used exclusively and permanently for raw foods (including
raw meats/vegetables).
RAW FOOD AREA An area of the kitchen which is permanently reserved for the handling
of raw foods only.
RAW FOODS Raw meat and any raw foods such as unwashed vegetables that are a
potential source of harmful bacteria.
RAW MEAT Beef, pork, lamb, chicken, turkey, game and also includes mince,
burgers and sausages.
READY-TO-EAT
FOOD
Food which may not require further cooking or reheating prior to
consumption.
SANITISER/
BACTERICIDAL
DETERGENT
A substance that combines detergent and disinfectant in a single
product.
SPORES Certain kinds of bacteria are capable of entering a resting phase
during which they are very resistant to high temperatures and other
adverse conditions. Bacteria in this phase are known as spores. If
conditions are right, spores will ‘germinate’ or start to grow.
TOXINS Toxins are poisons produced by bacteria capable of causing food
poisoning.
‘USE BY’ DATE A date mark required on microbiologically-perishable pre-packed food
after which its consumption could present a risk of food poisoning.
VISIBLY CLEAN Free from any visible grease or film and solid matter.