Hazard Analysis and Critical Control Point (HACCP)
Program
PLAN - D Raw, Ground Meat and Poultry
Principle 2 - CCP Determination
Product: A critical control point is defined as a point, step or procedure at which control can be applied and
a food safety hazard can be prevented, eliminated or reduced to acceptable levels.
This document discusses the implementation of Hazard Analysis and Critical Control Points (HACCP) in the meat industry. It covers the 7 principles of HACCP and provides examples of how to apply it in meat processing plants. Specifically, it analyzes the processing steps for cured cooked ham and identifies potential biological, chemical and physical hazards at each step. It then outlines the HACCP plan for cured cooked ham production, identifying critical control points and establishing critical limits and monitoring procedures. Finally, it provides recommended microbiological criteria for fresh meat.
The Document will help you up to create a HACCP plan for cooked meat " not shelf stable" that includes all related documents with instructions to assist food safety specialist to create and establish and implement HACCP plan food catering and food products in general.
Have a look, when ever you need any assistance please contact me via:
Skype: Karam2013
Email: Eng.karam@outlook.com OR VIA
Mobile: +962780777241
This document discusses food safety systems HACCP, TACCP, and VACCP. HACCP (Hazard Analysis Critical Control Point) is a logical approach to food safety that identifies hazards and prevents foodborne illness. TACCP (Threat Assessment Critical Control Point) and VACCP (Vulnerability Assessment Critical Control Point) were developed to address threats of deliberate attacks and vulnerabilities in the supply chain. TACCP focuses on food defense from threats like tampering, while VACCP addresses food fraud risks from economic adulteration. Both use risk assessments to determine critical control points to monitor and protect the supply chain. Implementing all three systems helps ensure food safety from both intentional and unintentional contamination
This document discusses ISO 22000 and HACCP (Hazard Analysis Critical Control Point). It defines HACCP and lists its 7 principles for identifying food safety hazards and establishing control systems. It also provides an overview of ISO 22000, including its scope, terms and definitions, management system requirements, and key elements such as prerequisite programs and HACCP. The document summarizes the purpose and steps of conducting a HACCP analysis, including identifying hazards and critical control points, establishing critical limits, monitoring procedures, and corrective actions.
HACCP (Hazard Analysis Critical Control Point) is a food safety system that identifies potential food safety hazards and puts controls in place to prevent them. It was originally developed in the 1960s for NASA space missions to ensure food safety. Since then, HACCP principles have been adopted worldwide by food standards organizations and legislation. The document provides a detailed history of the development of HACCP from 1959 to the present and describes the seven principles of HACCP and guidelines for its application, which include assembling a HACCP team, describing products, identifying intended uses, constructing flow diagrams, identifying hazards and controls, determining critical control points, and establishing monitoring, verification and documentation procedures.
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.
GMP and GHP provide systems to ensure proper design, monitoring and control of manufacturing processes and facilities when preparing food for human consumption. GMP principles include employee training, environmental monitoring, sanitation practices and allergen management. Key aspects of GMP in the food industry are personnel control, plant and grounds maintenance, sanitary operations, equipment and processes. Establishing GMP in the milk industry involves evaluating processing, raw materials, heat treatment, product standardization and transport. This improves quality, meets consumer needs, decreases losses and reduces environmental impact. GHP covers primary production, establishment design and maintenance, operations, transportation and consumer awareness to ensure food is safe and suitable at all stages of production.
This document provides an HACCP (Hazard Analysis and Critical Control Points) plan for a baked cream-filled bread product. It establishes an HACCP team, describes the product and intended use, develops process flow diagrams, identifies potential hazards at each process step, determines the significance of the hazards, and establishes preventive or control measures. Potential hazards include biological (e.g. pathogenic bacteria), chemical (e.g. decomposition), and physical (e.g. insect parts, foreign objects). Control measures focus on supplier assurance, inspections, sanitation standard operating procedures, time/temperature controls, and proper storage conditions. The plan conducts a thorough hazard analysis to ensure the safety of the finished product.
This document discusses the implementation of Hazard Analysis and Critical Control Points (HACCP) in the meat industry. It covers the 7 principles of HACCP and provides examples of how to apply it in meat processing plants. Specifically, it analyzes the processing steps for cured cooked ham and identifies potential biological, chemical and physical hazards at each step. It then outlines the HACCP plan for cured cooked ham production, identifying critical control points and establishing critical limits and monitoring procedures. Finally, it provides recommended microbiological criteria for fresh meat.
The Document will help you up to create a HACCP plan for cooked meat " not shelf stable" that includes all related documents with instructions to assist food safety specialist to create and establish and implement HACCP plan food catering and food products in general.
Have a look, when ever you need any assistance please contact me via:
Skype: Karam2013
Email: Eng.karam@outlook.com OR VIA
Mobile: +962780777241
This document discusses food safety systems HACCP, TACCP, and VACCP. HACCP (Hazard Analysis Critical Control Point) is a logical approach to food safety that identifies hazards and prevents foodborne illness. TACCP (Threat Assessment Critical Control Point) and VACCP (Vulnerability Assessment Critical Control Point) were developed to address threats of deliberate attacks and vulnerabilities in the supply chain. TACCP focuses on food defense from threats like tampering, while VACCP addresses food fraud risks from economic adulteration. Both use risk assessments to determine critical control points to monitor and protect the supply chain. Implementing all three systems helps ensure food safety from both intentional and unintentional contamination
This document discusses ISO 22000 and HACCP (Hazard Analysis Critical Control Point). It defines HACCP and lists its 7 principles for identifying food safety hazards and establishing control systems. It also provides an overview of ISO 22000, including its scope, terms and definitions, management system requirements, and key elements such as prerequisite programs and HACCP. The document summarizes the purpose and steps of conducting a HACCP analysis, including identifying hazards and critical control points, establishing critical limits, monitoring procedures, and corrective actions.
HACCP (Hazard Analysis Critical Control Point) is a food safety system that identifies potential food safety hazards and puts controls in place to prevent them. It was originally developed in the 1960s for NASA space missions to ensure food safety. Since then, HACCP principles have been adopted worldwide by food standards organizations and legislation. The document provides a detailed history of the development of HACCP from 1959 to the present and describes the seven principles of HACCP and guidelines for its application, which include assembling a HACCP team, describing products, identifying intended uses, constructing flow diagrams, identifying hazards and controls, determining critical control points, and establishing monitoring, verification and documentation procedures.
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.
GMP and GHP provide systems to ensure proper design, monitoring and control of manufacturing processes and facilities when preparing food for human consumption. GMP principles include employee training, environmental monitoring, sanitation practices and allergen management. Key aspects of GMP in the food industry are personnel control, plant and grounds maintenance, sanitary operations, equipment and processes. Establishing GMP in the milk industry involves evaluating processing, raw materials, heat treatment, product standardization and transport. This improves quality, meets consumer needs, decreases losses and reduces environmental impact. GHP covers primary production, establishment design and maintenance, operations, transportation and consumer awareness to ensure food is safe and suitable at all stages of production.
This document provides an HACCP (Hazard Analysis and Critical Control Points) plan for a baked cream-filled bread product. It establishes an HACCP team, describes the product and intended use, develops process flow diagrams, identifies potential hazards at each process step, determines the significance of the hazards, and establishes preventive or control measures. Potential hazards include biological (e.g. pathogenic bacteria), chemical (e.g. decomposition), and physical (e.g. insect parts, foreign objects). Control measures focus on supplier assurance, inspections, sanitation standard operating procedures, time/temperature controls, and proper storage conditions. The plan conducts a thorough hazard analysis to ensure the safety of the finished product.
This document discusses Hazard Analysis and Critical Control Points (HACCP) and food safety in canned foods. It outlines the principles of HACCP including hazard analysis, determining critical control points, establishing critical limits, monitoring critical control points, corrective actions, verification procedures, and record keeping. It also discusses the unreliability of post-process sampling of canned foods due to failures in container seals that can allow microbial contamination. Special training of personnel is needed to properly monitor critical control points and ensure food safety.
The document outlines the key concepts and steps of Hazard Analysis and Critical Control Points (HACCP), a systematic preventative approach to food safety. It discusses hazards like biological, chemical and physical contaminants that can cause foodborne illness. The 7 steps of HACCP are described, including identifying hazards and critical control points in food production processes. Monitoring procedures, corrective actions, and record keeping are important aspects of ensuring food safety through the HACCP system. The overall goal of HACCP is to anticipate and prevent risks of food contamination before they occur.
This webinar discusses the upcoming changes to the FSSC 22000 version 6 food safety standard. The presenters are Smita Murthy, an India representative of FSSC, and Soumik Mondal, head of technical services at SGS India. Version 6 aims to strengthen requirements around food safety culture, quality control, equipment management, food loss and waste reduction, and communication between organizations and certification bodies. It incorporates the new ISO 22003 standard and supports organizations' contributions to UN sustainability goals. Certified companies will have a 12-month transition period to upgrade and complete audits under the new version by March 2025.
The document discusses the preparation of a Hazard Analysis Critical Control Point (HACCP) plan and establishing a Critical Control Point (CCP) decision tree. It provides definitions and principles for HACCP. The 7 principles of HACCP are described which form the foundation for a HACCP plan. The common approach for implementing HACCP involves assembling a team, writing product descriptions, creating a process flow diagram, identifying hazards, determining CCPs, establishing monitoring and corrective actions, and verifying the HACCP plan. Guidance is given for each step including templates for documentation.
This document provides an overview of Hazard Analysis and Critical Control Point (HACCP) principles for processing and packaging fresh-cut fruits and vegetables. It discusses the key steps in HACCP planning including conducting a hazard analysis to identify biological, chemical, and physical hazards at different stages of production. The document also outlines important pre-requisite programs for fresh produce processing facilities and packaging requirements to ensure the microbiological, sensory and nutritional quality of minimally processed fresh-cut products with shelf lives of 4-21 days.
The document outlines the prerequisite programs that must be developed and implemented by companies prior to establishing their HACCP plans. There are seven prerequisite programs that address food safety from receiving to shipping: (1) Premises, (2) Transportation/Purchasing/Receiving/Storage, (3) Equipment, (4) Personnel, (5) Sanitation and Pest Control, (6) Recall, and (7) Operational Prerequisite Programs. Each program contains elements, sub-elements, and requirements to control food safety hazards in the work environment and operational practices. The prerequisite programs must be documented, updated when changes are made, and reassessed at least annually.
Validation and Verification of HACCP Plans - Webinar PresentationSAIGlobalAssurance
This document discusses validation and verification of HACCP plans. It begins with definitions of key terms like validation, verification, and objective evidence. It then covers various aspects of validating and verifying prerequisite programs that support HACCP plans, including calibration, cleaning/sanitation, good hygiene practices, pest control, training, and approved suppliers. Validation activities involve confirming that programs are effective, like challenge testing for cleaning or assessing training effectiveness. Verification ensures programs continue working as intended through ongoing checks like surface swabbing and audits. The document provides details on documentation, monitoring, corrective actions, and record keeping requirements for validating and verifying these prerequisite food safety programs.
HACCP PLAN FOR FRUIT JUICE INDUSTRY[000157]Ajna Alavudeen
This document outlines the HACCP plan for a fruit juice industry. It discusses the seven principles of HACCP, which include identifying food hazards, establishing critical control points, monitoring procedures, and corrective actions. The company produces ready-to-serve fruit juices, concentrates, and candies. Potential biological, chemical and physical hazards are identified for each processing step from receiving fruits to packaging. Critical control points and limits are established for steps like thermal processing. Monitoring and documentation procedures are in place to control hazards and ensure food safety.
This document discusses food traceability, including definitions, functional roles, common features, and coding systems. It summarizes key aspects of traceability including tracking food through production and distribution, identifying origins, and supporting food safety, labeling, and risk assessment. It also outlines the most commonly used global traceability standards, including the GS1 system of numbering and identification codes that can track items, locations, logistics units and more through the supply chain.
This document outlines the HACCP plan for canned tuna production. It identifies potential hazards at each step of production from raw material receipt through storage and distribution. The main hazards include microbial contamination or survival, presence of chemicals/toxins, and physical contamination. Preventive measures are proposed to control each hazard such as supplier specifications, temperature control, cleaning and sanitation procedures, monitoring of critical control points during heat processing and cooling. Critical limits for control points include temperature, chlorine levels, and can specifications. Record keeping of monitoring and corrective actions is required.
The document discusses food safety management systems and Hazard Analysis and Critical Control Point (HACCP). It explains that many food companies require suppliers to implement a food safety management system. The Global Food Safety Initiative has benchmarked several certification programs that are HACCP-based. HACCP identifies hazards and implements controls at critical points in the food production process. Implementing HACCP requires establishing prerequisite programs to control hazards, developing HACCP plans for each product, and following the seven HACCP principles of hazard analysis, critical control point identification, and establishing monitoring, corrective actions, verification and documentation procedures.
This document provides information about Hazard Analysis and Critical Control Points (HACCP) planning in the red meat industry. It discusses red meat production in India, the components of the meat industry, and processing steps from receiving animals to packaging and freezing. Key processing steps include ante mortem and post-mortem examination, chilling, deboning, and packaging. Critical control points are identified for various processing steps. Standard sanitation operating procedures are outlined for facilities like the slaughterhouse, processing room, smokehouse, and coolers. Equipment used in meat processing like grinders, cutters, stuffers, and smokehouses are also described.
Edward Food Analysis and Research Centre Ltd., owes its origins and growth to the need for ethical, independent,
specialized and informed TIC which truly upholds the maxim: “Consumer is the King” in letter and in
spirit. As such, cutting corners is not our speciality.
We specialize in providing best in class client services enveloping the entire Food Testing and Analytics landscape.
EFRACs Laboratory, pristinely located amidst primal surroundings, is architecturally compliant with
National and International Regulations and is accredited by NABL as per ISO / IEC 17025:2017 & recognized/
approved by leading National & International Standardization agencies such as Bureau of Indian Standards
(BIS), Export Inspection Council India (EIC), Agricultural and Processed Food Products Export Development
Authority (APEDA), AGMARK, GAFTA, SGF and FSSAI, for Food Testing and Analytics.
This document discusses the implementation of a Hazard Analysis Critical Control Point (HACCP) system for the alcoholic beverage industry. It identifies seven critical control points in the production process: 1) Harvesting, 2) Alcoholic Fermentation, 3) Must, 4) Maturation, 5) Stabilization, 6) Bottling, and 7) Storage. For each critical control point, potential hazards are identified and critical limits are established to minimize risks. Monitoring procedures and corrective actions are also outlined to ensure food safety standards are maintained throughout production.
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
As food safety continues to be a worldwide public health issue, the need for improved and more effective food safety systems has increased over the past three decades. A combination of national and international standards, industry needs, customer demands and many other factors has led to tremendous improvements of Food Safety Management Systems.
This document discusses food quality management systems. It begins by defining food quality and the need for quality control in the food industry to meet consumer requirements. It then explains several common food quality management systems used in the industry: ISO, HACCP, TACCP, VACCP, GMP, and GHP. ISO and HACCP are described in more detail. The key elements of producing safe food are effective washing, using safe materials and water, proper cooking temperatures, preventing cross-contamination, and correct storage temperatures.
Quality control techniques for food safety Jithin Mj
This document discusses various quality control techniques used for food safety, including ultrasound, irradiation, and cold plasma technology. Ultrasound uses sound waves to improve microbial inactivation, food preservation, and food analysis. It can be used at low or high powers for non-invasive analysis or disruptive effects. Food irradiation uses ionizing radiation to eliminate pathogens while maintaining nutritional value. Cold plasma technology uses energized gas to inactivate microbes on food surfaces without heating, providing a potential alternative to thermal processing. The document explores the mechanisms and applications of these techniques to maintain food quality and safety for consumers.
Meat refers to the skeletal muscle from animal carcasses used for food. The main composition of meat includes 20% protein, 8% fat, 1-2% glycogen, 1% ash, and 70% water. After an animal's death, rigor mortis causes the limbs to stiffen due to chemical changes in the muscles. Various preservation methods can be used for meat, including cooling, freezing, drying, irradiation, curing, smoking, and packaging. Curing involves the addition of salt, sugar, and nitrites or nitrates to meat and is commonly used today for flavor enhancement and color development rather than solely for preservation.
In this file, you can ref interview materials for haccp such as, haccp situational interview, haccp behavioral interview, haccp phone interview, haccp interview thank you letter, haccp interview tips …
Meat processing hygiene focuses on hygienic measures during meat product manufacturing. There are three key principles: 1) Prevent contamination of raw materials and products, 2) Minimize microbial growth through refrigeration, 3) Reduce or eliminate contamination through heat treatment. Proper implementation of Good Hygienic Practices and Hazard Analysis Critical Control Points are important quality management schemes for ensuring safety. GHP establishes general hygienic standards while HACCP identifies specific hazards and establishes control points to prevent health risks to consumers.
This document discusses Hazard Analysis and Critical Control Points (HACCP) and food safety in canned foods. It outlines the principles of HACCP including hazard analysis, determining critical control points, establishing critical limits, monitoring critical control points, corrective actions, verification procedures, and record keeping. It also discusses the unreliability of post-process sampling of canned foods due to failures in container seals that can allow microbial contamination. Special training of personnel is needed to properly monitor critical control points and ensure food safety.
The document outlines the key concepts and steps of Hazard Analysis and Critical Control Points (HACCP), a systematic preventative approach to food safety. It discusses hazards like biological, chemical and physical contaminants that can cause foodborne illness. The 7 steps of HACCP are described, including identifying hazards and critical control points in food production processes. Monitoring procedures, corrective actions, and record keeping are important aspects of ensuring food safety through the HACCP system. The overall goal of HACCP is to anticipate and prevent risks of food contamination before they occur.
This webinar discusses the upcoming changes to the FSSC 22000 version 6 food safety standard. The presenters are Smita Murthy, an India representative of FSSC, and Soumik Mondal, head of technical services at SGS India. Version 6 aims to strengthen requirements around food safety culture, quality control, equipment management, food loss and waste reduction, and communication between organizations and certification bodies. It incorporates the new ISO 22003 standard and supports organizations' contributions to UN sustainability goals. Certified companies will have a 12-month transition period to upgrade and complete audits under the new version by March 2025.
The document discusses the preparation of a Hazard Analysis Critical Control Point (HACCP) plan and establishing a Critical Control Point (CCP) decision tree. It provides definitions and principles for HACCP. The 7 principles of HACCP are described which form the foundation for a HACCP plan. The common approach for implementing HACCP involves assembling a team, writing product descriptions, creating a process flow diagram, identifying hazards, determining CCPs, establishing monitoring and corrective actions, and verifying the HACCP plan. Guidance is given for each step including templates for documentation.
This document provides an overview of Hazard Analysis and Critical Control Point (HACCP) principles for processing and packaging fresh-cut fruits and vegetables. It discusses the key steps in HACCP planning including conducting a hazard analysis to identify biological, chemical, and physical hazards at different stages of production. The document also outlines important pre-requisite programs for fresh produce processing facilities and packaging requirements to ensure the microbiological, sensory and nutritional quality of minimally processed fresh-cut products with shelf lives of 4-21 days.
The document outlines the prerequisite programs that must be developed and implemented by companies prior to establishing their HACCP plans. There are seven prerequisite programs that address food safety from receiving to shipping: (1) Premises, (2) Transportation/Purchasing/Receiving/Storage, (3) Equipment, (4) Personnel, (5) Sanitation and Pest Control, (6) Recall, and (7) Operational Prerequisite Programs. Each program contains elements, sub-elements, and requirements to control food safety hazards in the work environment and operational practices. The prerequisite programs must be documented, updated when changes are made, and reassessed at least annually.
Validation and Verification of HACCP Plans - Webinar PresentationSAIGlobalAssurance
This document discusses validation and verification of HACCP plans. It begins with definitions of key terms like validation, verification, and objective evidence. It then covers various aspects of validating and verifying prerequisite programs that support HACCP plans, including calibration, cleaning/sanitation, good hygiene practices, pest control, training, and approved suppliers. Validation activities involve confirming that programs are effective, like challenge testing for cleaning or assessing training effectiveness. Verification ensures programs continue working as intended through ongoing checks like surface swabbing and audits. The document provides details on documentation, monitoring, corrective actions, and record keeping requirements for validating and verifying these prerequisite food safety programs.
HACCP PLAN FOR FRUIT JUICE INDUSTRY[000157]Ajna Alavudeen
This document outlines the HACCP plan for a fruit juice industry. It discusses the seven principles of HACCP, which include identifying food hazards, establishing critical control points, monitoring procedures, and corrective actions. The company produces ready-to-serve fruit juices, concentrates, and candies. Potential biological, chemical and physical hazards are identified for each processing step from receiving fruits to packaging. Critical control points and limits are established for steps like thermal processing. Monitoring and documentation procedures are in place to control hazards and ensure food safety.
This document discusses food traceability, including definitions, functional roles, common features, and coding systems. It summarizes key aspects of traceability including tracking food through production and distribution, identifying origins, and supporting food safety, labeling, and risk assessment. It also outlines the most commonly used global traceability standards, including the GS1 system of numbering and identification codes that can track items, locations, logistics units and more through the supply chain.
This document outlines the HACCP plan for canned tuna production. It identifies potential hazards at each step of production from raw material receipt through storage and distribution. The main hazards include microbial contamination or survival, presence of chemicals/toxins, and physical contamination. Preventive measures are proposed to control each hazard such as supplier specifications, temperature control, cleaning and sanitation procedures, monitoring of critical control points during heat processing and cooling. Critical limits for control points include temperature, chlorine levels, and can specifications. Record keeping of monitoring and corrective actions is required.
The document discusses food safety management systems and Hazard Analysis and Critical Control Point (HACCP). It explains that many food companies require suppliers to implement a food safety management system. The Global Food Safety Initiative has benchmarked several certification programs that are HACCP-based. HACCP identifies hazards and implements controls at critical points in the food production process. Implementing HACCP requires establishing prerequisite programs to control hazards, developing HACCP plans for each product, and following the seven HACCP principles of hazard analysis, critical control point identification, and establishing monitoring, corrective actions, verification and documentation procedures.
This document provides information about Hazard Analysis and Critical Control Points (HACCP) planning in the red meat industry. It discusses red meat production in India, the components of the meat industry, and processing steps from receiving animals to packaging and freezing. Key processing steps include ante mortem and post-mortem examination, chilling, deboning, and packaging. Critical control points are identified for various processing steps. Standard sanitation operating procedures are outlined for facilities like the slaughterhouse, processing room, smokehouse, and coolers. Equipment used in meat processing like grinders, cutters, stuffers, and smokehouses are also described.
Edward Food Analysis and Research Centre Ltd., owes its origins and growth to the need for ethical, independent,
specialized and informed TIC which truly upholds the maxim: “Consumer is the King” in letter and in
spirit. As such, cutting corners is not our speciality.
We specialize in providing best in class client services enveloping the entire Food Testing and Analytics landscape.
EFRACs Laboratory, pristinely located amidst primal surroundings, is architecturally compliant with
National and International Regulations and is accredited by NABL as per ISO / IEC 17025:2017 & recognized/
approved by leading National & International Standardization agencies such as Bureau of Indian Standards
(BIS), Export Inspection Council India (EIC), Agricultural and Processed Food Products Export Development
Authority (APEDA), AGMARK, GAFTA, SGF and FSSAI, for Food Testing and Analytics.
This document discusses the implementation of a Hazard Analysis Critical Control Point (HACCP) system for the alcoholic beverage industry. It identifies seven critical control points in the production process: 1) Harvesting, 2) Alcoholic Fermentation, 3) Must, 4) Maturation, 5) Stabilization, 6) Bottling, and 7) Storage. For each critical control point, potential hazards are identified and critical limits are established to minimize risks. Monitoring procedures and corrective actions are also outlined to ensure food safety standards are maintained throughout production.
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
As food safety continues to be a worldwide public health issue, the need for improved and more effective food safety systems has increased over the past three decades. A combination of national and international standards, industry needs, customer demands and many other factors has led to tremendous improvements of Food Safety Management Systems.
This document discusses food quality management systems. It begins by defining food quality and the need for quality control in the food industry to meet consumer requirements. It then explains several common food quality management systems used in the industry: ISO, HACCP, TACCP, VACCP, GMP, and GHP. ISO and HACCP are described in more detail. The key elements of producing safe food are effective washing, using safe materials and water, proper cooking temperatures, preventing cross-contamination, and correct storage temperatures.
Quality control techniques for food safety Jithin Mj
This document discusses various quality control techniques used for food safety, including ultrasound, irradiation, and cold plasma technology. Ultrasound uses sound waves to improve microbial inactivation, food preservation, and food analysis. It can be used at low or high powers for non-invasive analysis or disruptive effects. Food irradiation uses ionizing radiation to eliminate pathogens while maintaining nutritional value. Cold plasma technology uses energized gas to inactivate microbes on food surfaces without heating, providing a potential alternative to thermal processing. The document explores the mechanisms and applications of these techniques to maintain food quality and safety for consumers.
Meat refers to the skeletal muscle from animal carcasses used for food. The main composition of meat includes 20% protein, 8% fat, 1-2% glycogen, 1% ash, and 70% water. After an animal's death, rigor mortis causes the limbs to stiffen due to chemical changes in the muscles. Various preservation methods can be used for meat, including cooling, freezing, drying, irradiation, curing, smoking, and packaging. Curing involves the addition of salt, sugar, and nitrites or nitrates to meat and is commonly used today for flavor enhancement and color development rather than solely for preservation.
In this file, you can ref interview materials for haccp such as, haccp situational interview, haccp behavioral interview, haccp phone interview, haccp interview thank you letter, haccp interview tips …
Meat processing hygiene focuses on hygienic measures during meat product manufacturing. There are three key principles: 1) Prevent contamination of raw materials and products, 2) Minimize microbial growth through refrigeration, 3) Reduce or eliminate contamination through heat treatment. Proper implementation of Good Hygienic Practices and Hazard Analysis Critical Control Points are important quality management schemes for ensuring safety. GHP establishes general hygienic standards while HACCP identifies specific hazards and establishes control points to prevent health risks to consumers.
Whole Genome Sequencing (WGS) for food safety management-Perspectives from C...ExternalEvents
http://tiny.cc/faowgsworkshop
Potential usefulness of genome sequencing technology on food safety management - Canada. Presentation from the FAO expert workshop on practical applications of Whole Genome Sequencing (WGS) for food safety management - 7-8 December 2015, Rome, Italy.
FDA hosted three webinars after the release of the Food Safety Modernization Act (FSMA) Final Rules on Preventive Controls. These rules will set new safety requirements for facilities that manufacture, process, pack or hold human food and animal food.
The document contains information about various topics presented in different sections with headings such as "Smart Art Powerpoint", "Animal Pyramid", "Fruits", "Restaurants", "How To Make Pancakes", "Timeline of Sports", "Earth", "Aggregate", "Family". Each section provides brief details about the given topic in the form of lists, images, steps or relationships between items.
Meat & Poultry Industry Products By TranPakTranPak
If you're interested in a range of storage, handling and distribution products for the Meat & Poultry industry, please take a moment to view TranPak's plastic pallets, bins, containers and crates.
Meat provides high-quality protein, fat, vitamins, minerals and other nutrients. It contains iron that is easily absorbed by the body. While fat is important, too much can be unhealthy, so fat and carbohydrates should supply most energy needs. Poultry meat similarly contains protein, vitamins, minerals and healthy fats. It is important to select poultry from reputable producers and prepare it carefully to maintain optimal nutrition and avoid potential harm. Poultry occupies an important place in recommended diet pyramids due to its nutritional composition.
This document outlines the steps in a HACCP analysis plan including describing the product, creating a commodity flow diagram, and identifying hazards, control measures, critical limits, monitoring procedures, corrective actions, and maintaining records.
World: Meat And Poultry - Market Report. Analysis And Forecast to 2020IndexBox Marketing
IndexBox has just published its report: “World: Meat And Poultry - Market Report. Analysis And Forecast to 2020”.
The report provides an in-depth analysis of the global meat and poultry market. It presents the latest data of the market size and volume, domestic production, exports and imports, price dynamics and turnover in the industry. In addition, the report contains insightful information about the industry, including industry life cycle, business locations, productivity, employment and many other crucial aspects. The Company Profiles section contains relevant data on the major players in the industry.
Preparing for New FSMA Preventive Controls RegulationsAlchemy Systems
FDA's current deadline for publishing the final rules for preventative controls for is quickly approaching. Find out what your company needs to know to prepare for these new regulatory requirements for FDA-regulated processors. This presentation provides an overview of preventative controls requirements under the Food Safety Modernization Act (FSMA), what is HARPC, and how to make the HACCP to HARPC conversion, as well as reassessing food safety plans for compliance and effectiveness.
Basic food microbiology for food servicesAltaz Ahmed
This document provides an overview of basic food microbiology for food services. It discusses what food hygiene is, common types of bacteria and their characteristics, sources of microorganisms, time and temperature control, and introduces the Hazard Analysis Critical Control Point (HACCP) system. Key points covered include that bacteria can spoil or cause illness in food if allowed to multiply, high risk foods require proper refrigeration, and the HACCP system establishes critical control points and limits to ensure food safety.
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.
This document discusses meats and poultry used for food. It identifies different types of meat including pork, veal, beef, venison, and carabeef. Poultry includes chicken, duck, goose, turkey and others. Meats and poultry are sold in various forms such as fresh, chilled, frozen, and cured. Cuts of meat are classified as tender, less tender, or tough. When buying meat and poultry, it is important to select products that are clean, properly stored, and brightly colored with no slime or odors.
How to Start Meat, Poultry and Fish Processing IndustryAjjay Kumar Gupta
Food manufacturers need to be able to produce meat, poultry and fish products which are considered to be healthy and that can meet the consumer demands. Meat industry, although is a very developing stage in India, is the top food industry in the world. Processed meat products are poised for continuous growth in the country. Poultry is one of the fastest growing segments of the agricultural sector.
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This document outlines a Hazard Analysis and Critical Control Point (HACCP) plan for chocolate production. It identifies the key processing steps in chocolate making and potential physical, chemical, and biological hazards at each step. Critical control points are established to monitor for hazards, along with critical limits, monitoring procedures, corrective actions, and documentation requirements. The goal is to implement food safety controls to maximize product safety throughout the chocolate making process.
This document provides resources for food safety officer resumes, interviews, and careers. It lists resume templates including chronological, functional, curriculum vitae, combination, targeted, professional, and new graduate resumes. It also provides links to materials for interview preparation, questions, thank you letters, and negotiating salaries. Finally, it suggests fields and job levels where the resumes may be applicable.
The document provides guidance on time and temperature control plans for various food items and locations on a ship. It includes:
1. Sample time and temperature control plans for hot foods in the pastry deck, cold foods in the Grand Buffet Lido area, and hot foods in the Main Galley. The plans outline receiving, storage, preparation, cooking, holding, cooling, reheating, and discard times and temperatures.
2. Guidelines for day storage of refrigerated foods, including a maximum storage time of 24 hours and temperature of 45°F.
3. Procedures for calibrating and using food thermometers, including ice point and boiling point methods.
4. Logs for recording therm
This document discusses the implementation of Hazard Analysis and Critical Control Points (HACCP) in milk industries. It outlines the 7 principles of HACCP and identifies potential biological, chemical, and physical hazards at each processing stage - from raw milk collection through packaging and cold storage. Critical control points are established for pasteurization and product storage. Monitoring, corrective actions, verification, and record keeping procedures are described to control hazards and ensure food safety.
This document provides an overview of establishing a Hazard Analysis Critical Control Point (HACCP) system for canned pineapple sliced in syrup. It outlines assembling a HACCP team, describing the product and intended use, constructing a flow diagram, identifying hazards at each process step, determining critical control points, and establishing monitoring, corrective actions, and record keeping procedures. The key hazards identified include pathogenic bacteria from raw materials and equipment as well as chemical contamination from fertilizers, lubricants, and cleaning chemicals. Critical control points are established to control these hazards through measures such as supplier approval, equipment sanitation, and process monitoring.
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The document discusses Hazard Analysis and Critical Control Points (HACCP) and its application in poultry production. Some key points:
- HACCP was developed in the 1960s by NASA and focuses on identifying specific hazards and measures to control them. It was first applied to food safety by Pillsbury in the 1970s.
- Poultry products can become contaminated with pathogens like Salmonella and Campylobacter, making them a cause of foodborne illness. HACCP provides a systematic approach to control food safety hazards during processing.
- A HACCP plan involves identifying hazards at each step, determining critical control points, establishing limits and monitoring procedures. This helps prevent or reduce
Hazard analysis & critical control point by dr vikram guptaVikram Kumar Gupta
Hazard analysis and critical control point (HACCP) is a systematic preventative approach to food safety that identifies potential food safety hazards. It aims to take key actions to reduce or eliminate risks at critical control points along the food production process. HACCP involves conducting a hazard analysis to identify potential hazards, determining critical control points to monitor and control hazards, and establishing procedures to monitor the critical control points. The goal of HACCP is to enhance food safety by anticipating and preventing problems rather than relying on finished product testing.
The design of haccp plan for potato chips plant in bangladeshIstiak Mostofa
This document outlines the design of a Hazard Analysis and Critical Control Points (HACCP) plan for a potato chips plant in Bangladesh. It describes the potato chips production process and identifies potential food safety hazards like pathogens. The HACCP control chart shows the critical control points during frying and packaging where controls like temperature and time monitoring are implemented. The plan is intended to prevent, eliminate or reduce food safety hazards to acceptable levels and ensure the production of safe potato chips.
The document discusses Hazard Analysis and Critical Control Points (HACCP), a systematic preventative approach for identifying and controlling food safety hazards. It provides background on the development of HACCP and outlines the seven HACCP principles: conduct hazard analysis, determine critical control points, establish critical limits, establish monitoring procedures, establish corrective actions, establish verification procedures, and establish record-keeping and documentation procedures. The principles guide identifying significant hazards and establishing control systems to prevent, eliminate, or reduce hazards to acceptable levels.
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
The document outlines the Hazard Analysis and Critical Control Point (HACCP) system for milk processing. HACCP identifies seven principles for food safety that include hazard analysis, identifying critical control points, establishing critical limits, monitoring procedures, corrective actions, verification, and record keeping. The document then provides a hazard analysis for the milk processing steps from reception to packaging and storage. For each step, biological, chemical and physical hazards are identified and critical control points are established to eliminate or reduce the hazards.
This oncology-focused immunotherapy company is developing first-in-class, targeted immunotherapies for cancer prevention. Their lead product NeuVax targets HER2-positive breast cancer in ongoing phase 3 trials. If successful, NeuVax could redefine standard of care for the majority of breast cancer patients who have low or intermediate HER2 expression. The company is also developing GALE-301, a vaccine targeting Folate Binding Protein for ovarian and endometrial cancers, which has shown preliminary efficacy in reducing recurrence rates in phase 1/2a trials.
The document discusses the Hazard Analysis Critical Control Point (HACCP) system, which was originally developed by NASA and Pillsbury to ensure food safety for astronauts. HACCP is a systematic approach to food safety that involves identifying potential hazards, establishing controls, monitoring critical control points, and verifying effectiveness. The key principles of HACCP include hazard analysis, identifying critical control points, establishing critical limits, monitoring CCPs, establishing corrective actions, record keeping, and verification. HACCP focuses on prevention by applying science-based controls from raw material to finished products in order to ensure food safety and consumer confidence.
The document provides an overview of Hazard Analysis and Critical Control Points (HACCP), a systematic preventative approach to food safety. It discusses the history and development of HACCP, outlines the seven principles of HACCP, and describes the key steps in developing and implementing a HACCP plan including conducting a hazard analysis, identifying critical control points, establishing monitoring procedures, and documenting the system. The document also defines biological, chemical and physical hazards and provides examples of common food safety hazards at different stages of the food chain.
Michael - FSIS new tech presentation for Ag Outlook Forum - 022120.pptxJayBarksdale
The Food Safety and Inspection Service (FSIS) is responsible for ensuring meat, poultry, and processed egg products are safe and accurately labeled in the US. FSIS reviews new technologies and labels to determine if they are suitable and not misleading. New technologies may require new labeling for ingredients, claims, or statements. FSIS oversees cell-cultured meat jointly with FDA, and will continue coordinating with FDA on guidance while not anticipating new inspection regulations. FSIS provided examples of how labels may need to change for new technologies like high pressure processing or organic certification.
The document provides information on developing a Hazard Analysis Critical Control Point (HACCP) plan, including:
1) It explains the 7 principles of HACCP and what a HACCP plan is used for.
2) Regulations require food business operators in the EU to implement a HACCP plan since 2006.
3) It provides examples of potential hazardous foods and safe food handling temperatures.
4) Examples of completed HACCP plans are included that identify critical control points, monitoring procedures, corrective actions, and equipment used.
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.
This oncology-focused immunotherapy company is developing first-in-class peptide vaccines targeting HER2 and Folate Binding Protein (FBP) for the secondary prevention of breast, gastric, and gynecological cancers. They have an ongoing Phase 3 trial called PRESENT evaluating their lead candidate, NeuVax, in HER2-positive breast cancer patients. The company also has Phase 1/2 trials ongoing for GALE-301 targeting FBP in ovarian and endometrial cancer patients. If successful, these vaccines could redefine standard of care and improve long-term survivorship for cancer patients.
ISO 22000-HACCP AWARENESS TRAINING.pptssuser9e8f35
The document discusses Hazard Analysis Critical Control Point (HACCP), a systematic preventative approach to food safety. It describes the seven principles of HACCP, which include conducting a hazard analysis, identifying critical control points, establishing critical limits, monitoring procedures, corrective actions, verification, and record keeping. The principles aim to identify and control biological, chemical and physical hazards at specific points during food production processes to help ensure food safety. The document also outlines preliminary steps for implementing a HACCP system, such as assembling a team, describing products, developing process flow diagrams, and grouping products.
Principles of Safety, Hygiene and SanitationZhelyn Almonte
This document discusses food dating and provides guidelines for different types of food dates. It explains that food dates are not federally required except for infant formula. There are several types of dates including sell-by, best if used by, and use-by, with use-by dates indicating the last date for peak quality. Safety is not necessarily impacted after the date expires if food is handled properly. The document provides tips for ensuring safety such as not leaving foods like hot dogs at room temperature for extended periods.
HACCP for the safety of Livestock ProductsDr. IRSHAD A
The document provides an overview of Hazard Analysis and Critical Control Point (HACCP) systems for ensuring food safety. It discusses the history and definitions of HACCP, the seven principles of HACCP including hazard analysis, identifying critical control points, establishing monitoring procedures, and record keeping. The document also includes an example decision tree for determining critical control points.
The document provides guidance on developing and implementing a Hazard Analysis Critical Control Point (HACCP) plan. It outlines the 12 steps to develop a HACCP plan, which includes assembling a HACCP team, describing products and processes, creating process flow diagrams, identifying hazards, determining critical control points, establishing critical limits and procedures for monitoring, corrective actions, verification, and record keeping. The document emphasizes that a HACCP plan is a systematic approach to identifying and controlling food safety hazards at critical points during food production.
This document discusses Hazard Analysis and Critical Control Points (HACCP) in reference to supply chain verification and validation, as well as recall plans. It defines supply chain verification as activities to ensure ingredients and products maintain quality and safety as they move through the supply chain. Validation determines if the HACCP plan appropriately identifies hazards and controls them. A recall plan outlines procedures for removing potentially hazardous products from distribution.
Hazard analysis and critical control points (HACCP) is a systematic approach to identify, evaluate, and control biological, chemical, and physical hazards in the food production process. It aims to prevent food safety risks rather than inspecting finished products. The HACCP system can be applied at all stages of food production, packaging, and distribution. Government agencies in the US require mandatory HACCP programs for meat and juice to effectively ensure food safety and public health. HACCP implementation is currently voluntary in other food industries.
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.
This document provides information about meat balls, including their ingredients, production process, packaging, storage, and quality control. Key points include:
- Meat balls are made by emulsifying ground or minced meat with starches, eggs, breadcrumbs, and herbs. Common additives include salt, nitrites, phosphates, and MSG.
- Production involves grinding meat, mixing in ingredients, molding into balls, freezing, packaging, and storing at frozen temperatures.
- Quality is ensured through following GMP and implementing HACCP plans which identify hazards at each process step and establish critical limits and corrective actions.
- Packaging aims to control moisture and prevent spoilage through use of materials like PET
Handbookofmeatprocessing 130306012404-phpapp02 haccpKhoirul Anam
GMP outlines the measures to be taken to ensure that premises, equipment, transport and employees do not contribute to or become food safety hazards.
Gmp are not factory specific.
HACCP takes into consideration the possible hazards during the production process of a particular product.
HACCP is factory specific.
Key raw material: Standardised meat compositions are consistent raw material solutions that can be immediately processed, requiring no further refining processes.
PEST CONTROL Good Operating Practies for the food industry
Pests inside your building can create issues in a number of ways;
i) The pests themselves, or their droppings, feathers or body parts could
get into the product and cause contamination.
ii) Pests carry pathogens and if they touch your equipment, materials or
people the pathogens could transfer to your products and make them unsafe to eat.
Good Manufacturing Practices (GMP) are designed to assure that the foods are produced under hygienic conditions, and that microbiological, chemical and physical hazards were prevented (Gardner, 1999; Sheridan, 2000). Establishing procedures for pest control is an important component of GMPs. Pests are harmful organisms and can cost the food industry billions of dollars each year (Marriott, 1991). The pests of primary concern are insects and rodents and they are responsible to spread disease through foods. Rodents and insects carry pathogenic bacteria both internally and on their bodies. Birds sometimes may become a problem in food processing area and pose a potential public health hazard also (FAO, 1997).
CONTROL
Pests should be destroyed without chemicals, if feasible, because of the potential danger of pesticides. But these techniques are not always as effective as it should be. Therefore it is necessary to use pesticides. The best method for the control of insect infestation centres on good sanitation or housekeeping with the use of pesticides under the supervision of a licensed operator. An integrated chemical control and sanitary practices can be more effective and more economical.
Top management should identify a responsible competent person to develop a pest prevention and control program and give them the necessary support to carry out the program. The pesticides should be used in accordance with label instructions. Persons who apply pesticides in the plant have a responsibility to use the right and approved pesticide, to apply it correctly (according to label instructions), and to be certain there is no hazard to man or the environment (Schuler et al. 1999).
Tesco lotus Food Manufacturing StandardKhoirul Anam
Food Manufacturing Standard
HACCP
Finished Product Specifications
Raw Material and Secondary Site Management
Packaging
External Areas and Site Security
Design and Construction of Premises
7 Design and Construction of Equipment
8 Employee Facilities and Personal Protective Equipment
9 Factory Hygiene
10 Personal Hygiene
11 Process Controls
12 Traceability
13 Allergen Contro
14 Foreign Body Controls
15 Foreign Body Detection
16 Inspection and Analysis
17 Water and Waste Water Management
18 Product Labelling and Coding
19 Weight, Volume and Count Checks
20 Training
21 Quality Management System
22 Product Development
23 Product Recall/Incident Management
24 Internal Audits
25 Customer Complaints
26 Pest Control
27 Maintenance
28 Calibration
29 Cleaning Programme
30 Transport
31 Medical Screening
32 Employment Agencies
33 Environment
34 Ethical Trading
35 Management Controls
Microorganisms are capable of growing on a wide range of substrates and can produce a remarkable spectrum of products. The relatively recent advent of in vitro genetic manipulation has extended the range of products that may be produced by microorganisms and has provided new methods for increasing the yields of existing ones. The commercial exploitation of the biochemical diversity of microorganisms has resulted in the development of the fermentation industry and the techniques of genetic manipulation have given this well-established industry the
opportunity to develop new processes and to improve existing ones. The term fermentation is derived from the Latin verb fervere, to boil, which describes the appearance of the action of yeast on extracts of fruit or malted grain during the production of alcoholic beverages. However, fermentation is interpreted differently by microbiologists and biochemists. To a microbiologist the word means any process for the production of a product by the mass culture of microorganisms. To a biochemist, however, the word means an energy-generating process in which organic compounds act as both electron donors and acceptors, that is, an anaerobic process where energy is produced without the participation of oxygen or other inorganic electron acceptors. In this chapter fermentation is used in its broader, microbiological context.
Generic fsc and examples of food wasteKhoirul Anam
The document describes various stages in the production of palm oil and food waste that can occur at each stage. These include:
1) Harvesting and handling - crops left in fields, damage during harvesting, out-grades to improve quality.
2) Processing - contamination, loss of quality, out-grades in the supply chain.
3) Packaging, marketing, and distribution - damage during transport, lack of cold storage, poor handling.
It then provides more details on specific steps in palm oil processing, including sterilization, stripping, pressing, oil extraction, clarification, and digestion.
Laporan ini menganalisis penerapan HACCP pada Pedagang Kaki Lima di Jember. Hasilnya menunjukkan bahwa kebersihan dan sanitasi di tempat PKL sangat kurang, sehingga mengancam keamanan pangan. Laporan ini menyarankan peningkatan kebersihan lingkungan dan peralatan untuk menghasilkan makanan yang lebih aman.
Dokumen ini membahas tentang pengendalian kualitas proses pemasukan data asuransi ke dalam komputer oleh operator di PT Asurindo. Data kesalahan pemasukan selama 20 hari menunjukkan presentase kesalahan berada di bawah kontrol statistik. Untuk menurunkan presentase kesalahan diperlukan pelatihan operator dan evaluasi berkala atas hasil pemasukan data.
Presentasi HACCP tentang sistem manajemen keamanan pangan untuk catering masakan rumah sakit. Presentasi ini membahas penerapan HACCP pada catering rumah sakit oleh mahasiswa Program Studi Teknologi Industri Pangan Politeknik Negeri Jember.
Catering masakan untuk rumah sakit melibatkan proses penerimaan bahan baku, sortasi, penyimpanan, persiapan, pemorsian, pengemasan, dan pendistribusian makanan ke rumah sakit sesuai standar keamanan pangan dan persyaratan rumah sakit.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
How to Manage Your Lost Opportunities in Odoo 17 CRMCeline George
Odoo 17 CRM allows us to track why we lose sales opportunities with "Lost Reasons." This helps analyze our sales process and identify areas for improvement. Here's how to configure lost reasons in Odoo 17 CRM
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
Macroeconomics- Movie Location
This will be used as part of your Personal Professional Portfolio once graded.
Objective:
Prepare a presentation or a paper using research, basic comparative analysis, data organization and application of economic information. You will make an informed assessment of an economic climate outside of the United States to accomplish an entertainment industry objective.
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
Liberal Approach to the Study of Indian Politics.pdf
Haccp
1. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw
Ground Meat and Poultry
Hazard Analysis and Critical Control Point (HACCP)
Program
PLAN - D Raw, Ground Meat and Poultry
by
Dennis Burson
Model Plan
University of Nebraska
A213 Animal Science
68583Lincoln, NE 68583-0908
Approved:
Signed:
Name:
Implementation Date:
Revision, Date:
____________________________
____________________________
____________________________
_______________________________
Trade Secret/Confidential Commercial Information:
This document contains trade secret/confidential commercial information pursuant to 5 U.S.C.
552 (b)(4).
Product Category Description
1
2. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Ground Meat and Poultry
Product: Raw, Ground: Beef, Pork, Lamb, Chicken, Turkey
1.
Common Name/Description:
Beef
Pork
Beef Patties
Pork Patties
Ground Beef
Ground Pork
Pork Sausage
Pork Sausage Patties
Pork Sausage links
2.
3.
Lamb
Lamb Patties
Ground Lamb
Chicken
Ground Chicken
Turkey
Ground Turkey
Turkey Sausage
How is it to be used?
For further processing or for cooked meat items in home or food service meals
Type of Package?
Butcher freezer paper
Vacuum packaged
Plastic liners in boxes
4.
Length of Shelf Life; at what temperature?
_18 months, frozen at _-10oF
5.
Where will it be sold?
Loeffel Meat Lab to general public
6.
Labeling instructions:
Safe handling instructions, Keep Frozen or Keep Refrigerated
Is special distribution control needed?
Frozen or refrigerated distribution
7.
Date:______________________ Approved by: ___________________________
2
Raw
3. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw
Ground Meat and Poultry
Product and Ingredients
Product:
Raw, Ground: Beef, Pork, Lamb, Chicken, Turkey
Meat Ingredients:
Beef, Pork, Lamb, Chicken, Turkey Carcasses, Primals or Parts, and Trim
Non-Meat Ingredients:
Water, Salt, Sugar, Spices, Flavorings, Proteins, Flours, Cereals, Starches, Acidulants,
Lactates, Liquid Smoke Products, and other food ingredients [GRAS].
Restricted Ingredients:
Phosphates, BHA, BHT, and others not listed here but approved and GRAS
Packaging Materials:
Butcher Paper, Vacuum Bags, Plastic Bags & liners, boxes and other Containers
approved for food container use.
Casing:
Natural casings, cellulose and collagen, plastic and others not listed here but approved.
3
4. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw
Ground Meat and Poultry
Process Flow Chart
Product: Raw, Ground: Beef, Lamb and Pork
Receiving of
lean trim or
subprimals
from outside
operations
!
!
""
Transfer of trim
from fabrication
operations
Receiving of non-meat
ingredients
" """"""""
"""""
"
!
!
Freezer Storage
"
#
Refrigerated
Storage
!
Storage of non-meat
ingredients
Refrigerated
Storage
Formulation and
grinding
!
Mixing
!
Package / Label
!
# Freezer Storage
"
!
Sales
4
Weighing and
formulation of non-meat
#
ingredients
!
#
#
Store Packaging
$
Receive Packaging
5. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw Ground Meat and Poultry
Hazard Analysis
Product: Raw, Other
Process Step
Potential hazard
introduced, controlled or
enhanced at this step
B= Biological
C= Chemical
P= Physical
Does this
potential
hazard need to
be addressed
in the HACCP
plan?
(Yes or No)
Justification for decision made
in previous column
What control measures can be
applied to prevent, eliminate or
reduce the hazards being
addressed in the HACCP plan?
Receiving of
lean trim or
subprimals
from outside
operations
B - Presence and growth of
pathogens
Yes
Meat is a known source of
pathogens and growth of
pathogens could cause sever
illness
Reduce temperatures to prevent
growth of pathogenic bacteria
P -metal, bone, plastic
No
Low occurrence according to
plant experience
B -Presence and growth of
pathogens
No
Low occurrence as temperatures
are controlled in fresh meat not
ground HACCP plan
P -Metal
No
Low occurrence according to
plant experience
B -Growth of pathogens
No
Low occurrence as refrigeration
units are maintained a low
temperatures to prevent growth
Transfer of
trim from
fabrication
operations
Refrigerated
Storage
C -None
C - None
5
6. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw Ground Meat and Poultry
Hazard Analysis
Product: Raw, Other
Process Step
Potential hazard
introduced, controlled or
enhanced at this step
B= Biological
C= Chemical
P= Physical
Does this
potential
hazard need to
be addressed
in the HACCP
plan?
(Yes or No)
Justification for decision made
in previous column
No
Low occurrence as freezer units
are maintained a low
temperatures to prevent growth
B -Growth of pathogens
Yes
Bacterial pathogens could grow
to levels with potential for
moderate severity
C - Sanitizer residue
No
Low occurrence as plant has
SSOP’s
Yes
Bacterial pathogens could grow
to levels with potential for
moderate severity
What control measures can be
applied to prevent, eliminate or
reduce the hazards being
addressed in the HACCP plan?
C - None
P - None
Freezer
Storage
B -Growth of pathogens
C - None
P - None
Formulation
and grinding
Maintain low temperature of meat
to prevent pathogen growth.
P - None
Mixing
B -Growth of pathogens
6
Maintain low temperature of meat
to prevent pathogen growth.
7. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw Ground Meat and Poultry
Hazard Analysis
Product: Raw, Other
Process Step
Potential hazard
introduced, controlled or
enhanced at this step
B= Biological
C= Chemical
P= Physical
Does this
potential
hazard need to
be addressed
in the HACCP
plan?
(Yes or No)
Justification for decision made
in previous column
C - Sanitizer residue
No
Low occurrence as plant has
SSOP’s
No
Low occurrence as plant has
SSOP’s
No
Low occurrence as freezer units
are maintained a low
temperatures to prevent growth
No
Low occurrence as refrigeration
units are maintained a low
temperatures to prevent growth
P - None
Package /
Label
B -Cross Contamination
with pathogens
C - None
P - None
Freezer
Storage
B -Growth of pathogens
C - None
P - None
Refrigerated
Storage
B -Growth of pathogens
7
What control measures can be
applied to prevent, eliminate or
reduce the hazards being
addressed in the HACCP plan?
8. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw Ground Meat and Poultry
Hazard Analysis
Product: Raw, Other
Process Step
Potential hazard
introduced, controlled or
enhanced at this step
B= Biological
C= Chemical
P= Physical
Does this
potential
hazard need to
be addressed
in the HACCP
plan?
(Yes or No)
Justification for decision made
in previous column
P - Dirt and dust
No
Low severity and low occurrence
B -Pathogens
No
Low occurrence as indicated by
spice supplier.
C - None
P - None
Sales
B -None
C - None
Receiving of
non-meat
ingredients
C - None
P - None
Storage of
non-meat
ingredients
B -None
C - None
P - None
Weighing
B -None
8
What control measures can be
applied to prevent, eliminate or
reduce the hazards being
addressed in the HACCP plan?
9. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw Ground Meat and Poultry
Hazard Analysis
Product: Raw, Other
Process Step
and
formulation
of non-meat
ingredients
Receive
Packaging
Potential hazard
introduced, controlled or
enhanced at this step
B= Biological
C= Chemical
P= Physical
Does this
potential
hazard need to
be addressed
in the HACCP
plan?
(Yes or No)
Justification for decision made
in previous column
C - None
P - None
B -None
C - None
P - None
Store
Packaging
B -None
C - None
P - None
9
What control measures can be
applied to prevent, eliminate or
reduce the hazards being
addressed in the HACCP plan?
10. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw Ground Meat and Poultry
Principle 2 - CCP Determination
Product:
A critical control point is defined as a point, step or procedure at which control can be applied and
a food safety hazard can be prevented, eliminated or reduced to acceptable levels.
Process step
Hazard
Biological = B
Chemical = C
Physical = P
Q1. Does this step
involve a hazard
of sufficient risk
and severity to
warrant its
control?
Q2. Does a
preventive
measure for
the hazard
exist at this
step?
If Q2. is no:
Is control at
this step
necessary for
safety?
Q3. Is control at this
step necessary to
prevent, eliminate or
reduce the risk of the
hazard to
consumers?
Receiving of
lean trim or
subprimals
from outside
operations
B - Presence and growth of
pathogens
Yes
Yes
Yes
Formulation
and grinding
B -Growth of pathogens
Yes
Yes
No
Yes
Yes
No
Yes
Yes
Yes
CCP-1B
CP-
CP-
Mixing
B -Growth of pathogens
CP-
Package /
Label
B -Growth of pathogens
CP-
10
CCP-2B
11. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
11
Raw Ground Meat and Poultry
12. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw Ground Meat and Poultry
Principles 3, 4 and 5
Critical Limits, Monitoring and Corrective Actions
Product:
Process Step/
CCP
Critical Limits
Monitoring Procedures
(Who/What/When/How)
Corrective Actions
Receiving of lean
trim or subprimals
from outside
operations
Meat temperature of
less than 45oF
Who: Receiving operator
What: Internal meat temperature or
surface temperature of lean trim.
When: At receiving of each load
How: A calibrated thermometer will
be inserted into box located near the
rear of the truck on each load or a
calibrated thermometer will be placed
between two vacuum packaged cuts
from one box near the rear of the truck
on each load to measure temperature.
1. If temperature is above 45° F, notify supervisor for
rejection of shipment.
2. Determine if the problem was from trucking
refrigeration or shipment of warm product by
supplier.
3. Notify supplier to correct problem.
4. Notify shipping company
Who: Grinding room operator
What: Internal temperature of meat
prior to packaging for sale.
When: Approximately every 2 hours
or at the end of grinding before
packaging if less than 2 hours since
last measurement.
How: A calibrated thermometer will
be inserted into three randomly
selected meat cuts that are ready for
storage and packaging.
1) Discontinue processing, determine extent of
product effected by checking additional temperatures,
hold product and evaluate to determine disposition. If
product is less than or equal to 50oF re-chill to less
than 45oF in 2 hours. Dispose or redirect product over
51oF after review by Process Authority.
2) Check fresh meat cooler temperature and
processing room temperatures.
3) Make repairs and adjustments to refrigeration if
necessary.
4) Replace refrigeration equipment if necessary.
Package / Label
Internal temperature
of meat is less than
45oF
12
In all other cases comply with guidelines in CFR
Section 417.3.
13. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw Ground Meat and Poultry
Principles 3, 4 and 5
Critical Limits, Monitoring and Corrective Actions
Product:
Process Step/
CCP
Critical Limits
Monitoring Procedures
(Who/What/When/How)
Corrective Actions
5) In all other cases comply with guidelines in CFR
Section 417.3.
Principles 6 and 7
Verification and Record Keeping
Product:
Process Step/CCP
Receiving of lean trim or subprimals
from outside operations
Records
1. Product receiving temperature monitoring log
w/daily review initials:
2. CCP deviations/corrective actions log.
3. Audit report of CCP monitoring activities.
1. Ground meat temperature monitoring log.
13
Verification
Procedures
Daily review and initialing of the product
receiving temperature monitoring log CCP1B (including any corrective actions taken)
and thermometer calibration log by the
HACCP manager.
Audit of CCP monitoring activities and
procedures by the HACCP manager
approximately every 3 months.
14. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw Ground Meat and Poultry
Principles 6 and 7
Verification and Record Keeping
Product:
Process Step/CCP
Package / Label
Overall plan
Records
2. CCP deviations/corrective actions log.
3. CCP monitoring activities audit report.
Thermometer Calibration log
Verification
Procedures
Daily review and initialing of the primal cut
temperature monitoring log CCP-1B
(including any corrective actions taken) and
thermometer calibration log by the HACCP
manager.
Audit of CCP monitoring activities and
procedures by the HACCP manager
approximately every 3 months.
Daily calibration of thermometers used to
monitor CCP’s by a designated employee.
Annual review of HACCP plan.
14
15. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw Ground Meat and Poultry
HACCP Plan
Product:
Process Step
Receiving of lean
trim or subprimals
from outside
operations
Package / Label
Hazard Description
B - Presence and
growth of pathogens
B- Pathogen Growth
CCP Description
CCP-1B
CCP-2B
Critical Limit
Monitoring
Procedures/
Frequency/
Person Responsible
Corrective Action/
Person Responsible
HACCP
Records
Verification
Procedures/ Person
Responsible
Meat temperature of
less than 45oF
Who: Receiving
operator
What: Internal meat
temperature or
surface temperature
of lean trim.
When: At receiving
of each load
How: A calibrated
thermometer will be
inserted into box
located near the rear
of the truck on each
load or a calibrated
thermometer will be
placed between two
vacuum packaged
cuts from one box
near the rear of the
truck on each load to
measure temperature.
1. If temperature is
above 45° F, notify
supervisor for
rejection of
shipment.
2. Determine if the
problem was from
trucking refrigeration
or shipment of warm
product by supplier.
3. Notify supplier to
correct problem.
4. Notify shipping
company
1. Product receiving
temperature
monitoring log
w/daily review
initials:
2. CCP
deviations/corrective
actions log.
3. Audit report of
CCP monitoring
activities.
3) Daily review
and initialing of the
product receiving
temperature
monitoring log CCP1B (including any
corrective actions
taken) and
thermometer
calibration log by the
HACCP manager.
4) Audit of CCP
monitoring activities
and procedures by
the HACCP manager
approximately every
3 months.
Who: Grinding room
operator
What: Internal
temperature of meat
prior to packaging for
sale.
When:
Approximately every
2 hours or at the end
of grinding before
packaging if less than
2 hours since last
measurement.
How: A calibrated
1) Discontinue
processing,
determine extent of
product affected by
checking additional
temperatures, hold
product and evaluate
to determine
disposition. If
product is less than
or equal to 50oF
re-chill to less than
45oF in 2 hours.
Dispose or redirect
1. Ground meat
temperature
monitoring log.
2. CCP
deviations/corrective
actions log.
3. CCP monitoring
activities audit report.
1) Daily review
and initialing of the
primal cut
temperature
monitoring log CCP1B (including any
corrective actions
taken) and
thermometer
calibration log by the
HACCP manager.
2) Audit of CCP
monitoring activities
and procedures by
Internal temperature
of meat is less than
45oF
15
In all other cases
comply with
guidelines in CFR
Section 417.3.
16. Loeffel Meat Laboratory [Est5658/P5658], University of Nebraska, Lincoln, NE 68583-0908, HACCP PLAN - D -
Raw Ground Meat and Poultry
HACCP Plan
Product:
Process Step
Hazard Description
CCP Description
Monitoring
Procedures/
Frequency/
Person Responsible
Corrective Action/
Person Responsible
thermometer will be
inserted into three
randomly selected
meat cuts that are
ready for storage and
packaging.
product over 51oF
after review by
Process Authority.
2) Check fresh meat
cooler temperature
and processing room
temperatures.
3) Make repairs and
adjustments to
refrigeration if
necessary.
4) Replace
refrigeration
equipment if
necessary.
5) In all other cases
comply with
guidelines in CFR
Section 417.3.
Critical Limit
16
HACCP
Records
Verification
Procedures/ Person
Responsible
the HACCP manager
approximately every
4 months.