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.
The Safety measures of Pineapple Jam can be improved, maintained and sustained by implementing HACCP Plan, as it covers all aspects during raw pineapple conversion to Pineapple Jam
Control of temperature and time duration in boiling unit and Quantity of Pectin and Temperature during Gelatinization are CCPs.
To obtained good hygienic Pineapple Jam these CCPs must be controlled and HACCP Plan must revised every year.
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.
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.
Freshtz produces pineapple jam in Sri Lanka. They implement HACCP to improve food safety, achieve goals, reduce costs and increase consumer confidence. HACCP identifies critical control points during jam production and establishes critical limits and monitoring procedures to control biological, chemical and physical hazards. The HACCP team developed a plan outlining two critical control points - sterilization of glass bottles and pasteurization. Records of machine logs are kept to verify the HACCP plan is followed.
This document presents an HACCP plan for milk pasteurization. It introduces HACCP and its seven principles for identifying and controlling food safety hazards. It then details the HACCP team members and provides a flow diagram of the milk pasteurization process. The document establishes critical control points along the process, including for raw material receiving, filtration, homogenization, pasteurization, cooling, packaging, and storage. For each critical control point, it identifies hazards, establishes critical limits for control, and outlines monitoring, corrective actions, and verification procedures. The goal is to prevent microbiological, physical and chemical hazards and ensure the safety of the pasteurized milk product.
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.
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.
The Safety measures of Pineapple Jam can be improved, maintained and sustained by implementing HACCP Plan, as it covers all aspects during raw pineapple conversion to Pineapple Jam
Control of temperature and time duration in boiling unit and Quantity of Pectin and Temperature during Gelatinization are CCPs.
To obtained good hygienic Pineapple Jam these CCPs must be controlled and HACCP Plan must revised every year.
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.
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.
Freshtz produces pineapple jam in Sri Lanka. They implement HACCP to improve food safety, achieve goals, reduce costs and increase consumer confidence. HACCP identifies critical control points during jam production and establishes critical limits and monitoring procedures to control biological, chemical and physical hazards. The HACCP team developed a plan outlining two critical control points - sterilization of glass bottles and pasteurization. Records of machine logs are kept to verify the HACCP plan is followed.
This document presents an HACCP plan for milk pasteurization. It introduces HACCP and its seven principles for identifying and controlling food safety hazards. It then details the HACCP team members and provides a flow diagram of the milk pasteurization process. The document establishes critical control points along the process, including for raw material receiving, filtration, homogenization, pasteurization, cooling, packaging, and storage. For each critical control point, it identifies hazards, establishes critical limits for control, and outlines monitoring, corrective actions, and verification procedures. The goal is to prevent microbiological, physical and chemical hazards and ensure the safety of the pasteurized milk product.
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.
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.
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.
Controlled atmospheric and Modified atmospheric packaging using nitrogenDebomitra Dey
Modified atmospheric packaging (MAP) and controlled atmospheric packaging (CAP) extend the shelf life of foods by modifying the gas composition around foods. Nitrogen gas is commonly used in MAP and CAP as an inert filler to reduce oxygen levels and prevent oxidative reactions. For perishable foods, low oxygen levels achieved through nitrogen addition reduce the respiration rate and slow quality deterioration. Nitrogen is also used to displace air during packaging of dry foods like grains and cereals to create an environment lethal to insects and microbes.
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.
Active packaging incorporates additives into packaging films or containers to maintain and extend the shelf life of food products. It includes oxygen scavengers, carbon dioxide generators, ethylene scavengers, and antimicrobial agents. Oxygen scavengers prevent food spoilage by chemically removing oxygen from packages through reactions with iron, ascorbic acid, or unsaturated fatty acids. Carbon dioxide generators and ethylene scavengers inhibit microbial growth and ripening to preserve freshness. Antimicrobial packaging prevents microbial growth through the release of compounds like ethanol or silver ions. Active packaging technologies are expected to grow significantly due to consumer demand for premium, safe, and convenient packaged foods.
The document discusses shelf life of food and factors that affect it. Shelf life is the time a food product remains safe, sensory qualities, and nutritional value when stored under recommended conditions. It begins after processing and packaging. Shelf life is affected by intrinsic food factors like pH and extrinsic storage factors like temperature. Shelf life is indicated using use by and best before dates. Methods to determine shelf life include accelerated and real time testing. Sensory, physico-chemical, and microbiological analysis are used to measure changes and determine the shelf life.
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.
Minimal processing of foods involves techniques that preserve foods while retaining much of their nutritional quality and sensory characteristics. This involves light methods like washing, cutting, and packaging at cold temperatures under film. Minimally processed fruits and vegetables are prepared for consumption with minimal further processing needed prior to eating. The processing aims to meet consumer demand for convenience while maintaining nutritional value, fresh appearance, and taste with fewer additives. Emerging technologies like pulsed electric fields and high hydrostatic pressure can reduce microbes in fruit juices without affecting nutrients or taste. Factors like wounding during processing, respiration rate, ethylene production, and enzymatic browning affect the decay and shelf life of minimally processed produce.
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 rice processing technology. It discusses the different parts of a rice grain and the milling process. Rice milling can be done in one, two, or multiple steps to remove the husk and bran. Modern rice mills are highly efficient though capital intensive. Parboiled rice involves soaking, steaming, and drying rice to gelatinize the starch before milling. Byproducts of rice processing like rice bran and husk can be utilized. Strict food safety and employee training programs are needed when processing rice. The global market for parboiled rice is growing due to its nutritional properties. Proper rice milling and processing is important for making rice available and extending its shelf life.
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.
Hurdle technology involves using two or more preservation methods together to inhibit microbial spoilage of foods. It allows for safer, stable foods without refrigeration. Common hurdles include reduced pH, increased salt content, reduced water activity, and heat processing. The hurdles work synergistically by disturbing the microbes' homeostasis. This technique is widely used in products like jam, fermented vegetables, meat, fish, and dairy. It improves safety and quality while reducing costs compared to using single preservation methods. However, some limitations exist in fully understanding and applying hurdle effects in practice.
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.
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.
Dry and wet milling processes are used to break down corn into its components. In dry milling, corn is cleaned, conditioned, degermed, dried, cooled, graded, and ground to produce products like grits, meal, flour and hominy feed. Wet milling involves steeping corn in water to separate starch from other components. The corn is milled, separated in germ separators, finely ground, screened to separate fiber from starch and gluten, and centrifuged to separate starch from gluten. The resulting products include corn oil, fiber, gluten and highly purified corn starch.
This document provides information on different types of sensory testing methods used to evaluate food products, including difference tests, rating tests, sensitivity tests, and descriptive tests. It describes various tests under each type, such as paired comparison tests, ranking tests, threshold tests, and numerical scoring tests. The tests involve presenting food samples to panels of judges and having them evaluate and rate the samples based on characteristics like taste, odor, and texture. The results are used to analyze differences between products and determine consumer preferences.
Spices are added to food in small amounts but contribute significantly to sensory qualities through volatile and fixed oils. Quality testing of spices includes determining moisture content, total ash, acid insoluble ash, volatile oils, non-volatile ether extract, crude fiber, and extraneous matter. Standard methods such as Dean-Stark distillation and Karl Fischer titration are used to precisely measure components in a repeatable and reproducible manner for quality assessment, detection of adulteration, and facilitation of spice trade.
This document discusses the technology of non-alcoholic beverages. It begins with an introduction that defines beverages and provides an overview of the beverage industry in India. It then discusses various topics related to non-alcoholic beverages including water sources and quality, ingredients used in beverages, carbonated and non-carbonated beverages, and sanitation in the beverage industry. The document also provides details on the status of the Indian and global beverage markets as well as the growth of various beverage segments in India such as fruit juices, bottled water, and dairy drinks.
The document discusses Hazard Analysis and Critical Control Points (HACCP), a food safety management system. It outlines the 7 principles of HACCP including conducting a hazard analysis, determining critical control points, establishing critical limits, monitoring systems, corrective actions, verification procedures, and documentation. The presentation also provides examples of food hazards and maps out the various processes in a food operation from purchase to service, identifying potential hazards and controls at each step.
HACCP (Hazard Analysis and Critical Control Points) is a food safety management system that identifies, evaluates, and controls hazards that are significant for food safety. It involves seven principles: conducting a hazard analysis, determining critical control points, establishing critical limits, setting up a monitoring system, establishing corrective actions, verifying procedures work, and documenting the entire process. A HACCP plan maps out the food process flow from purchase to service, identifying potential hazards at each step and establishing controls to prevent, eliminate, or reduce hazards to an acceptable level. Key aspects include proper facilities, storage, personal hygiene, prerequisite programs, and operational controls.
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.
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.
Controlled atmospheric and Modified atmospheric packaging using nitrogenDebomitra Dey
Modified atmospheric packaging (MAP) and controlled atmospheric packaging (CAP) extend the shelf life of foods by modifying the gas composition around foods. Nitrogen gas is commonly used in MAP and CAP as an inert filler to reduce oxygen levels and prevent oxidative reactions. For perishable foods, low oxygen levels achieved through nitrogen addition reduce the respiration rate and slow quality deterioration. Nitrogen is also used to displace air during packaging of dry foods like grains and cereals to create an environment lethal to insects and microbes.
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.
Active packaging incorporates additives into packaging films or containers to maintain and extend the shelf life of food products. It includes oxygen scavengers, carbon dioxide generators, ethylene scavengers, and antimicrobial agents. Oxygen scavengers prevent food spoilage by chemically removing oxygen from packages through reactions with iron, ascorbic acid, or unsaturated fatty acids. Carbon dioxide generators and ethylene scavengers inhibit microbial growth and ripening to preserve freshness. Antimicrobial packaging prevents microbial growth through the release of compounds like ethanol or silver ions. Active packaging technologies are expected to grow significantly due to consumer demand for premium, safe, and convenient packaged foods.
The document discusses shelf life of food and factors that affect it. Shelf life is the time a food product remains safe, sensory qualities, and nutritional value when stored under recommended conditions. It begins after processing and packaging. Shelf life is affected by intrinsic food factors like pH and extrinsic storage factors like temperature. Shelf life is indicated using use by and best before dates. Methods to determine shelf life include accelerated and real time testing. Sensory, physico-chemical, and microbiological analysis are used to measure changes and determine the shelf life.
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.
Minimal processing of foods involves techniques that preserve foods while retaining much of their nutritional quality and sensory characteristics. This involves light methods like washing, cutting, and packaging at cold temperatures under film. Minimally processed fruits and vegetables are prepared for consumption with minimal further processing needed prior to eating. The processing aims to meet consumer demand for convenience while maintaining nutritional value, fresh appearance, and taste with fewer additives. Emerging technologies like pulsed electric fields and high hydrostatic pressure can reduce microbes in fruit juices without affecting nutrients or taste. Factors like wounding during processing, respiration rate, ethylene production, and enzymatic browning affect the decay and shelf life of minimally processed produce.
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 rice processing technology. It discusses the different parts of a rice grain and the milling process. Rice milling can be done in one, two, or multiple steps to remove the husk and bran. Modern rice mills are highly efficient though capital intensive. Parboiled rice involves soaking, steaming, and drying rice to gelatinize the starch before milling. Byproducts of rice processing like rice bran and husk can be utilized. Strict food safety and employee training programs are needed when processing rice. The global market for parboiled rice is growing due to its nutritional properties. Proper rice milling and processing is important for making rice available and extending its shelf life.
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.
Hurdle technology involves using two or more preservation methods together to inhibit microbial spoilage of foods. It allows for safer, stable foods without refrigeration. Common hurdles include reduced pH, increased salt content, reduced water activity, and heat processing. The hurdles work synergistically by disturbing the microbes' homeostasis. This technique is widely used in products like jam, fermented vegetables, meat, fish, and dairy. It improves safety and quality while reducing costs compared to using single preservation methods. However, some limitations exist in fully understanding and applying hurdle effects in practice.
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.
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.
Dry and wet milling processes are used to break down corn into its components. In dry milling, corn is cleaned, conditioned, degermed, dried, cooled, graded, and ground to produce products like grits, meal, flour and hominy feed. Wet milling involves steeping corn in water to separate starch from other components. The corn is milled, separated in germ separators, finely ground, screened to separate fiber from starch and gluten, and centrifuged to separate starch from gluten. The resulting products include corn oil, fiber, gluten and highly purified corn starch.
This document provides information on different types of sensory testing methods used to evaluate food products, including difference tests, rating tests, sensitivity tests, and descriptive tests. It describes various tests under each type, such as paired comparison tests, ranking tests, threshold tests, and numerical scoring tests. The tests involve presenting food samples to panels of judges and having them evaluate and rate the samples based on characteristics like taste, odor, and texture. The results are used to analyze differences between products and determine consumer preferences.
Spices are added to food in small amounts but contribute significantly to sensory qualities through volatile and fixed oils. Quality testing of spices includes determining moisture content, total ash, acid insoluble ash, volatile oils, non-volatile ether extract, crude fiber, and extraneous matter. Standard methods such as Dean-Stark distillation and Karl Fischer titration are used to precisely measure components in a repeatable and reproducible manner for quality assessment, detection of adulteration, and facilitation of spice trade.
This document discusses the technology of non-alcoholic beverages. It begins with an introduction that defines beverages and provides an overview of the beverage industry in India. It then discusses various topics related to non-alcoholic beverages including water sources and quality, ingredients used in beverages, carbonated and non-carbonated beverages, and sanitation in the beverage industry. The document also provides details on the status of the Indian and global beverage markets as well as the growth of various beverage segments in India such as fruit juices, bottled water, and dairy drinks.
The document discusses Hazard Analysis and Critical Control Points (HACCP), a food safety management system. It outlines the 7 principles of HACCP including conducting a hazard analysis, determining critical control points, establishing critical limits, monitoring systems, corrective actions, verification procedures, and documentation. The presentation also provides examples of food hazards and maps out the various processes in a food operation from purchase to service, identifying potential hazards and controls at each step.
HACCP (Hazard Analysis and Critical Control Points) is a food safety management system that identifies, evaluates, and controls hazards that are significant for food safety. It involves seven principles: conducting a hazard analysis, determining critical control points, establishing critical limits, setting up a monitoring system, establishing corrective actions, verifying procedures work, and documenting the entire process. A HACCP plan maps out the food process flow from purchase to service, identifying potential hazards at each step and establishing controls to prevent, eliminate, or reduce hazards to an acceptable level. Key aspects include proper facilities, storage, personal hygiene, prerequisite programs, and operational controls.
This document outlines the 12 steps of HACCP (Hazard Analysis and Critical Control Points) for canned pineapple sliced in syrup production. It includes assembling a HACCP team, describing the product, constructing a flow diagram, identifying hazards at each process step, determining critical control points, establishing monitoring and record keeping procedures, and validating that the HACCP system is working as intended. A hazard analysis is provided that analyzes biological, chemical and physical hazards for each step of canned pineapple production from receiving to distribution.
HACCP is a food safety management system that identifies, evaluates, and controls hazards that are significant for food safety. It involves conducting a hazard analysis to determine critical control points during food production. The seven principles of HACCP include identifying hazards, establishing critical limits, monitoring procedures, corrective actions, verification, and documentation. Key critical control points include cooking temperatures, storage temperatures, and using a metal detector. The HACCP process involves mapping the food flow from purchase to storage and identifying potential biological, chemical, and physical hazards and controls at each step.
The document describes an industrial training at Zydus Cadila Healthcare Ltd in Ankleshwar, India. It discusses the company's vision, the active pharmaceutical ingredients (APIs) manufactured, and an overview of the quality control department and its various sections. The quality control department ensures raw materials and finished products meet specifications through testing and analysis using instruments like HPLC, GC, and microbiological analysis. The training provided insight into good manufacturing practices and quality control processes required in the pharmaceutical industry.
The document provides an overview of Hazard Analysis and Critical Control Points (HACCP), a food safety management system. It defines HACCP and explains that it identifies, evaluates, and controls hazards that are significant for food safety. The seven principles of HACCP are described, including conducting a hazard analysis, determining critical control points, establishing critical limits, monitoring systems, corrective actions, verification procedures, and documentation. Key food hazards like physical, chemical and biological hazards are also outlined. The presentation concludes with an example HACCP process flow map from purchase to service.
The document provides an overview of Hazard Analysis and Critical Control Points (HACCP), a food safety management system. It defines HACCP and explains that it identifies, evaluates, and controls hazards that are significant for food safety. The seven principles of HACCP are described, including conducting a hazard analysis, determining critical control points, establishing critical limits, monitoring systems, corrective actions, verification procedures, and documentation. Key food hazards like physical, chemical and biological hazards are also outlined. The presentation concludes with an example HACCP process flow map from purchase to service.
HACCP is a systematic approach used to identify, evaluate, and control food safety hazards. A HACCP team conducts a hazard analysis to identify potential biological, chemical, or physical hazards at each step of food production. They determine critical control points where hazards can be prevented or reduced. The team establishes procedures to monitor these control points, identifies corrective actions if monitoring shows deviations, and verifies that the HACCP system is working properly through record reviews and audits. The overall goal is to ensure the food reaching the consumer is safe for human consumption.
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.
Intro to cGMPs: The Building Blocks for GFSI ComplianceTraceGains
Current Good Manufacturing Practices (cGMPs) provide the necessary environmental and operating conditions for the production of high quality and safe foods. They are also the building blocks for GFSI-recognized food safety and quality standards, including SQF, BRC, FSSC 22000, and other global standard schemes.
This webinar on cGMPs for GFSI was co-hosted with founder and partner of Food Industry Consulting, Sonia Akbarzadeh, on October 7 at 10:00am MDT.
Sonia covers cGMP basics and how you can use them as building blocks for GFSI compliance.
Specifically, you hear more about:
-Setting up detailed programs and procedures – the 4 stages of cGMPs
-Controlling hazards introduced by personnel, environment, and operations
-Common prerequisite programs
-Elevating the importance of cGMPs as a path to reach GFSI compliance
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 document discusses Good Manufacturing Practices (GMP) with a focus on quality control. It outlines key aspects of GMP compliance that should be reviewed during an on-site quality control laboratory inspection, including documentation, personnel qualifications, equipment and instrument validation, testing procedures, data verification, and facilities and environmental monitoring. The inspection aims to ensure proper implementation of quality standards and systems across all aspects of the quality control process.
This document outlines the steps for developing and implementing a Hazard Analysis Critical Control Point (HACCP) plan. It discusses the 14 stages of HACCP, which include defining terms of reference, assembling a HACCP team, drawing a process flow diagram, hazard analysis, identifying critical control points, establishing critical limits and monitoring procedures, and verifying and documenting the HACCP plan. It also covers pre-requisite programs that must be in place before implementing HACCP, such as supplier management, pest control, hygiene training, and cleaning procedures. An example risk assessment matrix is provided to help determine which identified hazards require control based on their likelihood and consequences.
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.
“We don’t have time for training.”
Response: “Training is critical to ensure valid results. Without proper training, results cannot be relied upon and regulatory compliance is at risk.”
37
STAGE 2 – PROCESS PERFORMANCE QUALIFICATION
FDA Guidance Topics
1. Demonstrating process capability and performance.
2. Establishing acceptance criteria.
3. Documenting the results.
Application to Cleaning
1. Cleaning process performance qualification batches.
2. Establish acceptance criteria based on analytical method.
3. Document all results and conclusions.
Cleaning process is now qualified and validated.
Maintain process and documentation going forward.
Considerations to Extractables and Leachables Testing SGS
How to organize Extractables Assessments? FDA continues to issue Warning Letters to companies that fail to properly complete Design Verification, Design Validation, and Process Validation, and recently to include failures of manufacturers in Risk Management. The evaluation of extractables and leachables has become an increasingly important aspect in the Quality by Design (QbD) initiative of the FDA in the area of drug product design, including materials used in the drug product production process and container and closure systems used for product packaging. This presentation provides general approaches and practical aspects in E&L testing.
GMP (Good Manufacturing Practices) are quality control standards used in food and pharmaceutical industries to ensure product quality and safety. GMP involves implementing effective practices, satisfying customers, maintaining consistency, and protecting image. For food, GMP helps produce safe products and avoid costs from issues. It is also a prerequisite for HACCP. Key elements of GMP include management responsibility, facility design, control of operations, maintenance, sanitation, training, and documentation. Adhering to GMP principles helps control hazards and ensures a formalized, science-based food safety system.
Generic product development and technology transfer : At a glanceDr. Girish S Sonar
It’s honor to get invited as a speaker and to address “Pharma Formulation and Regulatory Symposium” organized by Merck Malaysia on 6th Sept, 2018 at Pullman Bangsar, Kuala Lumpur, Malaysia. The topic I presented was “Generic Product Development and Technology Transfer: At a Glance”. Scientists and industry experts from 31 Malaysia Pharma companies and Universities attended this symposium. The presentation covered challenges and remedies come across from product development to approval from regulatory agencies.
Pleasured to share desk with Dr. Torsten Schadendorf, Marketing Manager Merck Germany, Dr. Gudrun Birk, Head of Controlled Release, Merck Germany and Professor Tin Wui Wong, Universiti Teknologi MARA, Malaysia.
Similar to HACCP for Mango Pulp Processing plant (20)
Generic product development and technology transfer : At a glance
HACCP for Mango Pulp Processing plant
1. H A C C P P L A N F O R
M A N G O P U L P
P R O C E S S I N G P L A N T
A S A D U L L A H T A H I R
1
2. INTRODUCTION
What is HACCP Plan?
HACCP is abbreviated as Hazard Analysis and Critical Control Points.
The elements suggested are as follows:
A trained HACCP team
Product description
Intended use
Process flow diagrams
Hazard analysis, determine and establish Critical Control Points and corrective
actions (HACCP Principle 1-4)
CCP Monitoring (HACCP Principle 5)
Verification process (HACCP Principle 6)
Record keeping (HACCP Principle 7)
2
3. HACCP PLAN IDENTIFICATION PAGE
3
Form 1.0 HACCP Worksheet forms
Product Mango pulp
Company
name
Black chonca
Multan
Company
Contacts
03437189116
Asadullh.tahir.9@gmail.com
4. ASSEMBLE THE HACCP TEAM
4
Facility name position
Asad ullah tahir HR Manager
Abdul Rahman Tahir Inspect receiving
Haji Junaid Processing
Moin Ashiq Maintenance
Loori Sanitation
Mahiya Quality control
Rana Record keeper
5. PRODUCT DESCRIPTION
Mango Pulp is an inner flashy yellow sweet part of mango.
Formulation
Mango pulp
Preservatives
Technologies Applied
Extraction
Pasteurization
Cooling
Drying
Packing
5
10. DETERMINATION OF CCP LIMITS
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Process CPP CL
Receiving
Yes Received at 10 to 15
°C tem.
Pasteurization
Yes 82±2˚C for 30 mints
Preservation
yes
KMS @ 700mg/kg of
pulp
cooling yes At 4 °C tem.
Filling yes
Sterilization at 121°C
at 15 Psi
11. HAZARD ANALYSIS CHART
(HACCP PRINCIPLE 1-4)
Damage
Insect/pest attack
Rodents
Temperature
Withholding time
P
P
P
C
C
PRP
CCP
Pest control (GAP)
Controlling Temp.
Sampling (GMPs, SOPs)
Certified company
Process Hazards Analysis Hazards Types
Determination
CCP
Corrective Action
Damage
Hygiene
Poor cleaning of conveyers
P
B
B/
C
PRP
CP
Personal hygiene
Operating standards(GMPs)
Hand wash(SOPs)
Contact Time
Temperature
Non portable source
Recontamination of dirty
water
P
C
B/
C
B
PRP
CP
Cleaning Practice
Municipal water Certification
Filtering and bath change
Receiving
Sorting and
grading
Washing
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12. Hygiene
Cleaning and sanitizing
P
P
B
CP
Proper cleaning and sanitizing (GMPs,
SOPs)
Dirty Screens
Remaining residue
Magnetic contamination
Cleaning and sanitizing
P
P
B
CP
Repair defective articles
Proper cleaning and sanitizing (GMPs,
SOPs)
Metal detector
Vegetative Pathogens
Boiler additives
Remaining residue
B
B
B
CCP
Maintain temp 82 °C
Fixed time 30 mints
Bad taste
Chemical composition
C
C
CCP
Check the amount proper 700mg/kg
Check its suitability and expiry
Peeling
Pulp
Extraction
Pasteurization
Preservation
12
13. Microbial growth due to
breakage of refrigerator
Operators carelessness
Cooling water additives
B
B
C
CCP
Cool stated time At 4 °C tem.
Fixed temperature
Proper handling
Contamination from
temperature
Dust from environment
Contaminated packages
P
P
P
CCP
Staff hygiene (SOPs)
Control sanitizing(121˚C at 15 psi)
Discard defective
Visual interpretation
Improper conditions
P
P
CP
Maintain Temperature
Proper handling
Cooling
Filling
and
labeling
Storage
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14. CRITICAL CONTROL POINT (CCP)
IDENTIFICATION
(HACCP PRINCIPLE 5)
Receiving
• Visual inspection
• Sampling
Sorting and grading
• Inspection
• Sampling
• Thermometer
Washing
• Inspection
• Water test 14
16. Preservation
• Laboratory tests
• Amounts of additives
Cooling
• Time/temperature checking and documenting
• Time holding inspect
Filling and labeling
• Visual check
• Documenting
Storage
• Regular inspection
• Humidity checking
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17. VERIFICATION PROCESS
(HACCP PRINCIPLE 6)
Verification of HACCP plan after one month
Checking for instrument calibration and the reviewing of records
Review of CCP records, critical limits, and microbial sampling and analysis
procedures
System check annually
verify monitoring process when system fails
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18. RECORD KEEPING
(HACCP PRINCIPLE 7)
Audit record
Equipment record
Product record
Staff record
Cleaning schedule record
Customer confidence record
Hazard analysis plan
Record the inspection visit
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