HACCP plan

What is the first step in developing a HACCP plan? Hazard Analysis Example

The first step in developing a HACCP plan is a hazard analysis. Hazard analysis thoroughly describes a hazard, ...


  • The first step in developing a HACCP plan is a hazard analysis.
  • Hazard analysis thoroughly describes a hazard, including its type, severity, and the likelihood of occurrence.
  • The proper analysis of hazards in your food business will determine the successful implementation of your HACCP plan. 

Perhaps the most widely recognized approach to food safety management systems in the food industry is the Hazard Analysis Critical Control Point – HACCP. The systematic approach consists of seven elaborate steps that aim to address health hazards before they even occur or control them to a safe level as part of your commitment to food safety.

Each step requires a thorough understanding of your establishment profile for a more practical application. The whole HACCP system starts by performing a critical hazard analysis.

The first step in developing a HACCP plan for safe food requires individuals responsible for food safety to thoroughly understand their food operations and employee practices and gain deep knowledge of potential food safety hazards. The safety of consumers and your food supply from potential risks significantly depends on whether your HACCP team can perform hazard identification in your operations and adequately analyze them for critical control point assignment.

How is hazard analysis performed? Read through this detailed article to understand the critical factors involved in hazard analysis. 

 

What is the first step in developing a HACCP plan?

The first step in developing a HACCP plan is accurately identifying foreseeable hazards and their analysis. The process of analyzing a potential hazard is performed by your HACCP system team and is an essential legal requirement for the success of your HACCP implementation. It is an important prerequisite to performing all other basic principles of the HACCP system.

After conducting the five preparatory steps to making a HACCP plan, your team needs to thoroughly analyze potential hazards before establishing any preventive measures. The objective of this step is to properly analyze the entire food system related to producing your food items. This analysis includes product formulation control, receiving raw materials, end-product testing, food supply storage methods, packing activity, and the delivery of your products to consumers. 

 

analyse potential hazards

 

What is hazard analysis?

The hazard analysis step of the HACCP plan refers to the process of evaluating the information of potentially present hazards in your operation and deciding which ones require critical control measures. To do this step, food handlers must have extensive knowledge of both their operations and existing information about food safety hazards.

Hazard analysis can be streamlined to become more manageable by consulting the following resources:

  • Peer-reviewed and published literature surveys
  • Food safety agency publications
  • Related food facilities
  • Independent expert advice (e.g., consultants)
  • Artificial Intelligence-powered tools such as FoodDoc's built-in HACCP plan builder

Proper hazard analysis is the prerequisite to establishing critical control points in your coherent plan for food safety.

Regulatory standards from agencies such as the United States Food and Drug Administration can offer extensive information about food safety risks. These resources may give you adequate ideas on which hazards can be found in your operations. They may also provide information on the basic conditions and applicable requirements that may encourage the presence of potential hazards and how to control them.

However, the information may take a lot of time to interpret and is often difficult to understand. Do not worry, at the end of this article, you will know how FoodDocs can help you with everything and make the process easier. 

 

What is hazard analysis used for?

Hazard analysis is performed to identify all potential food safety hazards, whether biological, physical, or chemical hazards, for the production of safe products. The considered hazards in your HACCP plan are prioritized for establishing critical control measures, appropriate monitoring procedures, and subsequent validation activities.

The first step of a HACCP system is ultimately used to minimize the unacceptable health risk of causing any foodborne illness to consumers due to consuming your products. Health risks may arise from unsafe operating conditions or inadequate sanitary conditions because your hazard analysis was not thorough enough. An incomplete hazard analysis may allow unforeseen hazards to pass a sequence of observations and harm customers because of non-compliant products.

 

food safety plan builder

 

What are the steps to conduct a hazard analysis?

Before conducting a hazard analysis for control of product safety, your food safety team will need to have a detailed map of your whole processing system and any additional activities. Your team will need an accurate process flow chart describing your design process. 

Once you have ensured that your food safety team has considered every food operation in your flow chart steps or simple schematic diagram, you're ready to perform your hazard analysis.

 

Below are the critical steps in conducting a hazard analysis:

1. List all potential food safety hazards in your food operation. Using your detailed block-type flow diagram and existing literature, list all potentially existing food safety hazards in your production process. Categorize hazards based on which point of your actual production process are they likely to occur. This will also help determine the classification of activities needed to control them.

2. Describe each hazard. After listing all food safety hazards, start the hazard analysis by describing each hazard based on its category. The common categories of hazards include

  • Biological hazards (e.g., growth of enteric pathogens from inadequate food temperature)
  • Physical hazards (e.g., glass, rock, feathers, and a piece of equipment)
  • Chemical hazards (e.g., cleaning products)

In addition, the description must include whether a condition induces the hazard or if it is naturally present in the process step. The description step for hazard analysis must be thorough enough for the HACCP food safety team members to understand the significance of a hazard. 

3. Describe the potential severity of each hazard. During the previous stage, your team may come up with a very long list of hazards. Note that not all of these hazards will require critical control. Prerequisite programs or standard operating procedures may address some of them. Your team must describe their severity to select only the significant food safety hazards.

The severity of the effects of a hazard can be categorized into five different levels:

  • Catastrophic - this hazard could cause multiple deaths or a foodborne illness outbreak. This may include contamination of food when not stored under correct temperature control.

  • Major - otherwise known as critical, this class of hazard can cause serious or life-threatening effects along with the possibility of long-term negative consequences.

  • Moderate - when the hazard can cause serious safety issues or severe illness and will need professional medical attention.

  • Minor - a category for hazards that can make food unsafe and cause illnesses or temporary impairments but will not need intensive medical attention.

  • Insignificant - at most, this hazard will only cause customers inconvenience without any effect on safety.

Depending on what your HACCP system team and establishment management may agree on, the terminologies may be different as long as they represent the consequences of failure. The severity of a hazard must be based on expert opinion, personal experience, and existing literature on its effects. 

 

hazard analysis risk management

 

4. Indicate the likelihood of occurrence of each hazard. In addition to the severity of the hazard's effect, describe how likely is a hazard to occur given the correct conditions of your food production process. This factor will help determine whether the hazard at hand requires critical attention or not. Use the following scale for accurate identification:

  • Almost certain - given to a hazard that is expected to occur at least once or multiple times in processing activities.

  • Likely - when the hazard has occurred and is likely to occur again in an assembly process.

  • Possible - when the hazard may or may not occur throughout food production.

  • Unlikely - the hazard has a higher chance of not occurring but may still become present.

  • Rare - when the hazard is not expected to occur at all.

The likelihood of occurrence from your entire production process can also become the basis for monitoring frequency. Once all of the necessary information has been collected, you can use a risk assessment matrix to determine whether a hazard will require critical control or not.

At FoodDocs, we offer a simplified approach to an online risk assessment matrix that helps you properly analyze your identified hazards. This risk assessment-free tool is a part of our advocacy to help food businesses and manufacturing plants achieve compliance fast. We also offer a free tool to help you create a simple block-type flow diagram of your business.

Need a HACCP food safety plan fast? Our team at FoodDocs offers more than just convenient free tools. We even have the best digital solution to your food safety compliance requirements. With our fully customizable HACCP plan template, you can get a HACCP plan in just 1 hour. You will have to spend 500x less time working on your HACCP plan and 15x less the price. Our HACCP builder includes all seven steps, including the hazard analysis. Your hazards are automatically identified and analyzed, and critical control points with critical limits are set to save your precious time.

Want to know more about our digital solution? Keep reading, and we explain everything in this article.

 

Significance of hazard analysis

Every step of the hazard analysis process is an important approach to food safety and quality control. Proper identification and analysis are essential to keep food production, manufacturing, and service safe. Any chance for product contamination can be properly prevented for consumer safety by analyzing their sources.

When hazards are correctly analyzed through the mentioned critical process, your production team can set up appropriate critical control measures and contingency plans. Continuous monitoring techniques are also essential to prevent loss of control of food safety and unsafe conditions. Likewise, hazard analysis may save your HACCP system team the time and business resources of preparing for a hazard that prerequisite programs and basic food safety practices can address.

Generally, comprehensive hazard analysis is the key to successfully implementing your HACCP system and producing safe food products. It is also essential to prevent foodborne illnesses from occurring by controlling hazards to an acceptable level. Basic safety conditions will help prevent food safety issues from dining in your restaurant or consuming your finished product from a retail food establishment.

 

Hazard analysis example

To help you visualize how a hazard analysis is conducted. Let us take a typical restaurant as an example. In a restaurant, raw material receiving, preparing, and cooking food for consumption are all essential processing methods. Below is a hazard analysis example of these food operations and manufacturing practices:

 

Hazard_analysis

 

The hazard analysis sheet above is a typical hazard analysis summary for a restaurant business in a food chain. Of course, a complete analysis would show more defined hazard identification, including a complete description of how and at what environmental conditions these hazards occur. Other workplace hazards and food safety risks such as the transmission of illness from unhealthy employees, cross-contact with allergens, unsafe food safety practices, and improper organization of food supply may be included.

To help facilitate hazard analysis and produce safe food, your HACCP system team can use numerical values to designate the likelihood and severity of the hazard. A 1-3 scoring system is used for narrower hazard analysis in other contexts. Use this scale to determine whether the hazard is significant enough to require critical control or not.

 

How to get hazard analysis from FoodDocs?

Accurate and complete hazard analyses are essential prerequisites for establishing risk-based preventive controls in the food chain. This process requires focus and expertise from different fields of your entire production process to fulfill your target hazard analysis and criteria for product acceptance.

A false-significant assessment may unnecessarily require your team to put effort and waste time on an insignificant hazard. On the other hand, inaccurately identifying a hazard as insignificant may put your customers at risk and cause actual harm from hazardous foods.

Fulfilling the principles of hazard analysis takes a great time in the HACCP food safety plan-making process. Not only does it require much expertise, but also a fundamental understanding of processing stages. Would you believe it if we told you that we had built the best solution for hazard analysis?

At FoodDocs, we offer the fastest way for you to get analyzed hazards. With our digital solution, you can get a complete hazard analysis and all other areas of a HACCP food safety plan in just an average of 1 hour.

Using our HACCP plan builder, we can automatically generate a credible hazard analysis document of all your food processes. It satisfies all requirements for hazard analysis, including:

  • hazard description
  • Type of hazard (e.g., biological hazard, physical hazard, chemical hazard, food allergen)
  • Level of severity
  • Likelihood definition
  • Risk level

Receipt_delivery of products feature FoodDocs

 

In addition, to complete the identification of hazards and hazard analysis, our digital solution also covers the following HACCP food safety plan critical stages:

  • Appropriate critical control point programs
  • Critical limits
  • Monitoring procedures
  • Corrective actions for deviations
  • Comprehensive verification procedure
  • Accurate record-keeping procedures

Powered by artificial intelligence and a machine learning program, our built-in HACCP plan builder uses information from our data bank and builds a complete food safety plan for you. All you need to do is answer a few questions describing your operations to us, and our system will compile the HACCP Plan document. With our digital solution, you can focus on your other business activities.

Our team understands how some operations ad documents are unique, and the likelihood of occurrence may vary from one business to another. As such, our digital solution can accommodate customizations. Can't find a particular hazard analysis document from the HACCP food safety plan our system generated? No worries because you can easily set up potential hazard analyses using our solution with just a few clicks.

Our team made our digital solution to make food safety compliance requirements easier for food businesses and allow them to serve only wholesome food. Want to build your digital HACCP plan carefree and save time? Use our free, 14-day trial and automatically get food safety compliant.

 

START ANALYZING HAZARDS

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