CHAPTER 09 STM3612 HACCP SYSTEM

Safety Assurance and HACCP Overview

• Safety Assurance: FOOD Signature HACCP CERTIFIED by the Ministry of Health Malaysia.

• HACCP System: Focuses on Hazard Analysis Critical Control Points to ensure food safety.

Overview of HACCP

Definition and Purpose

• HACCP: A management system in food science and technology aimed at ensuring food safety.

• Goal: To control biological, chemical, and physical hazards during food production to ensure the safety of the final product.

• Committee Endorsement: The National Advisory Committee on Microbiological Criteria for Foods recognizes HACCP as a rational means for food safety.

• Prevention Focus: The main goal is to prevent food safety issues before they arise.

Seven Principles of HACCP

1. Hazard Analysis: Identifying potential hazards.

2. Critical Control Point (CCP) Identification: Determining steps where control can be applied.

3. Establishing Critical Limits: Defining limits that ensure safety.

4. Monitoring Procedures: Tracking performance at CCPs.

5. Corrective Actions: Plans for addressing deviations.

6. Verification Procedures: Ensuring the system works as intended.

7. Record-Keeping and Documentation: Maintaining detailed records of all procedures.

Monitoring CCPs

• Microbiological Testing Limitations: Not enough due to time constraints. Physical and chemical testing, along with visual inspections, are recommended for real-time monitoring.

Standardization and Implementation of HACCP

• The principles should be standardized across industries for consistency.

• Each food establishment must develop its own HACCP system tailored to specific processes and products.

• Good Manufacturing Practices (cGMPs) form the foundation for effective HACCP implementation.

Education and Training

• Importance: Employee understanding of HACCP principles is crucial for implementation.

• Training should cover foodborne hazard control throughout the food chain.

• Practical training should include monitoring procedures and responsibilities.

• Management must prioritize and allocate time for training.

Developing a HACCP Plan

Preliminary Tasks

1. Assemble HACCP Team: Interdisciplinary team with relevant expertise.

   • Local Knowledge: Involvement of local personnel for better understanding of operations.

   • External Experts: Consultation for additional hazard insights.

2. Food and Distribution Description: Overview of product and distribution logistics.

3. Intended Use and Consumers: Identifying target consumers and usage contexts.

4. Flow Diagram Development: Visual representation of the product processing steps.

   • Essential for understanding all critical operations.

5. Verify Flow Diagram: Ensure it accurately represents operational processes.

Conducting Hazard Analysis (Principle 1)

Purpose

• Identify likely hazards that can cause harm.

• Exclude low-risk hazards.

Considerations

• Assessing ingredients, processes, storage, distribution, and consumer preparation practices.

• Differentiating between safety and quality concerns.

Hazard Analysis Process

1. Hazard Identification: Review processes and ingredients for potential hazards.

2. Hazard Evaluation: Determine severity and likelihood, differentiating between short-term and long-term impacts.

Control Measures

• Identify measures to mitigate hazards.

• Risk assessments can assist in the hazard identification process.

Identifying Critical Control Points (CCPs) (Principle 2)

Definition

• CCP: Specific stages where control measures are applied to eliminate hazards.

• Importance of pinpointing CCPs for effective food safety management.

Identification Process

• Use tools like the CCP decision tree to systematically identify CCPs.

• Must incorporate expert judgment in decision-making.

Examples of CCPs

• Thermal Processing: Cooking food to eliminate pathogens.

• Chilling: Refrigerating food to prevent microbial growth.

• Chemical Residue Testing: Ensuring ingredient safety.

• Formulation Control: Preventing toxin formation.

Establishing Critical Limits (Principle 3)

Definition

• Critical Limit: Maximum/minimum values ensuring safety at CCPs.

Characteristics

• Critical limits differ from operational limits and must be science-based.

• Based on parameters like temperature, humidity, and time.

Case Study: Cooking Beef Patties

Hazard Analysis

• Focus on enteric pathogens like E. coli and Salmonella.

Control Points and Limits

• Cooking process modeled to ensure minimum internal temperature (e.g., 155°F for 16 seconds).

Establishing Monitoring Procedures (Principle 4)

Purpose

• Systematic measurements to ensure CCPs remain under control.

• Aim to detect deviations early for corrective actions.

Equipment & Personnel

• Calibration and training are crucial for effective monitoring practices.

Monitoring Types

• Quick, real-time checks preferred over time-consuming microbiological tests.

Establishing Corrective Actions (Principle 5)

Key Elements

• Identify causes of deviations and actions to rectify them.

• Decide on the fate of non-compliant products and document corrective actions.

Planning and Implementation

• Corrective actions should be predetermined in the HACCP plan.

Establishing Verification Procedures (Principle 6)

Purpose

• Verification confirms HACCP plan execution and accuracy.

Key Aspects

1. Functional Verification: Ensuring plan functions correctly.

2. Initial Validation: Verifying scientific accuracy of the HACCP plan.

3. Subsequent Validations: Checking the system after changes or failures.

4. Comprehensive Verification: Conducted by independent parties periodically.

Establishing Record-Keeping and Documentation Procedures (Principle 7)

Essential Records

1. Summary of hazard analysis and rationale.

2. HACCP plan details including team responsibilities and verified flow diagrams.

3. Operational records detailing monitoring and corrective actions taken.

Documentation Completeness

• Ensuring all records are maintained for accountability and verification.