Hazard Analysis and Critical Control Points

Explore good manufacturing practices (GMP) to ensure food safety and quality, and learn how HACCP identifies critical control points and how cGMP supports current industry standards.

GMP provides the core quality guideline for food safety and product quality, while cGMP enables continuous improvement and ongoing investments to raise safety and quality.

Explore GMP prerequisites and consistency through HACCP tools, emphasizing integrity, cleanliness, hygiene, separation, cooking, storage, and hazard awareness to prevent microbial risks and control critical control points.

Apply good manufacturing practices as a preventive approach to ensure food safety, quality, and cost effectiveness, preventing hazards early through proper selection, inspection, and QA and QC integration.

Apply the three good manufacturing practices principles to achieve control and consistency across processes. Ensure written procedures, validated processes, quality equipment, and operator training to prevent adulteration and ensure compliance.

Apply GMP to ensure regulatory compliance, improve product quality and efficacy, increase batches using the same equipment, and reduce costs while enhancing food safety.

Codex Alimentarius sets internationally adopted food standards and hygiene guidelines to protect consumer health and ensure fair practices, forming the foundation for HACCP from raw materials to the consumer.

Acceptable level means a hazard is present but does not pose health risk, with examples including lead, aflatoxins, pesticides, trans fats, and color additives.

Identify control points and critical control points across the food system, define an acceptance limit, and manage from receiving raw materials and storage to processing and labeling to prevent hazards.

The critical control point extends the control point to where loss of control results in health risk; maintain pH below 4.6 to prevent hazards.

Define the critical limit as the maximum or minimum value to control hazards at the CCP, including cooking at 74°C for 15 seconds and metal detection limits for stainless steel.

Identify deviation as failure to meet a critical limit, e.g., poultry not reaching 74 degrees for 15 minutes or metal detectors missing 2 mm ferrous metal particles, indicating contamination.

Define the HACCP plan as a written, systematic procedure outlining formal steps to follow HACCP principles, as established by the National Advisory Committee on the Microbial Biological Criteria in foods.

Identify biological, chemical, and physical hazards in food systems, from viruses and parasites to pesticides, allergens, heavy metals, and foreign objects, and manage them through critical control points.

Monitor critical limits at control points to generate evidence of safe food, using temperature checks. Prevent cross-contamination in facilities handling raw chicken and ready-to-eat salads to reduce salmonella and campylobacter.

Apply preventive measures to reduce cross-contamination by separating areas, equipment, and utensils, enforcing hygiene and sanitation, and using separate air handling units and suppliers for raw chicken and ready-to-eat salads.

Assess risk as the likelihood of hazards like undeclared peanut traces causing anaphylaxis, then control with dedicated production lines, strict cleaning, labeling, and allergy testing documentation.

Identify sensitive ingredients that pose biological hazards, such as raw eggs and yeast, and apply careful handling, proper storage, and processing like pasteurization to prevent salmonella and cross contamination.

Learn how verification uses systematic testing and documental evidence to show that a hazard analysis and critical control plan works, illustrated by poultry cooking at 74 degrees for 15 minutes.

Verify that the HACCP plan works by generating documented evidence from calibrated instruments and digital thermometers with regular five-, ten-, and fifteen-minute readings. Perform internal audits to ensure monitoring.