Application of the BRC/IOP Packaging Standard

Packaging manufacturers face increasing pressure to demonstrate their commitment to safety and quality in a global marketplace. The BRC/IOP Packaging Standard provides a structured framework that applies specifically to organizations manufacturing packaging materials for retailers and their suppliers. What makes this standard particularly practical is its risk-based approach that recognizes different packaging types require different levels of control based on their intended use and potential hazards.

Who needs to comply with the BRC/IOP Packaging Standard 🔗

The BRC/IOP Standard was developed jointly by the British Retail Consortium and the Institute of Packaging to establish consistent hygiene and quality requirements across the packaging industry. The standard applies to manufacturing organizations that produce packaging materials used in food production, filling operations, and consumer products including cosmetics and toiletries.

The scope extends beyond just food packaging. Organizations producing packaging for hygiene-sensitive consumer products, pharmaceuticals, and single-use disposable products such as paper napkins also fall under this standard. Additionally, companies manufacturing incorporated materials like adhesives, inks, coatings, and stock materials used in packaging production must meet these requirements.

Understanding the two risk level categories 🔗

The standard categorizes packaging operations into two distinct risk levels based on the degree of contact between packaging and the product it contains. This classification determines which requirements apply and helps manufacturers focus their resources on the most critical control points.

High hygiene risk packaging 🔗

High hygiene risk classification applies to packaging that comes into direct contact with food products or other hygiene-sensitive products, particularly primary packaging where no absolute barrier exists between the packaging material and the product. Examples include food containers, bottles that directly hold beverages, and packaging for cosmetics that contact skin.

For these operations, the standard requires more stringent controls. Manufacturers must implement comprehensive environmental monitoring programs, maintain strict hygiene protocols, and demonstrate thorough hazard analysis covering chemical migration risks, microbiological contamination potential, and physical hazards that could compromise product safety.

Low hygiene risk packaging 🔗

Low hygiene risk packaging includes secondary and tertiary packaging for consumer products and all other uses. This category covers outer shipping boxes, display packaging that doesn’t contact the product directly, and protective wrapping used in distribution.

While still requiring systematic controls, low hygiene risk operations face less intensive monitoring requirements. The focus shifts toward ensuring packaging performs its protective function and maintains product integrity during storage and transportation rather than preventing direct contamination.

Implementing hazard analysis and risk assessment 🔗

At the core of the BRC/IOP Packaging Standard lies the requirement for a documented hazard analysis and risk assessment system. This system, known as HARA (Hazard Analysis and Risk Assessment), ensures all hazards to product safety and legality are identified and appropriate controls established.

The hazard analysis process requires manufacturers to assemble a cross-functional team with relevant expertise to systematically evaluate potential hazards. This team must identify chemical hazards such as migration of substances from inks, adhesives, or the packaging material itself. Physical hazards including foreign body contamination or structural failures that could compromise product safety also require assessment. For high hygiene risk packaging, microbiological hazards receive particular attention.

The standard incorporates HACCP principles adapted specifically for packaging production, requiring manufacturers to identify critical control points where hazards can be prevented or eliminated. Each control point needs defined critical limits, monitoring procedures, and corrective action plans when limits are exceeded.

Conducting effective risk assessments 🔗

Beyond identifying hazards, manufacturers must evaluate both the severity of potential consequences and the likelihood of occurrence. This risk assessment determines which controls require the most attention and resources. High-severity, high-likelihood risks demand rigorous controls and frequent monitoring, while lower-risk scenarios may warrant less intensive management.

The assessment must be reviewed at least annually and whenever significant changes occur in raw materials, processes, or product specifications. This ensures the hazard analysis remains current and controls adapt to evolving operations.

Establishing appropriate safety and quality controls 🔗

Once hazards are identified and assessed, manufacturers must implement controls proportionate to the identified risks. The standard requires several foundational elements across all packaging operations.

Senior management commitment 🔗

Top management must demonstrate commitment through documented policies, resource allocation, and active involvement in the food safety and quality culture. This includes regular management reviews of the system’s effectiveness and evidence of continual improvement initiatives.

Good manufacturing practices 🔗

All operations must implement appropriate good manufacturing practices covering facility design and maintenance, equipment calibration, cleaning and sanitation protocols, and pest control programs. The specific requirements vary based on risk category, with high hygiene risk operations requiring more comprehensive environmental controls.

Personnel training and hygiene 🔗

Staff performing work that affects product safety, legality, or quality must receive adequate training. This includes understanding hazard risks specific to their roles, proper hygiene practices, and procedures for responding to identified problems. Training records must be maintained and competency regularly assessed.

Product and process controls 🔗

Manufacturers need documented procedures and work instructions covering every stage of production. For printed packaging, this includes controls for artwork and label accuracy, printing quality verification, and management of printing plates and cylinders. Chemical hazard controls address proper handling and storage of inks, adhesives, and coatings, along with procedures to prevent cross-contamination between different materials.

Tailoring controls to specific operations 🔗

The standard recognizes that packaging manufacturers operate diverse processes using various materials including glass, paper and board, metals, plastics, and wood. Auditors must have specific knowledge and experience in the relevant product sectors they evaluate, ensuring assessments account for material-specific risks and controls.

The standard allows for justified deviations when certain requirements don’t apply to specific operations, provided the manufacturer documents the rationale and the auditor approves the justification. This flexibility ensures the standard remains practical across the diverse packaging industry while maintaining rigorous safety standards where they matter most.

For example, a cardboard box manufacturer focused entirely on low hygiene risk secondary packaging wouldn’t need the same intensive microbiological environmental monitoring required of a facility producing food contact plastic films. However, both must demonstrate systematic hazard analysis and implement controls appropriate to their specific risks.

Maintaining compliance and continuous improvement 🔗

Certification to the BRC/IOP Packaging Standard requires annual audits by accredited certification bodies. The audit process evaluates not just documented procedures but actual implementation and effectiveness of controls. Manufacturers must maintain comprehensive records demonstrating ongoing compliance, including monitoring data, corrective action records, and evidence of management review.

Non-conformities identified during audits must be addressed within defined timeframes, with major non-conformities potentially preventing certification. The standard includes fundamental clauses considered critical to effective packaging operations, where major non-conformities against statement of intent prevent certification from being issued.

Beyond meeting audit requirements, the standard emphasizes continual improvement. Organizations should regularly review their systems’ effectiveness, analyze trends in monitoring data, investigate customer complaints, and implement preventive actions to address potential issues before they result in failures. This proactive approach helps manufacturers not just maintain compliance but genuinely enhance their operations over time.

What do you think? How might implementing risk-based packaging controls change quality outcomes in your facility? Are there specific aspects of the two-tier risk system that could benefit your current operations?

References

1. https://globalfoodsafetyresource.com/brc-iop-packaging-standard/
2. https://www.intertek.com/food/auditing/iop-global-standard/
3. https://www.eurofins.in/assurance/food-india/audit-and-certification/brcgs/
4. https://www.ifsqn.com/forum/index.php/topic/22406-difference-brc-iop-issue-4-high-risk-low-risk-category/
5. https://blog.qima.com/food-certification/guide-to-brcgs-packaging-materials-standard
6. https://amtivo.com/uk/food-safety/food-safety-standards/brcgs-food-safety/
7. https://www.dqsglobal.com/en/certify/brcgs-packaging-certification
8. https://ascconsultants.co.za/how-to-comply-with-brcgs-issue-7-in-packaging-manufacturing/
9. https://www.controlunion.com/certification-program/brcgs/