New packaging regulations are increasing pressure on manufacturers and brand owners to collect, verify and manage detailed packaging data across thousands of products and complex global supply chains.
For packaging manufacturers and brand owners, one of the biggest challenges posed by tightening environmental regulations may not be changing the materials they use. It may be proving exactly what goes into every package they place on the market.
As packaging requirements evolve across Europe, the UK and the US, companies face growing demands to collect, verify and maintain detailed information about packaging materials, components and suppliers.
The task spans procurement, product development, manufacturing, logistics and sustainability teams, often involving suppliers several tiers removed from the finished product.
A single stock-keeping unit (SKU) can contain several packaging components, each with its own material composition, weight, supplier and technical specifications. Across thousands of products and multiple markets, managing this information becomes a substantial undertaking.
Much of the data may already exist somewhere within a business or its supply chain. The difficulty is locating it, checking its accuracy and linking it to the correct products.
For companies still relying on disconnected spreadsheets, supplier declarations and departmental databases, packaging compliance is becoming as much a data-management challenge as an environmental one.
PPWR increases demand for packaging data
The European Union's Packaging and Packaging Waste Regulation (PPWR) is a major driver of demand for more detailed packaging information.
The regulation entered into force on 11 February 2025 and began applying generally on 12 August 2026, although some requirements have later implementation dates.
It establishes rules covering packaging design, composition, recyclability, labelling, waste prevention and producer responsibility.
For manufacturers, the implications extend beyond physical packaging design.
Article 15 requires manufacturers to assess packaging against applicable requirements and prepare supporting technical documentation. This documentation must be retained for five years for single-use packaging and ten years for reusable packaging.
Article 16 requires suppliers of packaging and packaging materials to provide manufacturers with the information and documentation needed to demonstrate conformity.
Together, these provisions make reliable information exchange throughout the packaging supply chain increasingly important.
The PPWR does not introduce a universal SKU-level reporting template, and its requirements take effect according to different schedules. However, businesses need sufficiently detailed records to support conformity assessments, technical documentation and applicable producer responsibility reporting.
Regulatory submissions may require information in aggregated categories, but companies often need more detailed underlying data to calculate accurate figures and demonstrate compliance.
One product, multiple packaging components
The complexity becomes clear when examining the packaging associated with an individual product.
A beverage sold in a plastic bottle may involve a closure, label, adhesive and tamper-evident component. Secondary packaging could include a carton or multipack carrier, while distribution may require pallet wrap, strapping and other transport packaging.
Each component can have different material specifications, weights, recycled-content characteristics and suppliers.
Flexible packaging can be more complicated still. A multilayer pouch may combine several polymers, barrier materials, coatings and adhesives, each affecting its material classification and recyclability.
Simply identifying packaging as plastic, paper or metal may therefore be insufficient for some compliance assessments.
Companies need records linking individual products to their packaging components, including material composition, component weights, supplier information and supporting evidence.
These records must also distinguish between primary, secondary and tertiary packaging, while accounting for differences in product sizes, configurations and markets.
Even a relatively minor specification change can have wider consequences. If a supplier changes the composition or weight of a component used across several product lines, multiple SKU records may need updating.
Without a reliable connection between product identifiers and packaging specifications, businesses risk using outdated or incomplete information when preparing compliance documentation.
Supply chain fragmentation creates data gaps
One of the biggest obstacles is that packaging information rarely sits in one place.
Packaging development teams may hold design specifications, procurement departments manage supplier records, manufacturing teams track production materials, and logistics departments maintain information about distribution packaging.
Regulatory and sustainability teams must then bring these records together to establish a reliable picture of the company's packaging portfolio.
For multinational businesses, this can involve hundreds of suppliers operating across different markets and using different documentation standards.
The challenge becomes particularly acute further upstream.
A brand owner may have direct relationships with packaging converters but limited visibility of the manufacturers supplying specialist coatings, adhesives, barrier materials and other inputs.
These tier-two and tier-three suppliers may hold important information about material composition that is not routinely shared with downstream customers.
For example, a supplier declaration might identify a film as polyethylene-based without providing sufficient detail about its multilayer structure. A component specification may include dimensions but omit verified weight information.
Similarly, a recycled-content declaration may relate to a particular material grade without establishing whether it applies to a specific packaging component or production batch.
Resolving these gaps can involve repeated supplier enquiries, document checks and the reconciliation of inconsistent records.
Commercial confidentiality adds another complication, particularly where suppliers are reluctant to disclose proprietary formulations.
The challenge is therefore not simply collecting more information. It is establishing a dependable flow of accurate, usable data across the supply chain.
Why spreadsheets are reaching their limits
Spreadsheets remain a practical way to collect and organise packaging information, particularly for businesses with smaller product portfolios.
However, their limitations become increasingly apparent when companies manage thousands of SKUs, multiple packaging configurations and frequent supplier changes.
A single packaging component may be used across dozens of products. If its material composition, weight or supplier changes, every affected record may need reviewing.
Where different departments maintain separate files, outdated specifications can continue circulating long after a change has been approved.
This creates risks for regulatory reporting, conformity assessments and customer declarations.
Maintaining data traceability is another challenge. Businesses need to know where information originated, when it was verified, which specification version applies and whether supporting documentation remains valid.
Centralised packaging data-management systems can help by connecting product identifiers with component specifications, supplier records and compliance evidence.
However, moving information into a single platform does not automatically make it reliable.
If supplier declarations are incomplete or inaccurate, a sophisticated system may simply reproduce those weaknesses on a larger scale.
Data validation, version control and clear responsibility for maintaining records are therefore just as important as the technology itself.
Different markets, different reporting requirements
For international packaging businesses, the challenge extends beyond the EU.
The UK's packaging extended producer responsibility (EPR) framework requires obligated businesses to report information according to specified packaging and material categories.
Depending on the applicable requirements, reporting can involve material weights, packaging types, material subtypes and recyclability assessments.
In the US, state-level EPR programmes are creating another layer of complexity.
California's SB 54 establishes a producer responsibility framework covering packaging and single-use plastic food service ware. Its permanent implementing regulations took effect in May 2026.
Oregon's Recycling Modernization Act requires relevant producers of packaging, paper and food service ware to register with an approved producer responsibility organisation, report information about covered products supplied into the state and pay applicable fees. Producer obligations began in 2025.
Although these regulatory systems share environmental objectives, their reporting structures, material classifications and compliance requirements differ.
A multinational brand may therefore need to translate the same underlying packaging specifications into several reporting formats.
Maintaining separate data inventories for each jurisdiction can increase duplication and the risk of inconsistencies.
A more scalable approach is to establish a common record of packaging components and materials, with the ability to organise that information according to individual market requirements.
For packaging suppliers, this also has commercial implications.
Customers operating internationally may increasingly request standardised material declarations and detailed specifications to support their own compliance obligations.
Suppliers unable to provide reliable information could face additional scrutiny or delays in packaging approvals.
Can digital tools close the information gap?
The growing demand for packaging data is encouraging interest in digital product records, virtual packaging models and specialist compliance platforms.
A digital representation of a packaging structure can connect an individual SKU to its components, material specifications, supplier declarations and supporting documentation.
When integrated with product lifecycle management (PLM) and enterprise resource planning (ERP) systems, these records can help companies identify where particular components are used and assess the consequences of specification changes.
For example, if a supplier alters the composition of a multilayer film, a connected system could help identify affected products, markets and compliance assessments.
This can reduce manual searches across departmental databases and make updates more consistent.
Digital product passports are also attracting attention as European product-information requirements evolve.
However, businesses must distinguish between emerging digital capabilities and established regulatory obligations.
The PPWR introduces documentation and information requirements but does not mandate a universal digital product passport for every packaging SKU.
Nor does creating a digital twin resolve gaps in supplier information.
A digital record is only as reliable as the specifications, declarations and measurements on which it is based.
For many businesses, the immediate priority is therefore to establish accurate, traceable packaging records before investing in more advanced systems.
Building reliable compliance records
Improving packaging data management requires organisational changes as well as technology.
A practical starting point is to establish a consistent inventory of products and their associated packaging components. Companies need to identify what information is available, where gaps exist and who is responsible for maintaining each record.
Procurement teams can incorporate material specifications, component weights and supporting declarations into supplier onboarding and purchasing procedures.
Packaging development teams need processes to ensure that design changes trigger corresponding updates to compliance records.
Regulatory and sustainability departments must establish what evidence is required for different markets and how its accuracy should be checked.
Standardised supplier data requests can reduce repeated enquiries and inconsistent submissions. Agreed measurement methods and material classifications can also improve comparability.
Version control is particularly important where packaging changes are introduced gradually across factories, suppliers or markets.
Businesses need to distinguish between current specifications and historical records, while preserving the source and verification date of each declaration.
Where suppliers cannot disclose commercially sensitive formulations, arrangements may be needed to provide sufficient compliance evidence without requiring unrestricted access to proprietary information.
These measures can turn packaging data from a collection of disconnected documents into a reliable resource for regulatory reporting, conformity assessments and customer enquiries.
The commercial implications of poor data
Incomplete or inaccurate packaging information can have consequences beyond administrative inefficiency.
Incorrect material classifications or component weights may affect producer responsibility reporting and associated fees.
Missing technical evidence can delay conformity assessments, complicate product launches or require additional engagement with suppliers.
Where packaging fails applicable regulatory requirements, businesses may also face corrective measures, restrictions on market placement or other enforcement action.
Under the PPWR, manufacturers must demonstrate conformity with applicable requirements, while the regulation provides for action against non-compliant packaging.
For companies operating across multiple jurisdictions, these risks are compounded by differing reporting rules, producer obligations and implementation schedules.
However, better packaging data can also create commercial opportunities.
Accurate information about material composition and component weights can help manufacturers identify opportunities for lightweighting, material substitution and packaging simplification.
It can support more consistent supplier comparisons, improve product development decisions and reduce the time spent responding to customer information requests.
Reliable data can also help businesses assess the potential regulatory and commercial implications of packaging changes before committing to new materials or formats.
Packaging data management is therefore becoming more than a compliance function. It is increasingly relevant to procurement, product development, operational efficiency and market access.
Data readiness becomes a competitive priority
Packaging regulation is changing what manufacturers and brand owners need to know about their products.
The challenge is no longer limited to understanding how much packaging a business uses or whether a material can be described as recyclable.
Companies increasingly need detailed information about individual packaging components, supported by reliable supplier evidence and organised to meet the requirements of different markets.
For businesses with extensive product portfolios and complex international supply chains, establishing and maintaining these records can be a substantial undertaking.
Digital systems can help manage the complexity, but they cannot replace accurate specifications, effective supplier relationships and clear internal accountability.
As regulatory requirements evolve, companies that can retrieve, verify and update packaging information efficiently will be better positioned to respond.
Those relying on fragmented records and manual reconciliation may face growing administrative costs, reporting errors and delays in demonstrating compliance.
The emerging competitive divide in packaging may therefore be determined not only by which companies develop more sustainable materials, but also by which can produce the reliable data needed to demonstrate that their packaging meets regulatory requirements.
