For companies exporting products to the European Union, or supplying businesses whose products are placed on the EU market, PPWR – the Packaging and Packaging Waste Regulation is becoming increasingly important.
PPWR should not be viewed as a regulation concerning only the “product box.” Companies should consider the Total Packaging System — from packaging directly surrounding the product to inner boxes, shipping cartons, cushioning materials, plastic bags and films, tapes, labels, protective materials, pallets and other transport packaging.
Instead of asking “Is our carton PPWR compliant?”, a more useful question is: “What does our entire packaging system consist of, what materials are used, how much packaging is used, how recyclable is it, are there substances of concern to consider, and where can unnecessary packaging be reduced?”
This guide provides a practical starting point for manufacturers and exporters preparing their packaging systems and data for PPWR.
1. What is PPWR?
PPWR stands for the Packaging and Packaging Waste Regulation, the European Union regulation covering packaging and packaging waste. It replaces the previous Packaging and Packaging Waste Directive (PPWD) framework and introduces a more comprehensive approach to packaging sustainability and circularity.
Important areas include packaging waste prevention, packaging minimisation, design for recyclability, efficient use of materials, recycled content where applicable, reuse requirements for certain packaging categories, restrictions relating to certain substances, labelling, and supporting compliance documentation.
PPWR should therefore not be viewed simply as a requirement to replace one packaging material with another. It encourages companies to look at how packaging is designed, used, documented, recovered and managed throughout its life cycle.
2. Start by Understanding Your Total Packaging
Before reviewing individual requirements, a company first needs to understand what actually constitutes the packaging system for each product.
For example:
Product → Plastic Bag → Inner Box → Cushioning → Master Carton → Tape → Label → Stretch Film → Corner Protection → Pallet
Together, these components form the product’s Total Packaging System.
A common challenge is that companies maintain specifications for their main cartons but have limited information about supporting materials such as tape, labels, adhesives, stretch film, cushioning, strapping and pallets. A practical first step in PPWR preparation is therefore to create a Packaging Material Map.
3. Create a Packaging Bill of Materials (Packaging BOM)
A useful tool for managing packaging information is a Packaging Bill of Materials (Packaging BOM).
| Packaging Component | Material | Weight | Qty. |
| Inner Box | Corrugated Paper | 250 g | 1 |
| Master Carton | Corrugated Paper | 650 g | 1 |
| PE Bag | LDPE | 20 g | 2 |
| Cushioning | Paper | 80 g | 2 |
| Tape | Plastic / Adhesive | 15 g | 1 |
| Stretch Film | Plastic | 300 g | 1 |
| Pallet | Wood / Paper / Plastic | 8 kg | 1 |
The company should be able to determine how much packaging is used for each product or shipment, ideally separated by material category such as Paper / Plastic / Wood / Metal / Glass / Composite / Other Materials.
This information provides the foundation for packaging assessment, optimisation and future reporting.
4. Identify Unnecessary Packaging
One important concept under PPWR is Packaging Minimisation. Packaging should use only the amount of material necessary to perform its required functions while maintaining adequate product protection, safety and logistics performance.
Companies should review whether cartons are unnecessarily large, whether there is excessive empty space, whether cushioning is overused, whether material thickness or weight can be reduced, whether packaging layers duplicate the same function, and whether stretch film or other transport materials can be optimised.
However, packaging reduction should never compromise product protection. Effective optimisation requires a balance between Product Protection + Logistics Performance + Material Efficiency.
5. Review Packaging Recyclability
Simply stating that packaging is “made from paper” or “made from plastic” does not provide the complete picture regarding recyclability.
A paper-based package, for example, may also contain plastic lamination, coatings, tape, labels, adhesives, foam, metal staples or other combined materials that can affect sorting and recycling.
Companies should therefore understand what materials are used, whether different materials can be separated, whether coatings or laminations are present, what types of adhesives are used, and how the packaging is expected to enter the relevant recycling stream after use.
6. Chemicals and Substances of Concern
Chemical information is another important area when preparing packaging data. PPWR includes provisions relating to substances of concern in packaging, including requirements concerning certain heavy metals such as Lead (Pb), Cadmium (Cd), Mercury (Hg) and Hexavalent Chromium (Cr VI).
Another topic is PFAS. PPWR introduces specific restrictions concerning PFAS in food-contact packaging, subject to the conditions and thresholds defined by the regulation. This should not be interpreted as meaning that every type of packaging must automatically be tested for PFAS.
The same principle applies when customers ask about substances such as MOSH and MOAH. Laboratory testing should be determined according to the packaging material, application, food-contact status, customer requirements and applicable regulations.
A useful approach is to establish a Chemical Requirement Matrix: Material + Application + Food-Contact Status + Customer Requirement + Destination Market.
7. Not Everything Needs Laboratory Testing
Preparing for PPWR does not necessarily mean sending every packaging component to a laboratory for every possible chemical test. A more systematic approach starts with:
Identify Material → Identify Supplier → Collect Declarations → Review Chemical Risk → Review Legal & Customer Requirements → Determine Testing Requirements
Where reliable material specifications, declarations or relevant test reports are already available, these may form part of the supporting documentation. Additional testing can then be considered where information is insufficient, risks are higher, or a specific requirement calls for it.
This risk-based approach helps avoid unnecessary testing while maintaining appropriate compliance control.
8. What Packaging Documents Should Manufacturers Prepare?
Companies should consider establishing a Packaging Technical File for relevant products or packaging families. Typical information may include:
Packaging Specification – dimensions, weight, materials and construction
Packaging BOM – components and material composition
Material Specifications – technical information from suppliers
Supplier Declarations – material and chemical information
Chemical Compliance Documents – declarations, certificates or test reports where applicable
Recycled Content Information – where relevant
Recyclability Information – supporting recycling assessment
Packaging Weight Records – weight by component and material
Designs / Drawings – structural and technical details
Test Reports – compression, drop, transport or load testing as applicable
Risk Assessment – evaluation of applicable packaging risks and requirements
These records can support PPWR preparation and also make it easier to respond to customer packaging questionnaires.
9. Packaging Suppliers Will Become Increasingly Important
Most manufacturers do not produce every packaging component themselves. The quality of information available from suppliers therefore becomes increasingly important.
Purchasing and QA teams should consider requesting key information such as Material Composition, Material Specification, Packaging Weight, Recycled Content, Chemical Declarations, Relevant Test Reports, Recyclability Information and Change Notification.
Change Notification is particularly important. If a supplier changes the paper grade, plastic resin, printing ink, adhesive, coating or material source, the company should evaluate whether the change affects existing packaging specifications or compliance information.
10. Do Not Forget Ink, Adhesives and Coatings
A Packaging BOM should not simply state “Material: Corrugated Paper” when the actual packaging consists of Paper + Printing Ink + Adhesive + Coating + Tape + Label.
Good packaging data management should consider relevant constituent materials, particularly for printed, coated, laminated or multi-material packaging.
11. Pallets Are Also Part of the Total Packaging System
Transport packaging should also be included in the assessment. This may include pallets, stretch film, strapping, corner boards, top sheets, slip sheets and protective materials.
For example, if a company uses 10,000 pallets per year and each pallet weighs 15 kg, pallets alone represent 150,000 kg of packaging material per year.
Transport packaging can therefore represent a significant opportunity for optimisation. Depending on the application, companies may evaluate wood pallets, plastic pallets, paper pallets, slip sheets or reusable transport packaging. The appropriate solution should always be selected according to actual operational requirements rather than material type alone.
12. Build a Company-Wide Packaging Compliance Matrix
For companies managing many SKUs, a central Packaging Compliance Matrix can make packaging information easier to control.
| SKU | Packaging | Material | Weight | Supplier | Recycled Content | Chemical Docs | Recyclability | Status |
| A001 | Inner Box | Paper | 0.20 kg | Supplier A | Available | Available | Review | Review |
| A001 | Master Carton | Corrugated | 0.65 kg | Supplier B | Available | Available | Review | Review |
| A001 | PE Bag | LDPE | 0.02 kg | Supplier C | Review | Available | Review | Review |
| A001 | Pallet | Paper/Wood | 8 kg | Supplier D | Review | Available | Review | Review |
This makes it easier to identify what information is available, what is missing, which suppliers require follow-up, and which packaging components should be reviewed first.
13. Who Should Be Responsible for PPWR?
PPWR preparation should be a cross-functional responsibility, not a QA-only project. Sales/Customer Service collects customer requirements; R&D or Packaging Engineering manages design and optimisation; Purchasing obtains supplier information; QA/Compliance reviews requirements and evidence; Production and Logistics control actual materials, packing and transportation; and Management sets objectives and resources.
The goal is to create a Packaging Data Management System that allows the company to understand what its packaging consists of, where materials come from, what requirements apply and what evidence is available.
14. A Practical PPWR Packaging Checklist
A company can begin with these questions:
☐ Do we know every packaging component used for each product?
☐ Do we have a Packaging BOM and component weights?
☐ Do we know the material composition and supplier?
☐ Do we have material specifications and relevant declarations?
☐ Do we know which packaging is intended for food contact?
☐ Have relevant chemical risks been assessed?
☐ Do we have recycled-content information where applicable?
☐ Do we have information supporting recyclability?
☐ Can packaging size, weight or unnecessary layers be reduced?
☐ Have pallets, stretch film and other transport packaging been included?
☐ Do suppliers notify us when materials change?
If the answer to many of these questions is “we don’t have the information yet,” the first action may not be laboratory testing. A better starting point is often Packaging Mapping + Supply Chain Data Collection.
15. Summary: Start PPWR Preparation with Data
PPWR is changing the way companies need to think about packaging. The traditional question “How much does this box cost?” is increasingly being joined by questions such as:
What is it made from? How much material does it use? Is all of that material necessary? Can it be reduced? How can it be recycled? Are there substances of concern? Does the supplier have supporting information? Do we have sufficient evidence to answer our customers?
A practical PPWR preparation process can therefore follow:
Packaging Mapping → Packaging BOM → Material & Chemical Data → Risk Assessment → Recyclability Review → Packaging Minimisation → Testing → Documentation → Continuous Improvement
Companies do not necessarily need to redesign all packaging immediately. A good first step is to understand the Total Packaging System, identify information gaps, assess risks and determine where packaging can be improved.
T5 – Packaging Solutions Supporting Your PPWR Preparation
T5 provides industrial packaging solutions with a focus on the Total Packaging System. Our capabilities include corrugated packaging, packaging optimisation, material reduction, transport packaging and paper pallet solutions, depending on product and supply-chain requirements.
For companies preparing for PPWR, T5 can work with your team to develop packaging solutions considering product protection, logistics performance, material efficiency, recyclability and packaging information requirements.
If your company is reviewing packaging for PPWR, reducing packaging materials, improving packaging structures or evaluating alternative transport packaging, contact the T5 Sales Team to discuss your requirements and develop an appropriate packaging solution.
This article provides general information about PPWR and packaging preparation. Specific requirements may vary depending on packaging type, application, material, market and implementation timeline. Companies should review the applicable provisions of Regulation (EU) 2025/40 and related EU guidance when making compliance decisions.