The August 12, 2026 application date for the Packaging and Packaging Waste Regulation (Regulation (EU) 2025/40) (PPWR) more than tightened the rules. It changes what “good” packaging means. For decades, performance meant durability, product protection, manufacturability and cost. Those metrics still count, but PPWR adds circularity, recyclability, recycled content and minimization to the same equation.
This final post in a four-part series is for engineering leaders who now have to reconcile all of those demands at once. Here’s what you’ll take away:
- How virtual twins let teams make data-driven trade-offs across product, packaging and logistics
- Why materials, products, operations and supply chain performance belong in the same model
- How the same compliance logic reaches well beyond packaging
Why the Old Scorecard No Longer Passes
Traditional packaging performance answered a narrow set of questions. Does the pack protect the product? Does it run on the line? Does it cost the right amount? PPWR keeps those questions but refuses to let them stand alone.
The harder truth is that no single substrate wins on every dimension. Metal, plastic, glass and paper each carry trade-offs that vary by region and application. Sustainability itself has competing facets. Increasing recyclability doesn’t always cut carbon footprint or food waste, and optimizing one dimension can quietly worsen another.
That’s why granular, cross-dimensional data matters. Substituting recycled for virgin material can look greener yet backfire once transport emissions enter the picture. Design teams need solid data on environmental footprint, cost and risk together, not in isolation.
For engineering leaders, the implication is clear. Under PPWR, recyclability grades, recycled-content thresholds and empty-space limits sit next to durability and cost as pass-or-fail criteria. Performance has become multi-dimensional by law.
Product Performance: Engineering Decisions, Not Assumptions
If performance is multi-dimensional, then testing alternatives against every dimension at once becomes the core capability. Mel Creasey, SIMULIA Industry Business Senior Consultant, makes the point plainly:
“The ability to test and compare many alternative materials and understand their performance relative to a specific business requirement means that customers can make more informed choices on the sustainable innovations they want to take to market.”
That comparison is hard to do with physical prototypes alone, because each iteration costs time and money. A micro-to-macro scale virtual twin closes the gap by connecting material science, packaging performance and manufacturing in one workflow. Teams can predict performance before a pack exists, optimize across product, packaging and logistics at the same time and cut costly trial-and-error cycles. Packaging decisions become engineered, not assumed.
Balancing the Trade-Offs in Practice
The tensions PPWR creates are predictable, which means they can be modeled. Consider a shift away from a multi-material or composite structure toward a mono-material PE format. The same platform can simulate barrier performance, drop testing and manufacturability together, rather than discovering that a recyclability win created a shelf-life or line-speed problem three months later.
Two examples show how this works against real PPWR pressures:
- Lightweighting with proof. Optimization tools automate structural analysis, helping teams reduce material use while confirming that packaging still holds up under pressure. The result is a documented thickness map rather than an educated guess, supporting both sustainability goals and compliance.
- Mono-material conversion with evidence. Switching from a PET bottle to a mono-material Polyethylene (PE) spouted pouch raises real questions around barrier properties, line compatibility and consumer experience. Running that transition through end-to-end simulation lets brand teams decide based on evidence, not intuition.
Because it all runs on one digital thread, the virtual twin of the package connects to the virtual twin of the manufacturing line. A design change doesn’t just look good in simulation. It’s validated against how it’ll actually run in production.
Measuring Performance with Dassault Systèmes Solutions
At Dassault Systèmes, our Perfect Package solution enables our customers to develop sustainable packaging – by design, as Dave McLean – CPG-Retail Industry Business Development Director explains:
“Instead of treating recyclability, material reduction, and structural performance as separate workstreams handled by separate teams and separate software, we bring them into one connected environment where a packaging engineer can simulate, optimize and iterate, all before a single physical prototype is cut.”
Performance also means knowing the environmental cost of each option. Dassault Systèmes Sustainability Innovation Intelligence evaluates a product’s footprint and proposes eco-design options weighed by their cost-benefit ratio. By integrating Life Cycle Assessment from the earliest design phase, the solution scales to large portfolios and anticipates future Digital Product Passport requirements.
“Beyond eco-design, we’ve also built the VTaaS portfolio to help companies act on performance from other angles,” explains LE CHATELIER Renaud – VTE Industry Solution Experience Expert – VtaaS Portfolio. “Eco-Tax Optimizer was designed for regulations like PPWR: it plugs into existing inventory systems to calculate eco-tax exposure by country, product, and material, reducing errors and surfacing real savings from smarter packaging choices. And for climate strategy overall, Corporate Footprint Optimizer identifies the actions with the most impact given real budget, resource constraints and gets smarter with every use, continuously refining the plan.”
Operations and Manufacturing Performance: Widening the System
Product performance is only part of the story. As described above: testing and comparing alternative materials help teams understand how each option performs against actual business requirements. That same principle increases the likelihood of success in terms of production efficiency, supply chain performance, quality, and customer experience. The question is how to extend that capability beyond the product itself. Carlijn Goedhart, DELMIA Sustainability Lead, explains the importance of adding the operations and supply chain perspective:
“PPWR introduces requirements regarding reusability, recycled content, recyclability and minimum recycling targets. These requirements seem to apply only to the product itself, but they bring significant challenges to the way this product is produced and its corresponding processes. For example in terms of procurement, logistics, and traceability. Changes can be tested in a production and supply chain virtual twin, before changing the physical factory.”
These are examples of typical challenges where the Packaging and Packaging Waste Regulation even adds an extra layer of complexity:
Procurement Planning. The recycled content targets from PPWR could have impact on defining a sourcing plan: “Can we reliably source the right recycled material, in the right quantity and quality, at the right time, while maintaining our margins and service levels?” DELMIA Quintiq can optimize this supply plan, balancing (conflicting) KPIs, such as fulfillment, margin, costs and CO2 emissions, while also respecting minimum recycled-content quotas. Creating and comparing multiple scenarios helps in making trade-offs and deciding the best procurement strategy.
Reverse Logistics. The Packaging and Packaging Waste Regulation requires reusable packaging systems which creates a network optimization problem: “Where should reusable packaging be located and collected? How many warehouses/hubs are needed? How should the packaging flow back through the logistics network?” DELMIA Quintiq can model and optimize reverse flows from strategic level of planning, to operational level (such as vehicle routings). It helps designing the optimal reusable-packaging network before investing in it.
Execution and Traceability. PPWR is fundamentally pushing companies towards less packaging waste and better resource efficiency: “How much packaging material are we actually losing in our factory?” DELMIA Apriso can help expose where packaging material is being wasted, for example via material scrap, quality rejects or excessive material consumption. The solution enables container labeling for quantity measuring, and traceability of recycled and recyclable materials through the factory from receipt, through production, to finished packaging.
There’s a customization angle too. PPWR naturally drives more variants, single-material formats and different recycled-content rates by country. Clara Wiltberger, Sustainability and New Energy Business Consultant – Industrial Equipment, notes that manufacturers can virtually validate “production of one” operations, moving toward mass customization without losing control of quality or cost. The growth in stock keeping units (SKUs) that the PPWR triggers becomes manageable rather than chaotic.
Beyond Packaging: The Same Logic Reaches Across Sectors
Plastics sustainability isn’t a packaging-only issue. The same materials, processes and compliance logic extend into transport, construction and electronics. Plastics span five major sectors, packaging, construction, consumer goods, automotive and medical, that together represent roughly 90% of global plastics volume.
The challenges look familiar to anyone who has worked through PPWR:
- Transport. Multi-material composites are hard to disassemble at end-of-life. The End-of-Life Vehicle revision proposes 25% recycled plastic content in new vehicles.
- Construction. Long product lifespans lock plastics into building stock for decades, governed by the Construction Products Regulation.
- Electronics. Injection-molded housings often mix plastics with flame retardants, complicating recycling under the Waste Electrical and Electronic Equipment Directive.
The strategic takeaway: the capabilities you build for PPWR (connected data, virtual twins, design-stage trade-off analysis, and traceable compliance ) translate directly to other plastics-heavy sectors facing comparable rules. This series has focused on packaging, but the challenges and the capabilities that solve them are shared well beyond it.
Key Takeaways: The Series in Review
PPWR redefined packaging performance, and the August 12, 2026 date mad the new definition binding. Success now means balancing circularity, recyclability, recycled content and minimization alongside durability, protection, manufacturability and cost.
- Performance is multi-dimensional by law. Many dimensions should be taken into account
- Trade-offs must be engineered, not assumed. Virtual twins let teams model product, packaging and logistics together and decide with evidence.
- Operations belong in the model. Planning, traceability and footprint tools turn PPWR’s binding targets into a manageable plan.
- The logic scales beyond packaging. Transport, construction and electronics face the same pressures, so PPWR-ready capabilities pay off across sectors.
Ready to get started? Explore our PPWR solutions, covering sustainable packaging development, procurement planning, reverse logistics, execution, and traceability. Evaluate your packaging on recyclability, recycled content, material minimization (lightweighting), and performance together, and use the results to decide what to redesign first.
This blog article is the fourth and final installment in a four-part series exploring the implications of the Packaging and Packaging Waste Regulation and its impact on the future of plastics packaging. Explore the other articles in the series below:
Part 1: Beyond Compliance: How New Rules Are Reshaping Plastics Packaging
Part 2: Material Science: Driving Innovation for PPWR Compliance
Part 3: A Multi-Scale Collaboration: Why PPWR Demands One Connected Value Chain
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This article was developed in collaboration with experts from across the company, whose insights and expertise contributed to its content and perspectives: Sarah Linger, Industry Growth Leader, CPG-Retail, EuroNorth; Renaud Le Chatelier, VTE Industry Solution Experience Expert, VTaaS Portfolio; Carlijn Goedhart, WW DELMIA Sustainability Industry Process Expert Specialist; Guillaume Belloncle, CATIA MBSE Strategic Engagements Industry Process Director; Stephen Todd, Senior Solution Strategy Specialist, BIOVIA Strategy & Contract Research; Walid Dargouth, CPG-Retail Industry Business Development Director; Mel Creasey, SIMULIA Industry Business Senior Consultant; Dave McLean, CPG-Retail Industry Business Development Director; and Clara Wiltberger, Sustainability & New Energy Business Consultant – IE.