EU regulatory package CBAM, PPWR, ESPR and CRMA: The major logistics and supply chain transformation

Bureaucratic nightmare or opportunity? Why the new EU supply chain laws threaten SMEs

CO₂ tariffs and product passports: These 4 new EU regulations are what companies need to know now

The transformation of the economy can no longer be postponed: Europe is radically restructuring its industrial foundations – and those who don't react quickly enough will pay the price. With an unprecedented regulatory package comprising CBAM, PPWR, ESPR, and CRMA, Brussels is forcing companies to undergo a historic shift. The goal: to move away from linear, carbon-intensive, and crisis-prone supply chains and toward a climate-resilient, transparent, and secure circular economy.

But what the EU Commission conceived as a strategic response to geopolitical crises and as the driving force behind the Green Deal often turns out to be a formidable bureaucratic obstacle course in practice. Small and medium-sized enterprises (SMEs) in particular face enormous challenges with global data collection, product redesign, and risk management. These new laws are far more than just burdensome compliance – they are transforming global procurement geography, accelerating nearshoring, and making complete digital transparency a matter of survival. Those who dismiss this development as a mere flood of regulations risk losing their competitive edge. However, those who understand it as a strategic framework for the next decade can secure decisive advantages in the fiercely competitive European market. The following in-depth analysis reveals the detailed implications of the four major EU regulations, the pressing deadlines, and how companies can master this historic transformation.

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Anyone who has observed the flood of regulations from Brussels in recent years might think the EU is waging a silent war against its own industry. But behind the complex landscape of acronyms – CBAM, PPWR, ESPR, CRMA – lies a strategically consistent, albeit politically controversial, systemic logic: the complete transformation of European supply chains away from a carbon-intensive, linear economy and toward a circular, climate-resilient, and supply-secure industrial structure. Those who dismiss these regulations as a mere bureaucratic project fail to grasp the scale of the ongoing transformation. Those who praise them as a seamless vision of the future ignore the considerable adaptation costs, especially for small and medium-sized enterprises (SMEs). A sober, data-driven analysis is therefore long overdue.

The geopolitical driving force behind the regulatory framework

The overall architecture of the EU regulatory package is not a product of bureaucratic navel-gazing, but a direct response to three geopolitical shocks of recent years. The Covid pandemic exposed the fragility of unilaterally based supply chains. Russia's war of aggression against Ukraine demonstrated the existential dependence on fossil fuels. And the increasing systemic competition with China made it clear that state-subsidized, climate-regulation-free production sites enjoy a structural competitive advantage over European companies, which, if left unchecked, can lead to gradual deindustrialization.

The European Green Deal, presented by the Commission in 2019 as a growth strategy, provides the political framework for this transformation. It sets the goal of climate neutrality by 2050, flanked by the interim target of a 55 percent reduction in greenhouse gas emissions by 2030 compared to 1990 levels. On its own, this goal would be conventional – many countries have made similar commitments. What is distinctive about the European approach is the consistency with which regulatory instruments are intended to steer the market in this direction, rather than relying solely on voluntary market dynamics. This has resulted in a regulatory package that puts pressure on the supply chain from four sides simultaneously: through price signals at customs (CBAM), product requirements (ESPR), packaging standards (PPWR), and raw material security (CRMA).

Carbon tariff as an equalizer: The CO₂ border adjustment mechanism CBAM

The logic of fair competition – and its pitfalls

The Carbon Border Adjustment Mechanism, or CBAM for short, is arguably the most direct and financially impactful instrument in the entire package. Its basic idea is elegantly simple: if European manufacturers have to buy certificates in the EU Emissions Trading System (ETS) for every ton of CO₂ their production generates, then imported goods produced under less stringent climate regulations should pay the same CO₂ price when they enter the EU market. This is intended to prevent so-called carbon leakage – the relocation of energy-intensive production to countries without strict climate rules, which leads to the paradoxical result that global emissions increase even though the EU reduces its own.

CBAM was introduced as part of the "Fit for 55" package and, following a transitional period with reporting obligations only (October 2023 to December 2025), entered its final implementation phase on January 1, 2026. Since then, importers of so-called CBAM goods have been required to purchase CBAM certificates for the imported quantities, the price of which is directly linked to the ETS market price. For the first quarter of 2026, the European Commission published an official certificate price for the first time on April 7, 2026: €75.36 per tonne of CO₂ equivalent. This price applies to all CBAM-liable goods imported into the EU in Q1/2026. For 2026, prices will still be set quarterly; from 2027 onwards, weekly publication is planned, reflecting the current ETS auction prices.

Who is affected, and what are the specific costs?

The sectors initially affected are specifically focused on the most CO₂-intensive raw materials: cement, iron and steel, aluminum, fertilizers, electricity, and hydrogen. The scope is precisely defined by the customs tariff numbers specified in Annex I of EU Regulation 2023/956. In practice, this means that for an importing company, for example, importing steel from a plant that emits 2 tons of CO₂ per ton of steel will pay approximately €150 extra per ton of steel at a CBAM price of €75 per ton of CO₂ – on top of the raw material price. For a steel importer sourcing 10,000 tons annually from a carbon-intensive third country, this amounts to an additional €1.5 million per year from CBAM certificates alone.

An exception applies to smaller quantities: The so-called Omnibus Package introduced a de minimis threshold of 50 tons net weight of goods per year. The German Federal Environment Agency estimates that this exempts around 90 percent of all affected importers from the certificate requirement. However, for the remaining 10 percent – ​​typically medium-sized manufacturing companies and industrial suppliers – the costs increase considerably. Since January 1, 2026, anyone importing CBAM goods into the EU must be an authorized CBAM declarant; importers based outside the EU require an indirect customs representative.

The data problem – the real operational challenge

Besides the direct costs, data acquisition is perhaps the biggest practical hurdle. Importers must prove the actual emissions generated during the production of the imported goods. Alternatively, they can use EU standard values ​​provided by the Commission, which, however, are set considerably higher than the actual emission levels of efficient producers. A Deloitte survey from spring 2025 revealed a shocking fact: 53 percent of the German companies surveyed were simply unable to report the actual emission data of their suppliers outside the EU. Only 6 percent confirmed that they had unrestricted access to the data. The result is a structural incentive for importers to either resort to EU standard values ​​– and thus bear higher certificate costs – or to invest in close, data-transparent supplier relationships, which are costly to establish.

The planned expansion of the CBAM scope exacerbates this problem. By 2030, all goods covered by the EU Emissions Trading System are to be included. According to the European Commission, this will particularly include further processed steel and aluminum products: automotive components, household appliances, machine parts, building structures, and electrical equipment. For German industry, whose value chains in these segments are deeply embedded in global supplier networks, this prospect represents a fundamental strategic challenge.

Packaging as a resource: The PPWR and the end of single-use thinking

From directive to regulation – a paradigm shift

The Packaging and Packaging Waste Regulation (PPWR) entered into force on February 11, 2025, and will be fully applicable from August 12, 2026. With it, the EU replaces the almost 30-year-old Packaging Directive 94/62/EC – a generational shift in EU packaging law. The difference between a directive and a regulation in this context is anything but semantic: while directives had to be transposed into national law, thus allowing for considerable leeway and differences in implementation between member states, the PPWR, as a regulation, applies directly and uniformly in all 27 EU member states. This creates truly harmonized conditions for the EU single market for packaging for the first time, but also eliminates national special regulations to which many companies had adapted their processes.

The Packaging and Packaging Waste Regulation (PPWR) covers all packaging and packaging waste, regardless of material or origin, placed on the EU market. It sets requirements for the manufacture, composition, and reusability or recyclability of all packaging. At its core, the PPWR pursues three overarching goals: reducing packaging waste, increasing recyclability, and promoting a genuine circular economy through increased recycled content usage.

Specific requirements and ambitious timelines

The quantitative targets of the PPWR are ambitious. By 2030, all packaging should be either reusable or recyclable in an economically reasonable manner. For plastic packaging, Article 7 of the PPWR stipulates mandatory minimum proportions of post-consumer recycled (PCR) material: 30 percent for single-use plastic bottles from 2030, also 30 percent for sensitive PET contact packaging, and 35 percent for other plastic packaging. By 2040, these quotas will increase to between 50 and 65 percent. However, there is an important technical limitation: The PPWR only accepts genuine post-consumer waste as eligible recycled content, meaning material that has actually been recycled after its use by the consumer – not production rejects or other pre-consumer waste.

In parallel, binding recycling quotas for large-scale industrial recycling are being introduced. From the target year onward, minimum quotas of 55 percent for plastic packaging, 75 percent for glass, 60 percent for aluminum, 85 percent for paper and cardboard, and 80 percent for ferrous metal packaging will apply. Per capita packaging waste is to decrease by 5 percent by 2030, by 10 percent by 2035, and by 15 percent by 2040 compared to 2018.

A separate reuse pathway applies to transport packaging: By 2030, 40 percent, and by 2040 even 70 percent, of all transport packaging must be reusable. For transport packaging used purely within a company – including between partner companies – a reuse rate of 100 percent is even mandatory. This directly and fundamentally affects the logistics processes and packaging design of many B2B supply chains.

Labeling, PFAS restriction and operational consequences

By 2030, comprehensive labeling requirements will also be introduced: Packaging must be marked with pictograms and digital labels (QR codes, barcodes) providing information about the material composition, the recycled content, and – in the case of reusable packaging – the reuse system. In March 2026, the European Commission published initial implementing guidelines for the PPWR (Products Packaging and Films Regulation), which clarify, among other things, questions regarding PFAS restrictions in food contact packaging, the application of reuse targets, and the definition of which items qualify as packaging. These guidelines do not replace the regulation but provide orientation in gray areas that had led to uncertainty since the adoption of the PPWR.

The operational consequence for companies is clear: Anyone placing packaging on the EU market must fundamentally rethink their packaging design. This affects not only the choice of material, but also the entire supply chain of the packaging material, relationships with packaging manufacturers and recycling companies, as well as production and logistics processes.

Sustainable products as the norm: The ESPR and the Digital Product Passport

From energy efficiency instrument to universal product standard

The Ecodesign for Sustainable Products Regulation (ESPR), adopted as EU Regulation 2024/1781 and entering into force on 18 July 2024, is the most structurally far-reaching instrument in the entire package. It replaces the previous Ecodesign Directive 2009/125/EC, which was limited exclusively to energy-related products, and extends its scope to almost all physical goods placed on the EU market or put into service. The only exceptions are food and feed, medicinal products for human and veterinary use, live plants and animals, and certain categories of vehicles.

The concept of ecodesign is being radically expanded: it now encompasses the integration of all sustainability aspects into product characteristics and all processes along the entire value chain – from raw material extraction and production to disposal. Specifically, this means that products should last longer, be easier to repair, consume less energy and resources, contain fewer problematic substances, be easier to recycle, and contain higher proportions of recycled materials. These requirements are not imposed across the board for all products simultaneously, but rather enacted via delegated acts for specific product groups.

Priorities of the 2025–2030 work plan

On 16 April 2025, the Commission adopted its first ESPR Work Plan for the period 2025 to 2030, which prioritizes the product groups for which ecodesign requirements will be developed first. Among finished products, textiles and clothing, furniture, tires, and mattresses are given priority. For intermediate products, iron and steel are first, followed by aluminum. In addition, so-called horizontal measures are planned, which will apply to several product groups simultaneously – initially for the dimensions of repairability and recyclability/recycling content.

From 2026, product-specific delegated acts could enter into force for the first product groups – particularly for iron and steel as well as textiles, for which preparatory work has already begun. Following the adoption of a delegated act, there is typically a transition period of 18 months before companies must comply with the requirements. This means that for the steel industry, the regulatory reality of the ESPR could become fully effective as early as 2028.

The Digital Product Passport as an Information Infrastructure

Perhaps the most transformative element of the ESPR is the Digital Product Passport (DPP). At its core, it is a machine-readable data set assigned to a product throughout its entire life cycle, containing information on material composition, component origin, repairability, recyclability, and carbon footprint. The European Commission will establish a digital register for these product passports by July 2026, providing all stakeholders with access to the product data relevant to them.

Currently, the Digital Product Portfolio (DPP) is already mandatory for certain batteries; for all other product groups, there is no legal obligation yet. The technical preparations – assigning identifiers and data carriers, defining access rights, and setting up the register and a web portal – are already underway. Once fully implemented, the DPP will create a completely new level of supply chain transparency: companies will no longer only need to know where their product was manufactured, but will also have to precisely document which materials, and with what environmental footprint, went into it.

The scale of this requirement should not be underestimated. For a furniture manufacturer with global wood and metal supply chains, this means an information chain that extends all the way back to the sawmill in the forest or the smelting furnace. The associated investments in data collection, data management, and supplier coordination are substantial – and primarily affect medium-sized suppliers who have little experience with such extensive data administration.

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Raw material supply as security policy: The Critical Raw Materials Act

Strategic autonomy as an economic principle

While CBAM, PPWR, and ESPR primarily regulate the supply chain from a climate perspective, the Critical Raw Materials Act (CRMA), which entered into force on May 23, 2024, is based on a different, yet related, logic: strategic security of supply. This stems from a sobering reality: Europe is highly dependent on imports from individual third countries, primarily China, for critical raw materials that are essential for the green and digital transformation. According to Commission forecasts, EU demand for rare earth elements is expected to increase sixfold by 2030, and demand for lithium even twelvefold.

The CRMA first defines a differentiated list of critical and strategic raw materials that are essential for green technologies, digitalization, space, and defense. For strategic raw materials – the most important subset – it sets binding benchmarks until 2030: at least 10 percent of the EU's demand should be met through domestic production, at least 40 percent through internal processing, and at least 25 percent through recycling. Furthermore, no single third country should be allowed to supply more than 65 percent of the EU's annual demand for any strategic raw material at any stage of processing. The latter is a direct response to China's de facto dominance in the processing and refining of critical materials.

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Obligations for large companies and the new risk culture

The CRMA is not only an industrial policy instrument; it also creates concrete corporate obligations. Large companies with more than 500 employees and a global annual turnover exceeding €150 million, which are particularly vulnerable to supply disruptions of critical raw materials, have been required since May 24, 2025, to conduct a risk assessment of their raw material supply chain every three years and report on it internally. The results must be presented to the board of directors or management. Companies that disregard these obligations risk not only national sanctions but also restrictions on market access.

With the RESourceEU Action Plan of 3 December 2025, the Commission presented a complementary strategy aimed at accelerating the implementation of CRMA and, in particular, strengthening recycling capacities and the secondary market for critical raw materials. In parallel, the permitting policy for strategic raw material projects in the EU will be significantly accelerated: extraction licenses are to be granted within 27 months, and processing and recycling permits within 15 months.

The impact of CRMA on supply chains is more subtle than that of CBAM, but no less profound. Companies in the automotive, electronics, wind power, and battery industries will have to fundamentally rethink their raw material procurement strategies: moving away from solely optimizing for cost and quantity availability, and towards diversified, documented, and risk-weighted sources.

The Omnibus Package: Course corrections without changing direction

Bureaucracy reduction as a repair program

The increasing regulatory burden of the Green Deal has generated considerable political resistance, which intensified particularly after the 2024 European elections. In direct response, the European Commission launched the so-called Omnibus Package – a multi-part simplification program designed to streamline existing sustainability rules, raise thresholds, and reduce administrative burdens. The Commission has set a target of reducing the bureaucratic burden for companies by at least 25 percent, and for SMEs by at least 35 percent.

The Omnibus I package, which entered into force on March 18, 2026, primarily concerns sustainability reporting (CSRD) and supply chain due diligence (CSDDD). The CSRD will now only apply to companies with at least 1,000 employees and more than €450 million in revenue – thus excluding around 80 percent of the companies originally affected. The CSDDD is now limited to companies with at least 5,000 employees and €1.5 billion in revenue; the originally planned EU-wide civil liability has been removed, and the obligation to draw up climate transition plans has been eliminated. For CBAM (Crucial Carbon Amnesty Area), a 50-tonne de minimis threshold has been introduced in the context of Omnibus, which eases the certificate requirement for small importers.

However, it would be a mistake to interpret the Omnibus Package as a fundamental departure from the Green Deal. The core architecture remains unchanged: CBAM, PPWR, ESPR, and CRMA all apply. What is changing is the density of the accompanying reporting requirements and the breadth of the target audience for certain due diligence obligations. The Omnibus Package is a remedial program for individual regulatory outliers, not a paradigm shift.

Systemic impact: How the package is changing supply chains

Four pressure vectors, one goal

The four instruments of the regulatory package – CBAM, PPWR, ESPR, and CRMA – target four different but structurally interconnected points in an industrial supply chain. CBAM increases the cost of carbon-intensive imports, thereby sending price signals to influence procurement decisions. ESPR requires product manufacturers to redesign the entire life cycle of their products and obliges suppliers to be transparent. PPWR reforms the packaging industry and mandates the integration of circular economy principles into logistics and product design. Finally, CRMA fundamentally changes the raw material procurement strategies of technology and industrial companies.

Together, they create systemic pressure that leads to the same structural outcome: the shift of industrial value creation away from globally optimized, carbon-intensive supply chains toward more transparent, circular, and geographically diversified networks. This is perfectly rational from an industrial policy perspective, but it entails considerable restructuring costs. These costs are initially borne by those companies that have invested in existing carbon-intensive supply relationships – and they are largely not offset by political measures.

Nearshoring and the new procurement geography

One directly observable result of regulatory pressure is an acceleration of the nearshoring trend. If carbon-intensive imports from third countries become systematically more expensive due to CBAM, long-standing supplier relationships with, for example, Chinese or Indian steel mills lose their economic appeal. At the same time, European manufacturers who already factor ETS costs into their calculations become relatively more competitive due to CBAM. For companies that have previously relied on cost-effective imports from third countries, this creates a concrete incentive to favor suppliers in the EU or in countries with comparable CO₂ pricing mechanisms.

The CRMA is reinforcing this trend for raw materials and initial processing stages: Strategic raw material projects in the EU receive funding priorities, accelerated approval procedures, and access to joint EU procurement systems. The aim is to create European industrial capacity in the medium to long term in sectors that are currently almost entirely dominated by Asian supply chains – from battery cell manufacturing to the processing of rare earth elements.

Digitalization as an enabler – and as a burden

The transparency requirements of all four instruments cannot be met without significant investment in digital infrastructure. CBAM requires precise emissions data from third-country production. ESPR necessitates a Digital Product Passport that aggregates data from the entire supply chain. PPWR requires labeling and tracking systems for packaging materials. CRMA mandates risk assessment and internal reporting on critical raw materials.

For companies that already digitally analyze their supply chains, these requirements can be met with relatively manageable investments. However, for companies without established supply chain visibility systems – which still includes many medium-sized businesses in Europe – there is a significant need to catch up, which can also be seen as a catalyst for innovation. Consulting firms and technology providers in the field of supply chain transparency are therefore experiencing a rapidly growing demand.

Economic classification: regulatory costs, competition, and the big picture

Deindustrialization risk and competitiveness

The costs of this transformation are real and cannot be downplayed in any serious analysis. Economists have pointed out that the cumulative burden of CBAM certificates, ESPR product redesign, PPWR packaging conversion, and CRMA risk management represents a significant strain, particularly for medium-sized companies without large planning and compliance departments. At a time when European companies are already grappling with high energy costs, structurally higher wages, and bureaucratic hurdles, this regulatory pressure comes at a particularly challenging economic juncture.

The risk of deindustrialization is not hypothetical: If CBAM increases the cost of importing carbon-intensive intermediate goods without sufficient competitive European alternatives, production will likely shift to third countries outside the EU regulatory framework – an outcome that would directly contradict the stated goal of the overall package. At the same time, CBAM protects European producers of these goods from unfair cost pressures from competitors without mandatory carbon pricing. The net effect depends on how quickly European industry can actually transition to more climate-friendly production processes.

The EU's strategic calculations

The overall package is not merely a cost-cutting project for industry, but a restructuring program aimed at improving competition policy. The EU is banking on companies that invest early in sustainable production processes, circular design, and diversified supply chains to build a long-term global competitive advantage. In a world where pressure is mounting on all major economies to reduce their emissions—whether through internal conviction, international contractual pressure, or economic necessity—companies with supply chains that have adapted early on could emerge as winners of the transformation.

The question is whether this process will proceed smoothly enough to avoid irreparably weakening crucial parts of the European industrial landscape before the transformation is complete. Given the current economic slowdown in Germany and the continued reluctance of major industrial corporations to invest, this question is anything but rhetorical.

Temporal architecture of the package: What applies when

The staggered implementation of regulations is not accidental, but rather reflects a gradual transformation logic. It aims to ensure that companies have sufficient planning time without the regulatory pressure becoming so excessive that it loses its steering effect.

CBAM has been fully operational since the beginning of 2026; weekly pricing will begin in 2027, and the first certificate surrender for 2026 will be due on September 30, 2027. The PPWR will be fully applicable from August 2026, with recycling and recyclate content targets coming into effect in 2030. The ESPR delegated acts for initial product groups could enter into force from 2026/2027, with an 18-month transition period, effectively resulting in 2028/2029 as the first effective date. The CRMA has been in force since May 2024, with risk assessment obligations for large companies since May 2025 and benchmark targets for 2030.

According to the plan, by 2030 all goods covered by the EU ETS will also fall under CBAM – which would exponentially expand its scope. Companies therefore have between three and seven years to adapt their supply chains and production structures. This is ambitious, but not impossible – provided that planning certainty is maintained and the Omnibus Package does not become the beginning of a regulatory erosion that permanently undermines investment decisions.

Perspective for companies: Compliance as a minimum requirement, transformation as an opportunity

The strategic minimum for companies affected by these regulations consists of four steps: first, a precise inventory of which of their own imported goods fall under CBAM and which emission data from suppliers are actually available; then, a review of all packaging used for PPWR compliance; in parallel, the identification of which product groups in their own range will be affected by ESPR delegated acts; and finally, an assessment of the dependencies on CRMA-relevant raw materials in their own value chain.

Anyone who thinks beyond the minimum requirements, however, recognizes that the regulatory package also represents a market restructuring: it penalizes inertia and rewards strategic foresight. Companies that invest today in transparent supply chain data, circular product design, and diversified sourcing geography gain a compliance advantage that can translate into a competitive edge – over those competitors who only react when fines are threatened.

With this package, the EU Commission is sending a clear signal to the global economy: the European market of over 450 million consumers will only be accessible under the conditions of sustainable, transparent, and circular production. For companies wishing to operate in this market, this is not an invitation to debate, but rather an operational framework to which the business models of the next decade must be aligned.

Konrad Wolfenstein

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