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Plastic as a strategic resource
Few substances have defined material modernity as much as plastic, and few, like it, are driving silent transformations today whose impact, however, is enormous—at least in geopolitical terms.
Born as a laboratory product in the early decades of the 20th century and spreading on an industrial scale after World War II, it has traversed the entire spectrum of collective perceptions in less than a century: from enthusiasm for the material of abundance and the democratization of consumption, to condemnation as the quintessential symbol of global pollution. Annual global plastic production has grown from approximately 1.5 million tons in 1950 to over 430 million tons in 2024, with an average annual growth rate of nearly 5% since 2009. Cumulative estimates indicate that over 8.3 billion tons of virgin plastic have been produced since the beginning of the industrial polymer era, a mass that has irreversibly transformed ecosystems and consumption habits.
This growth is no accident. Plastic has become a structural component of global value chains: lightweight, economical, hygienic, and versatile, it permeates food packaging, logistics, electronics, construction, the medical sector, and the automotive industry. About 99% of plastics come from fossil sources, which roots the plastics supply chain at the heart of the petrochemical industry and, consequently, within the global energy power structure. Understanding plastics therefore means understanding a nexus where oil and gas, manufacturing and consumption, waste and regeneration intertwine.
It is within this interweaving that the concept of the geopolitics of plastic takes shape. For too long, plastic has been viewed purely through an environmental lens—as a waste management problem—or purely through an economic lens—as a low-cost industrial material. The thesis advanced here is that both perspectives are now insufficient. Plastic, and in particular its recoverable and recycled fraction, is taking on the characteristics of a strategic resource: a material around which industrial dependencies, trade flows, technological standards, and power relations between geopolitical blocs are being redefined. The decisive conceptual shift is from waste management to competition for secondary materials, that is, for the regenerated materials that fuel the circular economy.
The notion of the geopolitics of plastic is situated, on a theoretical level, at the intersection of three traditions. The first is political ecology, which interprets environmental phenomena as fields of power and distributive conflict, exposing the false neutrality of green policies. The second is international political economy, which analyzes the relationship between states and markets in the governance of resources and value chains. The third is the geopolitics of resources, which—from Mackinder and Mahan to contemporary studies on critical materials—interprets control over strategic materials as the foundation of power. Applying these lenses to plastic means recognizing that it is not just any commodity, but a pivotal material: it links the fossil economy to the circular economy, mass consumption to resource security, and industrial sovereignty to environmental regulation.
In this context, the European Union has chosen to position itself at the forefront of regulation. Regulation (EU) 2025/40, known as the PPWR (Packaging and Packaging Waste Regulation), adopted on December 19, 2024, entered into force on February 11, 2025, and is fully applicable as of August 12, 2026, represents the instrument through which Brussels is attempting to rewrite the relationship between the economy, the environment, and industrial sovereignty. By transforming a directive into a directly applicable regulation, the EU does not merely set protection targets: it codifies a new model of production and consumption that, through market forces, tends to spread far beyond the continent’s borders.
This conceptual shift is decisive. For decades, plastic has been viewed purely through an environmental lens (a waste problem) or purely through an economic lens (a low-cost material). Both perspectives are now insufficient: plastic is a pivotal material that links the fossil economy to the circular economy, mass consumption to resource security, and industrial sovereignty to environmental regulation.
It is around its recoverable fraction that the new competition is now playing out.
Regulatory evolution and contents of the PPWR
European governance is the product of a forty-year evolution: from the Packaging Directive 94/62/EC, to the action plans on the circular economy (2015, 2020), to the Green Deal (2019), and to the SUP Directive 2019/904, the direct predecessor of the PPWR. The latter marks three major shifts: legal (from a directive to a binding regulation), substantive (covering the entire life cycle), and temporal (a projected timeline of 2026–2040). Its key requirements include: mandatory recyclability (only classes A–C from 2030, A–B from 2038), minimum recycled content quotas, restrictions on single-use items and overpackaging (e-commerce empty space ≤ 40%), limitations on PFAS, extended producer responsibility with eco-modulation, digital traceability, and product passports. The impact on businesses is asymmetrical: for non-EU operators, the choice is binary—comply to access a market of ~450 million consumers, or forgo it.
The transition from directive to regulation is not a technical detail: by eliminating the margins for national transposition that had made Directive 94/62/EC inconsistent, it maximizes harmonization and, with it, the driving force of European standards. Another significant development is the explicit designation of online marketplaces as responsible operators, which extends the scope of compliance to the entire digital commerce economy. The combination of enforceability, scope, and predictability is precisely what gives the regulation its capacity for global influence.
Raw materials, energy, and the geography of recycling
The supply chain has its roots in petrochemicals: whoever controls the raw materials and cracking capacity controls production.
This results in a concentrated geography: raw materials in hydrocarbon-rich countries, processing in manufacturing hubs. The United States exploits shale ethane; China dominates processing; Gulf countries pursue “well-to-polymer” integration as a post-oil strategy; India and Russia prioritize domestic consumption and natural gas. The transition introduces a tension: decarbonization threatens fuel demand, pushing the petrochemical industry to view plastics as an outlet market (virgin production toward 700+ Mt by 2040[1]), while recycling promises to reduce dependence on fossil fuels. Plastic production also generates ~2.24 GtCO₂e (5.3% of global emissions), placing it at the center of climate negotiations and the UN process for a global treaty.
In terms of flows, China’s 2018 National Sword campaign reshaped the global market: prior to that, 95% of EU recyclables and 70% of U.S. recyclables were destined for China; the ban forced up to 111 Mt to seek new destinations, flooding Southeast Asia with dumping practices, illicit trafficking, and “waste colonialism.” Europe, with the PPWR, aims to close the loop internally, transforming the recycled content requirement into structural demand—while grappling with high energy costs and slow permitting processes that hinder advanced facilities.
Trade, technology, and political economy
The trade in plastic waste (~3.2 Mt traded in 2024, <1% of total production) carries disproportionate political significance. The framework is governed by the Basel Convention, whose 2019 amendment eliminated the “recyclable loophole.” Recyclability and recycled content standards can act as non-tariff barriers, foreshadowing forms of green protectionism and regulatory soft power. Circular governance is also inseparable from its information infrastructure: digital product passports, QR codes, blockchain, ESG certification, and AI for sorting (purity up to 99% in Japan and Korea) make compliance verifiable. Whoever controls digital standards and data protocols gains infrastructural power: sovereignty over supply chain data becomes a strategic stake.
Economically, a global market for recycled materials is emerging, estimated at ~$72.7 billion in 2025 and projected to reach $103.6 billion in 2030; chemical recycling, starting from a small base, is growing at an annual rate of ~21%. The key issue is the mismatch between inelastic demand (mandated by law) and constrained supply, leading to price volatility and frequent lack of competitiveness compared to virgin materials. Major corporations (Dow, ExxonMobil, SABIC, Ineos) and ESG funds are driving demand for rPET/rHDPE, with the risk of financialization that disconnects financial value from environmental value.
The social implications are not neutral. Circular policies redistribute costs and opportunities: they generate employment and new green professions (traceability technicians, ESG analysts, recycling engineers), but tend to shift the cost premiums onto consumers and small businesses, while reputational benefits are concentrated among major players. Over 70% of consumers in developed markets say they prefer packaging with recycled content even at a higher price, but the risk of greenwashing remains, which digital traceability aims to counter by making claims verifiable.
Normative power Europe and multipolar scenarios
The decisive interpretive framework is that of Normative Power Europe (Manners) read in conjunction with the Brussels Effect (also known as the Bradford Effect): the EU regulates global markets through market-based, non-coercive means. The mechanism operates de facto (companies voluntarily extend the EU standard) and de jure (governments transpose it). In the case of packaging, the preconditions—market size, stringency, and the indivisibility of production—are fully met. PPWR can thus influence production standards, trade agreements, and global industrial strategies. However, normative power is real but conditional: it thrives as long as the market remains attractive and erodes if competing blocs develop alternative standards; criticism of normative imperialism is not lacking.
The scenarios for 2030, 2040, and 2050 outline alternative trajectories depending on the price of oil, the maturation of chemical recycling, and the convergence or divergence of standards among the blocs. Toward 2040, the industrial scale of pyrolysis shifts competition to the control of conversion technologies: a true “recycling petro-politics” emerges, in which dominance over secondary materials structures new dependencies just as oil structured those of the 20th century. By 2050, amid full circular-ESG integration, secondary materials may become a distinct asset class in their own right, with corresponding risks: financial bubbles, conflicts over access to high-quality streams, and fragmentation into competing regulatory blocs.
The European challenge
The PPWR is not merely environmental legislation but a tool for economic and geopolitical transformation, operating on four fronts: environmental, economic, technological, and geopolitical. Plastic is undergoing a fundamental conceptual redefinition: from a disposable material to a strategic resource—traceable, certified, financialized, and integrated into the architecture of the global circular economy. In a multipolar landscape, its governance will not be monocentric: European regulatory capacity will have to contend with Chinese manufacturing power, American and Middle Eastern petrochemical power, and new recycling hubs. The European gamble—governing standards rather than owning resources—is plausible but fragile: if standards were to diverge irreversibly between blocs, regulatory power would shift from an advantage to isolation. Plastic thus becomes the testing ground for a broader question: whether power, in the 21st century, is still measured in tons and barrels, or already in norms, standards, and data.
The real challenge for Europe, in conclusion, is not only to write the best rules, but to keep its market sufficiently attractive and its industrial base sufficiently solid to make them unavoidable.
Without an active industrial policy—access to raw materials, recycling infrastructure, competitive energy—European regulatory demand risks fueling production capacity located elsewhere, transforming an ambition for sovereignty into a new form of dependence.
It is in this fragile balance between regulation and material that Europe’s place in the geopolitics of plastic in the multipolar world will be decided.
