EU’s carbon clampdown tightens: India, China, and southeast asia rethink steel and aluminium playbooks

By mid-2026, the EU significantly broadened the scope of its Carbon Border Adjustment Mechanism (CBAM) to include approximately 180 additional downstream steel and aluminium products, such as machinery, fasteners, household goods, and industrial components. This expansion, backed by the European Parliament's Environment Committee (ENVI), aims to close loopholes that previously allowed emissions-intensive imports to circumvent carbon pricing, ensuring imported goods face carbon costs comparable to those under the EU Emissions Trading System (ETS). The move reflects a robust EU strategy to prevent carbon leakage and level the playing field for European manufacturers, signaling a decisive shift towards integrating climate and industrial policy, exemplified by the proposal of a temporary decarbonisation fund to support domestic industry during this transition.

Complementing CBAM's regulatory expansion, the EU has intensified anti-circumvention measures by tightening definitions around minor product modifications designed solely to evade carbon obligations and empowering the European Commission to act against systematic avoidance. This regulatory tightening, coupled with enhanced transparency requirements under the Corporate Sustainability Reporting Directive (CSRD), pushes exporters to embed sustainability deeply into their core strategies. Notably, supply chain transparency and packaging sustainability have emerged as critical compliance levers, influencing a product’s overall environmental footprint through material usage, waste generation, and transportation efficiency, thereby reshaping how companies approach environmental accountability.

The regulatory expansion of CBAM has already begun to ripple through regional markets, as seen in Serbia where import quotas influenced steel prices, and in Romania and Bulgaria where rising prices for long steel products coincide with liquidity challenges and cautious buyer behavior. These market dynamics underscore the complex economic impacts accompanying CBAM’s extension to downstream products, highlighting how trade restrictions and carbon pricing mechanisms interact to reshape competitiveness and demand patterns across neighboring countries.

Looking ahead, the European Parliament advocates for a transparent, quantitative methodology to guide future CBAM product additions, while mandating ongoing reviews of other sectors vulnerable to carbon leakage. This forward-looking approach ensures that CBAM remains adaptive and comprehensive, reinforcing the EU’s commitment to a dynamic regulatory framework that evolves in step with global trade realities and climate imperatives.

By mid-2026, the EU's steel safeguard framework has dramatically reshaped export dynamics, particularly disadvantaging major exporters like China. The total tariff-free steel import quota was slashed by nearly 47% to 18.3 million tonnes annually, while out-of-quota tariffs doubled from 25% to 50%, severely altering the economics of steel exports. China's direct flat steel exports to the EU, already limited to about 3-5% of its total flat steel output, faced further constraints with key product categories like galvanized coil cut by over 64%, and hot-rolled coil confined to a minuscule quota of just 22,256 tonnes. This quota compression effectively closes off significant market segments, forcing exporters to rethink their strategies amid heightened tariff penalties.

The EU’s quota system structurally favors Free Trade Agreement (FTA) partners by reserving half of the steel import quota exclusively for them, thereby sidelining non-FTA nations such as China. This bifurcated quota architecture creates a preferential lane that restricts China’s market access, compounding the impact of reduced quotas and steep tariffs. Moreover, the ripple effects extend beyond direct exports; many EU steel imports come from countries that themselves rely heavily on Chinese steel and semi-finished products, meaning the quota restrictions disrupt complex global supply chains and amplify operational challenges for both exporters and importers.

Importers like Belgium’s Belmetal exemplify the operational hurdles introduced by the EU’s new steel import regime. Facing a strict 18.3 million tonne duty-free quota and a punitive 50% tariff beyond that, Belmetal must meticulously monitor quota usage and recalibrate procurement strategies to maintain competitiveness. Compounding these challenges, limited availability of accredited CBAM verifiers forces reliance on default emissions data, inflating carbon costs and straining cash flow. Belmetal’s calls for harmonized customs procedures across the EU underscore the urgent need for greater predictability and transparency to navigate the intertwined complexities of quota management and carbon compliance.

The EU’s Carbon Border Adjustment Mechanism (CBAM), effective from 2026, imposes a persistent and escalating carbon cost on importers that ultimately burdens exporters, especially in sectors like steel-dependent fasteners. With carbon certificate prices starting around €87 per tonne of CO₂ and projected to soar to €200–€300 by 2034, global exporters—particularly from India and China—face mounting pressure to conduct thorough carbon footprint assessments and invest in supply chain emissions management. Many buyers remain unaware of their CBAM exposure due to classification blind spots and lack of emissions data, leading to default high-cost assumptions that inflate financial burdens. Those exporters and importers who proactively treat CBAM as a partnership opportunity rather than a mere pricing hurdle will secure a competitive edge in this evolving regulatory landscape.

India is strategically enhancing its domestic carbon market infrastructure to align with the EU's CBAM and CSRD requirements, leveraging its evolving industrial ecosystem and regulatory frameworks. By mid-2026, the government had released draft compliance targets for the steel sector under its carbon trading scheme, with trading expected to commence by October 2026, signaling a concrete step toward industrial decarbonization and cost-effective compliance. This development is complemented by collaborative efforts with the EU and UK to secure recognition for India's Carbon Credit Trading Scheme and verification agencies, thereby facilitating smoother export market access.

Indian exporters are embedding sustainability into their core business strategies, transforming practices across sourcing, manufacturing, packaging, and logistics to meet stringent EU carbon pricing and ESG reporting standards. This holistic approach includes innovations in packaging—such as lightweighting and recyclable materials—that not only reduce environmental footprints but also enhance competitiveness under EU frameworks. Enhanced emissions monitoring and supply chain transparency have become critical, driving the adoption of digital traceability tools and fostering closer supplier collaboration to accurately track emissions across value chains.

The urgency to strengthen emissions monitoring, carbon reporting, and carbon pricing frameworks is paramount for India to sustain competitiveness in export-heavy sectors like steel, aluminium, and cement under the CBAM regime. By early 2026, Indian manufacturers prioritized comprehensive carbon footprint assessments to comply with the EU's CBAM rules, recognizing that proactive carbon management is no longer optional but essential for maintaining market access and export viability in Europe.

By mid-2026, the EU's Carbon Border Adjustment Mechanism (CBAM) has catalyzed a surge in sustainability investments across Southeast Asia, with funding nearing $290 billion and annual growth rates approaching 8-9%. This influx is particularly focused on advancing circular economy practices and green logistics, signaling a regional pivot towards environmentally responsible supply chains driven by regulatory pressures and market opportunities.

Supply chain leaders in Southeast Asia are increasingly embracing a strategic mindset shift, recognizing that the long-term benefits of sustainability investments—such as enhanced competitiveness and market access—far outweigh the initial costs. Brett encapsulates this perspective, stating, 'the value that you get from implementing a change longer term... is often much greater than the initial cost of investment,' underscoring sustainability as essential for future viability rather than a mere compliance expense.

However, this green transition is not without its challenges; some businesses remain cautious, delaying sustainability investments due to immediate profitability concerns. As Gustav observes, certain organizations acknowledge the necessity of these initiatives but find the financial calculus unfavorable at present, opting to 'put this on the back burner' or redirect resources to other markets, highlighting a tension between short-term financial pressures and long-term sustainability goals.

Advisory firms like PwC have become indispensable guides for companies navigating the complexities of CBAM compliance, offering critical services such as readiness assessments, emissions data management, and strategic decarbonisation support. By early 2026, these firms emphasized that strategic decarbonisation not only ensures adherence to evolving EU regulations but also positions businesses as leaders in supplying low-emission products, thereby transforming regulatory burdens into competitive advantages in a shifting global market.

The steep learning curve for accurately monitoring and reporting embedded emissions—especially for non-EU exporters—has underscored the necessity of expert advisory services. These firms stress early action, urging businesses to assess supply chains and adopt decarbonisation technologies promptly to stay compliant and capitalize on emerging opportunities. As PwC’s Global Centre of Excellence highlights, proactive engagement today can prevent costly surprises and enable companies to embed emissions data into procurement decisions effectively.

Advisory support is pivotal in shifting the perception of CBAM from a mere pricing challenge to a strategic partnership opportunity. By helping buyers integrate emissions data management and supply chain oversight, consultants enable importers to avoid defaulting to worst-case emissions assumptions that inflate costs. This collaborative approach fosters stronger supplier-buyer relationships, with those embracing CBAM compliance as a partnership moment emerging as market leaders in the post-2026 regulatory landscape.

By mid-2026, the EU’s revamped steel safeguard framework has dramatically reshaped global steel trade flows, slashing tariff-free import quotas by nearly 47% to 18.3 million tonnes annually and reserving half exclusively for Free Trade Agreement (FTA) partners. This structural favoritism severely constrains non-FTA exporters like China, whose direct exports of key products such as hot-dipped galvanized coil and hot-rolled coil have been curtailed by over 60%, effectively closing off significant market access. Moreover, the doubling of out-of-quota tariffs from 25% to 50% imposes a prohibitive tariff cliff, compelling importers to rigorously manage volumes within the reduced quotas. These changes ripple through complex supply chains, as many EU steel imports originate from countries heavily reliant on Chinese semi-finished steel, amplifying indirect trade disruptions and forcing importers like Belgium’s Belmetal to navigate operational challenges amid limited CBAM verifier availability and calls for harmonized customs procedures.

The European Parliament’s endorsement to extend the Carbon Border Adjustment Mechanism (CBAM) to downstream steel products signals an intensifying regulatory environment that is already influencing regional market dynamics. In countries such as Serbia, Romania, and Bulgaria, import quotas have driven steel prices upward, yet demand has softened due to liquidity constraints and cautious buyer behavior, reflecting market sensitivity to trade restrictions and carbon cost pass-through. This selective purchasing pattern amid weak sales underscores the delicate balance between regulatory ambitions and market realities in the steel sector.

In the aluminium sector, the EU faces mounting challenges as aluminium scrap exports, which exceeded 1.2 million tonnes in 2024 and approached 1.3 million tonnes in 2025, continue to grow, raising alarms about resource leakage and strategic vulnerability. The UK exemplifies this trend, exporting 84% of its aluminium scrap due to stagnant domestic recycling capacity that must grow by 25% annually to meet industrial targets. Carbon pricing under the EU ETS and CBAM significantly inflates import costs for aluminium extrusion—ranging from €0.04 to €0.18 per kilogram depending on ETS price scenarios—thereby incentivizing domestic recycling. Yet, a loophole allowing post-consumer scrap to be treated as zero embedded emissions under CBAM has prompted European Aluminium to lobby for a default carbon intensity assignment to level the playing field, while the European Commission proposes a 15% export duty to anchor scrap within the EU circular economy and bolster recycling competitiveness.

The carbon intensity disparity between imported primary aluminium—often produced using coal-heavy electricity grids—and domestically recycled aluminium powered by renewables is increasingly shaping procurement decisions among European manufacturers. With primary aluminium prices hovering around USD 3,150 per tonne, approximately 28% higher than aluminium scrap priced near USD 2,200, and carbon footprints up to 60% greater for imports, the economic and environmental calculus favors recycled material. This dynamic, coupled with evolving trade policies including potential US tariffs and circular economy initiatives in Japan and the UAE, is recalibrating global aluminium scrap flows and compelling industry stakeholders to strategize around carbon costs and supply security.