The CBAM Equivalence Battleground: India vs. China Carbon Markets

The definitive activation of the European Union’s Carbon Border Adjustment Mechanism (CBAM) on January 1, 2026, did not just tweak global trade; it completely blew up the established rulebook. What was once a dry, academic debate over climate policy has mutated into a high-stakes economic slugfest. For the world’s manufacturing giants, proving—and pricing—the embedded carbon in their goods is now the ultimate determinant of survival in the export market.

This regulatory earthquake has hit at the worst possible time. The year 2026 has ushered in the very beginning of a highly anticipated, 10-year phase-out of the EU Emissions Trading System (EU ETS) free allowances, which is scheduled to conclude in 2034. As these free allowances dry up, the financial sting of CBAM will intensify year by year, turning what is currently a tedious administrative hurdle into a highly punitive economic barrier for carbon-heavy exporters.

Compounding the anxiety is a gaping geopolitical void: the absolute absence of a federal carbon price in the United States. While Washington politicians bicker over domestic climate policy and flirt with draft legislation like the “Clean Competition Act,” the lack of an operational U.S. equivalent leaves the EU as the sole global regulator with an active carbon border tax. Consequently, every major trade strategy on the planet is currently focused entirely on Brussels.

At the core of this friction is the thorny concept of “equivalence.” Under CBAM rules, foreign exporters can deduct carbon prices already paid domestically from their EU border liabilities. This loophole has triggered a frantic regulatory arms race between Asia’s two industrial titans. While New Delhi is attempting to cajole Brussels into recognising its newly minted, intensity-based domestic carbon market, Beijing has opted for a rapid, defensive upgrade of its absolute cap-and-trade architecture.

As of August 2026, the battle lines have been drawn across six primary sectors: Iron and Steel, Aluminium, Cement, Fertilisers, Electricity, and Hydrogen. The outcomes of these regulatory shifts will determine whether billions of dollars in carbon revenues remain within domestic borders or are transferred directly to the European Treasury.

India’s Intensity-Based Gambit and the “Sting in the Tail”

India’s domestic response to CBAM is anchored in its Carbon Credit Trading Scheme (CCTS), which has entered Phase 1 of its compliance market for the FY2026 to FY2027 period. Regulated by the Central Electricity Regulatory Commission (CERC) under framework rules finalised on February 27, 2026, the CCTS operates as an intensity-based baseline-and-credit system rather than an absolute cap-and-trade scheme.

Under this architecture, covered entities across nine carbon-intensive sectors receive greenhouse gas (GHG) emission intensity targets (tCO₂e per unit of output). This includes the core CBAM-exposed metals sectors, alongside strategic emerging industries under India’s “National Green Hydrogen Mission,” where the domestic cost of hydrogen production is directly tied to future export viability in Europe.

• The Incentive: Entities that outperform their intensity targets earn Carbon Credit Certificates (CCCs), which can be traded on CERC-regulated power exchanges.
• The Penalty: Underperformers must purchase these CCCs from the compliance market or face penalties equal to twice the average trading price.

For Indian exporters, however, this intensity-based flexibility comes with a sting in the tail. As of this month (August 2026), the Bureau of Energy Efficiency (BEE) remains locked in tense, high-stakes negotiations with the European Commission. The goal is to get CCCs recognised as a legitimate carbon-pricing instrument under the EU’s definitive CBAM regime.

But Brussels is highly sceptical. Because CBAM is designed to penalise absolute embedded emissions in imported goods, EU regulators look askance at intensity targets that lack an absolute cap. Under an intensity-based system, an industrial sector can technically meet its efficiency targets while increasing its absolute emissions due to rising production volumes.

If the BEE fails to win this diplomatic chess game, Indian steel, aluminium, and hydrogen exporters face a highly punitive double-taxation scenario. This would force them to pay for domestic CCTS compliance while simultaneously facing full EU carbon tariffs at the border—rendering their products economically unviable in the premium European market.

The Numerical Reality of India’s Metal Sector Exposure

The financial stakes for Indian industry are staggering. India’s current goods exports to the EU hover between US$63.5 billion and US$75.8 billion annually, with iron, steel, and aluminium forming the core exposed segments.

The structural gap between Indian and European production methodologies highlights the vulnerability of these sectors:

The pain has already registered on corporate balance sheets. During the CBAM Transitional Phase (October 2023 – December 2025), where actual financial tariffs were not yet levied and only emissions reporting was required, compliance frictions took a heavy toll. Driven by complex administrative reporting requirements and deep corporate anxieties over proprietary data exposure, India’s steel and aluminium exports to the EU fell to $5.8 billion in FY2025—a 24% decline from the previous year.

Strategic Takeaway: Short-term market diversification toward non-CBAM regions in Africa, Latin America, and West Asia is providing temporary relief for Indian mills. However, long-term survival in the premium EU market will require a structural shift away from coal-based blast furnaces toward gas-based Direct Reduced Iron (DRI) and scrap-based Electric Arc Furnaces (EAFs).

China’s Defensive Upgrade: Forcing the Absolute Cap

While New Delhi seeks to bend EU rules to fit its domestic intensity model, Beijing has opted for a strategy of mirror-imaging European architecture to force compliance. Beijing’s grid headaches and carbon accounting vulnerabilities are no longer confined within its borders; they are being closely scrutinised by global trading partners. The full implementation of CBAM in 2026 has forced China’s hand, triggering a rapid, defensive upgrade of its domestic carbon trading architecture.

Originally limited to the power sector, China’s National Emissions Trading Scheme (ETS) underwent a massive expansion in 2026. The first half of 2026 has already seen the successful integration of 1,334 additional heavy-emitting entities into the expanded ETS, covering the steel, cement, and aluminium smelting sectors. This expansion has raised the ETS’s coverage of China’s total carbon emissions from 40% to 60%, regulating approximately 8 billion tonnes of CO₂—roughly 20% of total global emissions.

Furthermore, to align with the strict requirements of EU regulators, China made a pivotal policy announcement: its national ETS will officially transition from an intensity-based allocation system to an absolute cap-and-trade approach by 2027.

This structural pivot is designed to eliminate the “equivalence gap.” However, a significant arbitrage challenge remains. The EU ETS price averages approximately US$80 to €75 per tonne of CO₂ equivalent, whereas the China ETS hovers near US$11 per tonne. While CBAM rules allow Chinese importers to deduct this domestic payment, the low Chinese price offsets only a minor fraction of the European border tariff.

Under a full EU ETS coverage scenario, approximately 12% of China’s exports to the EU (valued at 275.7 billion RMB) could be affected. This exposure is particularly acute in the Fertilisers sector—a highly carbon-intensive industry where China is a dominant global supplier and faces steep, immediate CBAM liabilities. Analysts estimate that the steel and aluminium sectors alone face annual carbon border taxes of 2 billion to 2.8 billion RMB, with per-unit cost increases of 652 to 690 RMB per ton for steel and 4,295 to 4,909 RMB per ton for aluminium.

The Battle of Verification and MRV Systems

Beyond the pricing mechanism, the CBAM battleground is fought on the terrain of Monitoring, Reporting, and Verification (MRV). Under the definitive regime, exporters can no longer rely on regional averages. They must submit installation-level, third-party verified emissions data.

• The Default Value Trap: If exporters fail to provide verifiable data, EU regulators apply punitive default values. These are intentionally set above average emissions intensities, artificially inflating the border tax.
• The Data Gap: For smaller and secondary producers in both India and China, building robust, ISO-compliant MRV systems is an expensive, uphill struggle.

To bypass this hurdle, Chinese battery and electronics manufacturers are pioneering “Zero-Carbon Industrial Estates.” These localized manufacturing hubs feature direct renewable energy connections, closed-loop circular manufacturing, and digital product passports. By bypassing the coal-heavy national grid, these estates can verify near-zero embedded carbon, securing uninterrupted access to the EU market ahead of the upcoming 2027 EU Battery Regulation and the 2028 carbon intensity caps.

Geopolitics: WTO Rules vs. Paris Agreement CBDR

The CBAM conflict has also exposed a deep philosophical rift in international climate governance. Developing nations, led by the BRICS bloc, argue that CBAM violates the principle of Common But Differentiated Responsibilities (CBDR) enshrined in the Paris Agreement. They contend that by imposing a uniform carbon tariff, the EU is shifting its historical mitigation burden onto developing economies.

The EU, conversely, has positioned CBAM strictly within World Trade Organization (WTO) non-discrimination principles. By treating imported goods identically to domestic goods subject to the EU ETS, Brussels claims the mechanism is a WTO-compliant environmental tool designed to prevent “carbon leakage.”

This tension is further complicated by the EU’s deep scepticism toward Article 6 international carbon credits. The European Commission’s 2026 review dropped explicit mentions of Article 6 integration, citing a temporal mismatch: Article 6 authorisations occur in the present, but corresponding adjustments cannot be verified until NDC periods close in 2030 or 2035, long after annual CBAM financial obligations fall due.

Summary: The Path Forward

The year 2026 has established that carbon is no longer an externality; it is a core trade currency. As the EU phases out free ETS allowances for its domestic industries, the financial weight of CBAM will only intensify.

For India, the path forward requires resolving the diplomatic deadlock over CCTS equivalence while rapidly scaling up green steel technologies like hydrogen-based DRI. For China, the focus is on accelerating the transition to an absolute emissions cap and expanding grid-level decarbonisation. Ultimately, the nation that builds the most transparent, verifiable, and compatible domestic carbon pricing system will claim the lion’s share of the low-carbon export markets of tomorrow.

Key Takeaways

• Definitive CBAM Impact: The EU’s 2026 CBAM rollout has triggered defensive carbon pricing overhauls in both India and China.
• India’s Double-Taxation Risk: India’s intensity-based CCTS faces EU skepticism, risking double-taxation for exporters.
• China’s Structural Shift: China is rapidly expanding its ETS and transitioning to an absolute cap by 2027 to retain carbon revenues.