When "Carbon Neutrality" Collides with Chemical Exports: How Will CBAM Reshape China's Chemical Trade?

On January 1, 2026, the global trade history reached a historic turning point. The European Union's Carbon Border Adjustment Mechanism (CBAM), commonly known as the "carbon tariff," officially concluded its transitional phase and entered the full implementation stage. With the initial certificate price anchored at €75.36 per ton of CO2 equivalent, this "green checkpoint" has materialized into a tangible trade barrier.

As a global chemical powerhouse, China's chemical industry is directly in the line of fire. When the grand narrative of "carbon neutrality" collides with the harsh realities of foreign trade, how will CBAM reshape the underlying logic of China's chemical trade?

1. Cost Restructuring: From "Price Wars" to "Carbon Price Wars"

The core logic of CBAM is to "bridge the carbon price gap." Currently, the EU carbon price (approximately €708/ton RMB) is over nine times higher than China's domestic carbon price (approximately ¥77/ton). This means that Chinese chemical exports to the EU must pay for this massive carbon cost.

Taking the fertilizer sector, which is most directly impacted, as an example: China relies heavily on coal as both a raw material and fuel, resulting in a carbon emission intensity significantly higher than the global average. Calculations show that, at a benchmark of €75.36/ton, the CBAM cost for Chinese anhydrous ammonia exports will increase by approximately ¥2,530 per ton, while urea will see an increase of about ¥1,790 per ton. For traditional bulk chemicals with already razor-thin margins, this is enough to wipe out most export profits.

More critically, because China's domestic carbon market is still transitioning from "intensity control" to "total volume control," and because free allowances still account for a high proportion, Chinese enterprises currently cannot deduct their domestic carbon costs within the EU. This leaves domestic exporters facing a double burden of "domestic carbon costs + CBAM certificates."

2. The Scope Expansion: The "Sword of Damocles" Hanging Over Organic Chemicals

If fertilizers and steel represent the first wave of CBAM's impact, the true "eye of the storm" lies ahead.

The EU has explicitly planned to expand CBAM coverage to all industries regulated by the EU Emissions Trading System (EU ETS) before 2030. Organic chemicals under HS Code 29 are considered the top priority for expansion. In 2023, China's export trade value to the EU for organic chemicals and plastics reached ¥105.9 billion and ¥97.6 billion, respectively. Once these high-value-added products are included in the taxation scope, China's chemical exports will face a reshuffling of a trillion-dollar market.

Furthermore, the EU has extremely stringent requirements for carbon emission accounting. If companies cannot provide precise, actually measured carbon footprint data, they will be subjected to punitive default values that are 10% to 30% higher. This is forcing Chinese chemical enterprises to establish comprehensive, life-cycle carbon data management systems.

3. Breaking the Deadlock: The "Green Evolution" of China's Chemical Industry

CBAM acts as both a "green filter" and a catalyst for industrial upgrading. Facing this rule reshuffle, Chinese chemical companies are accelerating their differentiation and evolution:

1. The "Decarbonization" Revolution in Energy and Process Routes
Traditional coal-chemical and naphtha cracking routes are facing severe challenges. Leading enterprises are accelerating the deployment of green hydrogen coupled with coal chemicals, CCUS (Carbon Capture, Utilization, and Storage), and electric cracking technologies. For instance, "green ammonia" produced by leveraging China's cost advantages in wind and solar power has near-zero life-cycle carbon emissions. Not only does it avoid carbon tariffs, but it also qualifies for substantial EU subsidies, ushering in a historic strategic window.

2. "Regionalization" and "Decarbonization" of the Supply Chain
The long global supply chain is evolving into a regionalized short chain. To avoid exorbitant carbon tariffs and compliance costs, an increasing number of Chinese chemical companies are adjusting their global capacity layouts. They are prioritizing the construction of low-carbon factories in regions with cheap, stable renewable energy, or deploying capacity directly within Europe and its neighboring areas to be closer to the market and adapt to local regulations.

3. From "Selling Products" to "Selling Carbon Data"
In the future, precise carbon footprint accounting and verifiable low-carbon product certifications will replace sheer "low prices" as the core competitiveness. Companies capable of providing complete, compliant, and third-party-certified carbon emission data to EU clients will secure the "passport" to the future era of green trade.

Conclusion

The implementation of the EU's CBAM signals the end of the era where global chemical trade was solely driven by "lowest-price" strategies. In this global rule reshuffle triggered by carbon pricing, high-carbon, low-value-added obsolete capacity will be accelerated out of the market; meanwhile, companies that have deployed new energy in advance and mastered core low-carbon technologies will gain stronger premium pricing power.

For Chinese chemical foreign trade professionals, this is no longer a simple transactional game, but a "carbon" exploration journey concerning survival and evolution. Whoever crosses this green threshold first will take the initiative in the future global market.