从碳定价到碳边境_企业战略与全球供应链的再平衡_42页_13mb

Summary of "Border Carbon Adjustments in Action" White Paper

Core Content

This white paper explores the growing influence of border carbon adjustments (BCAs) on global trade, competitiveness and corporate strategy. As the world moves toward net-zero goals, BCAs are becoming a key mechanism to ensure that emissions are accounted for in international trade, thereby aligning global markets with climate objectives. The paper outlines the implications of these policies for businesses, particularly those in carbon-intensive sectors such as steel, cement, mining and energy, and provides a strategic framework to help companies adapt.

Main Views

• BCAs are designed to prevent carbon leakage by imposing carbon costs on imported goods that match the domestic carbon pricing of the importing country.
• The EU CBAM is the first fully implemented BCA and sets a precedent for how other regions may follow.
• BCAs can increase costs and compliance burdens for companies, but they also present opportunities for innovation and competitive advantage.
• The pace of transition varies across regions, with some advocating for rapid change and others for a more gradual, state-supported approach.
• Private-sector responses include greening supply chains, investing in digital emissions tracking, forming cross-functional teams, and applying internal carbon pricing.

Key Information

1. Overview and Industry Responses to BCAs

• Design and Implementation: BCAs charge embedded emissions of imported goods at a price equivalent to what would be applied domestically. The EU CBAM uses carbon certificates tied to the EU ETS.
• Implementation Elements: Rigorous measurement, reporting and verification (MRV) systems, enforcement across customs and climate agencies, and phased rollout timelines are critical.
• Compliance Challenges: Non-compliance can result in penalties, and verifying overseas data remains difficult. Default values are sometimes used, but they may inflate costs and distort competitiveness.
• Industry Responses: Companies are adapting by improving emissions data collection, engaging suppliers, and shifting to low-carbon materials. Some are forming BCA-aligned procurement coalitions to streamline compliance.

2. Global Evolution of BCAs and Carbon-Pricing Frameworks

• EU CBAM: Implemented in 2026, it will be phased in alongside the reduction of free carbon allowances for EU industries.
• EU Expansion Plans: The EU aims to expand CBAM to include all sectors covered by the EU ETS by 2030.
• Other Jurisdictions: Countries like Canada, the U.S., Australia, the U.K., Türkiye and Japan are exploring or developing their own BCAs or carbon-pricing mechanisms.
• BASIC Countries: Brazil, South Africa, India and China have all introduced or are planning to implement carbon pricing mechanisms, including ETSs and carbon taxes, which will influence their global competitiveness.

3. Environmental and Economic Impacts of BCAs

• Environmental Impact: A $1/tCO₂e increase in carbon prices reduces emissions by 1.3% in sectors like steel and cement, but carbon leakage through trade offsets about 13% of these reductions.
• Economic Impact: BCAs help align import and export carbon costs, reducing trade distortions. They can improve the efficiency of emissions reductions and support cleaner production.
• Costs and Compliance: BCAs increase carbon costs and compliance complexity, particularly for energy-intensive industries.

4. Private-Sector Strategic Responses

• Companies are greening procurement practices, updating contracts to include emissions reporting and CBAM-compliance clauses.
• Digital MRV systems are being adopted to centralize data and meet disclosure mandates.
• Internal carbon pricing is used to stress-test costs and guide operational decisions.
• Supply chain reconfiguration is a common strategy, including shifting to lower-carbon suppliers and relocating production.

5. Industry Leaders' Responses to BCAs

• S Group (China): A major steel producer with a 30 million-tonne annual capacity, S Group is investing in electric arc furnace (EAF) and hydrogen-based production to align with national carbon goals.
• EU CBAM Exposure: China has a 17% carbon payment rate per dollar of EU production and imports, with 13% of its steel exports going to the EU.
• Proactive Measures: S Group applies a shadow carbon price of $20–30/tCO₂ and has transitioned to an advanced MRV system.
• Risk Management: Companies are focusing on building resilience and scaling low-carbon technologies to manage long-term exposure to BCAs.

Strategy Playbook: PACE Framework

• Plan: Integrate carbon pricing into strategic and financial planning.
• Achieve: Ensure domestic and international compliance.
• Change: Decarbonize operations and enhance competitiveness.
• Engage: Collaborate with stakeholders to build systemic resilience.

Wider Industry Responses

• Companies in emerging economies are increasingly aware of the implications of BCAs on their global market access.
• The pace of transition is a key debate point, with some companies advocating for rapid adaptation and others for gradual, state-supported shifts.
• Carbon poverty is a growing concern, especially for micro, small and medium-sized enterprises (MSMEs) in developing countries, which may lack the capacity to measure and report emissions effectively.

Conclusion

This white paper underscores the importance of proactive alignment with BCAs and carbon-pricing mechanisms to secure competitiveness and drive sustainable growth. It highlights the need for collaboration, innovation and strategic foresight as businesses navigate the complex and evolving landscape of climate and trade policies.