欧盟气候政策正面临重大转向，工业竞争力考量开始压倒此前的减排共识。 据彭博社周四报道，德国总理Friedrich Merz在比利时安特卫普举行的重工业峰会上表示，如果欧盟碳 排放交易体系无法帮助工业实现清洁生产转型，欧盟应该对修改或推迟该市场持开放态度。 欧盟碳排放交易体系(ETS)正因高碳价而受到批评，化工、造纸和水泥等行业企业认为这削弱了其竞争 力。这一议题预计将成为周四欧盟领导人非正式会议的核心议题之一，一些成员国呼吁采取措施降低碳 排放价格或暂停该计划。 欧盟委员会计划在今年第三季度公布碳市场改革方案。在地缘政治压力、竞争加剧以及能源成本上升的 背景下，五年前在气候行动上占主导地位的广泛共识已经破裂，政策重心正转向降低能源成本。 德国明确要求修改碳市场规则 Merz在安特卫普峰会上强调，欧盟碳排放交易体系的设立初衷是减少碳排放，同时帮助受监管企业向 无污染生产转型。"如果这无法实现，如果这不是正确的工具，我们应该非常开放地修改它，或者至少 推迟它"，他表示，就像此前对建筑和交通领域新碳市场所做的那样。 作为欧盟最大经济体，德国去年已经表示将寻求放宽对污染最严重行业的排放规则。Merz明确表 示："我完 ...

Core Viewpoint - The EU's Carbon Border Adjustment Mechanism (CBAM) will officially start charging fees on January 1, 2026, targeting high-carbon industries like steel, which is significantly impacted due to its large trade volume and high carbon emissions [1][2]. Group 1: CBAM Implementation and Challenges - The steel industry accounts for 7%-9% of global carbon emissions, with China’s steel sector being the second-largest emitter, contributing about 15% of the country's total emissions [1]. - The complexity of CBAM goes beyond simple tariffs; it aims to extend EU internal carbon costs to imported products to prevent "carbon leakage" [2][3]. - The default carbon emission intensity values set by the EU for steel products may pose significant challenges for Chinese exporters, as they could be forced to use higher default values if they cannot provide recognized carbon verification data [2][3]. Group 2: Economic Viability and Technological Pathways - The transition to greener steel production in China faces economic feasibility challenges, with various technological pathways identified, including increasing the proportion of electric arc furnaces and exploring hydrogen metallurgy [6][7]. - The cost of implementing these technologies is high, with specific projects like hydrogen carbon cycle blast furnace modifications estimated to increase production costs significantly [7]. - The availability of resources such as scrap steel and low-cost green hydrogen is critical for the successful transition to green steel, but current supply chains and costs present significant barriers [7][8]. Group 3: Market Dynamics and Competitive Landscape - The legal obligation to pay CBAM costs falls on EU importers, but the market dynamics will likely shift costs back to Chinese exporters, influencing procurement decisions based on carbon intensity [5]. - Large state-owned enterprises like Baowu and Ansteel are taking the lead in green transformation, while many private firms struggle with survival and lack the resources for significant technological upgrades [8]. - The industry is witnessing a bifurcation, with larger firms investing in green technologies while smaller firms face more severe challenges, potentially reshaping the market landscape [8].

Core Viewpoint - The EU's Carbon Border Adjustment Mechanism (CBAM) has transitioned into a mandatory phase, posing significant challenges and opportunities for China's petroleum and chemical industries, necessitating a shift towards greener practices and compliance with international standards [1] Group 1: Fertilizer Industry - The default emission value for Chinese urea products is set at 2.85 tons of CO2 per ton, nearly double that of major natural gas-producing countries like Algeria, while anhydrous ammonia has a default value of 4.36 tons of CO2 per ton [2] - Fertilizer companies must transition from "extensive management" to "refined accounting" by establishing a Monitoring, Reporting, and Verification (MRV) system that meets international standards to counter unreasonable default values [2] Group 2: Hydrogen Industry - The hydrogen industry, although small, is crucial for the green development of the petrochemical sector, with a default emission intensity for Chinese hydrogen set at 26.64 tons of CO2 per ton [2] - The CBAM's inclusion of hydrogen signifies a rejection of traditional "grey hydrogen" production methods, pushing the industry towards green hydrogen production using renewable energy [2] Group 3: Refining and Chemical Industries - The refining and organic chemicals sectors are identified as potential main battlegrounds under CBAM, with the EU targeting organic chemicals and polymers to prevent "carbon leakage" [3] - Refining products will have their carbon footprints traced throughout the supply chain, and any expansion of CBAM will impact the entire petrochemical industry, including synthetic resins and plastics [3] Group 4: Data Management and Compliance - CBAM challenges companies not only in production processes but also in data governance, requiring transparent and verifiable supply chain data [4] - Companies need to establish a digital carbon management platform to track carbon footprints from raw material procurement to end products, while adhering to compliance standards [4] - The industry must view the CBAM as both a long-term and a critical challenge, transforming external carbon constraints into internal green momentum through technological innovation and management upgrades [4]

Group 1 - The European Commission has announced multiple revisions to the EU Emissions Trading System (ETS) guidelines to assist high-energy industries facing carbon leakage risks, including the petrochemical sector [1][2] - The revisions are part of the European Chemical Industry Action Plan released earlier in 2025, aimed at addressing the rising ETS costs that have increased carbon leakage risks for high-energy industries [1] - The updated guidelines expand the list of eligible industries for compensation, adding 20 new industries and 2 sub-industries, including petrochemicals, and increasing the aid intensity from 75% to 80% to mitigate the carbon leakage risks [2] Group 2 - The current ETS guidelines allow member states to partially compensate industries at risk of carbon leakage due to high electricity prices caused by rising carbon costs [2] - The revisions are crucial for the struggling European petrochemical industry, providing significant support against high electricity prices, which have been a major concern for the sector [2] - The revised ETS is expected to alleviate electricity cost pressures on the petrochemical industry while enhancing its international competitiveness and supporting decarbonization efforts [2]

Group 1 - The European Commission has announced multiple revisions to the EU Emissions Trading System (ETS) guidelines to assist high-energy industries facing carbon leakage risks, including the petrochemical sector [1][2] - The revisions are part of the European Chemical Industry Action Plan released earlier in 2025, aimed at addressing the rising ETS costs that have increased carbon leakage risks for high-energy industries [1] - The revised guidelines expand the list of eligible industries for compensation, adding 20 new industries and 2 sub-industries, including petrochemicals, and increase the aid intensity from 75% to 80% to mitigate the carbon leakage risks [2] Group 2 - The current ETS guidelines allow member states to partially compensate industries at risk of carbon leakage due to high electricity prices caused by rising carbon costs [2] - The revisions are crucial for the struggling European petrochemical industry, providing significant support against high electricity prices, which have been a major concern for the sector [2] - The expanded ETS is expected to alleviate electricity cost pressures on the petrochemical industry while enhancing its international competitiveness and supporting decarbonization efforts [2]

Group 1 - The EU plans to officially implement a carbon border tax (CBAM) starting January 1, 2026, marking a significant policy shift in international trade and global climate policy [1] - The European Commission has proposed a comprehensive reform package to enhance the carbon tax framework, aiming to close regulatory gaps, expand coverage, and strengthen oversight against evasion [1][2] - The reform will significantly broaden the regulatory scope by including approximately 180 downstream products in the carbon tax regime starting in 2028, targeting high-carbon production transfer and ensuring carbon reduction rather than carbon leakage [1][2] Group 2 - The proposal aims to enhance the operational feasibility and credibility of the carbon tax by addressing issues of underreporting and misreporting of emissions data by importers [2] - A temporary decarbonization fund will be established to mitigate the impact on industries facing high carbon leakage risks, providing limited compensation linked to demonstrated decarbonization efforts [2][3] - The fundamental goal of the carbon tax is to ensure a fair competitive environment between EU and non-EU producers, preventing European companies from being disadvantaged due to higher climate costs [3] Group 3 - Concerns have been raised by the international community and EU industries regarding the carbon tax, particularly its impact on UK steel exports and the potential burdens on manufacturers [4] - Countries in the Western Balkans, heavily reliant on coal-fired electricity exports to the EU, face significant challenges due to the implementation of the carbon tax [4] - Agricultural producers in Bulgaria express fears that the carbon tax will undermine the global competitiveness of EU agricultural products, with potential profit declines of 25% to 50% for farmers due to increased fertilizer costs [5] Group 4 - The European Steel Association believes that while expanding the carbon tax coverage helps address carbon leakage, the current reform may not sufficiently protect the European steel industry from capacity relocation and job losses [6] - The inclusion of pre-consumer scrap aluminum in the carbon accounting system has been welcomed by some industry players, though concerns remain about the operational feasibility of carbon pricing in complex supply chains [6] - The establishment of the temporary decarbonization fund has sparked debate over whether the carbon tax is evolving into a trade protection tool, potentially conflicting with World Trade Organization rules [6]

Core Viewpoint - The European Union (EU) is expanding the scope of its carbon border tax to include automotive parts and washing machines, aiming to protect local industries from low-priced imports from countries with less stringent climate regulations [1][5][6]. Group 1: Carbon Border Tax Expansion - The carbon border tax will now cover downstream products that heavily use steel and aluminum, such as construction products, grid components, and machinery [2][7]. - The carbon border adjustment mechanism (CBAM) is the world's first carbon border tax, currently taxing the carbon emissions of imported products like steel, aluminum, cement, and fertilizers [1][5]. Group 2: Addressing Compliance and Evasion - The EU plans to implement strict measures against foreign companies that underreport emissions to evade carbon taxes, potentially imposing "default emission values" on products from non-compliant countries [3][8]. - This initiative aims to prevent foreign companies, particularly from China, from strategically exporting low-carbon products to Europe while continuing to produce high-carbon products for other markets [3][8]. Group 3: Implementation Timeline and Subsidies - The carbon border tax will require importers to pay for the emissions of their imported products starting in 2026, with a compliance grace period until September 2027 [4][9]. - The EU plans to allocate 25% of the carbon border tax revenue to subsidize European manufacturers to offset additional costs incurred due to the tax, specifically targeting industries investing in low-carbon manufacturing processes [4][9].

Core Viewpoint - The EU's Carbon Border Adjustment Mechanism (CBAM) will be implemented on January 1, 2026, serving as a geopolitical tool to transfer internal carbon costs to global supply chains, significantly impacting the competitiveness of the chemical industry [1] Group 1: Impact on the Chemical Industry - The CBAM aims to create a "green buffer" for EU chemical companies, particularly basic chemicals and polymer producers, who face the highest carbon prices globally at approximately €80 per ton, thus balancing the burden on domestic manufacturers [1] - The mechanism may lead to a strategic adjustment in the global chemical and petrochemical sectors, as it directly affects cost structures, trade flows, and technological innovation [3][4] Group 2: Global Response and Trade Dynamics - Major chemical exporting countries like China, the Middle East, the US, and India may opt for "trade flow reconfiguration" rather than immediate capital-intensive low-carbon transformations in response to the additional costs imposed by CBAM [2] - High carbon intensity chemical products are likely to shift towards markets in Asia, Africa, and Latin America, where environmental standards are less stringent, potentially leading to "carbon leakage" without a net reduction in global carbon emissions [2] Group 3: Technical and Geopolitical Challenges - The uncertainty surrounding CBAM lies in its complex technical execution, particularly in setting "default emission values" for various chemical products, which may lead to distortions in carbon pricing and undermine the mechanism's effectiveness [2] - The geopolitical backlash is evident, with the US expressing dissatisfaction, prompting the EU to consider providing "additional flexibility," indicating internal divisions within the Western bloc regarding climate policy tools [3] Group 4: Future Implications - The implementation of CBAM may not lead to the expected technological convergence and accelerated emissions reductions, but rather push the global chemical industry into a more regionalized and uncertain strategic era [4] - The industry's low-carbon future will depend on global collaboration in technological innovation and the establishment of mutual recognition standards, rather than solely relying on a border tax mechanism [4]

Core Viewpoint - Russia has formally requested consultations with the EU and WTO regarding the EU's Carbon Border Adjustment Mechanism (CBAM) and the EU Emissions Trading System (EU ETS), arguing that these measures are trade-restrictive and discriminatory under the guise of climate policy [1][5][9]. Group 1: CBAM and EU ETS Overview - The EU established the EU ETS in October 2003 to address "carbon leakage," which refers to the transfer of production to countries with less stringent emissions regulations [4]. - In May 2023, the EU passed regulations to establish CBAM, which aims to provide additional support measures for sectors at risk of carbon leakage [5][9]. Group 2: Russia's Concerns - Russia claims that the CBAM imposes complex and costly trade barriers on EU imports, creating significant uncertainty and unpredictability for operators [5][6]. - The application process for CBAM requires extensive documentation and proof of financial and operational capacity from importers, increasing compliance costs [6][8]. - Russia argues that the CBAM effectively acts as an additional "quasi-tariff" on imports from third countries, diverting financial resources from these countries' domestic climate change efforts [8][9]. Group 3: Economic Implications - The CBAM is expected to increase the trading costs of regulated goods significantly due to the administrative and compliance burdens imposed [6][9]. - The EU's CBAM currently applies to industries such as cement, steel, aluminum, fertilizers, electricity, and hydrogen, which are identified as having high carbon leakage risks [9]. - The EU estimates that these sectors will account for over 50% of emissions covered by the EU ETS once fully implemented, aiming to encourage production countries to reduce carbon emissions [9].