中新网武汉11月18日电 (余哲 邝佳昕)"汽车+"双碳经济峰会18日在武汉中碳登大厦举行，会上中国交通 运输碳足迹公示平台(TCP)正式上线，标志着我国在交通运输碳排放管理与核算体系建设领域迈出关键 一步。 此次峰会汇集了武汉市及武昌区相关政府机构负责人，行业协会、整车、零部件企业、金融机构代表及 双碳专家，围绕产业绿色转型展开研讨。 作为本次峰会的重磅成果，TCP平台聚焦数据公示、因子查询、标杆企业查询、数据服务四大核心功 能，面向汽车产业链企业、政府机构、科研院所及公众全面开放，通过全方位数据支撑，助力企业深度 挖掘、高效利用碳足迹数据，为决策制定与策略优化提供科学依据，最终实现数据驱动的绿色低碳业务 增长。 未来，该平台还将持续迭代功能，推动建立覆盖"生产—运输—使用—回收"全生命周期的汽车碳足迹管 理体系。与平台一同发布的还有负责任采购倡议平台、汽车产业链可持续合规管理合作机制等成果。 图为中国交通运输碳足迹公示平台(TCP)发布环节。 主办方供图 中国汽车技术研究中心有限公司副总经理龚进峰表示，中汽中心将依托技术优势持续完善TCP平台数据 体系，覆盖整车、零部件全产业链碳足迹信息。碳排放权登记结算 ...

Core Insights - The Chinese government emphasizes the importance of promoting market diversification and the integration of domestic and foreign trade, aiming to optimize and upgrade goods trade while expanding intermediate goods and green trade [1] Group 1: Green Trade Development - The acceleration of global green low-carbon transformation has led many countries to view green trade as a key strategy for enhancing international competitiveness and rule-making power in the low-carbon sector [2] - During the "14th Five-Year Plan" period, Chinese foreign trade enterprises have actively adapted to international changes by developing green products, improving production processes, optimizing energy management, and building green supply chains, resulting in significant achievements [2] - By 2024, China's "new three samples" exports are expected to increase by 2.6 times compared to 2020, driving the continuous optimization of export product structure towards high-tech, high value-added, and green low-carbon directions [2] Group 2: Digital Technology Integration - Cutting-edge technologies such as big data, artificial intelligence, and blockchain are deeply integrated into all processes and stages of trade, providing strong momentum for the innovative development of green trade [3] - Foreign trade enterprises are encouraged to incorporate green concepts throughout the trade process and accelerate the application of digital technologies to enhance green low-carbon development capabilities [3] Group 3: Supply Chain and Carbon Footprint Management - Digital technologies offer new solutions for constructing transparent, collaborative, and efficient green supply chain management systems, including establishing a green supply chain database to adapt to various countries' green standards [4] - The establishment of a carbon footprint accounting system for products is facilitated by the digital transformation of enterprises and their supply chains, enabling precise monitoring and management of energy consumption, production processes, and logistics [4] - Zhejiang Province has pioneered the creation of a carbon footprint database for the textile industry chain, providing localized and credible carbon accounting services for foreign trade enterprises [4]

Core Insights - The "HSBC Greater Bay Area ESG Index" has shown a slight year-on-year increase, reaching 122.79 in Q3 2025, while the industry sub-index has hit a new high of 250.92, reflecting a 19% year-on-year growth [1] Group 1: ESG Developments in the Greater Bay Area - The Greater Bay Area is advancing in carbon footprint management and green financial innovation, establishing itself as a national hub for green development [1] - The launch of the Guangdong Carbon Label Information Management Platform facilitates digital management of carbon footprints for enterprises and allows consumers to easily check product carbon footprints, marking a significant step in aligning domestic carbon accounting with international standards [1] Group 2: Growth in Green and Sustainable Finance - The scale of GSSS (Green, Social, Sustainable, and Sustainability-Linked) bonds, green loans, and ESG-themed funds has been on the rise, indicating a maturing and multi-layered green financial ecosystem in the Greater Bay Area [1] - The financial sector's ESG performance has steadily improved, with a focus on the issuance of GSSS bonds and enhanced climate information disclosure [2] - Digital innovations in the financial industry, particularly in green finance, are lowering investment barriers and attracting more investors to participate in green investments [2]

Group 1 - The integration of cutting-edge technologies such as big data, artificial intelligence, and blockchain into the entire trade process is essential for enhancing green and low-carbon development capabilities in foreign trade enterprises [2][4] - The Chinese government emphasizes the importance of promoting green trade as a strategic measure to enhance international competitiveness and influence in the low-carbon sector during the 14th Five-Year Plan period [3] - By 2024, China's exports of "new three samples" are expected to increase by 2.6 times compared to 2020, indicating a continuous optimization of export product structure towards high-tech, high value-added, and green low-carbon directions [3] Group 2 - The establishment of a national-level green factory system has reached 6,430 factories, accounting for approximately 20% of the total output value of the manufacturing industry, with 1,382 new green factories cultivated in 2024 [3] - Leading companies are advancing towards "zero-carbon factories," exemplified by CATL's comprehensive zero-carbon production system, which is crucial for gaining access to European markets [3] - Digital technologies are providing new solutions for building transparent, collaborative, and efficient green supply chain management systems, including the establishment of a green supply chain database to meet varying international standards [5] Group 3 - Digitalization empowers carbon footprint management by collecting carbon data across energy consumption, production processes, and logistics, leading to the establishment of a product lifecycle carbon footprint accounting system [6] - Zhejiang Province has pioneered the creation of a carbon footprint database for the textile industry chain, providing localized and credible carbon accounting services for foreign trade enterprises [6] - Companies can optimize production processes and improve product designs based on carbon footprint analysis, identifying key areas for emission reduction [6]

Core Viewpoint - Guangdong Province is actively developing a carbon footprint management system to promote green and low-carbon transformation among enterprises, aiming for high-quality development and compliance with international green trade rules [1][3][5]. Group 1: Carbon Footprint Management System Development - Guangdong has established the "Guangdong Carbon Label" and issued 146 certificates to 128 enterprises across 24 product categories by September 2023 [1]. - The "Work Plan" aims to complete carbon footprint assessments for around 200 products by 2027 and 500 products by 2030, with a focus on building a product carbon footprint factor database [2]. - The plan includes 17 key tasks across four areas: management system construction, application promotion, cross-border cooperation, and capacity building [2]. Group 2: Financial and Government Support - The province will enhance financial support for enterprises, using carbon footprint as a key metric in financing processes [2]. - Government and state-owned enterprises are encouraged to increase procurement of low-carbon products, promoting their application [2][4]. Group 3: International Cooperation and Standards - Guangdong is exploring cross-border mutual recognition of carbon footprints with Hong Kong and aims to establish a carbon footprint alliance in the Greater Bay Area [6]. - The province is working on aligning its carbon footprint accounting standards with international norms to improve the competitiveness of export products [5]. Group 4: Green Transformation and Public Engagement - The "Work Plan" emphasizes a lifecycle approach to carbon footprint management, aiming to enhance the green competitiveness of export products and support the "dual carbon" goals [4]. - Initiatives will encourage public engagement in low-carbon consumption, creating a positive cycle of green production and consumption [4].

Core Insights - The State Grid Corporation of China has introduced an innovative "Electricity Big Data + Carbon Footprint Management" service system, which has significantly reduced energy costs and carbon emissions for enterprises in the Suzhou electronics manufacturing sector [1][2] - The implementation of this system is projected to yield nearly 40 million tons of annual carbon reduction benefits if adopted nationwide [1] Group 1 - The "Electricity Big Data + Carbon Footprint Management" service system allows for real-time and precise energy data acquisition, enabling dynamic quantification of greenhouse gas emissions throughout the entire production process [1] - The system has reduced the carbon footprint verification time from 15 days to just 1 day, improving efficiency by 85% [2] - The integration of 179 smart electricity meters into the carbon footprint management platform has enabled instantaneous generation of carbon footprint data for each batch of products, leading to a 75% reduction in certification costs [1] Group 2 - The system supports enterprises in enhancing their carbon asset management effectiveness and green development levels by scientifically assessing carbon reduction pathways and identifying potential opportunities [1] - The platform connects with authoritative carbon certification agencies, facilitating rapid certification of carbon footprints [2] - The successful case of Jiangsu Xin'an Electric Co., Ltd. demonstrates the practical benefits of the system, including a 15% increase in domestic and international orders due to improved carbon footprint transparency [1]

Key Events - Brazil is advancing its rare earth reserve plan, with the São Paulo government announcing the launch of its first rare earth and critical mineral processing plant, which aims to utilize billions of dollars in business potential and reduce reliance on external suppliers [1] - Pensana has completed preliminary drilling at the Coola carbonatite, located approximately 30 kilometers north of its flagship Longonjo rare earth project, marking an important milestone in evaluating the area's potential [2][4] - WA1 Resources announced high-grade mineralization results from its Luni project in Western Australia, with significant niobium grades reported [13][14] - Lynas Rare Earths and Noveon Magnets signed a preliminary agreement to develop a permanent magnet supply chain in the U.S., with Lynas constructing a processing plant in Texas [22][25] - The U.S. government is reportedly interested in acquiring a stake in the Tanbreez rare earth project in Greenland, which is one of the largest rare earth deposits globally [28][30] - Momentum Technologies has launched commercial recycling of rare earth elements from magnetic scrap and tailings at its Texas facility, marking a significant step in enhancing U.S. rare earth supply [33] - Aldoro Resources has begun exploration for rare earth elements in Namibia, potentially confirming a new REE-Nb discovery [34][35] - The Chinese Ministry of Commerce announced export controls on certain rare earth-related items, including equipment and technologies [36][38] Company Highlights - Northern Rare Earth plans to adjust its rare earth concentrate trading price to 26,200 yuan per ton for Q4 2025, reflecting a 37% increase from the previous quarter [65] - Jilin Permanent Magnet's net profit for the first three quarters of 2025 is expected to increase by 157% to 179% year-on-year [66] - Northern Rare Earth anticipates a net profit increase of 272.54% to 287.34% for the first three quarters of 2025 [67] Industry Developments - The establishment of the Rare Earth Industry Collaborative Innovation Network in Baotou aims to enhance resource integration and technological innovation in the rare earth sector [74] - Jiangxi University of Science and Technology has launched three innovation centers focused on rare earth and critical minerals, aiming to strengthen research and development capabilities [75]

Group 1 - The Jilin Province has launched a carbon footprint management system to support ecological civilization reform and achieve carbon peak and neutrality goals [1] - The carbon footprint is a key metric for measuring greenhouse gas emissions throughout a product's lifecycle, and the management system aims to enhance industrial competitiveness and promote green consumption [1] - The implementation plan includes a timeline: by 2027, a preliminary carbon footprint labeling and certification system will be established, and by 2030, a comprehensive management system will be in place [1] Group 2 - FAW-Volkswagen has set a target to reduce product lifecycle carbon emissions by 29% by 2030, showcasing its commitment to green development [2] - The company has achieved a level 1 carbon footprint certification for its Audi A5L model, highlighting its leadership in low-carbon transformation [2] - Jilin Province aims to strengthen mechanisms, enhance data infrastructure, and promote collaborative efforts among government, industry, and society for effective carbon footprint management [2]

Core Viewpoint - Dongying City is advancing its carbon footprint management from a nascent stage to a systematic framework, focusing on achieving dual carbon goals through innovative collaborative efforts [3]. Group 1: Carbon Footprint Management - Carbon footprint management is essential for implementing the dual carbon goals, with Dongying City targeting core needs starting in 2023 [3]. - The city is establishing the "Yellow River Delta Smart Carbon Valley" platform, which serves as a digital hub for carbon management, covering the entire process from carbon resource development to carbon trading [3]. - The platform has already provided over 120 professional services to enterprises and attracted 21 companies in the new energy and dual carbon industry chain, facilitating carbon asset transactions exceeding 70 million yuan [3]. Group 2: Infrastructure and Standards - Dongying City is accelerating the construction of the provincial carbon measurement center, with laboratory construction, database setup, and talent recruitment already underway [3]. - The city has led and participated in the release of three group standards and is involved in drafting six national and industry standards to strengthen the foundation for carbon footprint accounting [3]. Group 3: Pilot Projects and Collaborations - To ensure the success of pilot projects, Dongying City has established a task force led by a deputy mayor, collaborating with multiple departments such as development and reform, industry and information technology, ecological environment, and market regulation [4]. - The city has partnered with the China Quality Certification Center to select three companies, including Sailun Tire, as pilot projects for green certification, aiming to facilitate the international market entry of Dongying's green tires [4].

Core Viewpoint - Zhongke Environmental Protection announced that the pricing of waste incineration heating is not directly linked to coal prices, but rather determined by local market guidance and user demand [2] Group 1: Pricing Mechanism - The waste incineration heating price will reference local market guidance but is primarily based on the demand from heat users and steam standards [2] - The company emphasizes that waste incineration heating has a cost advantage over coal and gas heating [2] Group 2: Environmental Benefits - Waste incineration heating is characterized by its green attributes, contributing to carbon footprint management and energy consumption savings [2]