本报讯 （记者郭冀川）12月25日至26日，全国工业和信息化工作会议在京召开。会议总结2025年和"十 四五"时期工作，分析把握新形势，研究"十五五"时期重点任务，部署2026年重点工作。 会议指出，2025年，工业和信息化系统认真贯彻落实党中央、国务院决策部署，顺利完成全年目标任 务。 工业经济稳中有进。工业经济顶压前行、向新向优发展，实现质的有效提升和量的合理增长，展现强大 韧性和活力。预计全年，电信业务总量和软件业务收入分别同比增长9%和12%左右，数字产业业务收 入同比增长9%左右。 一是全力巩固工业经济稳中向好态势。深入实施新一轮十大重点行业稳增长工作方案，支持工业大省挑 大梁。加大绿色产品、潮品、适老产品等供给，系统培育中国消费品名品方阵。着力稳定制造业有效投 资。继续保持烟草行业稳健发展。 二是持续提升产业链韧性和安全水平。实施新一轮重点产业链高质量发展行动，推动特色优势矿产资源 产业高质量发展，深入实施产业基础再造工程，办好产业转移发展对接活动。 三是加快提升产业科技创新能力。攻克一批带动产业发展的核心技术，做强一批高水平制造业中试平 台，打造全国制造业中试服务网络。加快培育全国一体化技术市场 ...

（文章来源：新华财经） 会议强调，要积极稳妥推进工业和信息化领域碳达峰碳中和。加强顶层谋划，做好《"十五五"工业绿色 低碳发展规划》编制工作，压茬推进《制造业绿色低碳发展行动方案（2025—2027年）》《工业领域碳 达峰实施方案》等目标任务落地落实。完善工作体系，加强工业和信息化领域碳达峰碳中和管理制度建 设，加快推进重点行业领域技术装备更新升级，强化碳达峰碳中和技术、标准、检测手段等供给，协同 推进工业资源综合利用。创新工作方式，创造性抓好零碳工厂建设、产品碳足迹核算等工作，挖掘人工 智能等新技术赋能潜力。加强部际、部内协同配合，群策群力，形成工作合力。 新华财经北京12月5日电据工业和信息化部微信公众号"工信微报"消息，12月5日，工业和信息化部碳达 峰碳中和工作领导小组会议在京召开。 ...

Core Viewpoint - Fuzhou City has issued a notification to promote green and low-carbon development in the industrial sector, focusing on energy-saving upgrades, resource utilization, and green transformation, effective from January 1, 2026, to December 31, 2030 [1][2] Group 1: Energy Saving Upgrades - Manufacturing enterprises are encouraged to implement energy-saving and carbon reduction technology upgrades, with a subsidy of 500 yuan per ton of standard coal for projects achieving an annual energy saving of 150 tons, capped at 5 million yuan per enterprise per year [1] - Prepayment of up to 50% of the energy-saving subsidy will be provided based on estimated energy savings after project launch [1] Group 2: Resource Utilization - Enterprises are encouraged to conduct large-scale and efficient comprehensive utilization of industrial solid waste and promote high-value utilization of renewable resources [1] - Projects with a capacity utilization rate of 55% or above, an investment of 1 million yuan, and a resource conservation rate of 20% or more will receive a subsidy of 10% of the relevant investment amount, with a maximum of 1 million yuan per enterprise per year [1] Group 3: Energy Service Companies - Energy service companies are encouraged to use advanced energy-saving equipment and technologies such as the Internet, cloud computing, and AI for contract energy management in manufacturing [2] - Projects achieving an annual energy saving of 300 tons or more will receive a subsidy of 500 yuan per ton of standard coal, with a maximum of 150,000 yuan per enterprise per year, not exceeding 30% of the investment amount [2] Group 4: Green Transformation of Benchmark Enterprises - Benchmark enterprises selected in provincial water efficiency "leader" activities will receive a one-time reward of 300,000 yuan [2] - National-level "leader" enterprises will receive an additional 50% matching reward from the city on top of provincial funding [2] - Support for the establishment of green manufacturing and the upgrading of green factories and industrial parks to meet relevant standards is encouraged [2]

Core Viewpoint - The article emphasizes the importance of standards in promoting industrial green and low-carbon development, aligning with national strategies for modernization and sustainability [5][12]. Group 1: Carbon Management Standards - The establishment of a comprehensive carbon management standard system is prioritized, focusing on greenhouse gas standards across various aspects such as calculation, verification, and monitoring [12]. - Development of standards for carbon footprint accounting and clean low-carbon hydrogen applications is also highlighted [12]. Group 2: Green Manufacturing Standards - The revision of standards for green factories, green industrial parks, and green supply chains is essential, with a focus on sector-specific evaluations [2][12]. Group 3: Resource Conservation and Recycling Standards - Accelerating the formulation of standards for industrial solid waste utilization, pollution prevention, and water conservation is crucial [3][12]. - The article mentions the need for standards related to water quotas and water-saving enterprises [3]. Group 4: Coordination of Standards with Industry Development - The article stresses the need for standards to align with industrial development strategies, planning, and policies to enhance the resilience and safety of supply chains [6][7]. - It highlights the importance of integrating standards into national-level planning for digital economy and green development [6][7]. Group 5: Traditional and Advantageous Industries Standards - The development of standards for traditional industries such as petrochemicals and heavy machinery is emphasized, focusing on advanced processes and quality consistency [8]. - Standards for advantageous industries like photovoltaics and lithium batteries are also prioritized to drive innovation and product development [8]. Group 6: Emerging and Future Industries Standards - The article discusses the need for standards in emerging industries such as cloud computing and blockchain, as well as future industries like quantum information and humanoid robots [9][10]. - It emphasizes the importance of establishing standards for new materials and advanced manufacturing technologies [9][10]. Group 7: Information Technology and Industrial Integration - Establishing standards for the digital transformation of manufacturing and the integration of artificial intelligence is crucial for enhancing productivity [10][11]. - The article highlights the need for standards in networked collaboration and smart manufacturing [11]. Group 8: Globalization of Standards - The article encourages participation in international standard-setting organizations to promote global industrial development [14][15]. - It emphasizes the importance of aligning domestic standards with international standards to enhance competitiveness [15]. Group 9: Modernization of Industry Governance - The article calls for the establishment of a comprehensive national standard system to ensure product quality and safety [13][16]. - It highlights the need for effective management of the standard lifecycle and the establishment of standardization technical organizations [16][17].