▲现场 制造业是实体经济的"压舱石"，而新材料产业作为制造业的"底盘技术"与新质生产力的核心源头，贯穿电子信息、装备制造、航空航天等全领域全链条，是 提升产业链供应链韧性、掌握产业升级主动权的关键支撑。 记者今日从成都产投集团获悉，12月25日，新材料产业深加工产业链项目集中签约仪式在彭州双湖科技孵化园举行。此次签约项目立足核心园区 载体与四川石化等链主企业资源优势，聚焦高分子、碳基等关键赛道，以"政府搭台、国企主导、多方参与"为原则，构建起"国企领航、企业协 同、高校支撑、产学研用深度融合"的多元合作生态。 签约项目涵盖高性能石油树脂、碳基新材料、生物质能及低碳循环经济、科技成果转化、产教融合五大类，精准补强产业链关键环节，投产后预计实现产值 100亿元以上，将推动成都新材料产业化工园区从"企业集聚"向"产业集群"跃升，进一步完善产业生态。彭州市及产业园区管委会将持续优化园区配套、落 实扶持政策，打造市场化、法治化、国际化一流营商环境；高校科研机构将深化技术转化合作，签约企业将加速项目建设投产。 下一步，成都产投新材料集团将统筹抓好项目建设与要素保障，持续深耕新材料重点赛道、完善产业链布局，以"成都材料"赋 ...

"十四五"期间，聊城系统谋划、扎实推进一系列绿色低碳转型措施，在节能降碳、产业升级、能源结构 调整、重点领域革新及环境治理等方面取得了阶段性成效，绿色正日益成为高质量发展的鲜明底色。12 月23日，聊城市政府新闻办举行绿色低碳转型主题新闻发布会。聊城市委常委、副市长，市政府党组副 书记陈波介绍了全市绿色低碳转型工作有关情况。 聊城实施"新旧并举、清洁替代"的能源发展路径。推动传统能源转型升级，全市累计关停淘汰落后小煤 电机组30台，装机容量220万千瓦。组织信发9号机组66万千瓦并入公共电网，推动祥光2×66万千瓦机 组复工建设，全市30万千瓦以上机组装机占比由2020年的76.6%提升至93.5%。推进新能源扩量提质。 大力推进光伏、生物质、风电项目建设，全市集中式光伏全部按期并网，9个标段陆上风电项目全部开 工，共形成可再生能源装机容量555.45万千瓦，占总装机的30.51%，比2020年提高18.8个百分点。新能 源发电67.65亿度，比2020年增加49.65亿度；非化石能源占比达到9.1%，较2020年提高5.8个百分点。 重点领域协同发力，绿色生活底色更足 统筹推进重点领域绿色转型，全面推动绿色 ...

（来源：千龙网） 不只是《科学》杂志评定的4项成果。回望2025年的中国科技，可谓捷报频传，备受世界瞩目：我国在 全球创新指数排名中首次跻身前十，"深圳－香港－广州"创新集群排名跃居各国创新集群榜首； DeepSeek创始人梁文锋、中国科学院深海科学与工程研究所地质学家杜梦然入选《自然》年度十大科 学人物榜……这一年，中国科技活力澎湃，科创成果实现集群式突破、精彩纷呈，为经济高质量发展注 入了强劲动力。 当前，"十四五"即将圆满收官、"十五五"即将开启。推进中国式现代化，科技要打头阵。正如中央经济 工作会议指出的：坚持创新驱动，加紧培育壮大新动能。"十五五"规划建议中，多次提及"科技"和"创 新"，凸显了科技创新在国家发展全局中的战略支撑作用，表明了抢占科技制高点的坚定决心。 放眼全球，新一轮科技革命和产业变革深入发展，各国竞相布局新领域新赛道，围绕未来科技制高点的 竞争空前激烈。抢占科技制高点，首先需要发挥我们"集中力量办大事"的制度优势，进一步整合研发、 人才、技术、资金等创新资源，开展关键核心技术联合攻关。同时，推动高校、科研院所、企业、金融 机构等建立更加紧密的协同创新机制，促进科技创新和产业创新深度 ...

广州市人民政府15日发布《美丽广州建设规划纲要（2025—2035年）》。其中提出，积极开发利用新能 源。夯实煤炭煤电兜底保障，推动煤炭消费减量替代和清洁高效利用。合理控制石油消费。持续推进天 然气利用。大力推进光伏、生物质能、氢能等新能源开发利用，增加本地绿色电力供应。大力发展太阳 能分布式光伏发电。探索建筑光伏一体化建设及运营模式，开展建筑光伏一体化试点。合理开发利用生 物质能。推动氢能在交通、电力等领域的示范和规模化应用。前瞻部署天然气水合物开采开发和产业 化。 ...

Group 1 - The 2025 Central Economic Work Conference emphasizes "comprehensive green transformation" under the "dual carbon" framework, focusing on energy and green electricity sectors [1][2] - Key initiatives include accelerating the construction of a new energy system, expanding the application of green electricity, and enhancing the national carbon emissions trading market [1][2] - The development of non-fossil energy sources and the efficient use of fossil energy are prioritized, with specific projects in wind, solar, hydro, and nuclear energy [2][3] Group 2 - The concept of "green electricity direct connection" is defined, allowing renewable energy sources to supply electricity directly to users without going through the public grid [3][4] - The scale of China's green low-carbon industry is approximately 11 trillion yuan, with potential for significant growth, particularly in the construction of zero-carbon parks [3][4] - In the first three quarters of the year, China's renewable energy installed capacity increased by 31 million kilowatts, a year-on-year growth of 47.7%, accounting for 84.4% of new installations [5] Group 3 - The 2025 conference reiterates the need to address "involution" competition, signaling a deeper commitment to regulating competitive practices in the energy sector [6] - The solar energy industry is actively working to eliminate "involution" through market-driven efforts to phase out outdated capacities [6] - Concerns about irrational low-price competition in the energy storage sector highlight the need for collaboration across the industry to maintain global competitiveness [6]

小众能源指在我国能源电力结构中占比偏低的品类，主要涵盖天然气分布式能源、生物质能、地热能、 海洋能等。在"双碳"目标引领与"十五五"能源转型关键期，其战略价值愈发凸显，若实现合理开发利 用，将成为主流能源的重要补充，为能源安全、生态保护及"双碳"目标落地提供支撑。 看点一 分布式天然气 能否在"十五五"真正"燃"起来 分布式天然气以天然气为原料，可就近实现冷热电多能供给，综合能源利用率超70%，兼具低碳清洁、 启停灵活等优势，已融入能源清洁转型进程。我国"贫油少气"的资源禀赋，决定了天然气发电占比偏 低，核心制约为成本与气源：气电综合成本0.59~0.72元/千瓦时，远高于主流电源；天然气对外依存度 高、储气不足，进口易受国际因素影响。 政策红利为其发展注入动力。在环保政策收紧及"以气代煤、以气代油"推广背景下，其应用场景覆盖工 业园区、酒店、数据中心等多元需求。《天然气利用管理办法》（2024年修订）将其列为"优先类"，叠 加"十五五"燃气调峰电站投产高峰规划，分布式天然气有望成为"双碳"目标实现的重要路径。 看点二 生物质能 能否迎来"十五五"发展"第二春" 生物质能源于植物及城乡有机废物，主要为秸秆、畜 ...

Core Insights - Côte d'Ivoire's energy structure heavily relies on fossil fuels, with thermal, hydro, and solar power accounting for 69%, 30%, and 1% of total generation in 2023 respectively [1] - The government has launched a national energy strategy aiming to increase the share of renewable energy to 45% by 2030 [1] - Biomass energy is identified as a key solution for energy transition, utilizing organic materials for energy production [1] Group 1 - The largest biomass power plant, Biovea, is set to be operated by Biovea Energie, a joint venture among SIFCA, Meridiam, and EDF, with ownership stakes of 24%, 36%, and 40% respectively [1] - Upon commissioning, Biovea will generate 46 megawatts of electricity, sufficient to meet the needs of 1.7 million people and create 1,000 jobs [1] - The plant will utilize 520,000 tons of palm waste annually, increasing the income of 12,000 local palm growers by 20% [1] Group 2 - According to the National Renewable Energy Plan, the installed capacity of biomass power plants is expected to reach 750 megawatts by 2030, with a total of 15 biomass power plants anticipated to be operational [1]

Group 1 - The core viewpoint of the news is the implementation of the "National Carbon Peak Pilot (Chengdu) Implementation Plan," which outlines eight key tasks to effectively promote the city's carbon peak pilot construction [1] Group 2 - The plan emphasizes the development and utilization of clean energy, including support for photovoltaic, hydrogen, and biomass energy applications, with a target of exceeding 1.5 million kilowatts of renewable energy installed capacity by 2030 [1] - The plan aims to optimize and adjust the industrial structure by exploring the construction of low-carbon and zero-carbon parks, focusing on energy structure transformation and resource-saving measures [1] - The advanced energy industry scale is expected to reach 200 billion yuan by 2027, with a focus on lithium batteries, new energy vehicles, and green hydrogen [1] Group 3 - The city plans to improve the resource utilization rates of urban solid waste, aiming for an 87% resource utilization rate for municipal waste and over 96% for general industrial solid waste by 2030 [2] - The plan includes a focus on green low-carbon technology innovation in fields such as hydrogen energy and new power systems, utilizing competitive approaches to accelerate breakthroughs in advanced technologies [2]

Core Insights - The Portuguese chemical, petrochemical, and refining sectors need to increase decarbonization investments to achieve the net-zero emissions target by 2050, with an estimated investment requirement of €30 billion [1] Investment Requirements - The current annual investment in the Portuguese chemical industry is approximately €1 billion, primarily focused on business growth, production process optimization, and energy efficiency, with only a portion directed towards decarbonization efforts [1] - The €30 billion decarbonization cost estimate is based on a study conducted in collaboration with consulting firm Ernst & Young, marking the first time the industry has provided a specific figure for decarbonization costs [1] Decarbonization Strategy - The investment will be used for a structured plan to meet the carbon neutrality requirements outlined in UN and EU treaties, necessitating significant initial capital injection [1] - Key areas for investment include electrification upgrades, development of renewable gases (such as green hydrogen and biomass), and the application of carbon capture, utilization, and storage (CCUS) technologies [1] Regulatory Context - Achieving carbon neutrality is a legal obligation in Europe, and there is no doubt among APQuimica members regarding this requirement [1] - The chemical industry is capital-intensive, already investing substantial funds annually, and has the capacity to increase investments further [1] Emissions Data - The manufacturing sector in Portugal accounts for 26% of the country's total greenhouse gas emissions, with the chemical, petrochemical, and refining industries contributing over one-third of industrial emissions [1]

Core Insights - Indonesia, with a population of approximately 280 million, is the fourth most populous country in the world and the largest economy in ASEAN, maintaining an average GDP growth rate of over 5% in recent years [2] - As the world's largest exporter of thermal coal and the third-largest coal producer, Indonesia's energy structure has been predominantly fossil fuel-based, but it is accelerating its energy transition to address climate change challenges [2] - The article analyzes the current state of Indonesia's electricity market, renewable energy investment policies, and the main challenges faced, aiming to provide insights for Chinese enterprises looking to invest in renewable energy in Indonesia [2] Electricity Market Overview - The electricity governance in Indonesia involves multiple institutions, including legislative, policy execution, and regulatory coordination roles, creating a collaborative framework [3] - The Ministry of Energy and Mineral Resources (MEMR) oversees the electricity sector, with the Electricity Bureau and New Renewable Energy Bureau responsible for regulation and policy implementation [3][4] - As of 2024, Indonesia's total installed capacity is 100.65 GW, with traditional energy sources (coal and natural gas) accounting for 78.5% and renewable energy only 14.2%, indicating significant growth potential [5] Electricity Planning System - Indonesia's electricity capacity planning follows a centralized management model, guided by a series of hierarchical policies and planning documents, including the National Energy Policy (KEN) and the National Electricity General Plan (RUKN) [7][8] - The RUPTL (Electricity Supply Business Plan) outlines a 10-year commercial plan detailing investment needs and forecasts for electricity demand and production [9] Renewable Energy Development Goals - The RUPTL 2025-2034, approved in May 2025, plans to add 69.5 GW of new generation capacity over the next decade, with a focus on diversifying energy sources and significantly increasing renewable energy capacity [10] - Total investment for this plan is estimated at $185.5 billion, with approximately 73% expected to be funded by Independent Power Producers (IPPs) [10] Renewable Energy Investment Policies - The Indonesian government has relaxed foreign investment restrictions in the electricity sector, allowing 100% foreign ownership for projects over 1 MW, facilitating market entry for Chinese enterprises [13] - The electricity pricing structure has been clarified to enhance predictability for renewable energy projects, detaching from coal pricing constraints [14] - The procurement process for renewable energy projects has been simplified, allowing for direct appointments and selections based on technical pre-assessment and lowest bid [15] Challenges in Renewable Energy Investment - Policy execution risks exist due to lengthy approval processes and complex coordination among multiple government departments, which can delay project development [21] - The financing environment is challenging, with local banks offering limited support for green energy projects, leading to high financing costs and currency mismatch risks [22] - Localization policies pose challenges for foreign enterprises, particularly in the solar sector, where local component efficiency and supply chain issues can impact project viability [23] - Land acquisition is complicated by high privatization levels and disputes over land rights, increasing project uncertainty [24] - The low interconnection of Indonesia's electricity grid limits the capacity to absorb renewable energy, posing risks to project feasibility and operational stability [25] Conclusion - Indonesia presents significant opportunities for renewable energy investment, supported by a growing market demand and clear policy direction, but challenges related to execution, financing, localization, land acquisition, and grid stability must be carefully assessed [27]