在全球推进绿色转型与"双碳"目标的战略背景下，生物基化学品与材料作为生物制造产业的核心支 柱，凭借原料可再生、全生命周期低碳环保等核心优势，正加速替代传统石油基产品，在包装、纺 织、汽车等领域展现出广阔应用前景，成为全球产业绿色转型的关键赛道。 我国高度重视该领域发展，将生物基新材料列为关键战略材料，多项产业扶持政策持续落地。然 而，产业仍面临包括综合成本竞争力、原料供应链稳定、产品性能优化及终端市场接受度等关键问 题。 基于此， 2026年3月31日-4月1日 ，"第五届中国合成生物学及生物制造大会"将在杭州举办，其中设 置 【 生物基化学品与材料专场】 ，旨在汇聚产学研用多方智慧，破解产业发展难题，助力生物基 化学品与材料产业高质量发展。 媒体支持 | synbio新农食、synbio新美护、synbio新材料、生物制造圈、合成生物学俱乐部 扫码 免费 报名参会 大会介绍 0 1 大会时间 | 2026年3月31日-4月1日 大会地点 | 杭州市 大会规模 | 1000人 主办单位 | synbio深波 承办单位 | 享融智云 论坛设置 0 2 | | 会场一 | 会场二 | 会场三 | | --- | ...

■■高碳能源替代的"主力军"， 夯实转型基础 相较于煤炭、石油等高碳化石能源，天然气碳排放强度优势显著，且几乎不产生颗粒物、二氧化硫等污 染物。相较于风电、光伏等可再生能源，天然气具备供应稳定、调节灵活、存储便捷等突出特点，能够 有效弥补新能源出力间歇性、随机性、波动性短板。 天然气作为近中期降低能源碳强度的重要抓手，在工业、民生、电力等重点领域的替代作用持续凸显。 在工业领域，冶金、石化、化工、建材等重化工行业是碳减排重点领域，天然气替代煤炭空间广阔。统 计数据显示，目前煤炭在我国工业终端用能消费量约为7.9亿吨/年，对应二氧化碳排放超过14亿吨。通 过天然气替代工业锅炉、工业窑炉燃料，既能显著降低碳排放，又能同步提升生产效率和产品质量。在 发电领域，"减煤增气"是降低电力行业碳排放的重要路径。在民生领域，北方清洁取暖工程深入推进, 天然气成为"煤改气"的能源品种,为空气质量改善提供了有力支撑。以北京市为例，通过大规模"煤改 气"，煤炭消耗量从2013年的2019万吨降至2024年的不足60万吨，同期天然气消费量实现翻番，增至195 亿立方米，占全市能源消费总量的1/3。规模化天然气消费推动空气质量持续改善 ...

这次中国石化和中国航油的合并，背后的故事可不简单。 你相信吗？ 曾经在各自领域"独霸一方"的中国石化和中国航油，竟然能在2024年头一回联手，开启央企重组的新纪元。 这种看似"天作之合"的操作，不只是企业间的简单合并，而是把整个能源行业的牌局都重新洗了一遍。 专家们早早就预测，央企重组能带来的效益，远比行业平均水平高出不少。 中国企业改革与发展研究会的最新数据也显示，五年来能源和交通领域的重组效果最为显著，让人不得不佩服央企的"大手笔"。 国资委的战略布局，实际上是在为中国整体能源升级铺路。 用网友的话来说，这简直就是"强强联合，冲向世界舞台"。 如果你还记得2021年，那年中化集团和中国化工集团在北京合体，成立中国中化控股有限公司，全球化工市场都为之一震。 这样的重组，不仅让中国企业在国际市场上更有话语权，还打破了国外巨头在高端化工领域的壁垒。 说回这次重组的核心亮点，就是让航空燃料的生产和供应彻底连成一条线。 原来中国石化干自己的，中国航油管运输，效率总是差点意思。 现在一合并，所有流程变得顺畅，航油价格也更有竞争力。 最新航运协会数据显示，2023年中国大机场的航油加注效率提升了12%，这背后靠的正是资 ...

Core Viewpoint - Guizhou Phosphate Group is transforming phosphogypsum from an environmental burden into a valuable industrial resource through technological innovation and investment, aiming to promote sustainable development in the phosphate chemical industry [1][8]. Group 1: Phosphogypsum Utilization - Phosphogypsum, a byproduct of phosphoric acid production, poses significant environmental challenges due to its long-term storage, which occupies land and threatens ecological balance [1]. - The company has invested over 4 billion yuan to develop three main industrial pathways for phosphogypsum utilization: building materials, co-production of sulfuric acid and cementitious materials, and municipal & packaging materials [1]. Group 2: Green Building Materials - The company has developed a new type of gypsum wall material, the high-precision interlocking module made from phosphogypsum, which enhances construction efficiency and reduces costs by simplifying the building process [2]. - This new building material offers multiple performance advantages, including fire resistance, sound insulation, and thermal insulation, making it suitable for various construction projects [3]. Group 3: Sulfuric Acid Co-production - Guizhou Phosphate Group has created a closed-loop development model utilizing phosphogypsum to produce sulfuric acid and cementitious materials, effectively recycling and adding value to this industrial byproduct [4]. - The newly established "1468" facility is expected to process 1.4 million tons of phosphogypsum annually, producing 650,000 tons of sulfuric acid and 800,000 tons of cementitious materials, thus transforming waste into a resource [4]. Group 4: Expansion Plans - To further enhance phosphogypsum consumption, the company is planning to build two additional facilities, which will increase annual phosphogypsum processing capacity by 3.4 million tons, establishing a large-scale, sustainable utilization system [5]. Group 5: High-Value Applications - The company has achieved a breakthrough in converting phosphogypsum into high-quality anhydrous gypsum using a liquid-phase crystallization process, addressing the need for higher-value applications in various industries [6]. - The high-quality anhydrous gypsum exhibits superior properties, including low impurity levels and high whiteness, making it suitable for use in plastics, coatings, textiles, and packaging [7]. Group 6: Future Outlook - Guizhou Phosphate Group aims to continue leveraging technological innovation and collaborative efforts across the industry to drive high-quality development in the phosphate chemical sector and contribute to carbon neutrality goals [8].

毛俊杰教授团队创新性地设计了一种基于金属有机框架材料的原子级催化剂。该催化剂以特定纳米片为 载体，通过精准调控制备工艺，构建了镍单原子与相邻锰双原子组成的协同活性中心。实验结果显示， 该催化剂在纯水环境中表现出优异的催化性能，展现出良好的应用潜力。 这项研究从原子尺度多位点协同催化的创新视角，阐明新机制，为设计开发高效、高选择性二氧化碳还 原催化剂提供了新策略。研究者表示，这一成果不仅推动了光催化碳转化领域的基础研究进展，更为温 室气体资源化利用与绿色化工原料合成开辟了新路径，对实现"双碳"目标具有应用价值。 转自：安徽新闻网 本网讯（记者 陈婉婉 通讯员 刘冠琪）记者1月14日从安徽师范大学获悉，该校化材学院毛俊杰教授团 队在光催化二氧化碳还原领域取得重要进展，通过原子尺度精准设计多位点协同催化剂，成功实现了二 氧化碳分子向高附加值产物丙烷的高效转化。相关研究成果已发表于国际顶级化学期刊《德国应用化 学》。 二氧化碳作为主要温室气体，其资源化利用是应对气候变化、实现能源可持续发展的主要路径之一。光 催化技术凭借太阳能驱动的绿色优势，可直接将二氧化碳与水转化为高价值化学品，为碳循环经济提供 了理想解决方案。然 ...

Core Viewpoint - The development of biomass gasification technology in Linquan County is transforming agricultural waste into green energy, marking a significant step towards sustainable energy solutions [1][2]. Group 1: Technology and Innovation - The project utilizes a world-leading high-temperature pure oxygen pressurized bubbling fluidized bed gasification technology, developed over three years, to convert straw into synthesis gas [2]. - The technology demonstrates broad adaptability to various raw materials, including agricultural waste, livestock manure, and urban garbage, which are abundant in the Linquan area [2]. - Key breakthroughs include the ability to control tar content in synthesis gas below 1 mg/Nm³, surpassing industry standards, and the implementation of a dual-screw continuous feeding system that achieves over 100% online operation rate [2][3]. Group 2: Industry Advantages - Linquan County boasts a significant raw material base, with an annual straw collection of 1.6 million tons and the highest beef cattle population in the province, ensuring a steady supply of biomass resources [3]. - The existing chemical park can directly utilize the produced synthesis gas for high-value conversion, creating a localized industrial chain [3]. - The presence of waterway transportation significantly reduces logistics costs for raw materials and products, enhancing competitiveness [3]. Group 3: Future Prospects - The successful establishment of the pilot base paves the way for the launch of a green methanol full industrial chain project with an annual production capacity of 200,000 tons, which includes biomass raw material collection, pretreatment, gasification, methanol synthesis, and hydrogen production [3].

Group 1 - The core viewpoint of the article highlights the recent fluctuations in lithium carbonate futures prices, which reached a two-year high before experiencing a pullback, indicating a complex market influenced by both strong demand and short-term supply mismatches [1][4][7]. - On January 14, the main contract for lithium carbonate (lc2605) closed at 161,900 yuan/ton, down 3.53% from the previous day, after peaking at 173,400 yuan/ton during the day [1][4]. - The trading volume for lithium carbonate futures on that day was significant, amounting to 97.41 billion yuan, reflecting active market participation [1]. Group 2 - In 2025, lithium carbonate prices experienced dramatic fluctuations, initially declining to a low of 59,000 yuan/ton in June before rebounding due to increased downstream demand and supply disruptions, ultimately reaching a high of 134,500 yuan/ton in December [2]. - The current market is characterized by a slight oversupply, with a supply-demand gap of 47,000 tons of lithium carbonate equivalent (LCE) expected to persist into 2026 [8]. - Despite the optimistic outlook from leading lithium companies regarding demand, experts caution that the recent price increases are primarily driven by temporary factors, including supply constraints and unexpected demand surges [7][9]. Group 3 - The rising prices of lithium carbonate have directly increased production costs for lithium iron phosphate (LFP) materials, with estimates indicating that the cost of producing one ton of LFP has risen by approximately 2,550 yuan due to the price increase of lithium carbonate [10]. - Major LFP manufacturers are responding to cost pressures by either raising prices or halting production for maintenance, while simultaneously accelerating expansion plans to capture market share in anticipation of future demand growth [10][13]. - The competitive landscape is intensifying, particularly with the potential entry of South Korean companies into the U.S. market, which could pose additional challenges for Chinese exporters [13]. Group 4 - The demand for energy storage is expected to grow significantly, driven by the rapid development of wind and solar energy, with new energy storage installations in China increasing by 75% year-on-year in the first three quarters of 2025 [14]. - As investment economics for energy storage projects improve, this sector is projected to become a significant driver of lithium demand, with estimates suggesting a demand increase of 60.5 thousand tons of LCE by 2026 [15]. - The recent adjustments in export tax policies for battery products may have contributed to short-term price increases for lithium carbonate, highlighting the interconnectedness of market dynamics [15]. Group 5 - The rising costs of lithium carbonate are impacting the overall cost structure of energy storage systems, with projections indicating that a 10% increase in battery costs could lead to a 3% rise in EPC costs and a decrease in internal rate of return (IRR) by 0.66 percentage points [16]. - The cost of producing energy storage cells is significantly affected by lithium carbonate prices, with calculations showing that each 10,000 yuan increase in lithium carbonate price raises the cost of producing 1 kWh of cells by approximately 5.7375 yuan [16]. - The overall cost of core raw materials, including lithium carbonate, constitutes about 26% of the total cost of energy storage batteries, underscoring the importance of stable pricing in this sector [16].

"2025北京企业百强"作为涵盖在京各类企业的综合性权威榜单，是对企业规模、效益、创新与社会贡献 的全方位评价。海博思创本次入选，不仅标志着企业整体实力位居首都企业前列，更体现出公司在推动 能源结构转型、支撑绿色经济发展中的关键作用。 此次评选活动由北京企业联合会、北京市企业家协会主办，在中国企业联合会、中国企业家协会、京津 冀协同发展联合工作办公室、中关村数字经济产业联盟等机构共同支持下开展，严格遵循国际通行规则 与中国企业500强排序标准，具有高度的公信力与社会影响力。 本报讯 （记者向炎涛）近日，北京海博思创科技股份有限公司（以下简称"海博思创"）、北京海博思 创工程技术有限公司凭借卓越的综合实力与行业影响力，一举斩获2025北京企业百强、2025北京制造业 企业百强、2025北京高精尖企业百强、2025北京专精特新企业百强、2025京津冀制造业企业百强五项殊 荣。 2025年，海博思创以创新驱动为核心、战略升级为牵引，跑出高质量发展的"加速度"。公司成功入选第 31批国家企业技术中心，斩获国家级技术认可；"储能+X"战略全面落地，在独立储能电站、数据中 心、油田、矿山、充储等多元场景实现突破性进展，全 ...

Core Viewpoint - Shanghai Electric Wind Power Group has demonstrated its comprehensive strength in high-end wind power equipment and intelligent services by winning six "Wind Power Leader" awards at the 2025 Wind Power Leader Technology Innovation Forum, showcasing advancements in both onshore and offshore wind turbines as well as after-market services [1] Group 1: AI and Innovation - The company’s AI-based technology for health monitoring and fault diagnosis of large wind turbine blades won the Annual Best Innovative Product Award, achieving over 95% accuracy in early anomaly detection and has been applied in multiple wind farms [2][4] - Shanghai Electric is leading a national key R&D project focused on AI applications in wind power equipment, aiming to optimize intelligent design, manufacturing, and operation processes [4] Group 2: Onshore Wind Turbines - The EW6.25-220 model received the Best Onshore Unit Award, designed for ultra-low wind speed markets, featuring a full carbon fiber main beam that enhances reliability and reduces load on key components [5][7] - The model integrates AI to support intelligent operations, disaster warnings, and optimize power generation strategies, reinforcing its position in the onshore wind power sector [5] Group 3: Offshore Wind Turbines - The EW12.6-270 and EW25.0-310 models won Best Offshore Unit Awards, with the former designed for mid-low wind speed areas and the latter capable of withstanding extreme weather conditions, showcasing advanced design and operational capabilities [7] - The EW25.0-310 features a 25 MW capacity and is equipped with distributed energy storage technology, enhancing grid adaptability and peak regulation capabilities [7] Group 4: Service Innovations - The S68.5 blade extension project and the Intelligent Yaw 2.0 system received the Best Service Product Award, significantly improving energy output and operational reliability for existing wind turbines [8][10] - The S68.5 project extends blade length from 66 meters to 68.5 meters, increasing the swept area and theoretical energy generation by 4%-7%, with a payback period of approximately 3.4 years [8] - The Intelligent Yaw 2.0 system replaces traditional components with advanced controls, enhancing machine reliability and reducing long-term maintenance costs [10] Group 5: Future Directions - Shanghai Electric aims to continue driving high-quality development in the renewable energy sector through technological innovation, focusing on strategic emerging industries and key core technologies to contribute to a new energy system and carbon neutrality goals [10]

我国是世界上最大的可再生能源开发和利用大国，并将成为全球最大的绿证市场。为高质量建设绿 证市场，推动绿证价格合理体现绿色电力环境价值，国家发展改革委、国家能源局、工业和信息化部、 商务部和国家数据局近日联合印发了《关于促进可再生能源绿色电力证书市场高质量发展的意见》（下 称《意见》）。我国加快构建以绿证为基础的绿色电力消费体系，推动从"用上电"、到"用好电"、再 到"用绿电"，为经济社会发展提供源源不断的绿色动力。 推动"工资卡"体现绿色电力环境价值 杭州亚运会、上海进博会等均通过绿证实现100%绿色用能，居民自主购买绿证数量不断提升…… 近年来，大型活动、用能企业、公共机构、居民用电均通过购买绿证实现绿色电力消费，绿色电力消费 理念日益深入人心。 什么是"绿电"？国家能源局近期组织编写发布的《中国可再生能源绿色电力证书百问百答（2025年 版）》介绍，绿色电力一般是指符合国家有关政策要求的风电、太阳能发电、常规水电、生物质发电、 地热能发电、海洋能发电等已建档立卡的可再生能源发电项目所生产的全部电量。 可再生能源绿色电力证书（简称绿证），是由政府或第三方机构向绿色电力核发的具有特殊标识的 电子证书，通常每1 ...