Core Viewpoint - The strategic cooperation framework agreement signed between Shanghai Port Energy and Sinopec Fuel Oil Sales Co., Ltd. aims to enhance collaboration in ship fuel supply and the promotion of new energy applications, driving the green and low-carbon transformation of the shipping industry [1] Group 1: Strategic Cooperation - The partnership is characterized as a strong collaboration between an industry leader in marine fuel oil and an emerging player in the new energy sector [1] - Both parties will work together to establish a new benchmark for "green fuel," develop new paradigms for industry standards, and explore new methods for energy supply assurance [1] Group 2: Focus Areas - The collaboration will focus on creating a full-chain supply system for green fuels such as methanol fuel, biofuels, and liquefied natural gas, contributing to Shanghai Port's goal of becoming a global leader in green fuel supply services [1] - The partnership will also explore opportunities in resource cooperation for ship fuel supply, logistics optimization, barge sharing, and supply substitution, establishing a resource exchange mechanism to share inventory and transportation capabilities [1] Group 3: Broader Collaboration - The cooperation will extend to comprehensive maritime services, the promotion of new energy policies, and carbon trading, with a commitment to building a regular communication mechanism to strengthen the partnership [1]

Core Viewpoint - China Chemical Engineering Fourth Construction Co., Ltd. (referred to as "Sihua Construction") has received a letter of appreciation from Anhui Linhuan Coking Co., Ltd. for its efforts in the construction of a 30,000 tons/year carbonate project, highlighting the company's commitment to high-quality project delivery and professional service [1] Group 1 - Sihua Construction has successfully completed several new energy and new material projects since June, including the ultra-pure high molecular weight polyethylene project and the lithium battery new material project, showcasing its strong performance [1][2] - The ultra-pure high molecular weight polyethylene project (140,000 tons/year) utilizes self-developed ultra-pure slurry technology and incorporates BIM technology for digital pre-assembly of pipelines and steel structures [1] - The lithium battery new material project (10,000 tons) will provide key raw material support for the lithium battery sector, with Sihua Construction overcoming technical challenges and ensuring safety during construction [2] Group 2 - The 30,000 tons/year carbonate project uses dimethyl carbonate (DMC) and ethanol as raw materials, employing advanced ester exchange technology to produce electronic-grade ethyl methyl carbonate (EMC) and diethyl carbonate (DEC) [2] - The project achieved a successful trial run with the first batch of electronic-grade EMC reaching a purity of 99.99%, demonstrating Sihua Construction's capability in handling large equipment installation challenges [2] - The 200,000 tons/year caustic soda relocation and energy-saving renovation project by Hubei Yihua is a key initiative responding to national environmental policies, completing the entire process in just 13 hours, setting a record in China's chlor-alkali industry [2]

Group 1 - Sunshine Power has signed a strategic cooperation agreement with SUNOTEC to provide a total of 2.4 GWh of battery energy storage systems (BESS) for multiple solar projects in Europe, focusing on Southeast European countries like Bulgaria [1] - The agreement includes the provision of the next-generation liquid-cooled storage system PowerTitan 2.0, with some projects adopting a "photovoltaic + storage" hybrid configuration, supported by SG350HX-20 string inverters and integrated medium-voltage turnkey systems [1] - Several projects are included in Bulgaria's RESTORE national support program, receiving special funding support to accelerate progress and establish industry benchmarks [1] Group 2 - Sunshine Power aims for a global energy storage shipment target of 40 to 50 GWh by 2025, with over 4 GWh of new overseas storage orders signed this year and domestic new orders exceeding 35 GWh [2] - Major domestic orders include 12 GWh from China National Nuclear Corporation and 16 GWh from China Power Construction Corporation, primarily from central state-owned enterprise framework procurement and commercial projects [2]

中化新网讯 近日，龙源电力（001289）吉林公司长春新能源氢基化工综合利用一体化示范项目取得关 键进展：配套75万千瓦新能源建设指标获长春市政府批复，化工项目完成长春市发展改革委备案。该项 目预计将实现100%绿电消纳、年减碳36万吨。 为保障氢氨产品的市场消纳，在国家能源集团统筹部署下，龙源电力吉林公司积极拓展合作渠道，已与 国内外4家企业签订绿氨销售协议，目前正与中车以及日本、韩国两家外资企业深化洽谈，有望实现项 目绿氨全量消纳。这种"生产—销售"无缝衔接的商业闭环，为新能源下游产业商业化运营提供了可复制 样本。 作为长春地区首个氢基综合能源示范项目，其化工部分位于长春市长春新区北湖精细化工新材料产业示 范园。此次获批的配套75万千瓦新能源建设指标分布在农安县和德惠市，其中，农安县60万千瓦风电， 包含45万千瓦风电、15万千瓦光伏，采用"自发自用"模式，为年产20万吨绿氨的化工项目提供100%绿 电；德惠市15万千瓦风电则采用"自发自用、余电上网"模式接入吉林电网，预计年输送清洁电力4.5亿 千瓦时，可减排二氧化碳36万吨，生态效益显著。 ...

8月7日以来，甘肃兰州市榆中县等地遭遇连续强降雨引发山洪灾害，截至8月9日12时，灾害造成13人遇 难、30人失联，8个乡镇不同程度受灾。灾害发生后，石化央企迅速集结，紧急投入抗洪救灾主战场。 8月8日16时40分，国家危险化学品应急救援兰州石化队紧急集结30名救援队员和6辆抢险救援车，携带 200套救援物资及液压救援顶杆、生命探测仪、无人机等专业设备，向榆中灾区紧急驰援。 图为兰州石化救援队进入兴隆山村社帮助村民清淤及灾后重建。(仇国贤 供图) 灾情发生后，中国石油甘肃销售公司迅速响应，协调地方政府，按照统一部署调派保供车辆深入交通受 阻区域，保障油品和物资供应。8月8日17时，公司8名党员组成救援先锋队，携5吨油品及矿泉水、方便 面等应急物资，驰援灾区。救援先锋队克服重重阻碍，历时7个小时后，将第一批油品成功送到救援现 场，并立即为抢险救援车辆、机械和发电机等设备加注燃油，争分夺秒助力打通抢险救灾生命线。甘肃 销售榆中片区12座加油站开设绿色通道，优先保障救灾车辆用油，并设临时加油点24小时供能。 中国石油西北销售积极履行属地保供责任，对接甘肃销售掌握受灾情况及周边加油站库存，调整公路发 运计划，连夜开通 ...

开展深入贯彻中央八项规定精神学习教育，是今年党建工作的重点任务。福建省东南电化股份有限公司 党委召开学习教育动员部署会，深入学习习近平总书记关于贯彻中央八项规定精神的重要讲话和重要指 示精神，通过一系列活动，筑牢纪律堤坝，激励担当作为，不折不扣把作风建设主体责任担当起来，不 断推动作风建设走深走实。 公司党委坚持学以致用，推动学习教育与实际工作相融合，以学促干，见行见效。随着年度大检修战役 全面打响，各党支部以"党建+检修"深度融合为抓手，通过开展主题鲜明、实干为要的党日活动，让红 色力量渗透到检修现场的每个角落。 装置大修期间，烧碱党支部组织党员对装置开展隐患排查，聚焦跑冒滴漏、阀门损坏、仪表故障、液位 计缺标识等问题，累计排查隐患77项，通过现场即查即改，所有隐患整改完成。热电党支部通过检修攻 坚与质量验收的方式，高效完成3项重点任务，破解了技术难题，同时创新采用管线水压试验，精准发 现10处缺陷并全部整改完毕。机电仪党支部完成烧碱一次设备预防性试验、三期整流系统在线监测改造 等38项重点任务，攻克二期分配电室调试、化盐配电室搬迁等技术难点，同时聚焦现场排查，累计整改 二期氯气安全规范改造电缆问题、三期盐 ...

神马股份是全球尼龙66工业丝第二大生产商，国内市占率超90%。尼龙化工作为神马股份上游核心原料 供应商，其业绩表现直接影响上市公司盈利。本次收购是神马股份近年来产业链整合的延续性动作。早 在2021年，公司通过资产重组将尼龙化工纳入合并报表，并于2022年引入金石基金增资12亿元。2024 年，尼龙化工以5.22亿元收购工程塑料公司100%股权，解决"厂中厂"历史遗留问题，优化生产协同效 率。叠加同年3.88亿元收购催化科技52.73%股权，公司已形成从原材料、核心生产到技术配套的全产业 链闭环。 神马股份表示，此次收购将有助于增强其对尼龙化工的管控能力，提升管理和运营效率。未来将继续依 托尼龙化工的技术和市场优势，提升产业链协同效应，应对行业周期波动，实现可持续发展。 中化新网讯 7月31日，神马股份（600810）发布公告称，公司拟以现金95200万元收购河南神马尼龙化 工有限责任公司10.27%的少数股东股权，交易价格为9.52亿元。交易完成后，神马实业将持有尼龙化工 72.06%的股权。 ...

Core Viewpoint - The Jilin Petrochemical Ethylene Plant has successfully transitioned to using the domestically produced catalyst BCE-H100, achieving cost reductions and product quality improvements in the production of PE-HD 5025F film material [1] Group 1: Product Transition - The plant has completed the transition to producing PE-HD 5025F film material using the domestic catalyst, which has resulted in successful product blow molding and compliance with quality standards [1] - PE-HD 5025F is characterized by high molecular weight and bimodal properties, offering excellent hardness, toughness, impact strength, and processing performance, making it suitable for shopping bags, handbags, and packaging films [1] Group 2: Cost Reduction and Efficiency - The use of the domestic catalyst has led to a cost reduction of over 1.8 million yuan per ton, enhancing the economic viability of the production process [1] - The transition has significantly improved cost efficiency and has provided valuable experience for further promoting the localization of catalysts [1] Group 3: Market Competitiveness - The introduction of high-end film material varieties has optimized the product structure and strengthened market competitiveness [1] - The successful transition involved thorough communication with the catalyst manufacturer and meticulous planning to ensure a smooth production process [1]

Group 1 - The main structure of the China Chemical New Materials Innovation Platform base in Tianjin has been completed, marking a significant milestone for the project which focuses on new energy and new materials [1] - The project covers an area of 183,000 square meters with a total investment of 1 billion yuan, of which approximately 600 million yuan is allocated for the first phase [1] - This base is the first physical project invested by China Chemical Engineering Group's subsidiary, aiming to enhance the company's technological innovation and drive towards a smarter growth model [1] Group 2 - The base is equipped with various advanced catalyst technologies and pilot testing facilities, including ultra-high molecular weight polyethylene catalysts and advanced separation pilot devices [2] - The project introduces innovative cooperation models such as "T+EPC" and "T+Industry," establishing a comprehensive transformation system from concept validation to catalyst industrialization [2] - The base is actively promoting the construction of an open, modular, flexible, and multifunctional pilot testing platform to provide low-cost and efficient technological validation and industrial support for the industry [2]

该研究实现了高质量石墨烯包覆氧化铝粉末的规模化可控制备，其构建的"声子高速通道"大幅提升了 TIM的导热性能，为高功率芯片、微型LED、5G等领域的散热难题提供了高效解决方案。 该研究有4项亮点：一是创新"石墨烯皮肤"，通过FB-CVD技术实现精准控制，在氧化铝粉末表面生长 出高结晶度、高覆盖率、批次稳定的连续石墨烯层。二是构建"声子高速通道"，将石墨烯的优异特性与 氧化铝的强声子耦合，在复合材料内形成高效热传递网络，石墨烯层热流通量比氧化铝内部高出一个数 量级。三是导热性能飞跃，基于该材料制备的TIM导热率高达6.44W/m·K，显著优于传统氧化铝基 TIM。四是散热效果显著，该材料可应用于微型LED，令热点温度直降17.7摄氏度，有效提升器件性能 和寿命。五是可扩展平台，FB-CVD技术为石墨烯包覆陶瓷复合材料提供了稳定、可规模化的制备路 径。 中化新网讯 电子设备小型化、高功率化带来的散热难题如何破解？热界面材料（TIM）是关键。近 日，北京大学刘忠范院士团队在《Advanced Science》发表创新成果，利用流化床化学气相沉积（FB- CVD）技术，成功为氧化铝粉末披上高质量、连续的石墨烯"外衣" ...