近日， 中能建龙津（河北）资源循环有限公司成立，法定代表人为田晓龙，注册资本为10000万元人民币。 经营范围：许可项目：发电业务、输电业务、供（配）电业务。一般项目：新材料技术研发；再生资源回收（除生产性废旧金属）；再生资源销售；再生 资源加工；资源再生利用技术研发；玻璃纤维增强塑料制品销售；玻璃纤维增强塑料制品制造；固体废物治理；环保咨询服务；工程管理服务；土壤污染 治理与修复服务；生产性废旧金属回收；建筑工程机械与设备租赁；塑料包装箱及容器制造；废弃碳纤维复合材料处理装备制造；风力发电技术服务；新 兴能源技术研发。 | 企业名称 | 中能建龙津(河北)资源循环有限公司 | 统一社会信用代码 2 | 91130805MAERCD593C | | --- | --- | --- | --- | | 法定代表人 ? | 田晓龙 | 经营状态 | 开业 | | | TA有1家企业 > | | | | 成立日期 | 2025-08-13 | 行政区划 | 河北省承德市双桥区 | | 注册资本(7) | 10,000万(元) | 实缴资本 7 | | | 企业类型 | 有限责任公司(国有控股) | 所属行业 | 制 ...

记者8月18日从中国能建集团所属中国能建数科集团获悉，世界最大人工硐室储气原位试验平台开展的 储气密封循环试验日前在湖南省长沙市望城区取得成功。这标志着我国全面掌握了人工硐室储气领域相 关技术，将加速推动压缩空气储能行业规模化、产业化发展。 此次试验压力突破人工硐室储气库最高压力等级18兆帕。通过高低压循环、长时保压"双168小时"连续 运行验证，储气库密封性、稳定性等各项性能指标均达到国际一流水平，创下超高压力、超严密封、超 高可靠、超全感知、超高效率五项世界纪录。 项目负责人纪文栋介绍，高压储气库全系统必须"零缺陷"，任何一个环节出现问题，就会导致气体泄 漏。这次试验突破了高压储气系统严苛之极限。 "这项成果来之不易。"中国能建集团首席专家万明忠谈道，为了攻克成套技术，公司数十位研究人员驻 扎在深山老林近700天，搭建了实验室。他们白天钻山洞，晚上研究数据、改方案，经过上千次的实 验，终于实现了关键技术突破。 据悉，开展试验的人工硐室储气原位试验平台拥有两座超大型试验洞，最大埋深110米，最高试验压力 达20兆帕，具备"双洞"同步试验能力，规模与压力参数均居世界之最。实验室筹建于2022年12月，2024 ...

Core Viewpoint - The Jining to Shangqiu Expressway (Jishang Expressway) project is a key infrastructure initiative aimed at enhancing regional connectivity and supporting the "Transportation Power" strategy through central-local cooperation and innovative construction practices [1][12]. Group 1: Project Overview - The Jishang Expressway is a significant project under Shandong Province's 14th Five-Year Plan, serving as a vital transport corridor connecting the Jiaodong Peninsula, the Lunan Economic Circle, and the Central Plains Economic Zone [1]. - Upon completion, the expressway will improve traffic capacity between Jining and the Central Plains region, facilitating better access to the Yangtze River Economic Belt and enhancing the highway network in Shandong Province [1]. Group 2: Party Building and Team Development - The project emphasizes party leadership, integrating political and organizational advantages into construction efforts, and fostering a collaborative environment through a "Party Building + Integration Development" approach [2][3]. - Initiatives include establishing demonstration posts for party members and creating a learning organization to enhance employee capabilities and promote a culture of integrity [4]. Group 3: Management Innovation - The project adopts a "central enterprise + local state-owned enterprise" model with equal shareholding, addressing challenges in management responsibility, cultural integration, and governance [5]. - A modern governance framework has been established, incorporating a decision-making system that enhances scientific decision-making and operational standardization [5][6]. Group 4: Technological Empowerment - The project utilizes advanced technologies such as IoT, AI, and 3D intelligent paving systems to enhance construction precision and efficiency, achieving significant milestones in project timelines [7][8]. - Innovations include the use of drone technology for site inspections and data collection, contributing to real-time decision-making and safety management [7]. Group 5: Quality Control - The project implements stringent quality control measures, including a closed-loop quality management system and rigorous material approval processes, ensuring high construction standards [9]. - The focus on quality during construction is seen as a foundation for long-term operational success, aligning with the company's integrated investment and construction philosophy [9]. Group 6: Societal Impact - The Jishang Expressway is expected to enhance local economies by providing job opportunities and supporting local industries, with a focus on community engagement and environmental protection [10][11]. - The expressway will significantly reduce travel time between Jining and Shangqiu, facilitating economic growth and tourism development in the region [11].

风险提示：投资有风险，入市需谨慎。 8月17日，中国能建在长沙望城的世界最大人工硐室储气原位试验平台完成储气密封循环试验，试验压 力突破18兆帕，创下五项世界纪录和八大首创成果。8月18日，中国能建葛洲坝集团与中铁建设集团就 深化水利水电、市政基础设施等领域合作达成共识。 2025年8月18日主力资金净流出198.56万元，近五日主力资金净流出21756.62万元。 截至2025年8月18日15时，中国能建最新股价为2.50元，较前一交易日上涨1.21%。当日成交量为 4051509手，成交金额达10.14亿元。 中国能建主要从事能源电力、水利水务、铁路公路、港口航道、市政工程等领域的工程承包业务。公司 业务涵盖能源电力、基础设施、环保水务等多个板块。 ...

地库负二层建设现场，粉色的地面整平机器人沿着预先设定的路径平稳移动，其部件掠过初凝的混凝土 面，所过之处变得平整光滑。"别看它个子不大，每小时能轻松完成160平方米的整平工作。"项目工程 技术部经理徐成飞手持平板电脑，实时监控着屏幕上跳动的数据。 徐成飞说，按照当前的地库面积计算，传统人工整平需要5人轮班作业，现在1台机器人和1名监护员就 能搞定，"在人机配合下，地面整平机器人初凝平整度达正负5毫米，水平度合格率稳定在95%以上。" 作为地面整平机器人的"上班搭子"，地库抹光机器人工作效率也不低，随着4个合金抹刀在混凝土表面 划出一个个同心圆轨迹，350平方米的地坪混凝土抹光作业仅需1小时即可完工。 中国青年报客户端讯（施院生 陈天竺 中青报·中青网记者 王海涵）视觉感应施工精准、全自动"摇臂"快 捷高效、智能避障更加安全……8月18日上午，合肥市肥西县，由中国能建建筑集团承建的阳光电源储 能装备制造项目现场，一场"机器人总动员"正上演。 机器人在 工地应用。中国能建建筑集团供图 机器人在 工地应用。中国能建建筑集团供图 工地上，喷涂机器人和腻子打磨机器人也忙得不亦乐乎，它们伸长机械臂，像跳舞一样在墙面和天花 ...

四川盛世钢联国际贸易有限公司重要大客户关系由中国建筑、中国中铁、中国铁建、中国交建、中国电建、中国能建、中国中冶、中国化学工程、中国核工 业建设集团、中国安能建设集团，这些企业由国务院国资委直接监管，覆盖房屋建筑、基础设施、能源工程等多个领域。 十大央企建筑公司核心名单 中国建筑集团有限公司。 业务领域：房屋建筑（全球50%超高层建筑）、基础设施（机场、轨道交通）、地产开发。 代表工程：北京大兴国际机场、武汉火神山/雷神山医院。 2025年业绩：上半年新签合同额2.5万亿元，同比增长0.9%。 中国中铁股份有限公司。 业务领域：铁路工程（占全国66%铁路里程）、轨道交通、桥梁隧道。 代表工程：青藏铁路、港珠澳大桥。 2025年业绩：上半年新签合同额11086.9亿元，境外业务增长51.6%。 中国铁建股份有限公司。 业务领域：铁路建设（全国52%高铁里程）、公路工程、城市轨道。 代表工程：京沪高铁、成昆铁路。 技术优势：主导中国高铁50%建设标准制定。 中国交通建设集团有限公司。 业务领域：港口航道、跨海大桥、疏浚工程。 代表工程：港珠澳大桥、上海洋山港。 2025年业绩：上半年新签合同额9910.54亿元， ...

Core Viewpoint - China Energy Construction Digital Technology Group has successfully conducted the world's largest artificial cavern gas storage in-situ testing platform, achieving a breakthrough in high-pressure gas storage technology and setting multiple world records [1][2] Group 1: Technological Achievements - The testing platform reached a pressure of 18 MPa, which is the highest level globally, and validated the performance indicators of gas storage, including sealing and stability, meeting international first-class standards [1] - The platform established five world records and eight pioneering achievements, showcasing its capabilities in ultra-high pressure, ultra-tight sealing, ultra-high reliability, comprehensive perception, and high efficiency [1][2] Group 2: Project Details - The laboratory is the largest and most advanced artificial cavern in-situ testing platform globally, with a maximum depth of 110 meters and a maximum testing pressure of 20 MPa, featuring dual-cave synchronous testing capabilities [1] - The project was initiated in December 2022 and is expected to be operational by August 2024, addressing the safety and economic challenges of high-pressure, multi-medium, long-cycle gas storage [1] Group 3: Industry Impact - The breakthrough expands the utilization space for deep underground resources under ultra-high pressure and large fluctuations, supporting the dual carbon goals and the construction of a new energy system [2] - The technology not only supports high-pressure air storage but is also applicable to hydrogen, natural gas, ammonia, and oil and gas storage, facilitating integrated energy systems and strategic reserves [2] - The achievements align with the Gansu Jiuquan 300 MW compressed air energy storage demonstration project, marking a revolutionary breakthrough in China's compressed air energy storage industry [2]

Core Viewpoint - The release of China's significant technological innovation in compressed air energy storage marks a major advancement in the energy sector, with the technology achieving world records in pressure and efficiency [2]. Group 1: Technological Achievements - The newly developed compressed air energy storage artificial cavern technology has surpassed the world's highest pressure level of 18 MPa, setting five world records and achieving eight pioneering results [2]. - The technology is characterized by ultra-high pressure, ultra-tight sealing, ultra-high reliability, ultra-comprehensive perception, and ultra-high efficiency [2]. Group 2: Government Support and Strategic Importance - The local government in Changsha has prioritized the compressed air energy storage project as a significant initiative to support national strategic goals and promote local industrial upgrades [2]. - Changsha aims to leverage this technological breakthrough to establish itself as a global hub for energy storage innovation and to accelerate the formation of a new industrial transformation and aggregation pattern [2].

Core Viewpoint - The establishment of the world's largest artificial cavern gas storage in-situ testing platform by China Energy Construction Group marks a significant technological breakthrough in the gas storage sector, achieving five world records and eight pioneering results, thus advancing the energy storage industry towards large-scale and industrial development [2] Group 1: Technological Achievements - The testing platform has successfully reached a maximum pressure level of 20 MPa, which is the highest in the world, and features two ultra-large testing caverns with a maximum depth of 110 meters [2] - The project has achieved 100% autonomy in technology, with significant innovations including a composite sealing system, rock mass bearing theory, full temperature field data acquisition, and high-pressure air state observation [2] Group 2: Industry Impact - This breakthrough opens up new pathways for utilizing deep underground resources under ultra-high pressure and large fluctuations, integrating high economic efficiency, high reliability, high construction efficiency, and high operational controllability [2] - The advancements are expected to accelerate the development of strategic energy reserves such as hydrogen, helium, and oil gas, contributing to the dual carbon goals and the construction of a new energy system [2]

Core Viewpoint - The successful verification of the world's highest pressure compressed air energy storage technology in Changsha, Hunan marks a significant advancement for China in the artificial cavern gas storage sector, paving the way for the large-scale and industrial development of the compressed air energy storage industry [1] Group 1: Technology Development - Compressed air energy storage converts electrical energy into stored pressure energy during low-demand periods and releases it to generate electricity during peak demand [1] - The technology has achieved a pressure breakthrough of 18 MPa, the highest level globally, with performance indicators meeting international first-class standards [1] Group 2: Industry Implications - The successful development of this technology is expected to promote the large-scale development of the energy storage industry [1] - In addition to supporting high-pressure air storage, the technology can be applied to the storage of hydrogen, natural gas, ammonia, and oil and gas, providing cross-sector support for integrated energy systems and strategic reserves [1]