据中国海油消息，我国首个深水油田——流花油田二次开发项目全面投产，日产原油攀升至3900吨，创下产能新纪录，标志着我国在深水复杂油藏开发领 域实现重大跨越。 我国首个深水油田二次开发项目 全面投产 中国海油深圳分公司流花油田总经理 江俊达：我们创新采用深水导管架平台和圆筒型浮式生产储卸油装置的开发模式，探索形成一套礁灰岩油藏稳油控 水技术体系，实现了流花油田产能的高效释放，成功盘活了亿吨级的原油储量，为我国未来规模化、效益化开发深水油田探索出了切实可行的"中国方 案"。 探秘亚洲第一深水导管架平台 "海基二号" 作为流花油田二次开发项目的核心装备，"海基二号"不仅是亚洲第一深水导管架平台，更集多项全球领先技术于一身，是我国海洋工程装备自主化、智能 化的标志性成果。这座"深海巨塔"藏着哪些硬核实力？ 在深圳东南约240公里，亚洲第一深水导管架平台"海基二号"上，随着最后一口生产井全面投产，流花油田二次开发项目32口井全面进入生产阶段，明年 产量有望突破百万吨。 流花油田二次开发项目由流花11-1和4-1两个油田组成，作业区域平均水深305米，主要生产设施包括1座深水导管架平台、1艘圆筒型海上油气加工厂和1 套水 ...

IT之家 12 月 14 日消息，据央视新闻报道，记者从中国海油获悉，我国首个深水油田 —— 流花油田二 次开发项目全面投产，日产原油攀升至 3900 吨，创下产能新纪录，标志着我国在深水复杂油藏开发领 域实现重大跨越。 IT之家从报道获悉，在深圳东南约 240 公里，亚洲第一深水导管架平台"海基二号"上，随着最后一口生 产井全面投产，流花油田二次开发项目 32 口井全面进入生产阶段，明年产量有望突破百万吨。 流花油田二次开发项目由流花 11-1 和 4-1 两个油田组成，作业区域平均水深 305 米，主要生产设施包 括 1 座深水导管架平台、1 艘圆筒型海上油气加工厂和 1 套水下生产系统，自去年 9 月首批生产井投产 以来，已累计生产原油超过 90 万吨。 流花油田是我国首个深水油田，也是我国海上探明地质储量最大的礁灰岩油田。深水礁灰岩油藏开发是 世界级难题，原有生产工艺采出程度较低，经过 20 多年的开发，还有约 1.4 亿吨的储量尚未动用，亟 待通过先进技术实现有效开发。 作为流花油田二次开发项目的核心装备，"海基二号"不仅是亚洲第一深水导管架平台，更集多项全球领 先技术于一身，是我国海洋工程装备自主 ...

这里是深圳东南约240公里，亚洲第一深水导管架平台"海基二号"上。随着最后一口生产井投用，流花油田二次开发项目32口井全面进入生产 阶段，2026年产量有望突破百万吨。 流花油田二次开发项目由流花11-1和4-1两个油田组成，作业区域平均水深305米。主要生产设施包括1座深水导管架平台、1艘圆筒型海上油气 加工厂和1套水下生产系统。自2024年9月首批生产井投产以来，已累计生产原油超过90万吨。 中国海油流花油田"海基二号"平台总监谢修龙介绍，原油在"海基二号"平台经过初步处理后，输送到2.5公里外的海上油气加工厂"海葵一号"做 进一步加工和储存，截至目前已经向陆地炼油厂输送原油25船次。现在，油田开发项目全面投产，开发效果好于预期，日产量创下了我们油田 22年来的新高。 央视网消息：记者从中国海油获悉，我国首个深水油田——流花油田二次开发项目全面投产，日产原油攀升至3900吨，创下产能新纪录。标志 着我国在深水复杂油藏开发领域实现重大跨越。 中国海油深圳分公司流花油田副总经理吴小路介绍，"海基二号"不仅拥有15项全球领先的关键技术，更打造了一个高度集成的"超级大脑"。数 字孪生系统让它拥有虚拟分身，可以模拟 ...

深水礁灰岩油藏是世界公认开发难度极高的油藏类型之一。中国海油深圳分公司流花油田主任工程师代 玲介绍，控水稳油、提高采收率是流花油田实现二次开发的关键所在，海上礁灰岩稳油控水技术体系实 现了开发井综合含水率较设计大幅下降，推动油田可采储量和采收率大幅提升，开采寿命延长30年。 流花油田二次开发项目主要生产设施包括亚洲第一深水导管架平台"海基二号"和亚洲首艘圆筒型FPSO （浮式生产储卸油装置）"海葵一号"。开采的原油在"海基二号"平台经过初步处理后，输送到2.5公里 外的"海葵一号"作进一步的加工和储存。（刘丽丽） 责任编辑：尉旖涵 12月14日消息，从中国海油获悉，随着亚洲第一深水导管架平台"海基二号"最后一口生产井投用，我国 首个深水油田——流花油田二次开发项目实现全面投产，标志着我国在深水复杂油藏开发领域实现重大 跨越。 12月14日消息，从中国海油获悉，随着亚洲第一深水导管架平台"海基二号"最后一口生产井投用，我国 首个深水油田——流花油田二次开发项目实现全面投产，标志着我国在深水复杂油藏开发领域实现重大 跨越。 流花油田二次开发项目位于我国珠江口盆地，由流花11-1和4-1两个油田组成，区域平均水深约 ...

流花油田二次开发项目位于我国珠江口盆地，由流花11-1和4-1两个油田组成，区域平均水深约305米，设计投产32口生产井，自去年9月首批井投用以 来，日产原油攀升至3900吨，创下产能新纪录，开发效果好于预期。 流花油田二次开发项目32口井全面进入生产阶段。（受访者供图） 流花油田是我国首个深水油田，也是我国海上探明地质储量最大的礁灰岩油田。1996年投产至今，累计生产原油超2000万吨，但仍有1.4亿吨的原油储量 深藏海底地层。 封面新闻记者 边雪 12月14日，封面新闻记者从中国海油获悉，随着亚洲第一深水导管架平台"海基二号"最后一口生产井投用，我国首个深水油田——流花油田二次开发项目 实现全面投产，标志着我国在深水复杂油藏开发领域实现重大跨越，对保障国家能源安全具有重要意义。 "控水稳油、提高采收率是流花油田实现二次开发的关键所在。我们通过精细控制油柱高度、科学规避隐蔽断层、系统性提升控水成效，创新推出'筛盲组 合、智能分舱'等五项核心改进措施，探索形成一套海上礁灰岩稳油控水技术体系，实现开发井综合含水率较设计大幅下降，推动油田可采储量和采收率 大幅提升，开采寿命延长30年。"中国海油深圳分公司流花油田 ...

态保护、现代渔 业和制度创新等 方面实现多 项"全球首 创""全国首 个"的突破性进 展。 海洋科创与产业 互促，新质生产 力加速形成 "十四五"期间， 珠海海洋经济实 现跨越式增长， 海洋经济总量突 蓝色引擎动能澎 湃，珠海海洋经 济"十四五"突破 千亿大关_南方 +_南方plus 12月12日，广东 省人民政府新闻 办公室召开 了"'十四五'广东 成就"珠海专场 新闻发布会。会 上，珠海市海洋 发展局局长扶志 就"十四五"期间 珠海海洋经济发 展成效进行了系 统介绍。 珠海作为珠三角 海域面积最大、 海岛数量最多的 城市，五年来持 续释放"蓝色引 擎"动能，海洋 经济总量首次突 破1000亿元，并 在科技创新、生 破1000亿元大 关。位于珠海的 全国四大海洋综 合试验场之一正 式揭牌并投入海 试，成为海洋科 技研发与成果转 化的重要平台。 一批具有全球影 响力的海洋科技 装备在珠海问 世：全球首台兆 瓦级波浪能发电 装置"南鲲号" 、 全球首台套兆瓦 级电解海水制氢 装置、全球首艘 高速可潜无人 艇"蓝鲸号"等相 继投用。在海洋 工程领域，我国 自主设计建造的 亚洲第一深水导 管架"海基二 号"成功建设 ...

Group 1 - The 27th China International High-Tech Achievements Fair (CIHTAF) showcased over 5,000 cutting-edge achievements and facilitated more than 170 billion yuan in intended transactions and financing, attracting over 450,000 attendees [2][11] - CIHTAF serves as a significant platform for the transformation of high-tech achievements and reflects China's commitment to integrating into the global innovation network through openness and innovation-driven development [2][6] - The fair featured 22 specialized exhibition areas with over 5,000 renowned enterprises and international organizations, highlighting advancements in deep-sea energy development, nuclear power technology, and autonomous systems [4][5] Group 2 - The event marked a shift in China's information industry, showcasing advancements such as Huawei's Ascend 384 super node and non-invasive brain-machine interfaces, indicating a move towards self-reliance in core technologies [5][6] - CIHTAF has evolved significantly since its inception in 1999, expanding from 2 million square meters and 2,856 exhibitors to 400,000 square meters with over 90% of exhibits being high-tech products, including AI, robotics, and commercial aerospace [6][11] - The fair has facilitated 1,023 supply-demand matches and investment projects, with intended transaction and financing amounts exceeding 170 billion yuan, demonstrating its role in driving technological innovation and economic growth [11][12] Group 3 - CIHTAF has become a global innovation magnet, attracting over 120 countries and regions, and fostering international collaboration through specialized pavilions and procurement activities [7][9] - The event has seen participation from major international firms, indicating recognition of China's market potential and innovation environment, with companies like Remote and Hansa Flex seeking deeper cooperation [8][9] - The fair emphasizes the importance of integrating technology research, industry application, and market navigation, creating a comprehensive ecosystem for innovation [12][13]

Core Viewpoint - The integration of AI into the marine economy is rapidly advancing, with significant applications showcased at the 2025 China Marine Economy Expo in Shenzhen, highlighting the transformation of traditional industries through AI technologies [1][2]. Group 1: AI Applications in Marine Industry - Leading marine enterprises such as China Merchants, China Mobile, and China Unicom are demonstrating the latest AI applications, including autonomous vehicles and advanced shipping models, which enhance operational efficiency and safety [1][3]. - The "Shipping GPT" and "Fishing Book" models are examples of how AI is reshaping high-risk industries, while the "Sea Aster No. 1" has proven its effectiveness in disaster scenarios, avoiding production losses of 199,000 tons and reducing shutdown losses by over 1.5 billion yuan [1][16]. Group 2: Policy and Strategic Initiatives - Various regions are promoting "AI + Marine" initiatives, with Zhejiang Province aiming to establish over ten landmark applications by 2027, and Shenzhen releasing multiple industry application scenarios covering marine law enforcement and deep-sea resource development [1][8]. - The establishment of the "Marine AI Big Model Industry Alliance" in Qingdao, with Huawei as a leading member, signifies a collaborative effort to advance AI in marine applications [1][8]. Group 3: Smart Port Developments - The Shenzhen Mawan Port has transformed into the first 5G smart port in the Guangdong-Hong Kong-Macao Greater Bay Area, utilizing AI for automated operations, which increases efficiency by 20% compared to manual operations [3][4]. - The upcoming Yantian Port East Operation Area, set to open in 2026, will implement AI technologies for remote control and intelligent digital management, aiming for an annual throughput of 3 million TEUs [6]. Group 4: Telecommunications and AI Integration - Major telecommunications companies are prioritizing AI, with China Mobile reporting direct AI-related revenues in the tens of billions, and China Unicom forming a "Smart Ocean Corps" to leverage AI and 5G capabilities [8][9]. - AI applications in marine environments include the "Fishing Book" for smart aquaculture and the "Yue Shui An" platform for maritime safety, showcasing the potential for AI to address traditional challenges in the marine sector [9][11]. Group 5: Deep-Sea Engineering Innovations - China's deep-sea engineering projects, such as the "Sea Aster No. 1" and "Ocean Oil 119," utilize advanced technologies like digital twins and AI algorithms to enhance operational efficiency and safety in extreme conditions [12][15]. - These projects have demonstrated resilience against severe weather, with the ability to avoid significant production losses during typhoons, showcasing the effectiveness of integrated digital technologies in deep-sea operations [16][17].

Core Insights - The 2025 China Marine Economy Expo (referred to as "Marine Expo") opened in Shenzhen, themed "Digital Intelligence Deep Blue, Co-creating the Future," marking its first market-oriented exhibition with an area of 40,000 square meters and over 300 participating enterprises [1] Group 1: Exhibition Highlights - The Marine Expo focuses on four core areas: marine energy, deep-sea technology, marine intelligent equipment, and marine electronic information, while also extending to high-potential sectors like marine modern services, marine biomedicine, and coastal tourism [2] - Major companies, including Fortune 500 firms, large state-owned enterprises, and specialized "little giant" companies, participated in the exhibition, showcasing advanced marine technologies and equipment [2] Group 2: Technological Innovations - The "Marine Oil 119" platform integrates 14 oil and gas production modules and features the most complex offshore oil and gas processing technology in China, equivalent to a 300,000 square meter onshore facility [3] - The "Sea Aster 1" platform employs 15 key technologies for intelligent control and introduces a new desulfurization device and dual-fuel generator, enhancing energy efficiency and environmental sustainability [3] - The "Sea Base 2" platform utilizes digital twin technology for real-time monitoring and AI algorithms to optimize structural stress, extending its design life to 50 years and improving operational efficiency [3] Group 3: International Collaboration - The Marine Expo emphasizes international collaboration, featuring seven core forums discussing topics such as blue economic growth and global marine governance, including the APEC International Marine Seminar [4] - Experts highlight that new technologies will drive high-quality development in the marine economy, transitioning from resource exploitation to sustainable development led by technological innovation [4] Group 4: Future Directions in Marine Development - The core directions of the "Deep Blue Revolution" are summarized as "inward, deep, intelligent, and green," focusing on understanding marine life systems, advancing deep-sea exploration technologies, creating a "transparent ocean" through digital integration, and promoting harmonious coexistence with nature [5][6]

Core Insights - The 2025 China Marine Economy Expo, themed "Digital Intelligence Deep Blue, Co-creating the Future," is being held in Shenzhen from October 28 to 30, showcasing over 300 leading enterprises and technology companies in the marine sector [1][2] - The expo features four core exhibition areas focused on marine energy, deep-sea technology, marine intelligent equipment, and marine electronic information, along with three high-potential application fields: modern marine services, marine biomedicine, and coastal tourism [1][2] - The event aims to create a platform for communication and cooperation in the marine economy, with participation from Fortune 500 companies, large state-owned enterprises, and specialized "little giant" firms [1][2] Industry Developments - The "Marine Oil 119" platform integrates 14 oil and gas production function modules, representing the most complex offshore oil and gas processing technology in China, akin to a 300,000 square meter onshore facility [3] - The "Hurricane One" platform features a smart integrated control system and new natural gas desulfurization technology, enhancing energy efficiency and environmental sustainability in offshore oil fields [3] - The "Sea Base Two" platform employs digital twin technology with 16,000 monitoring points, optimizing structural stress through AI algorithms, extending its design life to 50 years, and improving operational efficiency by 22% [3] Future Directions - The marine economy is expected to transition from resource exploitation to a model driven by technological innovation and sustainable development, termed the "Deep Blue Revolution" [4][5] - This revolution is characterized by four dimensions: inward exploration of marine life systems, deep-sea technological advancements, the creation of a "transparent ocean" through digital monitoring, and a harmonious coexistence with nature [5][6] - Future marine development will focus on renewable energy sources such as offshore wind, tidal, and wave energy, contributing to a "blue energy grid" for coastal economic and social development [6]