Group 1 - The first batch of large offshore engineering heavy items from Jiangsu Tianeng Marine Heavy Industry Co., Ltd. has been exported to the Middle East, contributing to the "Belt and Road" initiative [1] - The project involves a 73-meter long, 3-meter diameter, and 350-ton oil and gas pipe pile, showcasing high standards in non-destructive testing and welding quality with a qualification rate of over 99.9% [1] - The company utilizes advanced automated welding equipment and plate rolling machines to meet high precision requirements for the products [1] Group 2 - The second phase expansion project of Jiangsu Tianeng Marine Heavy Industry was completed in June, with a total investment exceeding 1 billion yuan, focusing on manufacturing technology for 15-meter diameter single piles and super-large guide frames [2] - The annual output value after production is expected to exceed 2 billion yuan, providing strong capacity support for the company's expansion into overseas markets [2] - The Qatar oil and gas pipe pile project consists of seven phases over approximately ten years, with future products including wind towers, single pile structures, and guide frame structures to be shipped globally [2]

Core Viewpoint - The development of marine engineering is crucial for building a maritime power, directly supporting national strategic resource and energy security, as well as sustainable economic development [2][4]. Group 1: Current Status and Importance of Marine Engineering - Marine engineering technology is essential for constructing various facilities such as sea walls, docks, artificial islands, and oil and mining platforms, which face challenges from harsh marine conditions [3][4]. - The technology plays a significant role in addressing climate change, protecting marine ecosystems, and enhancing marine governance capabilities [4]. Group 2: Research Directions and Challenges - While marine engineering technology in shallow waters is becoming mature, there remains a gap in deep-sea technology compared to global standards [5]. - The focus is shifting towards deep-sea oil and gas exploration, large floating wind farms, and deep-sea aquaculture, necessitating advancements in marine engineering to support these developments [5]. Group 3: Contributions and Innovations - The team has developed key technologies for shallow water construction, which have been applied in over 30 major projects domestically and internationally, providing a solid foundation for marine technology innovation [4][9]. - Recent innovations include integrated construction equipment for underwater cable and pipeline laying, designed to operate in deep-sea environments [5]. Group 4: Talent Development and Future Outlook - The cultivation of talent in marine engineering should align with the characteristics of the discipline and the demands of the times, emphasizing interdisciplinary knowledge and practical experience [10]. - Young researchers are encouraged to integrate personal aspirations with national goals, fostering a spirit of perseverance and dedication to scientific inquiry [9][10].

Core Viewpoint - The development of advanced marine engineering technology is essential for building a maritime power, as it directly supports national strategic resource and energy security, as well as sustainable economic development [2][3]. Group 1: Current State of Marine Engineering Technology - China's marine engineering technology is maturing in shallow water areas, but there is still a gap compared to global advanced levels in deep-sea fields [3]. - The focus of marine engineering research includes deep-sea oil and gas exploration, large floating wind power, and deep-sea aquaculture, driven by the wave of intelligent technology [3][4]. Group 2: Contributions to Deep-Sea Development - The team has developed various marine engineering equipment to tackle challenges in deep-sea environments, such as extreme conditions and system integration [4]. - Innovations include integrated construction equipment for laying underwater cables and pipelines in deep-sea environments, and fully assembled deep-water construction equipment [4]. Group 3: Importance of Marine Engineering in National Strategy - Marine engineering technology plays a crucial role in upgrading high-end equipment manufacturing, new materials, and intelligent control industries, as well as in addressing climate change and protecting marine ecosystems [2]. - The successful application of key technologies in shallow water has been demonstrated in over 30 major projects domestically and internationally, providing a solid foundation for marine technology innovation [2][8]. Group 4: Talent Development in Marine Engineering - The cultivation of young talent in marine engineering should align with national needs, emphasizing practical application and interdisciplinary knowledge [10]. - The training process should incorporate real-world engineering experiences, fostering a hands-on learning environment for students [10].

Core Viewpoint - The ocean economy is emerging as a new growth point for coastal provinces and cities in China, with significant government support and policy initiatives aimed at promoting its development [2][3]. Economic Performance - In the first half of the year, China's marine GDP reached 5.1 trillion yuan, marking a year-on-year growth of 5.8% [2]. - The marine GDP is projected to exceed 10 trillion yuan in 2024, reaching 10.5438 trillion yuan, with a growth rate of 5.9%, outpacing the national GDP growth by 0.9 percentage points [3]. - Marine aquaculture production increased by 5.6% year-on-year, contributing to a 4.8% rise in marine food production [3]. Sector Highlights - The marine tourism sector saw an increase in value added to 771.8 billion yuan, growing by 8% year-on-year, with cruise tourism experiencing a surge in passenger numbers [4]. - The marine transportation sector reported a 5.2% increase in cargo volume and a 6.9% increase in cargo turnover [5]. - The marine engineering equipment manufacturing industry maintained a leading international market share, with new orders, completed orders, and hand-held orders accounting for 64.0%, 47.2%, and 57.6% of the global market, respectively [5]. Emerging Industries - There is a rapid rise in emerging marine industries, although traditional industries still dominate, with marine fisheries, coastal tourism, and marine transportation accounting for nearly 90% of the marine economy [6]. - The development of marine renewable energy, marine biomedicine, and high-tech marine equipment is expected to create significant growth opportunities [6]. Regional Developments - Various regions are actively laying out plans for marine economic development, with Hainan aiming to build a modern marine industry system by 2027 [7]. - Shanghai's marine GDP reached 1.1387 trillion yuan in 2024, growing by 11.2%, and the city is focused on developing a world-class shipbuilding and marine engineering equipment industry [8]. - Fujian province, a leader in marine production, is accelerating its investment in the marine biomedicine sector, with a new high-tech industrial park under construction [8]. Overall Outlook - The regional driving effect of the marine economy is becoming increasingly significant, with provinces like Shandong, Guangdong, and Hainan actively promoting marine economic development [9].

Core Viewpoint - The new generation of shallow draft self-elevating offshore operation support platform has successfully launched in Qingdao, Shandong, indicating advancements in offshore engineering capabilities and potential growth in the maritime industry [1][2][3]. Group 1: Industry Developments - The launch of the new platform represents a significant technological advancement in offshore operations, enhancing efficiency and safety in marine construction and maintenance [1][2]. - This platform is designed to operate in shallow waters, which expands the operational scope for various offshore projects, including renewable energy installations and marine resource exploration [3][4]. Group 2: Company Impact - The successful launch is expected to strengthen the competitive position of companies involved in offshore engineering and construction, potentially leading to increased market share and revenue growth [1][5]. - The platform's capabilities may attract new contracts and partnerships, further driving innovation and investment in the sector [2][4].

编辑：熊展平 2012年，武汉船机首次涉足海上作业支持平台领域，13年来陆续建造40余座，其中交付 中东地区23座。 "2014年首次出口中东，客户对武汉船机产品很满意。"武汉船机技术中心海洋工程装备 所所长赵彬说，武汉船机可独立完成基本设计、详细设计、生产设计和总包建造，建造周期 可控；同时，在中东、东南亚等地设立了售后服务站点，可确保客户买得放心、用得安心。 武汉船机有关负责人介绍，在共建"一带一路"倡议引领下，武汉船机加大海外市场拓展 力度，在发挥自身优势的同时，从核心智能化、全面数字化、智能制造技术应用等方向发展 新质生产力，着力于海工平台绿色化、智能化、高端化产品建设，持续提升船海工程装备技 术水平及海工平台工程总包和设计建造能力，开展外贸出口和提升国产装备竞争力双向融 合，为促进国内国际双循环贡献力量。 8月3日，中船集团武汉船机总包建造的JANA506、JANA507两座新一代浅吃水自升式 海上作业支持平台，从青岛起航发往沙特。 因为有4条"大长腿"深深"扎"进海里，这种自升式支持平台也被形象地称为"海上高脚 屋"。它能在复杂海洋环境下完成平台起升、起重货物、平台自航等任务。平台面积约为5个 标 ...

广东历来重视海洋经济发展，为了落实海洋强国战略，促进海洋经济高质量发展，全面推进海洋强省建 设，广东发布了《广东省促进海洋经济高质量发展条例》（以下简称"条例"），并已于7月1日起施行。 该条例重视产业发展，强调推动海洋产业向非沿海地区延伸，加强涉海产能合作，拓展海洋经济发展空 间；注重政府统筹规划与有效引导，引导涉海企业向经济技术开发区、高新技术产业开发区、省产业 园、海关特殊监管区以及其他产业园区等集聚发展，并探索建设海洋产业园区；更加突出创新引领，支 持有条件的地方建设现代化海洋牧场创新试验区。 广东是制造业大省，海洋领域的高端制造方面也应加速发力。条例指出，省、地级以上市人民政府工业 和信息化等有关主管部门应当推动海洋工程装备制造业巩固提升，增强高端海洋工程装备研发、设计和 建造能力，支持新技术、新材料的示范应用。同时，鼓励涉海企业在深远海渔业工程装备、海洋油气探 采装备、海洋新能源装备等领域突破关键技术，支持发展深潜器、无人船艇、水下机器人等新型海洋装 备。 特约评论员 熊夏柠 7月召开的中央财经委员会第六次会议，研究纵深推进全国统一大市场建设、海洋经济高质量发展等问 题。会议强调，建设全国统一大市 ...

Core Viewpoint - The article emphasizes the importance of advancing the construction of a unified national market and high-quality development of the marine economy in Guangdong, which is crucial for building a new development pattern and promoting high-quality growth [1][4]. Group 1: Policy and Regulation - Guangdong has implemented the "Regulations on Promoting High-Quality Development of the Marine Economy," effective from July 1, which focuses on extending marine industries to non-coastal areas and enhancing cooperation in marine capacity [2][4]. - The regulations highlight the need for government planning and guidance to cluster marine enterprises in designated economic zones and explore the establishment of marine industrial parks [2][3]. Group 2: Industry Development - The regulations call for the enhancement of high-end marine engineering equipment manufacturing capabilities and support for breakthroughs in key technologies in deep-sea fishing, marine oil and gas exploration, and marine renewable energy equipment [2][3]. - There is a strong emphasis on the application of new technologies in the marine sector, including the integration of IoT, big data, and artificial intelligence [3]. Group 3: Infrastructure and Economic Growth - The regulations aim to promote the development of offshore wind power and optimize port resources to enhance regional port cluster development [3][4]. - Guangdong's financial commitment to marine economic development is significant, with nearly 2 billion yuan invested over the past seven years to support 315 marine projects [4].

Core Viewpoint - Dongying City is committed to high-quality development of the marine economy, aiming to establish itself as a modern marine city while implementing various initiatives to enhance marine industry growth and ecological protection [3][9]. Marine Economic Development - The marine GDP of Dongying is projected to exceed 120 billion yuan in 2024, with a year-on-year growth of 7.1%, leading the province [3]. - In the first half of this year, the marine GDP reached 61.072 billion yuan, with 13 major marine industries contributing 46.2 billion yuan, reflecting a 7.6% increase [3]. - Emerging marine industries such as marine engineering equipment manufacturing and seawater desalination have shown significant growth, with a 9.8% increase in added value [3]. Modern Marine Industry System - Dongying is focusing on building a modern marine industry system by leveraging its marine resources and fostering industry clusters [4]. - Traditional marine industries are undergoing transformation, with a 4.6% increase in total aquatic product output, reaching 243,000 tons [4]. - The marine oil and gas industry is also growing steadily, with offshore crude oil production reaching 1.796 million tons per year [4]. Port and Logistics Development - The port's cargo throughput reached 45.95 million tons in the first half of the year, marking a 17.64% increase [6]. - Dongying Port is enhancing its capabilities with the completion of new berths and the establishment of a multi-modal transport system [6]. Technological Innovation - Dongying is prioritizing technological innovation in the marine sector, with 38 high-tech marine enterprises and several research centers established [7]. - Significant breakthroughs in high-end technology have been achieved, including advancements in underwater oil and gas production systems [7]. Ecological Protection - The city emphasizes ecological protection alongside development, implementing comprehensive marine pollution control measures [8]. - Efforts include the restoration of coastal wetlands and the management of marine biological resources, with 6 billion aquatic seedlings released during the current five-year plan [8]. Future Directions - The Dongying Marine Development and Fisheries Bureau aims to further enhance the marine economy while ensuring ecological protection and developing marine ports [9].

合资公司注册资本为3750万元。其中，海发集团出资1912.5万元，持股51%；獐子岛出资337.5万元，持 股9%；海大投管出资300万元，持股8%；海发智创科技出资1200万元，持股32%。合资公司经营范围包 括水下系统和作业装备制造、水下系统和作业装备销售、海洋工程装备销售、海洋工程装备制造、潜水 救捞装备制造、潜水救捞装备销售、海洋工程关键配套系统开发、海洋工程装备研发等。 北京商报讯(记者郭秀娟实习记者王悦彤)7月30日，獐子岛（002069）发布公告称，公司拟与大连獐子 岛海洋发展集团有限公司(以下简称"海发集团")、大连海事大学投资管理有限责任公司(以下简称"海大 投管")、大连海发智创科技发展中心(有限合伙)(以下简称"海发智创科技")共同投资设立大连海发智能装 备有限公司(暂定名)。海发集团为獐子岛间接控股股东，上述事项构成关联交易。 ...