据Mero二期吸力锚建造项目经理王腾飞介绍，装备安装海域最大水深超过2000米，是国内承建的应用 水深最大的超深水吸力锚项目，海油工程珠海深水装备制造基地负责全部24套吸力锚加工设计、材料采 购、建造、测试和装船工作，结构总重约2674吨。 新华财经北京7月13日电（记者安娜）记者13日从中国海油集团获悉，由其下属单位海洋石油工程股份 有限公司（简称"海油工程"）承建的24套2000米级国际超深水吸力锚，在广东珠海全部交付离港。本次 交付的吸力锚将应用于全球巨型盐下超深水油田——巴西梅罗（Mero）二期项目。 吸力锚是海洋工程关键装备，它利用负压工作原理，像大型吸盘一样牢牢吸附在海泥中，实现海洋设施 高效固定，被誉为深远海能源开发的"定海神针"。吸力锚具有可高效安装、可回收复用、高承载力等突 出优势，广泛应用于深水油气田、海上风电等领域。 Mero二期吸力锚最大建造单体高达21米，直径达8米，而壁厚仅为25毫米，是典型的薄壁大直径筒体结 构，对项目建造提出很大挑战。项目团队通过技术攻关，在国内首创超深水吸力锚卧式接长、立式总装 调试建造工艺，创新采用"旋转筒体再吊装"等总装方案，大规模应用三维扫描测量、有限元 ...

Core Viewpoint - The delivery of 24 sets of 2000-meter deep-water suction anchors by China National Offshore Oil Corporation (CNOOC) to Brazil marks a significant achievement in China's deep-sea equipment manufacturing, showcasing international recognition of "Made in China" deep-sea technology [1] Group 1: Company Achievements - CNOOC has successfully constructed and delivered 24 sets of 2000-meter deep-water suction anchors, which are among the largest deep-sea oil and gas equipment exported by China [1] - The suction anchor is a critical piece of equipment for deep-water mooring, functioning like a large suction cup that firmly attaches to the seabed, ensuring efficient fixation of marine facilities [1] Group 2: Industry Impact - The delivery signifies a milestone in the acceptance of Chinese deep-sea equipment in the international mainstream market, indicating a growing competitiveness of China's manufacturing capabilities in the deep-sea energy sector [1] - The suction anchor is referred to as the "stabilizing needle" for deep-sea energy development, highlighting its importance in the industry [1]

【深圳商报讯】（记者苑伟斌范宏韬）2025年7月11日是我国第二十一个航海日，也是"世界海事日"在 我国的实施日。7月11日，由中国大洋矿产资源研究开发协会（以下简称"中国大洋协会"）、深圳市海 洋发展局、深圳市前海管理局等单位主办的"从深圳驶向深蓝从前海驶向深海：环球科考赋能全球海洋 中心城市建设暨深圳国际海洋创新研究院揭牌仪式"在深圳蛇口邮轮母港举行。陈大可、张偲、林间等 院士出席，来自政府、科研院校、机构、企业等近百名嘉宾见证。 活动上，中国大洋协会、市海洋发展局、市前海管理局签署战略合作框架协议，三方将共建深圳国际海 洋创新研究院"七中心+两平台"，布局落地深海科创平台等高水平创新载体；举行中国大洋协会深圳国 际海洋创新研究院、深圳海洋大学（筹）前海海洋产学研基地、印度洋国际海洋青年学者联盟、全球中 小学海洋素养联盟等重点海洋项目揭牌仪式。 据悉，活动当天下午，i3航次的执行船舶"向阳红10"号面向深圳市中小学生开放参观，学生们登上科考 船，近距离接触海洋探测设备，感受海洋科考的科技魅力。 （文章来源：深圳商报） 中国大洋协会理事长张占海表示，深圳国际海洋创新研究院将聚焦新技术、新材料研发成果转化为新 ...

由 长三角船舶与海工装备技术创新中心、长三角海上风电智能运维创新联盟、江苏科技大学海洋资源 开发技术创新研究院 联合主办的2025（第五届）海洋清洁能源技术与装备高峰论坛（简称： MCES2025）将于 7月23-25日 在 南通 召开， 将针对" 融合发展需要哪些创新技术驱动？"、"如 何将示范工程的成功经验快速规模化？"、"深远海施工成本困局如何破解？ "等热点话题展开探讨。 论坛同期举办青年科学家10²论坛、产业发展与创新技术全体大会、四大专题论坛，以及产业需求对接、 创新产品与技术展览、项目地图发布等特色活动。 组织机构 联合主办单位 江苏科技大学海洋资源开发技术创新研究院 协办单位 东南大学南通海洋高等研究院 哈尔滨工程大学长三角高等研究院 宁波大学 浙大宁波理工学院 承办单位 宁波德泰中研信息科技有限公司（DT新材料）、海洋装备与关键材料 论坛主席 Torgeir Moan，中国工程院外籍院士、挪威皇家科学院院士、宁波大学教授 徐立新，长三角船舶与海工装备技术创新中心主任 主办单位 长三角船舶与海工装备技术创新中心 长三角海上风电智能运维创新联盟 执行主席 崔 琳，长三角船舶与海工装备技术创新中心 ...

Core Viewpoint - The "Yangxi No.1" 1+30 deep-sea comprehensive aquaculture platform project has commenced with an investment of nearly 200 million yuan, aiming to enhance the marine economy and promote intelligent and large-scale development in deep-sea aquaculture [10][22][38]. Group 1: Project Overview - The project is designed by the Guangzhou Institute of Energy Research, Chinese Academy of Sciences, and constructed by China Water Electric Corporation (Yangjiang) [11][12]. - The platform features a steel semi-submersible truss structure, equipped with a four-corner anchoring positioning system, consisting of a main aquaculture platform with a water capacity of 60,000 cubic meters and 30 gravity net cages [12][13]. - It is designed to withstand typhoons of level 17 or higher, addressing the limitations of traditional aquaculture methods [13][14]. Group 2: Economic and Environmental Impact - The project is expected to significantly contribute to local marine fisheries, resource conservation, and ecological restoration [24]. - The platform's annual fish collection capacity is projected to reach 4 million pounds, enhancing local seafood production [44]. - The initiative aligns with the provincial strategy to develop a modern marine industry system and aims to establish a national-level marine ranch demonstration area [35][38]. Group 3: Technological Advancements - The platform incorporates advanced technologies such as automatic feeding, fishing facilities, video monitoring, water quality monitoring, meteorological monitoring, and 5G communication systems, along with solar power generation [40][41]. - This technological integration aims to transform traditional fishing practices into a more sustainable and efficient model [41][42]. Group 4: Support and Collaboration - Local government officials have expressed strong support for the project, emphasizing their commitment to facilitating its construction and addressing any challenges [28][65]. - The project is seen as a milestone for marine ecological restoration and tourism development in Yangxi County [59][62].

Core Viewpoint - Samsung Heavy Industries has secured a high-end FLNG order, reinforcing its position as the leading "FLNG shipyard" in the global marine engineering sector [2] Group 1: Contract Details - Samsung Heavy Industries signed a preliminary work contract for a floating liquefied natural gas (FLNG) facility with a shipowner in Africa, valued at 869.4 billion KRW (approximately 635 million USD or 4.55 billion RMB), which represents 8.8% of the company's revenue from the previous year [2] - This contract is for the second FLNG of the Mozambique Coral Sul project by Italy's ENI Group, with a total expected construction contract value of up to 2.5 billion USD (approximately 17.94 billion RMB) [2][3] - The FLNG is expected to have an annual production capacity of 3.5 million tons and is planned to be operational by 2028 [3] Group 2: Market Position and Orders - Samsung Heavy Industries has secured 19 new ship orders this year, totaling 3.3 billion USD (approximately 23.68 billion RMB), achieving 34% of its annual order target of 9.8 billion USD [3] - The company anticipates receiving at least 4 FLNG orders this year, with a total contract value of approximately 5.5 billion USD (around 39.46 billion RMB) [3] - Samsung Heavy Industries holds a 55% market share in the global FLNG market, making it the leading company in this sector [5] Group 3: Technical Capabilities - The construction of FLNGs is highly complex and costly, with profit margins typically reaching double digits, positioning them as the "crown jewel" of the marine engineering industry [5] - Samsung Heavy Industries has delivered three FLNGs to date, including the world's largest FLNG, the Prelude, which has an annual production capacity of 3.6 million tons of LNG [6]

Core Viewpoint - The Sanya Yazhou Bay Tropical Ocean University Marine Ranch Teaching and Research Demonstration Base Project has successfully passed inspection, marking it as the first teaching and research-oriented marine ranch in China, establishing a new model for marine ranch construction led by universities [1][2]. Group 1 - The project is located in the waters near Dongluo Island, covering an area of 70.2044 hectares and constructed with 1,503 artificial reefs. The inspection data indicates significant biological attachment in the reef area, with active fish aggregation and initial ecological restoration effects [1]. - A key highlight of the project is the introduction of a "new water flow energy supply system," which overcomes challenges such as marine corrosion, biological attachment, and adverse weather impacts, providing a stable power source by converting ocean kinetic energy. The system has demonstrated strong typhoon resistance, low maintenance frequency, good environmental adaptability, and long-term cost advantages after a year and a half of operation [1]. - The project serves as a multidisciplinary platform for education and research, providing a real training ground for high-level applied talent in the marine field. Data collected during the marine ranch operation will lay the foundation for deep-sea research, while the water flow energy technology will serve as a model for energy upgrades in marine ranches nationwide [2]. Group 2 - The project includes evaluations of six types of reefs, which will provide scientific references for marine scholars conducting ecological research, aquaculture teams experimenting with fish aggregation domestication, and tourism professionals planning ecological tourism projects [2].

原标题：《海洋文化十八讲》：叩开海洋探索新门扉 幸运的是，当前海洋经济已开始向可持续蓝色经济转型，加上蓝色金融的兴起和数字技术的赋能， 将为海洋与人类社会的和谐共生开辟新的路径。同时，国际和区域涉海条约与制度的建立，主权争端和 海洋划界的妥善处理，都维护着海洋的和平与稳定，为海洋资源的可持续开发与利用创造良好环境。 作为一本面向大学本科生的通识教材，《海洋文化十八讲》深入浅出地讲解了海洋学的基础知识， 并融合历史、文化、经济、法律和现代科学知识，为学生打开了一扇全面了解海洋与人类社会关系的 窗。 在浩瀚无垠的宇宙中，蓝色星球——地球，宛如一颗璀璨夺目的宝石。而构成这蓝色星球的主体， 便是那覆盖了近71%的地球表面，神秘莫测、壮阔无垠的海洋。海洋不仅塑造了地球独特的自然景观， 更在人类文明的发展历史中扮演着举足轻重的角色。它蕴含着丰富的资源，孕育着多样的生命，承载着 古今人类探索未知的梦想和追求。 海洋是生命的摇篮，它为生命的诞生与进化提供了条件。近40亿年来，海洋陆续见证了单细胞生 物、真核生物、多细胞生物出现等演化里程碑以及动植物体型增长、结构复杂化、种属多样化等过程。 随着时间的推进，一些海洋生物先后登上 ...

推动产业深度融合，促进海洋休闲消费。坚持以文塑旅，以旅彰文，宣传推广优质海洋文旅融合产品， 推动海洋文化产业和海洋旅游产业及相关产业融合发展，增强海洋文旅产业质量效益和核心竞争力。引 导邮轮旅游、海岛度假、海洋运动、休闲渔业等业态健康发展，丰富"音乐演出+海洋旅游""体育赛事 +海洋旅游""艺术展览+海洋旅游"等业态。因地制宜培育海洋旅游演艺新业态、新模式、新空间，鼓励 打造中小型、主题性、特色类海洋旅游演艺项目。打造特色海洋文化品牌，以琅琊台遗址、海上丝绸之 路、妈祖文化等特色海洋文化生态为依托，培育开展文艺演出、非遗展示、民俗展演等特色活动，创新 发展海洋特色民宿、夜间经济、老字号传统技艺体验等新型业态，促进海洋休闲娱乐消费。 日前召开的中央财经委员会第六次会议强调，打造海洋特色文化和旅游目的地。这为做强做优做大海洋 产业提供了新增长点。海洋是高质量发展战略要地，大力发展海洋文旅产业，对于推进沿海地区经济转 型升级、建设海洋强国具有重要意义。 近年来，我国海洋文旅产业增加值持续走高，产业的特色化不断彰显。《中国海洋经济统计公报》显 示，2024年我国海洋生产总值首次突破10万亿元，占国内生产总值的比重达到 ...

会议举行了"妈祖"系列海洋模式与鲲鹏全新处理器联创成果发布启动仪式。预报中心"妈祖"系列自主模式，凭借深厚的技术积淀与卓越的自主创新能 力，在海洋预报领域独树一帜；华为高性能计算，则以强大的算力支撑和前沿的技术理念，引领着计算科技的新潮流。两个单位跨越行业界限，开启深度合 作，不仅是技术领域的强强联合，更是海洋数值预报与智能预报创新发展的有力见证。 本次会议围绕海洋数值预报模式的研发与业务应用、人工智能技术在海洋预报中的应用、数据融合同化与业务应用、专项海洋预报服务典型案例等四大 议题作了16个主题报告，与会专家进行了充分交流讨论。 会议期间，国家海洋环境预报中心负责人介绍了预报中心走过的六十载峥嵘岁月。1965年，国家海洋局在北京组建"海洋水文气象预报总台"，开启了波 澜壮阔的发展征程，"七五"期间，中国科学院院士巢纪平主持国家科技攻关重点项目"海洋环境数值预报研究"，开创了我国海洋环境数值预报业务先河。党 的十八大以来，预报中心始终将习近平总书记"人民至上、生命至上"的崇高理念铭记于心、践之于行，积极响应"实现高水平科技自立自强"的系列重要指 示，全身心投入到海洋灾害预警报工作中，大力推进自主创新，凭借不 ...