报告显示，全球海洋城市竞争力呈现清晰的"四大梯队"分化格局。伦敦、新加坡、纽约凭借其综合优势 稳居第一梯队，成为全球海洋发展的标杆。东京、上海、香港和悉尼等城市也跻身前列，共同组成了全 球海洋经济的"头部力量"。 亚太城市集体崛起，在第二、三梯队中占比显著，中国城市表现尤为活跃。在全球海洋城市竞争力方 面，深圳排名全球第11，青岛排名全球第16，这些城市凭借在科技创新、经贸活力等领域的优势，已成 为全球海洋竞争中不可忽视的"中国力量"。 顶尖城市各具特色 中国城市"硬实力"突出 报告深入分析了全球顶尖海洋城市的竞争优势。伦敦作为老牌海洋强市，展现了无与伦比的综合实力， 在科技创新、海事服务、国际影响和城市治理四大维度均排名全球第一，其完善的海洋法律体系和海事 金融服务生态成为其核心竞争力。新加坡则以高效的政府治理和枢纽地位，夺得经贸活力全球第一的宝 座，其港口效率与开放度备受认可。 10月11日，由综合开发研究院（中国·深圳）可持续发展与海洋经济研究所与广东粤港澳大湾区研究院 联合编制的《全球海洋城市竞争力指数报告（2025）》在深圳正式发布。报告显示，深圳在科技创新维 度高居全球第四，其在海洋电子信息、高端 ...

报告指全球海洋城市呈四大梯队分化，亚洲力量崛起明显 中新社深圳10月11日电 (记者 索有为)由综合开发研究院(中国·深圳)可持续发展与海洋经济研究所与广 东粤港澳大湾区研究院联合编制的《全球海洋城市竞争力指数报告(2025)》(下称"报告")11日在深圳发 布。报告显示，全球海洋城市呈四大梯队分化，亚洲力量崛起明显。 报告主编、经济学家樊纲表示，当前，人工智能、深海开发、蓝碳交易等新技术新业态正重塑海洋竞争 逻辑，中国海洋城市在保持"硬基建"优势的同时，需在规则制定、生态构建等"软实力"方面实现突破。 (完) 来源：中国新闻网 编辑：徐世明 报告基于经贸活力、科技创新、海事服务、国际影响和城市治理五大维度，对全球60个海洋城市进行了 系统评估。 广告等商务合作，请点击这里 报告显示，伦敦、新加坡、纽约凭借其综合优势稳居第一梯队，成为全球海洋发展的标杆。东京、上 海、香港和悉尼等城市也跻身前列，共同组成了全球海洋经济的"头部力量"。亚太城市集体崛起，在第 二、三梯队中占比显著，中国城市表现尤为活跃。深圳(全球第11)、青岛(全球第16)等城市凭借在科技 创新、经贸活力等领域的优势，已成为全球海洋竞争中不可忽视 ...

Group 1 - Global risk aversion is driving oil prices higher, with WTI crude futures at $73.75 per barrel and Brent crude at $74.56 per barrel as of June 13, indicating a new upward cycle in international oil prices [1] - Honghua Group, a leading global manufacturer of oil and gas exploration and drilling equipment, has seen its stock price rise by 34% this month and 68.9% year-to-date, closing at 0.201 HKD with a price-to-book ratio of 0.49x [1] Group 2 - Rising oil prices are expected to drive capital expenditure expansion in the oil and gas sector, benefiting Honghua Group's core business as demand for high-efficiency, intelligent, and reliable oil and gas equipment increases [2] - The company signed a sales agreement for intelligent drilling rigs worth over 1.5 billion RMB with a Middle Eastern client, showcasing strong recognition from top global clients [2] - Honghua Group's self-developed intelligent drilling rigs utilize machine learning to optimize drilling parameters, making them key tools for clients to enhance capacity and efficiency during favorable oil price conditions [2] Group 3 - The increase in oil prices will not only stimulate traditional onshore and shallow water oil and gas development but also enhance the economic viability of deep-sea projects, leading to increased investment in deep-sea development [3] - The company has significant expertise in deep-sea development, having participated in the design and construction of China's first deep-sea drilling vessel, "Dream" [3] - Honghua Group's subsidiary signed contracts worth over 240 million RMB for shipbuilding projects, demonstrating its competitive capabilities in the deep-sea equipment sector [3] - With a robust order book and a recovering industry outlook, the company's performance is expected to grow, driven by the increasing market penetration of high-end intelligent drilling rigs and rapid expansion in the marine engineering sector [3]

Core Viewpoint - The 2025 Government Work Report emphasizes the importance of deep-sea technology, indicating a potential increase in policy support and investment opportunities in this sector [2][8]. Group 1: Government Policy and Industry Development - The report introduces "deep-sea technology" as a new focus area, highlighting the government's commitment to the development of emerging industries such as commercial aerospace, low-altitude economy, and deep-sea technology [2][8]. - It is anticipated that both central and local governments will issue supportive policies and industry plans related to deep-sea technology, accelerating the construction of this sector and enhancing the investment value of key companies involved [2][3]. Group 2: Deep-Sea Resources - Deep-sea areas are defined as those with depths exceeding 200 meters, characterized by high pressure, low temperature, darkness, and complex geology. These regions are rich in mineral resources, including polymetallic nodules and hydrothermal sulfides [3]. - The deep-sea mining vessel "Nautilus New Era," launched in 2018, can operate at depths of 2,500 meters and has a cargo capacity of 39,000 tons, showcasing the potential for resource extraction in these depths [3]. Group 3: Technology and Material Requirements - Deep-sea perception and communication technologies primarily utilize acoustic methods due to the rapid attenuation of electromagnetic waves in seawater, with significant market growth expected for fiber optics and acoustic devices [4][5]. - The extreme water pressure at depths of 1,000 meters necessitates the use of titanium alloy for submersible hulls, as traditional materials like aluminum and high-strength steel are inadequate [5][6]. Group 4: Investment Opportunities - The introduction of "deep-sea technology" in the government report suggests a favorable environment for investment in related sectors, particularly in acoustic technology and titanium materials [8].