王沪宁表示，人民政协要准确把握"十五五"时期发展形势任务，紧扣2035年基本实现社会主义现代化目 标，聚焦"十五五"时期经济社会发展目标和重大战略任务、重大改革举措、重大工程项目等，积极为全 面推动高质量发展、推进高水平对外开放、扎实推进全体人民共同富裕等建好言、助好力。要结合制定 和落实年度协商计划等，把制定实施"十五五"规划的相关重点问题纳入视察考察调研、协商议政、民主 监督、社情民意信息等工作安排，形成高质量的研究成果和对策建议。要高质量做好全国政协各项工 作，学习好宣传好贯彻好中共二十届四中全会精神，推动学习贯彻习近平总书记在庆祝中国人民政治协 商会议成立75周年大会上的重要讲话精神走深走实，完成好年度履职任务。 会议通过修订后的《中国人民政治协商会议全国委员会提案工作条例》。 新华社北京8月26日电 政协第十四届全国委员会常务委员会第十三次会议26日下午在京闭幕，会议 以"制定国民经济和社会发展'十五五'规划"为议题协商议政。中共中央政治局常委、全国政协主席王沪 宁主持闭幕会并讲话。他表示，"十四五"以来，在以习近平同志为核心的中共中央坚强领导下，我国经 济社会发展取得新的开创性进展、突破性变革、历 ...

该平台的建成，不仅有效助力企业降本增效、加速创新，也有助于加速构建"基础研究—技术攻关—成 果转化—科技金融—人才支撑"的全过程创新生态链，以及"技术研发—测试验证—成果转化"全链条服 务体系；还能够促进产学研的深度融合，搭建起科研机构、企业与政府之间的紧密合作桥梁。各方将充 分发挥自身优势，形成强大的发展合力，为深圳打造全球海洋中心城市、大鹏新区打造全球海洋中心城 市集中承载区贡献力量。 【深圳商报讯】（记者张妍通讯员张云峰）8月14日，深圳市海洋科技（大鹏新区南澳）创新测试平台 揭牌，标志着集科研测试、成果转化、生态保护于一体的开放式海洋试验场正式投用。深圳市海洋发展 局、深圳市科技创新局、自然资源部深圳海洋中心、深圳市海洋发展促进中心、大鹏新区等单位领导和 10多家涉海高校、企业代表共同出席活动。 4月以来，在市海洋发展局和大鹏新区管委会的指导下，南澳办事处数月攻坚，通过联合中国科学院深 圳先进技术研究院、清华大学深圳国际研究生院、广东海洋大学深圳研究院等涉海科研机构，出台制 度、升级硬件，全力推动海洋科技测试创新平台的建设，并发起成立深圳市海洋科技（大鹏新区南澳） 讲堂，进行科研成果展示、科技资讯交流 ...

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 development of the marine economy in China is crucial for achieving high-quality growth and is supported by innovation, technology, and ecological protection [1][6][11]. Group 1: Marine Economy Development - The marine economy's total production value is expected to exceed 10 trillion yuan in 2024, doubling since 2012, indicating strong growth momentum [1]. - The marine economy's production value reached 2.5 trillion yuan in the first quarter of this year, with a year-on-year growth of 5.7% [7]. - The emerging marine industries' added value is projected to grow by 7.2% year-on-year in 2024, reflecting an increasing share in the marine economy [5]. Group 2: Technological Innovation - Companies like Hainan Chenhai Aquaculture Co., Ltd. invest over 20 million yuan annually in research for fishery species innovation, contributing to the marine economy's high-quality development [2]. - The "Fuxi No. 1" platform integrates wind and fishing, enhancing the construction of the "blue granary" [4]. - The establishment of a commercial underwater data center in Hainan demonstrates the efficiency and energy-saving potential of marine technology [5]. Group 3: Ecological Protection - The ecological restoration projects in Jiangsu Province aim to protect endangered species and enhance biodiversity, contributing to the development of eco-tourism [12][13]. - The establishment of the "blue carbon" trading project in Guangdong's mangrove reserve highlights the integration of ecological protection with economic benefits [15]. - Nationwide efforts have restored 1,780 kilometers of coastline and 53,000 hectares of coastal wetlands, showcasing China's commitment to marine ecological restoration [15]. Group 4: Marine Tourism - The cruise industry is experiencing significant growth, with over 80 cruise ships docking at Tianjin's port this year, reflecting a rising trend in marine tourism [8][9]. - The marine tourism sector is projected to achieve an added value of 1.6135 trillion yuan in 2024, growing by 9.2% compared to the previous year [9]. Group 5: Policy and Strategic Direction - The Chinese government emphasizes the importance of integrating land and sea development, resource sharing, and enhancing marine productivity [7]. - The focus on high-level self-reliance in marine technology aims to strengthen China's position in global marine industries [4][6].

Core Viewpoint - The article emphasizes the importance of promoting high-quality development of the marine economy in China, highlighting the need for top-level design, technological innovation, and ecological protection to support the country's goal of becoming a maritime power [6][7]. Policy Support and Economic Growth - The Shanghai Marine Industry Development Plan (2025-2035) aims for steady growth in marine production value and enhanced technological innovation by 2030 [7]. - Zhejiang's implementation of the marine economy doubling plan is accelerating the establishment of a modern marine industry system [7]. - There is a call for increased policy support and a multi-level financing mechanism to attract social capital into emerging marine sectors such as high-end marine equipment manufacturing and deep-sea resource development [8]. Technological Innovation and Industry Development - The marine economy is transitioning from resource dependence to innovation-driven development, with a focus on establishing a blue industry guidance fund to support technological innovation [8]. - The article discusses the significance of marine negative emissions technologies, including seawater alkalization and marine ranching, as key areas for international standardization and market development [8][9]. - The marine new industry added value is projected to grow by 7.2% in 2024, with breakthroughs in key technologies and equipment [9]. Strategic Development and Integration - Strengthening marine strategic scientific capabilities is crucial for the development of marine industries, with an emphasis on integrating modern technologies into traditional marine sectors [10][11]. - The article advocates for a comprehensive approach to marine spatial planning that considers environmental protection and resource optimization [12]. Ecological Protection and Carbon Sequestration - The article highlights ongoing marine ecological protection projects, which have restored approximately 400 kilometers of coastline and 31,000 hectares of coastal wetlands [12]. - There is a focus on enhancing marine carbon sequestration capabilities through targeted implementation strategies and research on marine negative emissions processes [12][13]. - Recommendations include establishing a marine carbon sequestration special fund and developing a unified carbon trading market to support marine carbon projects [13].

Core Insights - Shandong province is making significant strides in developing its marine economy, with a focus on high-quality growth and technological advancements in various marine industries [1][2][4]. Marine Industry Development - The marine production value of Shandong is projected to reach 1,801.18 billion yuan in 2024, with seven industries including marine fisheries and marine transportation ranking first in the nation [2]. - Companies are enhancing product value through advanced processing techniques, exemplified by the transformation of cod fish waste into high-value products, increasing value by over ten times [1]. Marine Technology and Research - The "Langya" marine model developed by the Chinese Academy of Sciences significantly improves marine forecasting efficiency by 10,000 times compared to traditional methods, supporting resource development and disaster prevention [5]. - Shandong boasts a rich marine research environment with numerous national laboratories and research platforms, contributing over 70% to marine technology advancements in the country [5]. Marine Renewable Energy - The offshore wind power industry is rapidly growing, with successful deployment of large wind turbines in low wind speed areas, contributing to a sustainable energy landscape [4]. - The integration of seawater desalination and resource recycling is creating a green circular economy, reducing costs and enhancing resource utilization [4]. Port and Logistics Development - Shandong is optimizing its coastal port group, with automation rates in container handling expected to reach 63% by 2024, enhancing operational efficiency [7]. - The province's ports are establishing a comprehensive service network, connecting domestic industries with international markets, and maintaining a leading position in the number of foreign trade routes [7][9]. Industrial Integration - The "port-industry-city" integration projects are accelerating in Shandong, leveraging the advantages of coastal locations to enhance production capabilities and export potential [8]. - Major projects are being established to attract strategic investments, fostering an open economy and enhancing the region's economic development [9].

Core Insights - Technological innovation is identified as the core driving force for high-quality development of the marine economy, with a focus on enhancing independent innovation capabilities in marine technology and fostering leading enterprises in marine technology [1] - Significant achievements in marine technology innovation have been reported, including the completion of the world's first offshore floating production storage and offloading vessel equipped with carbon capture and storage technology, and advancements in deep-sea oil extraction and biopharmaceuticals [2][3] - The establishment of high-level scientific innovation platforms, such as the National Marine Comprehensive Test Field (Deep Sea), is crucial for advancing deep-sea technology and facilitating the transformation of scientific achievements into practical applications [4][5] Marine Technology Innovation - The marine technology sector is characterized by its comprehensive, interdisciplinary, and cutting-edge nature, with improvements in technology levels directly influencing the potential for marine economic development [3] - The first quarter of the year saw the launch of significant digital technology initiatives in the marine sector, including the release of the marine large language model "Hanhai Zhiyu" and the deployment of various automated production lines [2] High-Energy Scientific Innovation Platforms - The National Marine Comprehensive Test Field (Deep Sea) has been launched to support scientific research, technology validation, and industrial development in marine fields, enhancing capabilities in deep-sea exploration and development [4] - Other national marine test fields located in Shandong, Zhejiang, and Guangdong are also contributing to various marine experimental tasks, collectively strengthening the marine technology innovation ecosystem [5] Policy Support and Challenges - Despite rapid advancements in marine technology, there are still critical "bottleneck" technologies that require breakthroughs, emphasizing the need for enhanced environmental monitoring and high-tech marine equipment [6][7] - The integration of digital technology and intelligent methods with marine applications is essential for improving disaster prevention and mitigation capabilities in the context of global climate change [7] Role of Specialized Enterprises - Specialized and innovative small and medium-sized enterprises (SMEs) are playing a vital role in driving technological innovation and application in the marine sector, often filling domestic gaps and breaking foreign monopolies [7] - These SMEs are recognized for their agility and focus, enabling them to respond quickly to market changes and contribute significantly to the high-end, green, and intelligent transformation of the modern marine industry [7]

Core Viewpoint - The "Deep Blue Dream 2035" initiative is launched to promote global marine scientific research through public participation, aiming to enhance marine science discovery, technology innovation, and public marine literacy, contributing to the construction of a marine community with a shared future [1][3]. Group 1: Initiative Overview - "Deep Blue Dream 2035" is China's first global marine scientific expedition involving public participation, focusing on connecting science, industry, and the public [3]. - The initiative aims to build a high-level international platform for marine scientific research, technological innovation, public education, and international cooperation over the next ten years [3][4]. - The initiative's goals include significant scientific discoveries, advanced technology applications, and the cultivation of outstanding talents for sustainable global marine development [3][4]. Group 2: Pilot Action and Achievements - The pilot action, "Deep Blue Intelligent i³ Expedition," led by Southern University of Science and Technology, successfully completed its scientific tasks and arrived at Shenzhen on July 11 [4]. - The i³ Expedition conducted a five-day trial in the northern South China Sea, testing various unmanned scientific equipment in a collaborative manner [6]. - The expedition aimed to address technical bottlenecks for future unmanned equipment applications, achieving a significant milestone in collaborative operations of different unmanned devices [9]. Group 3: Educational and Collaborative Efforts - The i³ Expedition included educational outreach, allowing middle school students and parents to participate and learn about marine science [9]. - The "Shenzhen International Marine Innovation Research Institute" was inaugurated, with strategic cooperation agreements signed among key organizations to support marine innovation development [11]. - Three platforms were established to integrate technology, talent, and industry, contributing to the construction of a global marine center city [11].

Core Viewpoint - The article emphasizes the importance of promoting high-quality development of the marine economy in China, aligning with the concept of Chinese-style modernization, as highlighted by General Secretary Xi Jinping [1] Group 1: Marine Economy Development - The development of the marine economy is crucial for achieving a path of strength at sea that is characteristic of China [1] - There is a strong emphasis on the role of technological innovation as a driving force for high-quality development in the marine economy [1] Group 2: Technological Innovation - The article notes that enhancing independent innovation capabilities in marine technology is a priority for building a strong marine nation [1] - Strengthening strategic technological capabilities in marine sectors is essential for fostering leading marine technology enterprises and specialized small and medium-sized enterprises [1] Group 3: Industry Insights - The article describes recent efforts to inject strong momentum into the high-quality development of the marine economy through advancements in marine technology [1] - A visit to the front lines of marine industry production reveals the dynamic power of the "blue engine" driving this sector [1]