中新网济南1月29日电(孙婷婷 王采怡)山东省两会正在济南举行。根据山东省政府工作报告的部署， 2026年，该省将以更大力度打造现代海洋经济发展高地，通过实施现代海洋产业三年行动、新培育5个 左右现代海洋特色产业集聚区等一系列举措，为强省建设注入强劲"蓝色动能"。 山东省人大代表、青岛明月海藻集团有限公司董事长张国防则从一家深耕行业57年的国家制造业单项冠 军企业视角，阐述了产业升级路径。他提出，山东应从三方面推动产业高端化升级。其中，应重点聚焦 海洋活性物质在生物医用新材料领域持续突破，拓展在心衰、肿瘤栓塞等重大疾病治疗中的应用。 此外，山东还应着力推进海洋功能活性物质在营养健康领域的深度应用，重点服务"一老一小一患"群 体，加快临床营养食品等成果转化。"此外，山东要积极构建海洋特色研发创新体系，深化产学研协 同，并参与推动国家标准制定，引领行业高质量发展。"张国防称。 唐波认为，山东近年来通过构建"1313"四级实验室体系、建设高能级科创平台、布局中试基地和培育技 术经理人队伍等措施，显著提升了科技创新实力，并着力破解成果转化难题。他建议，未来，山东应给 予基础研究更稳定的支持机制，并构建更有温度的引才聚 ...

Core Viewpoint - The successful operation of China's first heat-coupled seawater direct electrolysis hydrogen production device marks a significant breakthrough in the field of hydrogen energy, utilizing seawater and waste heat from nearby industries to produce high-purity green hydrogen efficiently [2][3]. Group 1: Technology and Innovation - The heat-coupled seawater direct electrolysis hydrogen production system, developed in collaboration with multiple institutions, has achieved over 500 hours of stable operation [2]. - The device operates at a capacity of 110 kilowatts and can produce 22 standard cubic meters of high-purity hydrogen per hour, with a direct current electricity consumption of only 4.2 kilowatt-hours per standard cubic meter of hydrogen [3]. - The project addresses common challenges in seawater hydrogen production, such as electrode blockage from calcium and magnesium deposits and corrosion from high concentrations of chloride ions, by developing corrosion-resistant catalysts and dynamic control technologies [2]. Group 2: Environmental Impact and Applications - The system is capable of processing approximately 800 tons of seawater annually, resulting in a yearly production of 192,000 standard cubic meters of high-purity hydrogen, which can power 100 hydrogen buses for a distance of 3,840 kilometers, reducing carbon dioxide emissions by about 170 tons [3]. - This technology aligns with China's coastal industrial layout, providing a new paradigm for zero-carbon hydrogen supply by capturing waste heat, sourcing seawater locally, and producing green hydrogen on-site [3]. Group 3: Future Developments - The project team plans to accelerate the scaling, engineering, and intelligent application of the equipment to support the transformation of traditional industries like steel and petrochemicals towards new productive forces, contributing to carbon neutrality goals and enhancing energy security [3].