产业的发展依托于合理的产业空间布局与政策支持。厦门临空经济片区指挥部产业招商部部长蔡东亮在现场 分享了《2026年厦门临空片区氢能产业发展规划思路》，2026年厦门临空经济片区将围绕机制完善、政策供 给、应用场景、公共平台、产业生态五个方面推动氢能产业聚集发展。政策方面，在市级政策基础上出台片 区扶持措施，成立氢能科创基金，促进产业高质量集聚；应用场景方面，重点推动制加氢一体站落地，并拓 展冷链重卡、环卫、船舶示范等场景；公共平台方面，将建设覆盖研发、检测、认证等九个环节的氢能一站 式技术支撑检测平台；产业生态方面，引进氢能链主单位国家能源集团，共同举办国家级氢能专精特新大 赛，打造科技成果转化品牌，构建校区、园区、社区三区融合的产业生态。 厦门市发改委创新与高技术发展处处长吴群猛深度解读了《厦门市氢能产业高质量发展行动计划（2025— 2027年）》，清晰描绘出厦门建设"新能源产业创新之城"的路线图。吴群猛指出，厦门市已将氢能定位 为"4+4+6"现代化产业体系中六大未来产业的核心，旨在打造具有国际影响力的氢能技术与装备输出高地 。 根据规划，厦门作为福建省氢能发展两大核心之一，正实施"一核引领、多点联动" ...

Core Viewpoint - The hydrogen energy industry is seen as a key solution to energy issues, particularly in the context of expanding renewable energy capacity and addressing the challenges of wind and solar energy consumption [1]. Group 1: Green Hydrogen Development - Traditional hydrogen production mainly relies on fossil fuel reforming and industrial by-product gases, but there is significant demand for green hydrogen to replace gray hydrogen under carbon peak scenarios [2]. - By 2060, it is predicted that 30% of China's end-use thermal demand will come from non-fossil fuels, primarily through green electricity conversion, with a potential demand for 200 million tons of green hydrogen requiring approximately 10 trillion kilowatt-hours of green electricity [2]. - Water electrolysis is recognized as a crucial green hydrogen production technology, with advancements in equipment leading to cost reductions and broader applications [2]. Group 2: Hydrogen Storage Technologies - Efficient, safe, and low-cost hydrogen storage technologies are essential for energy peak shaving and valley filling [4]. - Current hydrogen storage methods include high-pressure, liquid, and solid-state storage, with liquid hydrogen being highlighted for its high storage efficiency and suitability for large-scale applications [4]. - Solid-state hydrogen storage, utilizing materials like carbon nanomaterials and metal hydrides, offers advantages such as higher storage density and longer cycle life compared to other methods [4]. Group 3: Hydrogen Transportation - Hydrogen transportation is critical for the industrial promotion of hydrogen energy, with pipeline transport being suitable for stable, continuous hydrogen demand in industrial clusters [5]. - Challenges in China's hydrogen pipeline transport include differences in hydrogen blending technology and a lack of unified national standards, which hinder industrialization [5]. - Non-metallic composite flexible pipelines are proposed as alternatives to metal pipelines, offering better corrosion resistance and lower costs [6]. Group 4: Market Opportunities in Hydrogen Energy - The hydrogen energy industry is entering a window of opportunity, with applications expanding in transportation, industry, and other energy sectors [7]. - Hydrogen energy has significant potential in the transportation sector, including hydrogen-powered heavy trucks and rail systems, which can replace diesel engines [7]. - In the industrial sector, hydrogen can replace coal in steel production, addressing carbon emissions at the source and enabling the production of high-quality steel [7].