20251118 江河绿氢 2025 年高交会完美收官：开启绿氢普惠道路

江河绿氢 2025 年高交会完美收官：开启绿氢普惠道路

2025 年 11 月落幕的第二十七届高交会上，香港江河绿氢科技有限公司作为香港科技园参展团核心成员，在 13 号馆 “香港馆” 展示的生物酶耦合产氢技术，凭借 “无贵金属、低能耗、高效率” 优势，成为清洁能源专区焦点。

At the 27th China Hi-Tech Fair (CHTF), which concluded in November 2025, FluviusH2 Limited, as a core member of the Hong Kong Science Park exhibition delegation, showcased its enzyme-coupled hydrogen production technology at the "Hong Kong Pavilion" in Hall 13. Leveraging its advantages of "no precious metals, low energy consumption, and high efficiency," the technology became a focal point in the clean energy section.

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一、技术硬实力：破解绿氢产业化痛点

江河绿氢首次亮相其核心突破——生物酶耦合产氢技术：通过自主研发的高效生物酶催化剂，替代传统电解水制氢依赖的铂、铱等稀缺金属，耗电量同步降至 24 kWh/kg H₂，实现了成本减半的关键突破。

FluviusH2 Limited unveiled its core breakthrough for the first time — the enzyme-coupled hydrogen production technology. By using independently developed high-efficiency bioenzyme catalysts, it replaces scarce metals such as platinum and iridium relied on in traditional water electrolysis for hydrogen production, reducing energy consumption to 24 kWh/kg H₂ while achieving a key breakthrough of halving costs.

此外，江河绿氢也在积极研发海水制氢新技术。《China Daily》对该技术进行报道，我们这一创新技术未来不仅能满足远洋氢能船舶的加注需求，也适用于中东等淡水资源稀缺的地区，从而进一步拓宽绿氢的应用场景。

In addition, FluviusH2 Limited is actively developing a new seawater-to-hydrogen technology. This technology has been covered by China Daily — it will not only meet the refueling needs of ocean-going hydrogen-powered vessels in the future but also be suitable for regions with scarce freshwater resources such as the Middle East, further broadening the application scenarios of green hydrogen.

二、科创协同显优势：香港桥梁赋能发展

《大公文汇》也在报道中特别强调，江河绿氢的发展轨迹正是香港与内地科创互补的生动缩影。

Hong Kong Ta Kung Wen Wei Media Group (HKTKWW) highlighted in particular in its report that the development trajectory of FluviusH2 Limited is a vivid epitome of the complementarity between scientific and technological innovation in Hong Kong and the Chinese mainland.

江河绿氢核心技术成员黄为舜在分析中指出，内地与香港的科创优势本质是互补的。“香港的科研与国际资源，为我们对接了前沿技术与海外市场；而内地的完整产业链，则为技术的大规模落地提供了保障。两者结合，才能高效推动我们的科技成果转化。”

Weishun Huang, a technical member of FluviusH2 Limited, pointed out in his analysis that the advantages in scientific and technological innovation between the Chinese mainland and Hong Kong are essentially complementary. "Hong Kong's scientific research and international resources connect us with cutting-edge technologies and overseas markets, while the mainland's complete industrial chain provides a guarantee for the large-scale implementation of technologies. Only by combining the two can we efficiently promote the commercialization of our scientific and technological achievements."

三、2025 收官：双节点开启绿氢普惠路

从在香港科学园扎根到于高交会积极拓展合作，江河绿氢的2025年，清晰展现了“技术突破 – 平台赋能 – 市场认可”的良性发展路径。

From establishing its presence at Hong Kong Science Park to actively expanding collaborations at the CHTF, FluviusH2 Limited's 2025 clearly demonstrates a virtuous development path of "technological breakthrough – platform empowerment – market recognition."

创始人段泽汇博士表示：“高交会让我们看到市场对绿氢的迫切需求，科学园则让我们有能力实现这种需求。未来，我们要让生物酶制氢技术走进更多工厂、更多氢能站点，真正让清洁能源惠及每个人。”

Dr. Duan Zehui, Founder of FluviusH2 Limited, stated: "The CHTF let us see the market's urgent demand for green hydrogen, while Hong Kong Science Park has equipped us with the capability to meet this demand. In the future, we will bring enzyme-coupled hydrogen production technology to more factories and hydrogen energy stations, truly making clean energy benefit everyone." 

科研永遠不是自己做自己的，而是服務於發展大局。江河绿氢以科创为帆、协同为桨，在绿氢普惠的道路上稳步前行，持续深耕核心技术、拓展全球视野，让创新成果更好地连接产业与民生，为粤港澳大湾区科创融合写下新篇，为全球清洁能源发展注入持久动力。

Scientific research is never an isolated endeavor; it serves the broader context of development. With technological innovation as its sail and collaboration as its oars, FluviusH2 Limited is steadily advancing on the path of inclusive green hydrogen. It will continue to deepen core technologies, expand global horizons, enable innovative achievements to better connect industry and people's livelihood, write a new chapter for sci-tech integration in the Guangdong-Hong Kong-Macao Greater Bay Area, and inject lasting impetus into the global development of clean energy.