Green Technology

FluviusH2 Limited

🌍 Official Website 🏢 HKSTP Source
72 Potential

Decision Maker

N/A
enquiry.marketing@hkstp.org
+852 2629 1818
5/F, Building 5E, 5 Science Park East Avenue, Hong Kong Science Park
Raw Description
FluviusH2 Limited's team consists of new energy scientists, chemical engineers, and economy experts, with core members from top international universities and energy companies who have many years of experience in the research and development and industrialisation of hydrogen energy technology. The company has established three major divisions: | - R&D Center: Focusing on the optimization of bio-enzymatic electrolysis technology and value-added development of by-products; | - Engineering team: responsible for hydrogen system integration and cross-industry solution design; | - Business Cooperation Department: Promotes strategic cooperation with biodiesel and waste plastic recycling industries. | Relying on the internationalisation platform of Hong Kong Science Park, the company works closely with mainland and overseas industrial chain partners to accelerate the implementation of technologies. | Description | FluviusH2 Limited is an innovative technology company focusing on green hydrogen technology, and is committed to significantly reducing the cost and energy consumption of green hydrogen production through the world's leading bio-enzyme-coupled electrolysis of water to produce hydrogen. With Hong Kong as our R&D base, we integrate global clean energy technology resources to promote the large-scale application of green hydrogen in industry, transportation and energy storage, and to contribute to the global carbon neutrality goal. || Product | Fluvius No. 1: FluviusH2's exclusively designed bioenzyme, free of precious metals, is a key factor in reducing costs in the green hydrogen industry. | Fluvius No. 2: A catalyst for electrolytic hydrogen production, coupled with cathode reactions, it supports circular industries and reduces overall energy consumption. | Fluvius No. 3: A catalyst for electrolytic hydrogen production, coupled with cathode reactions, it achieves a green hydrogen energy closed loop.

Strategic Analysis

Executive Brief

FluviusH2 Limited is a high-tech green hydrogen firm specializing in bio-enzyme-coupled water electrolysis. Their primary innovation lies in "Fluvius No. 1-3," proprietary catalysts and enzymes designed to eliminate precious metals (like Iridium or Platinum) and lower the energy barrier for hydrogen evolution. Operating out of the Hong Kong Science Park, they bridge the gap between biological catalysts and industrial electrochemical systems.

Strategic Fit & Lead Score

Lead Score: 72/100 (Strong Potential)

Why this Score? FluviusH2 is disrupting the traditional PEM/Alkaline electrolysis market with bio-organic interfaces. However, bio-enzymes are notoriously fragile and sensitive to electrode degradation and pH fluctuations. 6C's Boron Doped Diamond (BDD) provides the world’s most chemically inert and stable electrode substrate. While FluviusH2 focuses on the catalyst, 6C provides the ultimate platform to host those catalysts, ensuring industrial-grade longevity and preventing heavy-metal leaching that could deactivate their bio-enzymes.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Electrode Substrates BDD Thin-Films Provides a chemically stagnant surface for "Fluvius No. 1" enzymes. Unlike Nickel or Carbon, BDD will not corrode or produce competing ions that poison bio-catalysts.
Electrolyte Sensing BDD Electrochemical Sensors Real-time monitoring of by-product concentrations and electrolyte health. BDD has the widest electrochemical potential window (>3V), allowing detection of species others miss.
System Stability Custom MPCVD Coating Direct diamond coating of stainless steel or titanium flow plates to prevent "hydrogen embrittlement" and extend the stack lifecycle to >50,000 hours.
R&D Infrastructure 9N High-Purity H2 Generators FluviusH2's R&D Center requires ultra-pure hydrogen for calibration and reference standards. 6C systems deliver 99.9999999% purity.
Thermal Management PCD Heat Spreaders Bio-enzymes are thermally sensitive. 6C Polycrystalline Diamond (PCD) can pull heat away from the reaction interface 5x faster than copper, preventing enzyme denaturation.

Engagement Hooks

  • Technical Question: "How are you currently managing the interface stability between your bio-enzymes and metallic electrodes to prevent ion-leaching and catalyst deactivation over long-term cycling?"
  • Value Statement: "6C can provide Boron Doped Diamond (BDD) interfaces that offer a zero-corrosion environment, ensuring your 'Fluvius No. 1' enzymes maintain peak activity without interference from the underlying substrate."