Who We Are
Interdisciplinary R&D, Built for Deployment
Our Hong Kong R&D headquarters and Suzhou production team bring together expertise in protein engineering, polymer chemistry, inorganic synthesis, materials engineering and electrochemical testing.
R&D and Production Team
Hong Kong R&D Headquarters × Suzhou Production Team
Adam
Senior Research Scientist | PhD in Polymer Chemistry and Physics, Jilin University; postdoctoral researcher at The Ohio State University. Specialises in functional materials, interfacial engineering, stimuli-responsive polymer composites, precise peptide self-assembly and biomimetic biocompatible coatings.
Dr Ji
Postdoctoral researcher and PhD in Chemistry, University of Oxford. A hydrogenase application expert focused on catalytic uses of hydrogenases and other metalloenzymes, and translating research into industrial applications.
Zhihui Yang
Suzhou Production Team | Master of Environmental Engineering, Nanjing University of Information Science and Technology. Focused on hydrogen production using metal-oxide catalysts and electrode optimisation for hydrogen fuel cells and zinc-air batteries.
Ting Ni
Suzhou Production Team | Graduate in Materials Science and Engineering from Nanjing Jinling Institute of Technology, with a strong materials-science foundation and frontline chemical-analysis experience.
Jiang Zhang
Suzhou Production Team | MSc in Materials and Chemical Engineering, Jiangsu University of Science and Technology. Focused on alloy composition design and electrochemical testing.
Our Mission
To make green hydrogen affordable and scalable through enzyme catalysis and engineering innovation.
Our R&D Centre, engineering team and commercial partnerships unit work with research and industry partners in Hong Kong, mainland China and overseas to accelerate real-world deployment.
Core Values
Biological Intelligence
We learn from nature and use rigorous science to understand and rebuild efficient catalytic mechanisms.
Green
Low energy use, low carbon emissions and sustainable materials guide our technology design.
Economics
We pursue non-precious-metal catalytic routes and engineerable systems to keep reducing the cost of green hydrogen.