Large-scale green hydrogen generation

Alkaline electrolysis water hydrogen generation technology

Committed to becoming the world's leading provider for the high-quality & high-efficiency off-grid hydrogen generator and hydrogen generation system

Specializing in the production of alkaline electrolysis water hydrogen generator

With R&D platform, core component production line, system integration and test center

Products

Hydrogen Generator / Electrodes/ Membranes/ Test service of Hydrogen Generator

Hydrogen Generator

Membranes

Electrodes

Testing Services


Hydrogen Generator

Self-developed electrodes

High current density

Low DC consumption

Renewable energy hydrogen generation

Rapid Cold start

Wide response range

 

[Customized Solutions for Diverse Applications] We offer a full range of products with capacities from 2 Nm³/h to 2000 Nm³/h, tailored to meet hydrogen generation requirements across various applications.


Membranes

High Gas Impermeability

Strong Flexural Resistance

High Puncture Strength

Composite Membranes

Resistant to high temperatures and strong alkalis

Low Surface Resistance

 

 


Electrodes

High Specific Surface Area

Strong Stability

High Catalytic Activity

Multi-layered Structure

Long lifespan and durability.

Multiple Application Scenarios

 


Testing Services

    12 MW Power 

     Comprehensive Testing for ALK, PEM, AEM hydrogen generator and power supply systems.

    Authorized to issue CNAS certificate.

ABOUT US

Hua Xia Hydrogen Technology Co., Ltd

Founded in 2021 as a joint venture between CM Energy Tech Co., Ltd., a Hong Kong-listed company under China Merchants Industry Group, and Tan Kah Kee Innovation Laboratory.

Hua Xia Hydrogen specializes in:

• R&D and manufacturing of core materials and components (e.g., electrodes, composite membranes) for water electrolysis hydrogen generation.

• Design and manufacturing of high-efficiency water electrolysis systems.

• Providing comprehensive solutions for water electrolysis hydrogen generation systems.

• Testing of water electrolysis hydrogen generation systems.

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