Air Actuated Valves
Air Flow Control Valves
Angle Seat Valves
Ball Valves
Butterfly Valves
Cathode Isolation Valves
Check Valves
Coaxial Valves
Control Valves
Cryogenic Valves
Diaphragm Valves
Flow Control Valves
Globe Valves
Hydrogen Back Pressure Regulators
Hydrogen Filter Regulators
Hydrogen Fuel Cell Pressure Regulators
Hydrogen Pressure Reducing Valves
Hydrogen Pressure Relief Valves
Hydrogen Pressure Solenoid Valves
Hydrogen Tank Valves
Needle Valves
On Tank Valves
Plunger Valves
Process Automation Solenoid Valves
Proportional Valves
Safety Valves
Shut-Off Valves
PEM Electrolysis Stack - BriLyzer® R-Series
- High Energy Efficiency with Low Power Consumption
- Wide Power Range and Highly Resistant to Fluctuations
- High Differential Pressure
- Providing High Safety with Low Hydrogen Content in Oxygen
- Stable Operation with Long Life
PEM Electrolysis Stack - BriLyzer® R-Series
- The BriLyzer®-R Series represents a high-performance commercial electrolyzer solution engineered for large-scale hydrogen production projects, catering to demanding industrial applications such as green methanol and ammonia synthesis, chemical processing, metallurgy, and renewable energy integration.
- Designed to meet the rigorous requirements of heavy industry, this series delivers exceptional hydrogen output with superior cost-effectiveness, ensuring an optimal balance between capital expenditure and operational efficiency.
- Key advantages include rapid startup and shutdown capabilities, enabling seamless integration with intermittent renewable energy sources, while advanced cell design and system optimization minimize energy consumption and reduce overall operational costs.
- With its streamlined system architecture, the BriLyzer®-R Series significantly lowers maintenance complexity and downtime, enhancing reliability for continuous, high-volume hydrogen production.
- Whether supporting decarbonization initiatives in hard-to-abate sectors or enabling large-scale renewable hydrogen hubs, this series provides a robust, scalable, and future-proof solution for industrial-scale clean hydrogen generation.
Key features
- High energy efficiency with low power consumption
- Wide power range and resistance to fluctuations
- High differential pressure capability
- Enhanced safety via low hydrogen content in oxygen
- Stable, long-life operation
- Rapid startup and shutdown, ideal for renewable integration
- Advanced cell design minimizing operational costs
- Streamlined architecture reducing maintenance downtime
Application areas
- Hydrogen applications
Contact us
- Interested? Simply fill out the RFQ or Inquiry form on the right to contact the vendor.
| Brand | BriHyNergy Shenzhen |
| Type of Electrolyser | PEM Electrolyser |
| H2 Production Rate (in Nm³/h) | 100 |
| H2 Production Rate (in kg/day) | 200 |
| Max Pressure (in bar) | 35 |
| Min Pressure (in bar) | 5 |
| Compliant with | CE, ASME, ISO22734 |
BriHyNergy Shenzhen Co.,Ltd.
BriHyNergy (Shenzhen) Co., Ltd. is a company dedicated to the localization and industrialization of key materials and components for water electrolysis hydrogen production, especially PEM electrolytic and AEM electrolytic systems, as well as the R&D, production, sales, and technical services of related testing equipment.
BriHyNergy also has all the necessary certifications like ASME, CE, ISO90001 and ISO 22734, which make us a competitive key Chinese manufacturer who can export its products all over the world. Moreover, we have already delivered the stacks not only into the Chinese domestic market but also to the international market, which confirms our reliability and effectiveness.
BriHyNergy's core technologies are independently developed, and the company has successfully achieved mass production of several key components, with multiple technologies being domestic breakthroughs and internationally leading.
BriHyNergy has developed capabilities in AEM (alkaline membranes) and resin technology, currently mastering reinforced membrane fabrication techniques. The company has achieved 100-gram-level production of AEM (anion exchange membrane) and is actively expanding its production line.
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