Anion Exchange Membrane Hydrogen Production System Low Energy 4.5kwh/Nm³ - 24/7 Continuous Supply

• Customization: Available
• Regenerative Type: Electricity Type
• Indirect Type: Reforming Type
• Model NO.: 1-3Nm3/h
• Electrolyte: AEM
• Working Temperature: <100°C
• Fuel Type: Hydrogen Oxygen Fuel Cell
• Generation: AEM
• Solutions: Regenerative Type
• Transport Package: Sea Worthy Package
• Specification: 1Nm3/h-3Nm3/h
• Trademark: Rubri
• Origin: China
• HS Code: 854330009
• Production Capacity: 500 Pieces /Year

Product Description

Product Description

AEM Hydrogen Production System

Our modular hydrogen production system utilizes independently developed anion exchange membrane (AEM) and AEM electrolysis technology, integrating hydrogen generation, gas-wave separation, and drying/purification functions into a highly standardized modular design. Featuring convenient maintenance, flexible stacking, rapid response capability, and energy-saving environmental benefits, this system demonstrates significant advantages for centralized hydrogen supply applications.

Senarios

Catalyst Research

Fuel Cell Testing

 Chromatography Gas Supply

1.Meets requirements from small-scale synthesis to pilot-line testing.
2.Hydrogen purity ≥99.99%, free from CO, sulfides, and other impurities to prevent catalyst poisoning.
3.Eliminates transportation and storage risks while enabling on-demand hydrogen production to minimize waste.
4.Directly couples with electrochemical testing systems to provide real-time hydrogen for performance evaluation of hydrogen evolution reaction (HER) or oxygen reduction reaction (ORR).

1.Adjustable hydrogen production pressure to directly match the inlet pressure requirements of fuel cell stacks.
2.Integrated humidification modules can regulate hydrogen humidity to meet testing conditions for different proton exchange membranes.
3.Capable of second-level start-stop and load-following, simulating real-world variable-load conditions for automotive fuel cells.
4.Prevents membrane electrode assembly (MEA) contamination; compared to hydrogen cylinders, it eliminates high-pressure storage and transportation hazards.

1.After simple purification, moisture and oxygen content are maintained below 0.1 ppm, fully compliant with chromatography standards.
2.Compared to hydrogen cylinders, it avoids impurity introduction (e.g., hydrocarbons) during storage and transport, improving detection baseline stability.
3.A single AEM device can support multiple parallel outputs, supplying hydrogen to dozens of chromatographs in a lab, reducing management costs.
4.24/7 uninterrupted hydrogen supply prevents experimental interruptions caused by cylinder replacement (e.g., continuous online analysis in environmental monitoring stations).

Specification

Parameter	Specification
H2 Generation Capacity	1-3 Nm³/h
H2 Purity	99.999% (after purification)
Output Pressure	0-1.6 MPa (adjustable)
DC Power Consumption	4.5 kWh/Nm³
Power Supply	380 VAC
Warm Start Time	Second-level response
Cold Start Time	<20 minutes
Operational Lifetime	30,000 hours (<15% decay)

Company Profile

Rubri Technology

Hefei Sinopower Technologies Co., Ltd. established in 2011, is a company focusing on the clean energy industry. We uphold the mission of "integrating high-quality global resources and dedicating to the development of clean energy", and have successfully built a diversified trading platform for clean energy products and services. Through this platform, customers can access a wide range of clean energy products including solar energy, hydrogen energy, fuel cells, lithium batteries, sodium-ion batteries, vanadium flow batteries, and their components and integrated systems. In addition, we also provide comprehensive services related to the research and development, production, testing, and application of the aforementioned products.
Our Mission: Integrate Global Resources to power Clean Energy development.

Our Vision: Be a leading clean energy solutions provider.
Be a trusted and proven partner
Rise to challenge, strive for excellence