Basic Specifications
Specification
500-2000NL/h
AEM Electrolyzer Hydrogen Production Equipment
The AEM electrolyzer consists of an AEM electrolyser stack, a control power supply, control system, a radiator, a water tank, a circulating water pump, and a human-computer interaction interface. The product structure design adopts a chassis suitable for standard cabinet installation, enabling standalone use or multiple unit combination for large-scale system integration.
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Low energy consumption, long service life, and highly reliable safety standards.
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Low water quality requirements with a weak alkaline operating environment for strong corrosion resistance.
🖥️
Touch screen HMI for real-time data reading, warning alerts, and safety management.
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Advanced safety protection: Active shutdown, ventilation, and alarms for hydrogen leakage.
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Remote monitoring via SCADA, allowing mobile phone or computer control in real time.
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Flexible matching with renewable energy sources like solar and wind power.
Technical Specifications
| Model |
Rated H2 Rate |
Rated Power |
H2 Purity |
Outlet Pressure |
| Rubri-AEM-600 |
500L/h |
2.5KW |
99.995% |
Nominal 1.6MPa |
| Rubri-AEM-2000 |
2000L/h |
10KW |
99.995% |
Nominal 1.6MPa |
Usage Scenarios
• Agricultural: Hydrogen water for pesticide replacement and crop growth.
• Chemical: Hydrogenation reactions for petrochemicals, ammonia, and methanol synthesis.
• Medical: Reducing oxidative stress for metabolic and muscular health research.
• Refueling: Solutions for 35Mpa/70Mpa refueling stations and liquid hydrogen storage.
Packaging & Logistics
Package Size
200.00cm * 100.00cm * 60.00cm
Transport
Sea Worthy Package
Frequently Asked Questions
❓ What is the hydrogen purity achieved by this AEM equipment?
The system reaches a high hydrogen purity of 99.999% for standard models, with rated purity at 99.995% depending on specific configurations.
❓ Can the system be integrated with solar or wind power?
Yes, the AEM electrolyzer is designed to quickly respond to changes in energy input, making it ideal for matching with fluctuating renewable energy sources.
❓ What are the requirements for water quality?
The equipment has low water quality requirements and operates in a weak alkaline environment, which reduces maintenance needs and enhances corrosion resistance.
❓ Is remote monitoring available for the equipment?
Absolutely. The system can be connected to a SCADA network and supports real-time remote monitoring via mobile phones or computers.
❓ What safety measures are included in the design?
The design includes active safety protection, automated shutdown protocols, and ventilation alarms specifically for hydrogen leakage detection.
❓ What different pressure levels can you provide?
We offer solutions for various pressure requirements ranging from 20MPa up to 90MPa to suit different industrial and storage needs.
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