In addition to our centuries of experience in the development, construction and maintenance of hydrogen compressors, our NEUMAN & ESSER solution portfolio also includes hydrogen generation systems such as PEM electrolyzers.
The NEA|HYTRON PEM uses the best commercially available PEM stacks in the world in line with sophisticated engineered solutions. The optimized integration of stacks in the Balance-of-Plant in line with the smart operation feature result in high plant availability and therefore low production costs. The modular design of NEA|HYTRON PEM minimizes investment costs and allows for scalability.
Due to a high degree of design flexibility, customer- specific configurations are available in a standardized container solution operating in the ambient temperature range from -20° to 40° C. The plant productivity depends on the installed number of electrolyzer stacks, with stack sizes between 1MW and 1.25MW and a discharge pressure of more than 30 bar(g). At the same time, half the volume flow of O2 is produced with a pressure of up to 3 bar(g).
Features of NEA|HYTRON PEM:
- system developed and project executed by our team with more than 100 years of experience in hydrogen projects
- simple installation and scalability thanks to the modular design of the system
- consideration of limited space thanks to containerized system
- the status of the system is continuously monitored using our NEA|XPLORE cloud platform
Description of NEA|HYTRON PEM
- modular electrolysis system: 1 MW – 5 MW per Module
- hydrogen production: 200 Nm3/h – 1,000 Nm3/h per module
- H2 nominal discharge pressure: 30 bar(g)
- O2 nominal discharge pressure: 3 bar(g)
- H2 purity: 99.9% – 99.999%
- O2 purity: 98%
- operation range: 20 – 100%
- typical availability: 97.2%
- footprint: mounted in 1 to 2 ISO 40’, of type ISO high cube containers
- water supply:15 l/kg H2
- high purity water consumption: 10 l/kg H2
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