Pem electrolyzers for efficient hydrogen production
Transform fluctuating renewable energy into storable, high-purity hydrogen with advanced electrolyzers that ensure precise control over production, making them indispensable for stable, clean energy solutions.
Produces High-Purity Hydrogen via Electrolysis
The NEA|HYTRON PEM Electrolyzers from Neuman & Esser are designed to produce high-purity hydrogen through a modular electrolysis system. Utilizing a Balance of Plant approach, they ensure efficient conversion of electricity to hydrogen, optimizing water and thermal management for consistent performance. Ideal for hydrogen mobility, chemical manufacturing, and renewable energy storage, these systems produce up to 1,000 Nm³/h of hydrogen with purity levels reaching 99.9999%. Integrated power electronics and fully automated operation allow seamless integration into existing production lines. Housed in ISO container systems, they offer scalable solutions with enhanced safety features and remote monitoring through the NEA|XPLORE platform. These electrolyzers support sustainable energy applications by producing green hydrogen, essential for decarbonizing various sectors.
Benefits
- Enables energy-efficient hydrogen production, reducing operational costs.
- Adapts to fluctuating energy inputs, ideal for renewable integration.
- Guarantees consistent high-purity hydrogen for critical applications.
- Minimizes installation time and space requirements with a modular, containerized design.
- Enhances system reliability with remote monitoring and automated safety features.
- Applications
- Fuel cell technology,Energy storage system,Chemicals,Gas,Ammonia production,General industrial use,Oil,Hydrogen mobility,Biogas upgrading plants,Production of synthetic fuels,Renewable energies,Hydrotreating of fuels
- End products
- Upgraded biogas,H2-powered industrial heaters,Green synthetic gasoline,Glass products,Hydrogen fuel for vehicles,Hydrogen-infused natural gas for inter-industry processes,Co2-neutral industrial heating,Stationary fuel cells for buildings,Low-sulfur diesel,Portable power systems,Hydrogen-powered forklifts,Green ammonia,Carbon-neutral steam for chemical processes,Carbon-neutral jet fuel,Fertilizers,Green synthetic diesel
- Steps before
- Water Demineralization,Site Evaluation,Feasibility Study,Engineering and Construction,Commissioning,Renewable Energy Integration
- Steps after
- Gas Treatment,Hydrogen Gas Purification,Quality Analysis,Energy Storage,Trading of Gases,Hydrogen Supply Integration
- Input ingredients
- water,electrical energy,demineralized water,ultrapure water
- Output ingredients
- hydrogen,oxygen,high purity hydrogen,green hydrogen,emission-free hydrogen
- Market info
- Neuman & Esser Group is known for its expertise in manufacturing compressors and grinding systems. They hold a strong reputation for providing durable, high-quality engineered-to-order equipment, particularly in the oil and gas, chemical, and energy industries.
- Hydrogen Production per Module
- 10 – 1,000 Nm³/h
- Hydrogen Purity
- 99.9% – 99.9999%
- Nominal Discharge Pressure (H2)
- 10 – 30 bar(g)
- Nominal Discharge Pressure (O2)
- 4 bar(g)
- Power Consumption per Module
- 50 kW – 5.0 MW
- Operation Range
- 20/30 – 100%
- Typical Availability
- 97.2%
- Footprint
- Mounted in ISO 20’ or 40’
- Water Supply
- 20 L/kg H2
- High Purity Water Consumption
- 10 L/kg H2
- System Design Lifespan
- 25 years
- Working Mechanism
- Water Electrolysis
- Integrated Steps
- Power Electronics,Water Treatment,Thermal Management,Purification,and Gas Analysis
- Automation Level
- Fully Automated
- Batch vs. Continuous Operation
- Continuous
- Self-Protecting System
- Balance of Plant (BoP)
- Scalability
- Modular Design
- Containerization
- ISO 20’ or 40’,High Cube Containers
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Footprint
- ISO 20' or 40' high cube containers
- Container Type
- Modular,containerized system
- Control Panel Type
- Automated system with NEA|XPLORE platform
- Discharge Pressure
- H2
- Water Consumption
- 20 L/kg H2
- High Purity Water Consumption
- 10 L/kg H2
- Integration with renewable energy
- Yes
- Modular design
- Yes
- Containerized system
- ISO 20’ or 40’ high cube containers
- Automated system monitoring
- NEA|XPLORE cloud platform
- System customization
- Hydrogen purity adjustment