Hydrogen only moves the energy transition if it’s produced cleanly. BLOOH Solution’s platinum-based electrolyzers are engineered for high reaction yield, long system life and stable performance under variable loads—integrating flexibly into on-grid or off-grid renewable setups at industrial scale.
Technological Edge
- • Platinum-coated electrodes for superior electrochemical reactivity and higher current density
- • Optimized gas distribution & thermal stability to extend component lifespan and cut maintenance
- • Precise gas separation, scalable cell architecture and industrial-grade durability
Key Advantages
- • High efficiency with minimal energy loss
- • Long service life with low performance degradation
- • Chemical resistance for harsh operating environments
- • Compliant with EU standards and global hydrogen targets
Performance metrics are validated through in-house R&D and pilot projects under real-world conditions, ensuring compatibility with renewables and regulatory frameworks.
Portfolio
HP-PEM 100 — Compact PEM Electrolyzer
- • Hydrogen production: 100 Nm³/h
- • Efficiency (HHV): 70–74 %
- • Electrode coating: platinum–iridium blend
- • Power consumption: ~500 kW
- • Cooling: closed-loop water
- • Application: decentralized energy grids; H2 refueling stations
HP-PEM 500 — Modular System for Large-Scale Operations
- • Hydrogen production: 500 Nm³/h
- • Footprint: 12.5 m × 3.5 m (containerized)
- • Automation: fully integrated PLC/SCADA
- • System voltage: 800–1000 V DC
- • Stack lifetime: >60,000 operating hours
- • Application: industrial H2 production; offshore platforms
HP-ALKALI 300 — Alkaline Electrolyzer for Utilities
- • Hydrogen production: 300 Nm³/h
- • Operating temperature: 65–90 °C
- • Frame material: nickel-plated steel; anodes platinum-reinforced
- • Electrolyte: 30 % KOH
- • Cycle stability: stable over 20,000 operating cycles
- • Application: grid stabilization; chemical industry; refineries
BLOOH electrolyzers pair catalytic precision with rugged engineering to deliver clean hydrogen at scale with minimal environmental impact—built for reliable operation and streamlined integration.