BLOOH Solution delivers on-site green hydrogen for heavy industry, integrating hydrogen into refining, metal processing and chemical conversion while coupling it with carbon capture, utilization and storage (CCUS). The result: lower emissions, higher efficiency, and a practical path to cleaner operations in oil refining and steelmaking.
On-Site Hydrogen Production
Modular, scalable PEM electrolysis systems produce green hydrogen where it’s used—reducing logistics, enabling continuous supply, and supporting process heat and hydrogen-ready unit ops in refineries and mills.
Hydrogen Generator — Technical Specifications
- • Electrolysis: Proton Exchange Membrane (PEM)
- • Max H2 production capacity: up to 2000 Nm³/h
- • Operating pressure: up to 40 bar
- • Efficiency: >85 %
- • Hydrogen purity: >99.999 %
- • Power consumption: <3.5 kWh/Nm³ H2
- • Water consumption: ~4–5 L per Nm³ H2
- • Operating temperature: 5–45 °C
- • Maintenance: <0.5 h/day
- • Lifetime: >20 years; low lifetime cost
- • Control system: advanced control with remote monitoring
- • Safety: automatic shutdown, H2 sensors, pressure-relief valves
- • Install: clean/dry space; water, electricity, compressed air
- • Certifications: CE, CSA, UL
CCUS System — Technical Specifications
- • Carbon capture efficiency: >90 %
- • Carbon utilization efficiency: >80 %
- • CO2 purity: >95 %
- • Pressure: up to 40 bar
- • Operating temperature: 50–150 °C
- • Storage capacity: 1–10 million t CO2/yr
- • Energy penalty: low; designed for reliability with minimal downtime
- • Lifetime: >20 years
Hydrogen Storage — Technical Specifications
- • Capacity: up to 5000 Nm³
- • Pressure: up to 1000 bar
- • Efficiency: >95 %
- • Operating temperature: −40 to 80 °C
- • Lifetime: >20 years
- • Materials: advanced options (e.g., metal hydrides, carbon nanotubes)
- • Integration: designed to pair with generator & CCUS; compact footprint; minimal maintenance
BLOOH Solution’s integrated stack—PEM generation, CCUS and hydrogen storage—gives refineries and steel plants a direct route to emission cuts while improving process flexibility and long-term energy resilience.