Ruthenium’s catalytic performance at lower temperatures and pressures unlocks cleaner, more efficient ammonia synthesis. BLOOH pairs highly dispersed Ru nanoparticles with porous, thermally stable supports and adaptive process control to maximize selectivity and lifespan in real operating conditions.
Why Ruthenium for Ammonia
- • Up to 40 % lower reaction pressure vs. traditional Haber–Bosch baselines
- • >60 % CO2 reduction potential when paired with green H2 value chains
- • Enables scalable on-site fertilizer and energy-carrier production
BLOOH Technological Highlights
- • Modular catalyst cartridges for on-site scalability
- • Self-healing oxide layers that preserve activity over time
- • Real-time monitoring to maintain thermal equilibrium under load fluctuations
- • Surface tuning to avoid bottlenecks and sustain high hydrogen interaction
Portfolio
RU-CAT SYN90 — high-efficiency Ru catalyst for modular ammonia units
- • Active metal: 1–2 % Ru
- • Support: MgO or activated carbon
- • Operating pressure: <100 bar
- • Temperature range: 350–450 °C
- • Selectivity: >90 % at low pressure
- • Lifespan: >5,000 h before regeneration
- • Applications: on-site green ammonia; chemical H2 storage
RU-CAT AGRI — robust Ru catalyst for agriculture-oriented plants
- • Active metal: 1.5 % Ru
- • Support: porous carbon composite
- • Operating pressure: ~85 bar
- • Temperature range: 360–420 °C
- • Selectivity: >88 %
- • Lifespan: ~4,800 h
- • Applications: hybrid fertilizer plants; containerized farm units; water-neutral fertilization
RU-CAT H2X — next-gen Ru alloy for integrated H2 & NH3 systems
- • Active metal: ruthenium alloy
- • Support: thermally stable silica hybrid
- • Operating pressure: 90–110 bar
- • Temperature range: 380–460 °C
- • Selectivity: >93 %
- • Lifetime: >6,000 h continuous operation
- • Applications: energy-to-chemistry hubs; grid-connected chemical storage; pilot-to-full-scale transitions
BLOOH’s Ru platforms merge precise chemistry with sustainable engineering—delivering energy savings, fast start-up kinetics and durable, regenerable operation across renewable parks, mobile units and pilot facilities.