Hospital Oxygen Generator

  Meets medical-grade oxygen purity (e.g. ≥ 90 % / 93 % / 95 %) appropriate for therapeutic use. High continuous flow / capacity for hospital demand (ICU, operating theatres, wards) - scalable for peak load demand. Reliable 24/7 operation; robust design with minimal downtime and redundancy. Integrated safety, monitoring and alarm systems; supports regulatory compliance. Low operational cost: energy efficiency, low maintenance, minimal external logistics (less need for cylinder deliveries). Modular / containerized / skid-mounted options for easier installation, transport, scaling. Full service support: installation, commissioning, parts, training, and local technical service.        

• Compliance with WHO, UNICEF, Global Fund technical specifications for PSA Oxygen Plants.
• Local medical device regulations / licensing and registration.
• Pressure equipment / pressure vessel codes (ASME, PED, etc.) if applicable.
• Safety standards: oxygen safety, anti-fire measures, electrical safety.
• Validation & certification of purity analyzers, monitoring instruments.
• Documentation: material traceability; factory test reports; performance curves; installation & commissioning reports.

      Modular / skid / containerized fabrication for faster site installation. Site requirement preparation: foundation, space, ventilation, access. Installation & commissioning: setting up, ramp-up time, performance acceptance tests. Spare parts & consumables: molecular sieve, filters, valves. Maintenance schedule: filter changes, sieve replacement, inspection of piping, seals. Remote diagnostics / support (if provided).     Standard models vs custom builds; possibility to scale by modules. Typical lead time: for small, medium, large capacity units; impact of customization. Minimum Order Quantity / Contracts. Warranty terms: structural, performance, parts. Packaging & shipping: containerization, skid-mounted, protected for transport. After-sales support: local service partners or own service teams.     Hospitals: ICUs, operating theatres, general wards. Field hospitals / temporary setups (e.g. emergencies, pandemics). Rural clinics / remote medical centers. Oxygen filling stations (cylinders). Backup systems for existing supply reliance (liquid oxygen, cylinder supply).     Estimated peak plus average oxygen demand (flow, pressure, purity). Stability and reliability of electricity supply; backup power availability. Local ambient conditions (temperature, altitude, dust, humidity). Maintenance capability and spare parts availability locally. Purity monitoring and safety systems included. Turn-key responsibilities: who does civil works, electrical, piping, staff training. Total cost of ownership: initial cost + operating cost (power, compressed air, maintenance) + downtime cost. Regulatory compliance and documentation for hospital accreditation / audits.     Sample specification for a mid-sized hospital oxygen generator plant Capacity: 50 m³/hr (≈ ~1700 scfh) required purity 95 % Outlet pressure: 5 bar (adjustable) Power input: 400 V, 3-phase, 50 Hz, ~ < XX kW (to be specified) Air supply requirement: Compressed air inlet: ≥ 7 bar, ISO 8573-1 class 1.4.1 (or equivalent) air quality, with pre-filters and desiccant dryer. Purity analyzer: Continuous O₂ % display + alarm, dew point sensor. Control panel: PLC or industrial controller with HMI / touchscreen; remote monitoring capability. Ambient environment: Designed for up to 40 °C, max humidity 90%, altitude up to 2000 m. Noise: < 75 dB at 1 m (example value). Certifications: CE / ISO 13485 / WHO technical specs / PED or ASME for pressure parts.