High-concentration oxygen generator OXYBERG®

medicalfor hospitalPSA

Overview
OXYBERG® hospital oxygen generators by BERG GaseTech provide on-site Pressure Swing Adsorption (PSA) oxygen production designed for integration with hospital medical gas pipeline networks. Systems are engineered and manufactured under an ISO 13485:2016 quality management system and sized to meet required purity, flow and operating profiles. Final use in a hospital gas system depends on delivered configuration, gas-quality verification, reserve/backup design and applicable regulatory approvals.

Technology & Performance
PSA technology separates oxygen from compressed, pretreated ambient air using zeolite molecular sieves. Typical engineered oxygen purity is in the 90–95% range (example values often referenced at ~93% O₂). Systems are sized for continuous 24/7 operation and automatically adapt to changes in demand. Integrated analyzers and sensors monitor oxygen purity and pressure during operation.

Key benefits

• Continuous on-site oxygen production, reducing reliance on cylinder or liquid oxygen deliveries.
• Stable supply for pipeline distribution when final configuration and verification meet medical gas requirements.
• Lower operational logistics and transport costs compared with recurring cylinder or liquid oxygen supplies.
• Configurable reserve/backup strategies to ensure redundancy and resilience.
• Compact, modular units suitable for installation in hospital technical rooms.
• Automated control systems with alarms and remote monitoring options for simplified operation.

Applications

• Intensive Care Units (ICU) — high flow and purity demands; suitability depends on delivered configuration and verification.
• Operating Rooms — continuous medical gas supply where system configuration is validated for the installation.
• Emergency Departments — immediate availability and automatic response to peak demand.
• Neonatal Care — precise oxygen delivery requirements; final suitability subject to verification and approval.
• General Wards — continuous therapy via hospital pipeline distribution.
• Isolation & respiratory treatment areas — high-flow oxygen therapy for pulmonary conditions.
• Backup infrastructure — integrates with backup systems for redundant oxygen availability.

Operation & Monitoring
Systems provide continuous on-site generation with integrated analyzers for real-time oxygen purity and pressure monitoring. Advanced control panels manage startup, shutdown, alarms and remote-data options. Final gas quality and suitability for specific medical uses must be verified for the delivered system and operating conditions.

Selected FAQ (summary)

• Can an oxygen generator replace cylinder supply completely? Yes — when designed and commissioned as the primary source for a medical gas pipeline, with cylinder manifolds retained as backup where required.
• Is PSA oxygen purity suitable for medical use? OXYBERG® configurations are engineered to deliver defined oxygen purity (typically 90–95%); integrated analyzers monitor purity. Final gas quality must be verified for the delivered system and operating conditions.

Technical characteristics / Specifications

• Brand / Series: OXYBERG® (BERG GaseTech)
• Technology: Pressure Swing Adsorption (PSA) with zeolite molecular sieves
• Typical oxygen purity: 90–95% O₂ (configurable; project-dependent)
• Production mode: On-site continuous generation from ambient air (24/7)
• Monitoring: Integrated analyzers for real-time purity and pressure monitoring
• Control: Automated control panels with alarms and remote monitoring options
• Design: Compact, modular plug-and-play units for hospital technical rooms
• Energy: Energy-efficient compressors and optimized adsorption cycles
• Quality & standards: ISO 13485:2016 QMS; PED 2014/68/EU where applicable
• Compliance note: Use in hospital medical gas systems requires verification of delivered configuration, gas-quality testing, reserve/backup design, commissioning/validation and project-specific regulatory approval