Medical Oxygen Systems

• Oxygen Manifold: a cylinder bank split into two alternating sides — suitable for small and medium facilities and as a reserve source.
• Liquid Oxygen Tank: suited to high consumption and larger hospitals, and reduces daily cylinder handling.
• Oxygen Generator: separates oxygen from ambient air on site, reducing dependence on an external supply chain.

In engineering practice a critical service is never left on a single source: the system is designed with a primary source, a secondary source, and an emergency arrangement that keeps supply available during maintenance or resupply.

• Expected consumption based on bed count and the mix of critical departments.
• Available space and the site requirements applicable to the source location.
• Supply chain availability and ease of refilling in the project's region.
• The facility's future expansion plan.
• Long-term operating and maintenance cost, not installation cost alone.

Oxygen leaves the source through a regulation panel that reduces pressure to line pressure, then travels via medical copper tube to risers and floors. Each clinical area has an AVSU for isolation, and branches terminate at oxygen-specific outlets that cannot accept another gas. In ICU and theatres these outlets are integrated into bed head units or medical pendants.

• Pipe sizes calculated to avoid pressure drop at peak simultaneous demand.
• Source location chosen with ventilation and safe delivery-vehicle access in mind.
• Complete separation of the oxygen line from other services at every execution stage.
• Alarm panels monitoring pressure and the duty/standby status of the source.
• Isolation points allowing part of the network to be serviced without disabling critical areas.

Pre-handover testing includes pressure and leak testing, internal purging, a cross-connection test proving every oxygen outlet is genuinely fed from the oxygen line, purity verification at terminal units, and flow and pressure verification at the most remote point of the network.

• Periodic inspection of source pressure regulators and control panels.
• Stock level monitoring and a resupply plan triggered before alarm thresholds.
• Periodic functional testing of alarm panels and monitoring devices.
• Inspection of outlets and AVSU units for tightness and correct operation.
• Documentation of every intervention in a retrievable technical log.

Oxygen does not burn by itself but strongly accelerates combustion, so oils and greases are prohibited on any component in contact with oxygen and degreased tube and fittings are used. Facility staff must also be trained on valve locations and the emergency shutdown procedure.