CO2 Gas Source: Carbon dioxide gas for medical use is typically supplied in cylinders or tanks, often located in a designated storage area within the healthcare facility. These gas sources may be bulk CO2 storage tanks, cylinders, or other forms of carbon dioxide storage.

Gas Control Panels: The gas sources are connected to gas control panels. These panels contain pressure regulators and control valves that manage the flow of CO2 gas into the distribution system.

Distribution Pipelines: The CO2 gas control panels are connected to a network of pipelines that run throughout the facility. These pipelines transport the carbon dioxide gas to specific points where it is needed, such as operating rooms, critical care units, endoscopy suites, and other clinical areas.

Outlet Terminals: At various locations within the clinical areas, outlet terminals are installed. These outlets provide connection points for medical equipment and devices that require carbon dioxide, such as insufflators used during minimally invasive surgery or other medical devices.

Zone Valves: The Hospital CO2 Gas Pipeline System is often divided into zones, each corresponding to a specific area or department within the healthcare facility. Zone valves control the distribution of CO2 gas to different zones, allowing for selective use and control.

Alarms and Monitoring: The system may include an alarm and monitoring system to oversee gas pressure, detect leaks, or any other irregularities. Alarms are designed to alert healthcare staff in the event of a problem, ensuring patient safety and system integrity.

Regular Testing and Maintenance: Just like other medical gas pipeline systems, the CO2 gas pipeline system requires regular testing and maintenance to ensure proper functionality, safety, and compliance with regulatory standards.

Compliance with Standards: Hospital CO2 Gas Pipeline Systems must adhere to industry standards and guidelines to ensure patient safety and the reliable delivery of medical gases.