Medical Gas

The modern healthcare environment is saturated with technology designed to enhance patient safety, such as monitors, ventilators, infusion pumps, nurse call systems, and environmental alarms. Yet this very abundance of safety systems has created an unintended hazard: alarm fatigue. The phenomenon occurs when clinicians are exposed to an overwhelming number of audible and visual alerts, […]

For decades, the Facility Guidelines Institute (FGI) has shaped healthcare construction through its Guidelines for Design and Construction. The FGI Guidelines have long set the bar for healthcare facility design, influencing codes, shaping projects, and guiding authorities in nearly every state. But starting in 2026, they’re evolving into something more: an enforceable Facility Code. Written in regulatory

The Joint Commission is overhauling its hospital standards for 2026, merging the Environment of Care and Life Safety chapters into one Physical Environment chapter effective January 1, 2026. This overhaul simplifies the standards but does not relax any safety requirements – NFPA 99 (the medical gas code) and NFPA 101 (Life Safety Code) remain fully

Ensuring your hospital’s medical gas systems meet Joint Commission requirements is critical for patient safety and accreditation. The Joint Commission (TJC) surveys can be rigorous – especially when it comes to piped oxygen, vacuum, and other medical gases that support patient care. In this guide, we’ll explain what TJC expects (with EC.02.05.09 and NFPA 99

Modern hospitals rely on continuous supplies of medical gases—especially oxygen—to keep patients safe. A disruption or failure in a medical gas system can be life-threatening, often leading to patient deaths or brain injuries if oxygen delivery is interrupted. System failures not only endanger lives but can even force emergency patient evacuations in hospitals. To protect

Monitoring staff exposure to anesthetic gases is a critical component of any hospital or clinic’s safety program. In operating rooms, dental offices, veterinary clinics, and research labs, waste anesthetic gases (WAGs) can leak or linger in the air, potentially harming staff over time. Anesthetic gas monitoring badges offer a practical, cost-effective way to measure these

Waste anesthetic gases (WAGs) are a hidden hazard in operating rooms, laboratories, dental suites, and veterinary clinics. These gases can linger in the air when anesthetics administered to patients are not fully captured by scavenging systems or ventilation. Over time, accumulated WAGs pose significant health risks to medical staff. In this article, we explain what

Medical gas system verification is a critical safety step before a new or modified medical gas pipeline is put into service. Third-party verifiers ensure installations meet NFPA 99 code requirements and are safe prior to patient use. In healthcare construction, turning on a new medical gas pipeline isn’t as simple as flipping a switch –

Medical gas systems are the lifeline of any hospital – delivering oxygen, medical air, vacuum suction, and other critical gases to patient areas. When these systems falter, it can jeopardize patient care and safety. That’s why maintaining them and addressing issues promptly (in line with NFPA 99 code requirements) is so important. In this article,

Every hospital’s medical gas system is a critical lifeline that delivers essential gases like oxygen, medical air, and vacuum suction to patients. Over time, these systems age and may struggle to meet growing demands or updated safety codes. Planning a medical gas system installation or upgrade is a complex but necessary endeavor to ensure patient