“In construction projects, medical gases refer to gases used in healthcare facilities for various medical and therapeutic purposes. These gases are critical for providing patient care, supporting medical procedures, and ensuring the proper functioning of medical equipment. The medical gases used in construction projects are typically stored in central gas supply systems and distributed through pipelines to various areas of the healthcare facility.
Some common medical gases used in construction projects include:
Oxygen: Oxygen is one of the most essential medical gases. It is used to support patients with respiratory conditions, during surgical procedures, and in various emergency situations.
Nitrous Oxide: Commonly known as laughing gas, nitrous oxide is used for anaesthesia and pain management during certain medical and dental procedures.
Medical Air: Medical air is a purified form of compressed air used for ventilation support, anaesthesia delivery, and nebulizer treatments.
Nitrogen: Nitrogen is used in cryogenics, such as freezing tissues for medical procedures and preserving biological samples.
Carbon Dioxide: Carbon dioxide is used for insufflation during laparoscopic surgeries and endoscopy procedures.
Helium: Helium-oxygen mixtures, known as heliox, are used for patients with severe respiratory conditions to reduce airway resistance.
Medical Vacuum: Medical vacuum systems are used for suction during surgical procedures and to maintain a clean environment in certain medical settings.
Entonox: A mixture of nitrous oxide and oxygen, Entonox is used for pain relief during childbirth and in certain emergency situations.
In construction projects for healthcare facilities, proper planning and installation of the medical gas supply system are critical to ensure patient safety and compliance with medical standards and regulations. The design and installation of these systems must adhere to specific guidelines and requirements set by medical authorities and local regulatory bodies to maintain the highest levels of safety and efficacy. It is essential to involve experienced professionals and follow established standards in the design and implementation of medical gas systems during construction projects.”