[Technical ensurement of fire-proof in hyperbaric oxyger chambers]

Area of Science:

• Hyperbaric medicine
• Fire safety engineering

Context:

• Hyperbaric oxygen therapy involves high-pressure oxygen environments, posing unique fire risks.
• Ensuring safety in hyperbaric chambers is critical due to the flammability of materials in oxygen-rich atmospheres.

Purpose:

• To outline essential considerations for fire prevention in hyperbaric oxygen chambers.
• To detail the selection of appropriate fire-proof materials.
• To analyze common causes of combustion within these specialized environments.

Summary:

• The article reviews the selection criteria for fire-proof materials suitable for hyperbaric chambers.
• It examines the primary factors contributing to ignition and combustion incidents.
• Technical measures for ensuring effective fire prevention are discussed.

Impact:

• Provides crucial information for enhancing safety protocols in hyperbaric facilities.
• Aims to reduce the risk of fire-related accidents in oxygen-rich environments.
• Contributes to the safe and effective application of hyperbaric oxygen therapy.