Imagine being trapped in a smoke-filled ship compartment with limited oxygen and near-zero visibility, where every second counts for survival. In such life-threatening scenarios, Emergency Escape Breathing Devices (EEBDs) serve as crucial equipment, providing vital respiratory support to buy precious time for escape.

The EEBD developed by T-ISS is a compact, portable self-contained breathing apparatus designed to deliver breathable air during emergencies, enabling users to safely evacuate hazardous areas. These devices find widespread application across various industries, particularly in maritime environments where they serve as essential protection against toxic or oxygen-deficient conditions in confined ship spaces.

Compact Design and User-Friendly Operation

T-ISS EEBDs prioritize lightweight and compact design for easy portability and operation. The self-contained system eliminates the need for external air supply connections, simplifying activation even in emergency situations. An integrated alarm alerts users when air supply runs low, prompting timely action.

Technical Specifications

• Cylinder working pressure: 210 bar
• Cylinder capacity: 3 liters
• Weight: EEBD 6 kg / Storage cabinet 4 kg
• Duration: 15 minutes
• Non-pressurized delivery

Key Features and Applications

T-ISS EEBDs serve two primary functions: assisting mechanical compartment personnel in evacuation and providing respiratory support when carried by firefighters. Importantly, these devices aren't designed for firefighting operations or entry into oxygen-deficient or toxic environments—such situations require professional Self-Contained Breathing Apparatus (SCBA).

The design complies with Chapter 3, Section 2.2 of the Fire Safety Systems Code (FSSC). T-ISS also offers training versions for practice and skill development.

Applications Across Industries

Maritime and Offshore Environments

EEBDs prove indispensable in engine rooms (potential fuel/chemical leaks), cargo holds (toxic/flammable materials), living quarters (fire emergencies), and confined spaces like ballast tanks where oxygen deficiency may occur.

Industrial Facilities

Chemical plants, oil refineries, mines, laboratories, and wastewater treatment plants all benefit from EEBDs when handling hazardous substances or operating in potentially dangerous environments.

Specialized Locations

Tunnels, subway systems, high-rise buildings, and aircraft all incorporate EEBDs to protect occupants during fire emergencies or other situations involving toxic smoke inhalation.

Proper Usage and Maintenance

• Pre-use inspection of cylinder pressure and mask integrity
• Rapid donning techniques for emergency situations
• Calm execution of evacuation procedures
• Regular maintenance per manufacturer guidelines

Understanding Device Limitations

• Limited operational duration (typically 10-15 minutes)
• Designed for escape, not for entering hazardous environments
• Requires proper training for effective use

Future Technological Developments

Emerging EEBD designs incorporate lighter materials, digital displays showing remaining air supply, and integrated communication capabilities—enhancing both functionality and user safety.