Dräger emergency escape breathing devices (EEBD)
An Emergency Escape Breathing Device (EEBD) supplies breathable air in environments that are contaminated or lack sufficient oxygen, enabling a safe escape during emergencies. This self-contained device typically provides 10 to 30 minutes of respiratory protection. EEBDs are widely utilized in maritime and various industrial settings. For instance, they are mandatory on ships and in numerous industrial facilities to mitigate the risk of sudden air quality degradation. In potentially hazardous workplaces, EEBDs are essential for safety compliance. They ensure that workers can breathe during an emergency evacuation by offering respiratory protection against asphyxiation and inhalation of toxic gases or smoke. These hazardous atmospheres, often found in confined spaces, can be filled with toxic gases, smoke, or lack oxygen, posing immediate threats to health and safety. EEBDs offer a rapid means of escape.
Choosing the right type of Emergency Escape Breathing Device (EEBD) for your workplace involves several key considerations:
1. Risk Assessment: conduct a thorough risk assessment to identify the specific hazards present in your workplace. This includes understanding the types of contaminants, the likelihood of oxygen deficiency, and the potential for sudden air quality deterioration.
2. Duration of Protection: determine how long you need the EEBD to provide breathable air. This depends on the size of your facility and the time required to evacuate safely. EEBDs typically offer between 10 to 30 minutes of protection.
3. Type of EEBD: choose between autonomous breathing gas supply EEBDs and rebreathers. Autonomous units provide a fixed supply of air, while rebreathers recycle exhaled air, extending the duration of use.
4. Ease of Use: ensure the EEBD is easy to don and operate, especially under stress. Look for features like a clear hood for visibility and a simple activation mechanism.
5. Compliance and Standards: verify that the EEBD meets relevant safety standards and regulations for your industry. This ensures the device is reliable and effective in an emergency.
6. Training and Maintenance: consider the training required for employees to use the EEBD correctly and the maintenance needed to keep the device in working order.
By evaluating these factors, you can select an EEBD that best suits the needs of your workplace and ensures the safety of your employees.
