Asphyxiation in Shipbuilding
Confined spaces within shipbuilding environments present significant respiratory hazards that require constant vigilance to protect your crew. Implementing rigorous safety protocols is essential to ensuring that every worker returns home safely after their shift in these high-risk areas.
About 71% of related real accidents concentrate in these types.
Key prevention
- Conduct thorough atmospheric testing to detect oxygen deficiency or hazardous gases before any worker enters a confined space.
- Establish a robust permit-to-work system that mandates clear authorization and safety checks for all enclosed area operations.
- Maintain continuous mechanical ventilation to ensure a steady supply of fresh air and the effective removal of toxic fumes.
- Position a dedicated safety attendant outside the workspace to monitor entrants and initiate emergency rescue procedures if necessary.
- Provide comprehensive training on the proper use and limitations of respiratory protective equipment and emergency escape devices.
Related accident cases
An explosion occurred during the drying of precious metal sludge in the drying process, resulting in a fatality.
An explosion occurred on an oil tanker, resulting in a fatality. The explosive pressure was the direct cause of the incident.
A suffocation accident occurred due to oxygen deficiency while processing and handling objects in a confined space.
An employee suffered asphyxiation due to a low-oxygen atmosphere while working. This incident is classified as asphyxiation caused by oxygen deficiency.
An incident occurred where there was a possibility of inhaling carbon monoxide gas during work. Specific details of the damage resulting from this incident were not recorded.
A worker died from asphyxiation due to oxygen deficiency while working inside a ship tank.