AC DataCenter

Fire & explosion in Shipbuilding

Shipbuilding environments present unique fire and explosion hazards due to the concentration of flammable materials, hot work activities, and confined spaces. Prioritizing rigorous safety protocols is essential for protecting your workforce and maintaining operational continuity in your facility.

Key risk diagnosis for this task

About 100% of related real accidents concentrate in these types.

#173%
Fire
#227%
Machinery/Equipment Explosion

Key prevention

  • Implement a strict permit-to-work system for all hot work, ensuring areas are cleared of combustible debris and monitored by a dedicated fire watch.
  • Maintain rigorous ventilation schedules in confined spaces to prevent the accumulation of flammable vapors or gases during welding and painting operations.
  • Store all compressed gas cylinders in secure, well-ventilated areas away from heat sources and ensure they are properly labeled and upright.
  • Conduct regular inspections of electrical equipment and wiring to identify and repair potential ignition sources caused by wear or environmental exposure.
  • Provide comprehensive emergency response training to all personnel, ensuring everyone knows the location and operation of fire suppression equipment specific to marine environments.

Related accident cases

Fire/BurnMatch 70%

During welding operations, a hose on a portable welding torch broke, igniting the worker's clothing and causing abdominal burns.

Key hazard · Fire and burns resulting from a damaged welding torch hose.
Prevention · Implement regular inspections of welding equipment and reinforce checks on hose condition.
FireMatch 69%

A fire occurred during gas welding operations when flames were observed at the welding point, but it was quickly extinguished by on-site personnel.

Key hazard · Fire originating from gas welding equipment
Prevention · Prompt initial suppression by on-site personnel using fire extinguishers and water hoses
FireMatch 68%

A worker died in a fire while performing welding tasks in a confined space.

Key hazard · Flames and smoke generated during welding operations
Prevention · Remove flammable materials, ensure proper ventilation, and assign a fire watch in confined spaces.
Fire/ExplosionMatch 68%

A worker sustained burns during welding operations when an oxygen hose ruptured, causing a fire. The incident involved exposure to flames and smoke resulting from the hose failure while using a welding torch.

Key hazard · Fire and burns resulting from oxygen hose rupture during welding operations
Prevention · Ensure oxygen hoses are inspected and maintained properly during welding activities.
FireMatch 67%

A fire occurred when the rubber lining of a belt conveyor ignited due to overheating during welding operations. This incident happened during maintenance, where welding heat transferred to the conveyor belt, causing the fire.

Key hazard · Ignition and fire of a belt conveyor due to heat generated during welding operations.
Prevention · Thorough management of surrounding combustible materials and measures to prevent heat transfer are necessary during welding operations.
FireMatch 67%

A fire occurred during maintenance work involving welding coal augers and cutting frames and heads. The location was inaccessible for fire extinguisher use, hindering emergency response.

Key hazard · Fire during welding and cutting operations
Prevention · Remove combustible materials from the work area and ensure accessibility to firefighting equipment.