AC DataCenter

Fire & explosion in Plumbing & HVAC

Plumbing and HVAC systems often involve high-risk activities like soldering, brazing, and welding that can easily ignite surrounding materials in confined workspaces. Implementing rigorous fire prevention protocols is essential for small business managers to protect their staff, infrastructure, and operational continuity.

Key risk diagnosis for this task

About 98% of related real accidents concentrate in these types.

#167%
Fire
#229%
Machinery/Equipment Explosion
#32%
Chemical Leak

Key prevention

  • Clear all combustible materials and debris from the immediate work area before initiating any heat-producing tasks.
  • Maintain fully charged, appropriate fire extinguishers within immediate reach and ensure all staff are trained in their proper use.
  • Utilize fire-resistant blankets or heat shields to protect nearby surfaces and structural components from stray sparks and molten metal.
  • Implement a mandatory fire watch period after completing hot work to monitor for smoldering materials that could ignite later.
  • Conduct thorough inspections of gas lines and ventilation systems to prevent the accumulation of flammable vapors or leaks.

Related accident cases

FireMatch 70%

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 70%

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 70%

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.
FireMatch 69%

A fire occurred during welding operations, causing damage to equipment. Sparks were observed by workers after the welding task.

Key hazard · Sparks from welding operations ignited nearby combustible materials, leading to a fire.
Prevention · Enhance fire prevention measures during welding, such as removing nearby combustibles and ensuring fire suppression equipment is readily available.
기계·설비의 폭발Match 69%

EE에서 TAILIN BOX를 용접하는 동안 폭발이 발생했다고 보고했습니다.

Key hazard · 폭발압
FireMatch 68%

An unexpected fire occurred in a loop bolt machine after welding operations. The fire was discovered during a secondary inspection and extinguished within 12 minutes.

Key hazard · Fire originating from equipment/machinery related to welding operations
Prevention · Thorough inspection and enhanced management of equipment/machinery after welding operations
FireMatch 68%

A fire occurred in the internal wiring during welding operations and could not be extinguished.

Key hazard · Fire due to overheating of internal wiring during welding
Prevention · Measures needed to prevent wiring overheating during welding
FireMatch 68%

A fire occurred when a welding rod contacted a spray paint can during welding operations, causing a leak. This incident resulted in a fire in the work area.

Key hazard · Fire caused by contact between a welding rod and a spray paint can during electrical welding.
Prevention · Enhanced caution and management of flammable materials around welding operations.