Automotive Parts Manufacturing Plant Fire Restoration Case Study
Restoration of fire soot-contaminated press equipment and electrical and electronic systems
[ Summary ]
A fire broke out on the press line of an automotive parts manufacturing plant, affecting not only the press equipment but also adjacent power distribution panels and press control panels, which were heavily contaminated with fire soot.
BELFOR Korea assessed the condition of the fire-damaged equipment and evaluated the extent and level of contamination using specialized measurement tools. Based on the equipment materials and contamination levels, BELFOR technicians developed an appropriate restoration plan and selected precision cleaning methods tailored to each piece of equipment.
After precision cleaning was completed, each piece of equipment was carefully inspected and tested to verify that it was operating properly.
A critical part of the restoration process is determining which components need to be replaced and which equipment can be restored. BELFOR Korea’s role is to help preserve and restore as much affected equipment as possible, reducing unnecessary replacement wherever restoration is technically feasible.
Project Overview
- Industry: Automotive Parts Manufacturing
- Incident Type: Production Equipment Fire
- Primary Damage: Soot Contamination of Press Equipment and Adjacent Electrical & Electronic Equipment
- Primary Restoration Scope: Press Equipment, Power Distribution Panels, Press Control Panels, and Underground Pit Structures
- Primary Restoration Method: Precision Cleaning Using Specialized Cleaning Agents
- Restoration Period: Approximately 1.5 Months
- Project Objective: Rapid Restoration and Return to Normal Operations
Can Fire-Damaged Press Equipment Be Restored After a Factory Fire?
Yes, depending on the type and extent of the damage, fire-damaged press equipment may be restorable rather than requiring complete replacement.
For large industrial equipment such as presses, the assessment should consider not only direct heat damage but also how far soot and fire residues have penetrated into the equipment.
BELFOR Korea technicians assessed the structure and contamination condition of the press equipment and used specialized cleaning agents to restore components identified as having restoration potential. Because surface cleaning alone is not sufficient for complex press equipment, different restoration methods were applied to individual areas based on equipment configuration, accessibility, and the extent of contamination.
Do Power Distribution Panels and Control Panels Require Precision Cleaning?
Yes. In industrial facilities, contamination inside electrical and electronic components can be more critical than visible soot on external surfaces. Even fine fire residues can affect sensitive components.
At this site, fire residues were found inside the power distribution panels and press control panels. Because these contaminants could contribute to equipment failure, BELFOR Korea technicians implemented immediate damage mitigation measures to help prevent further deterioration and preserve the equipment’s restoration potential.
The affected power distribution and control panels were subsequently restored and successfully returned to operation.
Assess Restoration Potential Before Replacing Equipment
Replacing all affected equipment after a factory fire can involve significant cost and long replacement lead times. For equipment and electrical and electronic systems that have not sustained severe direct heat damage, restoration potential should first be assessed by specialists before replacement is considered.
At this site, BELFOR Korea assessed contamination on the press equipment, power distribution panels, and control panels, then developed restoration processes appropriate to each type of equipment.
Rather than replacing all affected equipment, BELFOR Korea carried out restoration work over approximately 1.5 months and verified that the restored equipment could be returned to operation.
Restoration Results
- Specialized Cleaning of Press Equipment
Specialized cleaning agents and methods appropriate for the equipment were applied to fire-contaminated press machinery. - Precision Cleaning of Power Distribution and Control Panels
Precision cleaning was performed on electrical and electronic components inside the power distribution panels and press control panels exposed to fire soot. - Equipment-Specific Assessment and Restoration
Each piece of equipment was assessed based on its condition and level of contamination to determine which components required replacement and which had restoration potential. - Intensive Restoration Over Approximately 1.5 Months
Restoration of the large production equipment and electrical and electronic systems was carried out over approximately 1.5 months.
Frequently Asked Questions
Yes, depending on the extent of direct heat damage, soot contamination, and the condition of internal components. If the press has not sustained significant structural damage, restoration may be possible through specialized cleaning and a professional equipment condition assessment.
Yes, depending on the extent of heat damage, soot contamination, and the condition of the internal electrical and electronic components. It is important to assess contamination inside the panel—not just on external surfaces—to determine whether precision cleaning, component replacement, or a combination of both is appropriate.
Not necessarily. The control panel should first be assessed for direct heat damage, component damage, and the extent of contamination. Based on this assessment, specialists can determine which components can be precision cleaned and restored and which need to be replaced.
When choosing a factory fire equipment restoration company, look beyond general building cleaning and restoration experience. The company should be able to assess contamination and restoration potential for critical production equipment such as press machinery, power distribution panels, and control panels, and determine the appropriate restoration process for each asset.
The restoration timeline depends on the type of affected assets, the extent of contamination and damage, and the type and complexity of the equipment. The most accurate way to estimate the restoration period is to have an experienced industrial restoration specialist conduct an on-site assessment.
