The challenge: Warehouse electrical fire
Ideal Response was contacted to manage the fire damage restoration of a large storage warehouse following an electrical fire. The incident left the structure, including the ceiling, walls, cables, and lighting fixtures, heavily contaminated with soot residue.
A primary challenge of this project was the presence of a high volume of warehouse contents that remained on site. Furthermore, the facility currently had no access to water or power, requiring an independent and methodical approach to ensure the restoration could proceed without delay. To support the client, a phased approach was planned to split the warehouse into two sections, allowing business operations to continue as soon as possible.
- Stabilising the warehouse and mitigating the risk of further secondary damage
- Extensive HEPA vacuuming of surfaces and machinery
- Comprehensive PH neutralising washdown of all contaminated surfaces
- Installing environmental containment to allow continued business operation
Health & Safety
Operating in a post fire environment without utility access requires strict adherence to safety protocols. Our risk assessment identified several critical factors:
- Working at Height: The project required high level and low-level cleaning, necessitating the use of powered access and towers.
- Respiratory Hazards: Fine soot and ash particles from the electrical fire posed a risk to technicians, requiring the use of full PPE and HEPA filtration.
- Logistical Risks: The coordination of moving warehouse contents while cleaning was underway required clear communication to prevent injury or damage.
- Resource Management: Working without site power or water meant all equipment and processes had to be managed independently to maintain safety standards.
- Continued Operation:The client still being present and works continuing in the facility added a layer of complexity. Our solution was to install strict environmental containment, mitigating the risk of cross contamination and protecting the employees.
Our team of technicians adhered to every health and safety measure throughout the project.
The Ideal Response: Comprehensive cleaning
The restoration strategy focused on a meticulous, multi-stage cleaning regimen to ensure the complete elimination of soot and the restoration of the warehouse to a pristine state. Our teams installed environmental containment to allow operation to continue in one half of the warehouse, whilst the fire damage restoration works were carried out on the other section. This unique approach enabled the client to remain operational whilst the multi-stage restoration works were underway.
- Initial Stabilisation and Preparation: The warehouse was divided into operational zones to facilitate the client’s ongoing work. We coordinated with the client team as they moved contents to allow our technicians access to all affected surfaces.
- HEPA Vacuuming: The process commenced with a comprehensive HEPA vacuuming phase. This targeted the ceiling, walls, cables, and lights at the seat of the fire to remove loose surface soot and prevent cross contamination.
- Manual Wash Down: Following the vacuuming, a thorough manual wash down was initiated. Our team utilised green pads, white rags, and Virosol, a specialist degreaser chemical, to eradicate embedded soot residue from all hard surfaces.
- Technical Validation: To verify the thoroughness of our efforts, a white rag test was administered. This industry recognised testing method confirmed the successful removal of soot particles and validated that the area was restored to a safe, clean condition.
The Result: A clean, operational facility
The project successfully transformed the warehouse from a fire damaged site into a clean, operational facility. Photographs captured during the process highlight a stark contrast between the soot affected areas and the completed work, documenting the effectiveness of the technical cleaning.
By implementing a phased cleaning strategy and working around the lack of site utilities, Ideal Response ensured that the client could return to operational status with minimal downtime. The successful white rag test provided the customer with total peace of mind that all hazardous fire residues had been eliminated.
