Trauma and Crime Scene Cleanup
Long after the first responders leave a scene, it is still a very traumatic sight. Blood, discarded medical equipment and other crime scene residues may remain, which pose a serious health risk. Call the professionals at SERVPRO of Cayce/West Columbia. We have the specialized training, protective equipment and the experience to safely clean trauma and crime scenes. We will remove and safely dispose of bodily fluids, tissue and other pathogenic substances resulting from accident, trauma, crime or death. We offer fast, reliable bio-hazard and crime scene cleanup 24 hours a day, 7 days a week. When the unimaginable happens, call SERVPRO of Cayce/West Columbia at 803-755-9774.
Need Trauma or Crime Scene Cleanup? Call Today – (803) 755-9774
Our technicians follow OSHA and EPA protocols to help transform an unsafe environment back into a clean, safe home or business. Our first focus is always safety, since crime or accident scenes may involve bloodborne pathogens, harmful chemicals, and other dangers. We will always treat your property and the people involved with the greatest empathy and respect in the face of trying circumstances.
Crime Scene and Trauma Cleaning Services
- Fingerprint powder and evidence-gathering chemicals
- Tear gas and pepper spray residues
- Fire extinguisher residue
- Blood, bodily fluids, and tissue remnants
Common Trauma and Crime Scene Scenarios
Crime Scene Residues
From fingerprint powder and evidence-gathering chemicals to tear gas and pepper spray residues, we can clean and restore your property after a crime scene investigation.
We remove and dispose of bodily fluids, tissue and other potentially pathogenic substances resulting from accident, trauma, crime or death. Our trained Professionals clean, disinfect and deodorize the structure.
Many of the chemicals used in the production of illegal drugs such as methamphetamine are volatile and can leave harmful residues throughout a structure. Our technicians follow federal and state guidelines to properly clean all surfaces.