Trauma and Crime Scene Cleanup

When there has been a death or injury that causes a situation where blood and bodily fluids must be cleaned up, it is very important that you know to contact the right people. Initially, if there was a death, attack, or other dangerous situation, it is important that you call the authorities. When the situation has been taken care of, your next call should be SERVPRO of DeRidder, Leesville & Vinton to clean up immediately. When there is blood and bodily fluids in a scene, it can be dangerous to clean if you do not have proper training. We are trained and equipped to clean biohazard materials and can make certain the scene is free of any health risks. SERVPRO understands just how difficult it can be to witness an accident or crime. Any situation where you witness a significant amount of bodily fluids is never a positive experience. The biohazard materials can spread diseases and viruses around. We disinfect the area and make certain that there is no lingering threat of infection from the biohazard materials.

Need Trauma or Crime Scene Cleanup? Call Today – (337) 462-6500

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.

Bloodborne Pathogens

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.

Illegal Drug - "Meth" Labs

Many of the chemicals used in the production of illegal drugs such as "meth" are volatile and can leave harmful residues throughout a structure. Our technicians follow federal and state guidelines to properly clean all surfaces.