Our Forensic Cleaning Process
No Other Company Matches our 6-Step Process!
911 Hazmat Cleanup is proud of our one-of-a-kind, completely thorough, 6-step bio-remediation forensic cleaning process.
911 Hazmat Cleanup is Going Green!
We use all botanical cleaning products.
Efficacy and
Spectrum of Action
- Kills 99.9% of Bacteria, Viruses*, Fungi & Molds
- Bactericidal, Virucidal*, Tuberculocidal, and Fungicidal**
- Kills antibiotic-resistant bacteria, such as MRSA (Methicillin Resistant Staphylococcus aureus)
- Kills, Destroys and Eliminates Household Germs†
- Eliminates 99.9% of most Allergens§ upon contact
- Kills bacteria that can cause food poisoning≠
Application and
Convenience
- Disinfect, Sanitize, Clean, and Deodorize in ONE STEP
- No Rinse Required, even on food contact surfaces
- Sanitizes Soft Surfaces in just 2 minutes
- One-step Hospital Disinfectant Cleaner
Safety and
Environmental Friendliness
- Non-Abrasive and Non-Corrosive
- Non-Flammable Formula
- Free from Chlorine and Phosphates
- Formulated without phthalates, propylparaben, butylparaben, formaldehyde, formaldehyde-donors, or NPE’s
Product Composition
and Attributes
- Does not contain Harsh Chemicals
- Cleans and Disinfects without Bleaching
- Kills Odor Causing Bacteria
6-Step Bio-Remediation Forensic Cleaning Process
(Treat, Clean, Disinfect, Decontaminate, Sterilize and Encapsulate)
STEP #1
Hazard Treatment
Treat all affected surfaces with professional biohazard treatment solutions designed to begin breaking down biological contamination while reducing the potential for cross-contamination.
STEP #2
Environmental Cleaning
Physically remove visible contamination, organic matter, dirt, debris, and biological residue using professional cleaning methods appropriate for the affected materials.
STEP #3
Hospital-Grade Disinfection
Apply EPA-registered hospital-grade disinfectants with proper dwell times to significantly reduce bacteria, viruses, fungi, and other microorganisms on approved surfaces.
STEP #4
Environmental Decontamination
Perform detailed decontamination of the approved work area, focusing on high-touch surfaces, horizontal surfaces, and other affected materials identified during the environmental risk assessment.
STEP #5
High-Temperature Steam Treatment (When Appropriate)
Utilize commercial steam equipment to assist in the reduction of embedded biological contamination on suitable non-porous and semi-porous surfaces.
STEP #6
Chemical Surface Encapsulation (When Appropriate)
Apply a professional antimicrobial encapsulating treatment to approved surfaces to assist in sealing residual contaminants, reducing odor-causing bacteria, and providing an added layer of environmental protection where appropriate.