wildlife remediation services
Our Process
When wildlife gains access to your home or business there are many things that can happen. The intrusive animal can leave behind fecal matter, urine, parasites, bacteria, and mold which can linger in the home. This can cause the air being circulated to become contaminated. If the problem is not professionally cleaned, the bacteria and mold could grow. We offer partial and complete removal, replacement, and sanitization of the attic and or crawlspace and any exterior surfaces that have been impacted by wildlife, leaving it clean and energy efficient!

Contaminated attic insulation from
small brown bat guano and urine
What Makes Us Different

First things first...
Before we can begin any sanitization or remediation process, the wildlife must be excluded and removed from the structure. The process is harmless to the animal and ensures they can exit safely. Once all wildlife has been removed and your home has been sealed, we can start cleaning and sanitizing the affected space.

Access & Remove

Clean & Sanitize
We make it a priority to clear contaminated materials from your home and return it to a healthy, livable environment. We do this by using the industry’s leading techniques and equipment: vacuums, HEPA filtration systems, moisture reducing fans, safe cleaning products, deodorizers, and advanced breathing equipment.

Prevent & Protect
After we have successfully restored your attic and insulation, our service also includes any necessary repairs and the installation of additional materials to prevent any future wildlife from gaining access to your structure.
Blown-In Insulation Benefits
Having your home well insulated translates to it being energy efficient. In a typical residential install, blown-in insulation enhances energy efficiency throughout the building, improves the heating and cooling cycles, as well as increases HVAC performance. Blown-in insulation is cost-effective and provides satisfactory insulation value throughout the structure.

Blow-in insulation for additional energy efficiency