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As a home or business owner, you might wonder if you can safely cleanup and removal mold growth on your own. Successful microbial remediation is partly about containment and removal. With mold, the work area needs to be contained so microbial contamination cannot be spread elsewhere. We use high efficiency air scrubbers are used to capture mold spores from the air while the structure is being cleaned and repaired. This helps reduce the chance of cross contamination and secondary damage.

The IICRC outlines five major principles of mold remediation.

  1. Make sure safety and health precautions are taken by cleanup professionals and occupants. Mold-contaminated buildings can be associated with a number of health problems. Anyone involved in the mold remediation process must be protected from exposure through a combination of practices and controls.
  2. A post-cleanup assessment by an independent environmental expert. An effective mold remediation cannot be developed without first determining the extent of the contamination to be removed. To ensure that remediation work is being properly performed, it is highly recommended that appropriate documentation of the remediation process be kept by project management
  3. Control of mold before it spreads further. Eliminating mold at the source of contamination is essential. Once mold spores spread through the air, it will be much more difficult to capture.
  4. Oversee the proper physical removal of the mold. The mold must be physically removed from the structure. Attempts to isolate mold or remove signs of mold on the surface are not adequate. Note that bleach alone cannot kill mold.
  5. Ensure that moisture is controlled to limit future contamination or recontamination. Mold growth is virtually inevitable if moisture is not controlled. Moisture problems must be identified, located and corrected or controlled as soon as possible.

Application of these principles may involve multiple disciplines and professionals from a wide range of restoration and indoor environmental fields.

Copyright © 2012—2017 IICRC®

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