How to Remove Mycotoxins: Actionable Tips for a Healthier Home
Mycotoxins are toxic compounds produced by certain molds and fungi that can pose serious health risks. They are notoriously difficult to eliminate once they’ve infiltrated an environment, and addressing them requires a comprehensive approach. Recent advancements in air sampling technology have made it easier to detect mycotoxins, enabling more effective protocols for their removal. One such protocol, developed by Superstratum, combines advanced cleaning solutions and air purification techniques to address both visible mold and the microscopic mycotoxins left behind.
In this guide, we’ll outline actionable steps that can help remove mycotoxins from your environment, based on Superstratum's Mycotoxin Removal Technology (S.M.R.T.) Protocol. If you're dealing with mold-sensitized occupants or individuals with diagnosed mycotoxin exposure, it’s critical to follow this structured approach to ensure complete remediation.
Step 1: Test for Mycotoxins in the Environment
Before you start remediation, conduct a thorough assessment to confirm the presence of mycotoxins. This initial testing should include both air and surface samples to establish a baseline. Superstratum recommends the Respirare Labs Airborne Mycotoxin Environmental Assessment (AMEA) test, which identifies and quantifies specific mycotoxins in the air. By doing this, you’ll have a clear understanding of the contamination level and can track progress throughout the remediation process.
Curious if you may have mold?
Take this quiz to discover if you're at risk for mycotoxin exposure.
Step 2: Initial Fogging with Hypochlorous Acid Cleaner
Once testing is complete, initiate a fog treatment of the entire structure with Superstratum Hypochlorous Acid Cleaner. Hypochlorous acid is effective against a wide range of pathogens, including mold spores and mycotoxins, and is safe for use around people, pets, and plants. By using foggers and sprayers, you can evenly distribute the solution, covering all surfaces and hard-to-reach areas. During application, professionals should wear personal protective equipment (PPE) to avoid direct contact with the cleaner in its fogged form.
Recommended equipment:
Foggers and sprayers suitable for hypochlorous acid.
Step 3: Detailed Surface Cleaning
After fogging, perform a meticulous cleaning of all surfaces using Superstratum Hypochlorous Acid Pro Cleaner. Focus on high-touch and horizontal surfaces where mold particles and mycotoxins tend to settle. The detailed cleaning process helps remove any remaining contaminants and reduces the risk of mycotoxin re-exposure.
Pro tip: Use microfiber cloths and change them frequently to avoid spreading contaminants during the cleaning process.
Step 4: Second Fogging for Additional Contaminant Reduction
Conduct a second fogging session with a diluted hypochlorous acid solution to further reduce any residual contaminants. This step also increases the humidity in the environment, making it more conducive for the next phase of the remediation process. For optimal results, aim to achieve around 65% humidity.
Suggested equipment: Humidity meters to monitor and control the indoor environment.
Step 5: Gas Phase Treatment with Chlorine Dioxide
Next, treat the space with chlorine dioxide gas, a powerful agent effective at penetrating porous surfaces and eliminating deeply embedded mycotoxins. During this phase, all people, pets, and plants should vacate the premises for at least 12 hours. Follow the manufacturer's directions for using the Superstratum Remediation Bomb to ensure thorough saturation of the gas in all areas of the structure.
Note: Chlorine dioxide requires controlled application, so this step is best performed by professionals to ensure safety and effectiveness.
Step 6: HEPA Filtered Positive Air Flush
After gas treatment, it’s essential to clear the air of any residual chemicals. Use a HEPA-filtered positive air flush to remove airborne contaminants and cycle in clean, filtered air. Superstratum recommends using a HEPA Air Scrubber paired with the MCI PRV24K Air Purification Device, which works by pushing fresh, filtered air into the home. To maximize airflow, open windows or create a dedicated entry point fitted with a flexible duct to allow treated air to disperse throughout the building.
Step 7: Apply Smart Polymer Coating to Mold-Prone Surfaces
As a preventative measure, apply Superstratum Smart Polymer Coating on surfaces that are particularly susceptible to mold growth, like bathrooms, basements, and kitchens. This protective coating prevents the growth of mold spores and provides an extra layer of protection against mycotoxins. Following the application, clean any residue from horizontal surfaces to maintain a pristine environment.
Recommended areas: Attics, crawl spaces, and areas prone to high moisture or humidity.
Step 8: Post-Remediation Testing
After completing the entire remediation protocol, conduct post-remediation testing to confirm that mycotoxin levels are significantly reduced or entirely eliminated. Use the same testing methods applied in the initial assessment to compare results and verify the effectiveness of the protocol.
Final Thoughts
Effectively removing mycotoxins from your home or workplace is a multi-step process that requires thoroughness and precision. By following Superstratum's S.M.R.T. Protocol, you’re using a state-of-the-art method designed specifically to target and eliminate both visible mold and the invisible toxins they leave behind. For cases involving sensitive occupants or those with known mycotoxin exposure, taking these steps is crucial to creating a safe, healthy environment.
For more information on mold remediation or to find BLS tips for effective mycotoxin removal, be sure to consult resources that specialize in mold control and air purification.