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Mold
Molds are a natural part of the environment Mold can grow virtually anywhere that moisture and oxygen are present. They belong to the kingdom Fungi and live in moist places such as soil, bathrooms, kitchens, window cells, round the Airconditioning system etc. it is recommended, however, that indoors mold growth should be avoided.
There are many types of Molds they need water, food, and the right temperature to begin growing, the following characteristics can influence growth.
- Relative humidity of approximately 50% or higher
- Stagnant air
- Airtight structures
- Damp areas or products (towels, rags, clothes)
- Incompletely/improperly cleaned areas where Mold has infested.
- Low nitrogen concentrations in the air or soil
If the moisture problem remains undiscovered or left untended, Mold can cause a lot of damage, Mold, mildew, and fungus pose three great risks, because.
- They can lead to excessive damage to wood surfaces like termites, certain Molds and fungus can turn cellulose material (stuff made of wood or wood by-products) to food and in the process will weaken and destroy the structural integrity of the home.
- Mold and fungus release and produce mold. These spores float around in the indoor air inside homes and pose respiratory risks to those living in the home. These spores are a major allergen triggers and rank with pollen as a main source of contaminants for allergy sufferers.
- Some types of Molds and fungus release highly toxic “mycotoxins” which are byproducts that develop and then release during growth. These mycotoxins can cause severe adverse health problems for many people.
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Molds growth can occur on Wood, Paper, Carpets, Food, and Indoor Insulation
Mold presence indoor trigger many health risks such as
- Sneezing, Runny nose, Red Eyes, Skin Rashes, Dizziness, Headaches and Asthma Attacks
These risks are especially harmful for children, elderly people, and those with pre-existing respiratory illnesses.
When mold spores land on damp spots or surfaces, they may begin growing indoors and digesting whatever they are growing on to survive. Eventually mold will destroy the things on which they grow.
By controlling moisture and reducing mold growth, you can:
- prevent damage to building materials and furnishings,
- save money and avoid potential health risks.
Mold spread by producing tiny reproductive cells called spores that waft through the air. Mold spores usually cannot be seen without magnification (ranging in size from 2-10 um) and are naturally present in both indoor and outdoor air. Some molds have spores that are easily disturbed and settle repeatedly with each disturbance. Other molds have sticky spores that will cling to surfaces and are dislodged by brushing against them or by other direct contact.
Spores may remain able to grow for years after they are produced. In addition, whether the spores are alive, the allergens in and on them may remain allergenic for years.
The Molds inspection will require the physical search of the property for the presence of the molds on walls, surfaces, and furniture. To measure the level of moisture we would use Moisture meters.
The mold remediation process eliminates excess moisture and moldy surfaces of the property.
Before removing mold, the focus would be on changing the humidity and moisture levels that let the molds grow and spread. This process would be completed by using multiple methods depending on the level of molds present. Some of these methods are,
- Using Moisture Meters.
- Using Air movers,
- Unsing dehumidifiers
- Using Hepa filter Air scrubbers
Once humidity levels are back to normal, we carry out the process of cleaning the molds visible signs and marks on walls and furniture. Some of the furniture pieces might not be able to be saved and would need changing.
After the humidity levels are back to normal, you need to clean and disinfect the moldy area to remove the visible mold.
Once you’ve altered the environment that helped mold grow and therefore stopped it from spreading further, it’s time to eliminate it.
While many non-professionals use bleach for this purpose, mold experts steer clear from it as it can pose a threat to humans’ while being less effective than more natural solutions. Some prefer it because of its bleaching properties, but the risk is higher than the reward.
Biocides such as detergent are a better option as they are less intrusive. On the other hand, biocides are water-based, which means that they will reintroduce water to the previously infected material, thus bringing more moisture.
You need to properly dispose of everything that the property owners want to throw away because of mold infestation. However, you should use borax and detergent to clean areas that will not be removed and thrown away.
When dealing with wood, select a dishwashing detergent and scrub the air with a bristle brush. After that, you can use a borax product to protect the wood from mold. You can use a wire brush and essential disinfectant wipes before scrubbing the area with detergent and a wet cloth for other materials.
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BIOSWEEP MULTIPHASE DECONTAMINATION PROCESS FOR INDOOR AIR
1. Germicidal UV Radiation
Air comes into the bottom rear of the BIOSWEEPTM unit. High intensity germicidal irradiation is lethal to incoming airborne microorganisms, creating peptide bonds within their DNA, preventing them from further replication. All other slices of the UV Band are used as well.
2. Powerful Singlet Oxygen and Oxyradical Plasma
A dense cloud of powerful molecular oxidizers attack bio-particles and rapidly begin breaking the carbon bonds that form their cellular matter. Approximately 70% of the systems energy goes into creating this powerful sterilizing plasma gas, which includes singlet oxygen, superoxide, hydrogen peroxide and three oxyradicals: hydroxyl radicals, the atomic oxygen radical, and hydro peroxide radicals. These agents remain in the chamber.
3. Concentrated 03, H2 02
Purified trivalent oxygen, called ozone, is produced which contributes to oxidization within the chamber and production of more oxyradicals. Bulk ozone and hydrogen peroxide molecules leave the top of the unit to continue their work outside the chamber for another 30-45 minutes before decaying harmlessly back to the natural elements from which they were made.
4. Photocatalytic Production of Hydroxyl Radicals
Special nanoparticles coated on the entire inner chamber wall undergo a photocatalytic reaction driven by the UV energy field. They convert water vapour in the air or feed gas into more hydroxyl radicals projecting from the entire inner surface. The new oxyradicals break up passing organic matter and generate more oxyradicals from the 03 concentration present.
5. HEPA Filtration, Optional Supplemental Feed Gas
Complete your air purification journey with BIOSWEEP’s HEPA Filtration, ensuring the removal of even the tiniest particles. Opt for the Optional Supplemental Feed Gas for an added layer of freshness. Elevate your indoor air quality effortlessly with our advanced technologies!
In general, after cleaning the area with a non-invasive product, seal or encapsulate the surface to prevent mold
APPLY THE BIOSWEEP INDOOR AIR DECONTAMINATION PROCESS THROUGH THE USE OF BIOSWEEP MACHINES
DISINFECT AND STERLIZE SURFACES USING ANTIMICROBIAL BIO FRIENDLY SOLOTION TO PROVIDE PROTECTION FOR THE SURFACES AGAINST ANY FUTURE GROWTH OF THE MOLD.