Many experts have published helpful mold remediation advice. This fungus is wide-spread in many indoor and outdoor settings. It reproduces through the release of spores. These spores become air-borne, and are known to cause severe allergic reactions in many people.
Moist, humid environments nurture fungal growth. Outside, colonies are often found in grains and grass which are moist, rotting wood, and dead leaves. Inside, moist rooms, including bathrooms, basements, and kitchens provide ideal environments for the fungus.
Most building materials can sustain thriving colonies of fungus. Indoor plumbing problems, leaky roofs, flooding, and improperly dried flooring materials can lead to fungal growth in schools, homes, offices, and gymnasiums. For the colonies to thrive, they need moisture (which includes high humidity), food, and a substance to which they can attach. Fungus foods are are commonly available in building materials, such as plywood, drywall, furring strips, carpets, and carpet padding.
Spores need three elements to nurture their development. They include nutrients, moisture, and time. Cellulose, dust, and dander are common nutritional elements found in indoor environments. Nutrients are commonly available in cardboard, wood, drywall paper, soap, fabrics, and dust which contains shredded skin cells. Moisture facilitates decaying processes, which nurture colonies of fungus. In addition to leaky basements, roofs, and crawl spaces, moisture levels are increased by breathing and perspiration. Fungal colonies can become mature after a period of 24 hours to 10 days following spore implantation.
Upon suspicion of fungal presence, the mold remediation advice provided by professionals instructs people to conduct assessments. The first stage of assessment involves odor and visual inspections. The second stage involves assessing the backs of wood panels and wallpaper, under furniture, and inside wall cavities and ventilation systems.
There are several types of gear which can be useful in the fungus detection and elimination processes. They include humidity gauges, thermographic and digital cameras, moisture meters, and dehumidifiers. Additionally, borescopes (specialized cameras) have long, thin necks which can be inserted into even the smallest spaces. While conducting inspection and elimination processes, it is important to be fully protected. Goggles, impervious suits, respirators, and gloves should be worn.
Professional mold remediation advice includes the complete removal of all colonies of fungus. In general, use of biocides does not adequately destroy these colonies. Rather, all materials contaminated with fungus must be completely removed, and carefully placed in sealed containers while still inside the contaminated spaces.
There are a couple other methods which have shown to be successfully destroy fungus. Using dry ice to blast contaminated wood and cement can be effective. This process can be more cost-effective than the prior process which involves the complete removal of all contaminated materials.
A TM-100 enzyme solution has also been shown to be effective. Fogging contaminated rooms with this element can destroy fungus. The United States Occupational Safety Hazard Administration has conducted tests which indicate this enzyme can be used safely around pets and people.
Mold remediation advice is widely available from knowledgeable experts. There are many private and government organizations which post this data online. Eliminating fungus is important to environmental health.