Alternaria is one of the most common types of molds found in many homes. You may be familiar with its appearance, which is distinguished by its velvet-like texture and dark green and brown coloring. Alternaria mold grows wherever there is dampness, which could be a number of obvious places in the average home. Molds produce allergens and irritants. In sensitive people, inhaling or touching mold or mound spores may cause allergic reactions. Allergic reactions include hay fever-like symptoms such as runny nose, red eyes, sneezing, skin rash, etc.
CAUSES OF MOLD AT HOME
- Mold may be a problem if you live in an area where humidity is consistently strong. Because of the high moisture content in the air, this is only natural. This mold will most likely grow on wall surfaces, ceilings, dark closets, under the kitchen sink, and other surfaces.
- As a leak could also be coming from the geyser or piping in your roof, the leaking hose can also contribute to ceiling and wall mold. If you notice mold growth in any of these zones, the obvious next step is to inspect your piping for leaks.
- Most homes in the United States have an AC system, which can promote the growth of mold known as Mucor. This is an allergenic mold that forms thick, white patches beneath leaking AC systems or as a result of condensation buildup.
- An unventilated home attracts mold growth and the spread of mold spores. The stagnant air in your home is one of the best situations for mold growth.
- Basements are naturally exposed to higher levels of moisture due to their location below ground level. As a result, the combination of dampness and increased moisture content will promote mold growth.
Thermal imaging can be used to identify the cause of leaky pipes and moisture intrusion. Instead of light, the high-tech cameras capture images of heat. You can use the images to identify problem areas that are visible to the naked eye. Thermography can be used to detect areas with insufficient or improperly implemented insulation, as well as rapid cooling behind walls and other structures that can aid in mold growth.
Thermal imaging detects zones in walls caused by insufficient insulation, damaged insulation, or improper insulation installation. Eliminating hot and cold spots is the best way to prevent mold from growing. Heat is seen through the camera’s lens. Cooler temperatures will appear blue, while warmer temperatures will appear red and then yellow. The highest temperatures are white.
There are various advantages of using this method. It saves time and is simple to set up. It enables the examination of areas not accessible to the naked eye. It enables examination of challenging situations, such as high ceilings and rapid examination of larger areas. This method aids in the detection of moisture intrusion sources and also assists in determining the extent of moisture intrusion.
It enables the user to follow the path of the substances through other affected areas. This method provides visual proof of moisture intrusion. It detects moisture without requiring direct interaction in potentially hazardous areas such as behind toilets. So now you know the benefits why don’t you go for it.