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Frequently Asked Questions
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Why Does Mold Seem To Be More Of A Problem Now?
It's true mold has been around since the dawn of time, but there are several reasons mold has become more of a problem in recent years.
First, molds, bacteria and viruses are all catogorized as microbes. Mold and bacteria are simple or single celled organisms, while viruses are a strands of DNA or RNA that may grow and reproduce once it gets inside a living cell. One of the reasons we have seen an increase in molds, as well as bacteria and viruses, can be attributed to Antimicrobial Resistance.
The U.S. Center For Disease Control (CDC) defines antimicrobial resistance as "the result of microbes changing in ways that reduce or eliminate the effectiveness of drugs, chemicals or other agents to prevent their growth and reproduction.
What this means is, molds have the ability to adapt to soaps, chemicals and their environment as a means of survival. While bleach and other antimicrobial solutions have been recommended to kill mold in the past, some molds have formed an immunity to these chemicals.
Other factors contributing to the increase in mold problems include tighter building designs that do not allow the home to breathe properly, a lack of proper maintenance on residential mechanical (HVAC) systems and increased human sensitivities to molds and other indoor air contaminants.
Click Here if you would like training to help identify, resolve and prevent potential IAQ / Mold problems.
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Are some individuals at greater risk to indoor air contaminants than others?
Yes, some individuals are more susceptible to the health effects caused by indoor air pollution.
This may include infants, the elderly, bedridden individuals and those with existing health conditions, such as respiratory disease, sinus infections or asthma, as well as immune comprimised individuals.
Please consult a lisenced medical professional if you are exeriencing any health problems.
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What are Indoor Air Contaminants?
Air quality contaminants come in a variety of forms. These include;
Combustion contaminants (carbon monoxide, nitrogen dioxide from kerosene and gas heaters, wood burning stoves, fireplaces/chimneys, etc.
Volatile or semi-volatile organic compounds (formaldehyde, chemical solvents, pesticides, etc.)
Biological contaminants (mold spores, pollen, viruses, bacteria, dust, insect parts, animal dander, etc.)
Particulates (fiberglass, gypsum powder, asbestos, lint, carpet fibers, etc. from buildings, materials or furnishings)
Environmental tobacco smoke (ETS, which is the mixture of gasses and particulates that comes from the burning end of a cigarette, pipe or cigar)
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What is the most effective approach to prevent indoor molds and other IAQ contaminants?
After several years of research and field testing, HBIA has developed an effective and affordable solutions to prevent molds and other indoor contaminants utilizing a Healthy Building Automation System.
Preventing indoor moisture intrusion is one of the most effective ways to prevent indoor mold growth. These systems are very effective and efficient in providing early detection of moisture intrusion, water leaks, high humidity or other environmental factors that can lead to water or mold damage.
HBIA also offers training and certification for contractors throughout the US and Canada to utilize this effective and affordable approach to Mold/IAQ Prevention. In addition, HBIA provides ongoing coaching support to help answer questions and provide professional insight, even after you have gained your certification.
Please click here to learn more about training courses.
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