Mold spores are all around us, outside and indoors. Mold actually serves a purpose in our eco-system to consume dead organic materials.
Problems with mold arise indoors primarily because our homes are made of dead organic materials, meaning mold can grow anywhere in your home: on carpet, clothing, food, paper, and even in places you can’t see, such as the backside of drywall, areas inside walls around leaking or condensing pipes, and above ceiling tiles.
The simplest way to detect a mold problem is using your own senses. A musty odor is one indication. Not only is mold smelly, but can be many different colors from black and gray to orange and green. Watermarks on the ceiling and walls are also a telltale sign.
There are two key reasons, you should be concerned about preventing mold.
First, mold can be difficult and costly to remove.
Second, mold can produce allergens, irritants, and mycotoxins that can compromise your health. Because mold spores are very small and can easily be inhaled into the lungs, it is harmful to live in a home with high mold levels.
Mold Can Compromise Your Health
Mold growth can be prevented. Mold growing in your home requires moisture, warmth, and food. Depriving mold of any of these three items will stop it from growing, but it will not kill the mold that is already there. Mold spores will remain dormant, and if the moisture, warmth and food all reappear, mold will begin to grow again.
So what can you do if you’re concerned about mold growing in your home?
Listed below are the top 15 mold prevention tips.
The Top 15 Mold Prevention Tips
Mold Prevention Tip #1: Audit Your Home For Problem Areas!
It is difficult to mold-proof a home. However, you can take proactive steps to determine if you have problems that could lead to mold concerns.
Does the basement flood?
Do you notice frequent condensation on windows?
Is there a water stain on the ceiling from a persistent leak?
Is your basement damp?
Does water flow into your home’s foundation?
Addressing these questions may entail some upfront costs to fix, but it will be worth the investment in preventing future mold problems.
It is also important to note that if you are renovating your home or considering building a new home, that you may want to consider researching mold prevention products, including mold-resistant drywall and sheetrock, and mold inhibitors for paints.
Mold-resistant drywall is recommended because traditional drywall is made up of gypsum plaster core pressed between piles of paper, making it highly susceptible to mold. What this means is that in the presence of moisture and water, traditional drywall acts like a sponge absorbing the moisture leading to mold. Since traditional drywall is so porous, the only remedy to removing the mold is to tear out the drywall.
In contrast, mold-resistant drywall is paperless because the gypsum core is covered in fiberglass, meaning it is water-resistant and therefore less susceptible to mold growth. Moisture resistance drywall should be used in bathrooms, laundry rooms, basements, and kitchens because these areas of the home are most prone to moisture.
Mold Prevention Tip #2: Dry Wet Materials Immediately!
Mold can not grow without moisture and given the right conditions, it will begin growing within 24 to 48 hours.
With this in mind, tackle we areas right away.
Don’t leave wet clothes or other items lying around the house, dry them outside if possible.
Dry spills on carpet and floors.
Dry your clothes after washing them by putting them in the dryer soon after the wash cycle is complete.
If heavy rainfall causes seepage into your basement, make sure you dry the area promptly and contact a company to waterproof your basement to prevent future occurrences.
If you experience a flood event, dispose of water-damaged carpets, bedding, and furniture if they can not be dried completely. Ideally, contact a restoration company to manage the clean up and drying process.
Mold Prevention Tip #3: Clean, Disinfect, and Dry Surfaces!
Vacuum and clean regularly to remove possible sources of mold growth.
Pay special attention to bathrooms and other areas of your home that are likely to generate a lot of moisture.
Non-porous surfaces (tile, stone, laminate) can be cleaned well with disinfectants and other cleaners.
Mold Prevention Tip #4: Repair Water Leaks!
Repair water leaks in your roof, windows, or any other part of the home as soon as possible.
Over time, constant leaks will cause moisture to buildup leading to mold growth.
Mold Prevention Tip #5: Use Area Rugs!
In portions of your home that are susceptible to moisture, use area rugs or washable floor surfaces rather than wall-to-wall carpeting. If you use area rugs, launder them periodically.
Mold Prevention Tip #6: Increase Air Flow!
Prevent moisture buildup by increasing the air flow within your home. Without good air flow, excess moisture can appear on your walls, windows, and floors.
To increase air circulation, open doors between rooms, move furniture away from walls, and open doors to closets.
In addition, open windows to allow fresh air to flow indoors.
If you don’t already have an HVAC system that has an outside air intake to bring in a steady stream of outside air, consider installing one.
Mold Prevention Tip #7: Proper Ventilation!
Routine daily activities such as cooking, taking a shower, and washing laundry can create excess moisture in your home.
Prevent moisture with proper ventilation.
Vent appliances that produce moisture (clothes dryers and stoves) to the outside, not to the attic or crawl space.
Use AC units and dehumidifiers (especially in humid climates), but make sure they don’t produce moisture themselves by checking them periodically and cleaning them as directed by the manufacturer.
Energy-efficient homes are prone to holding moisture inside. For this reason, it is important that you open windows or use exhaust fans in the kitchen and bathroom (especially when you are showering).
Mold Prevention Tip #8: Make Sure Your Storage Room Is Dry!
Most homeowners have a room where they store materials such as books, clothes, camping gear, and other occasional use items.
It is important that you check the humidity of your storage room and make sure that there is no excess moisture because most of the materials you are storing are ample sources of food for mold.
Ideally, use your garage, a well built shed that prevents moisture intrusion, or a dry storage unit and not the inside of your home. Make sure there is air circulating in the storage area as well.
Mold Prevention Tip #9: Control Humidity!
Clues that your home has excess humidity include condensation on windows, pipes, and walls. If you notice condensation, dry the surface immediately and address the source of moisture, and invest in a dehumidifier if necessary.
To measure the humidity levels in your home, purchase a moisture meter from your local hardware store.
Ideally, the indoor humidity of your home should be between 30 and 60 percent.
In the winter, it is recommended that humidity levels are below 40 percent to prevent condensation from appearing on the windows.
Mold Prevention Tip #10: Check Your Attic!
Make sure that your exhaust fans are not venting into the attic because this will create excess moisture and lead to mold.
Also, your attic needs ventilation as well, so check this.
Insulation is important, particularly in cooler climates because snow accumulation on the roof can lead to ice damning issues which will cause moisture issues.
Mold Prevention Tip #11: Check Your Crawl Space!
Most homes in the Southern United States have crawl spaces.
Crawl spaces are a breeding ground for mold because there is so much excess humidity.
Mold growth in the crawl space is a particular concern because it will also impact the indoor air quality of your home.
If you find excess moisture or mold issues in your crawl space, then the area should be cleaned properly and the mold removed. To prevent future mold issues, wall-to-wall guide, durable, 14 mil vapor barrier should be installed over the ground and up sidewalls to 6 inches below floor joists. Installation of a dehumidifier will also help control humidity.
Mold Prevention Tip #12: Prevent Basement Condensation!
The cool basement floor and walls can be a source of moisture build-up, leading to mold and that musty smell many encounter in their basements.
To prevent condensation and future moisture issues, improve air circulation, run a dehumidifier, and install a foundation drain.
Ideally, make sure the basement walls are insulated properly to keep the walls warm and limit condensation.
As a final note, if you find that there is moisture intrusion into your basement through seepage, consider hiring a contractor to water proof the area.
Mold Prevention Tip #13: Direct Water Away From Your Home!
One of the best methods to prevent seepage into your crawlspace or basement is to ensure that water around your home sufficiently slopes away from the foundation of your home.
Do not put gardens or plants too close to your foundation so that watering them could cause water to flow toward your house.
If you water your lawn with a sprinkler, make sure the water does not hit your house or the area next to the foundation.
Mold Prevention Tip #14: Keep Your Gutters and Downspouts Clear of Debris!
Debris in your gutters or downspouts could block the flow of water from your roof. To prevent water accumulation, clean your gutters regularly and have them inspected for damage. It is also a good idea to check your ceiling for water stains, particularly after heavy storms.
In addition, make sure the area under your downspouts is properly graded so that rainwater from the roof flows away from your foundation. If the water is not flowing away from the foundation, extend your downspouts.
Mold Prevention Tip #15: Check Your Plants For Mold!
Plants help keep your indoor air clean. Unfortunately, mold grows in the soil of house plants and can also grow on the leaves, leading to higher levels of mold spores in the home. To hinder mold growth in plant soil, add some Taheebo tea to your house plant water in a mild solution. The oil of this tree, which withstands fungi even in rain forests, helps hinder mold growth in plant soil and can be found at natural food stores.
The Ultimate Mold Education Resource (50 Articles)
The Ultimate Mold Education Resource (50 Articles)
The goal of Mold B Gone is to educate our customers about mold. We strongly believe that an educated and informed consumer can make better decisions when they have concerns about mold.
Included in this article are 50 links to articles that will help you learn about mold.
Please bookmark this page because we will update it with new articles as they are researched and published.
This article explains what you should and should not do if you find mold in your home, church, school, day care center, store, office building, restaurant, or hotel!
Top 3 Reasons Your Crawlspace Has High Humidity. This article explains why your crawlspace is humid, why this leads to mold and how you can fix the problem!
This article provides you with information to help you determine if you have a mold problem and explains what you should and should not do if you do find mold.
The purpose of this article is to answer the most common questions asked about crawl spaces and explain why your crawl space needs a vapor barrier. Learn more!
Recently a news article featured a woman who believes that she was poisoned by toxic black stachybotrys mold. This article explores this topic further!
The purpose of this article is to help you determine if mold and the indoor air quality of your child’s school is making them sick and what you can do. Learn more!
Wondering if you are sensitive to mold? This article explains how to determine if you are mold sensitized, seeking treatment, and the next two steps to health!
Potential Health Complications Mold Exposure Has On Pregnant Women and Infants! Questions answered about SIDS, asthma, miscarriage, and pulmonary hemorrhage.
25% of people are genetically pre-disposed to mold illness. This article explains why, citing scientific research and 37 symptoms associated with CIRS.
This article explains why many suffering from CIRS are diagnosed with depression caused by mold. Both scientific and anectodal data are cited. Learn more!
Top 3 Reasons Mold Sickness Is A Hidden Epidemic! You could be sick from mold and not even know it. This article explains why mold is a hidden epidemic!
37 million Americans suffer from sinusitis. Cause? This article lists the top 10 stats and facts citing MAYO clinic research that believes mold is the cause!
According to the CDC, rates of asthma among children in Georgia is 3% above the national average. Is mold a factor? This article cites stats and research!
Flood and water damage not only disrupts your life but can also be hazardous to your health! This article explains the top 3 hazards and prevention measures!
A flooded home or business is always a stressful situation. This blog provides you with the 3 steps required to reduce flood damage and most importantly, mold!
Home improvement is an American tradition. But, did you know that 6 out of 10 homes could have mold? Renovating can cause serious problems. Learn more!
Basements are susceptible to mold growth. The first clue of mold is a musty smell. This article provides you with 10 tips to prevent basement mold. Learn more!
If you or someone in your family suffers more frequently from colds or flus and you are not sure why, the cause could be poor indoor air quality. Learn more!
Have a mold concern, wondering what it will cost to remove? This article provides you with a detailed explanation of how mold removal cost is determined!
Mold sprays, bleach, biocides, and fungicides are an ineffective “short cut” to mold removal. Killing mold is not the answer! This article explains why.
Mold Removal Is Referred To As Mold Remediation Because Professionals Follow These 8 Steps. This article explains the steps and why you need to hire a pro!
One of the questions we are often asked is why do some people get sick from mold and other’s do not?
One of the biggest challenges faced by people sick from mold is the fact that doctors, friends, and other family members dismiss their symptoms simply because they do not get sick when exposed to mold.
This is tragic because many people that get sick have no control over their sickness because their bodies have a genetic pre-disposition to mold illness.
The other major problem with mold illness is the fact that there are so many symptoms, 37, associated with it, meaning it is difficult for physicians to pinpoint the cause.
This article explains how your genes impact mold illness and what you can do if you suspect that you suffer from Chronic Inflammatory Response Syndrome (CIRS).
Legal Challenges Faced By Mold Sensitized Individuals
Legal Challenges Faced By Mold Sensitized Individuals
Sickness from mold has been around for decades.
Victims of mold have tried to plea their cases in the courts seeking compensation for the health damages caused by poorly maintained homes and buildings that had water damage and mold.
Unfortunately, many of the plaintiffs lost their battle because the courts did not believe that mold actually makes people sick.
Despite this, data from thousands of contractors working with occupants of water-damaged buildings documented the health challenges that many mold sensitized individuals faced.
According to Erik Johnson, a mold expert and survivor, it was not until the 1990s, that the World Health Organization, acknowledged that “Sick Building Syndrome” could be caused by toxic mold.
Moving forward, finally, it seems that there is greater recognition that mold is in fact the cause of sickness for many. In 2015, the MOLDY documentary featured health professionals and people who have suffered mental and physical health issues after living in moldy homes. This was a ground breaking documentary because it brought the issue of mold and sickness to a much broader audience, thereby creating significant awareness of this issue.
One of the most notable trends he cites is a “A Tighter Connection Between Medicine and Environment“.
Pinto cites new diagnosing techniques to identify the illness, Chronic Inflammatory Response Syndrome (CIRS) (detailed below), which legitimizes the tie between Water Damaged Buildings (WDB) and sickness. Research has identified a genetic component to this condition (explained below), a screening test (VCS), and most importantly, a treatment regimen.
Other trends Pinto believes demonstrate the important ties between medicine and the environment include the Environmental Relative Moldiness Index (ERMI) which is a scientific test that analyzes dust samples for 36 mold species. This test provides base information to identify CIRS because 26 of the mold species are considered to be water damage indicators.
This test is important because one sample can be analyzed to identify the extent of water damage in the building that could make someone susceptible to CIRS sick. Importantly, this test will provide an ERMI score, ie. a HERTSMI-2 score that can be given to physicians and will help them assess whether a building will make their patient sick.
Because of the growing medical awareness and the fact that there are now medical tests and drugs to diagnose and treat mold illness, Pinto believes that one of the other consequences of this acknowledgement will be a “More Active Justice System” where plaintiffs will now be able to get compensation because they now have science to back up their claims.
25% Of People Have A Genetic Predisposition to Mold Illness
25% Of People Have A Genetic Predisposition to Mold Illness
The most interesting aspect of the research on the effect that Sick Building Syndrome has on patients pertains to genetics. One of the biggest problems with mold sickness is that it impacts everyone differently. Some may experience minor allergies, and other health conditions like asthma and chronic sinusitis, while other mold sensitized patients may suffer severe illnesses.
One physician documented the health symptoms of 227 patients that lived in water damaged buildings during a three year period. What this doctor found was that 98% of his patients had one of the gene types where their immune systems were not able to effectively deal with contaminants from water damaged buildings.
“In layman’s terms, two different genes have been isolated, which keep some people’s immune systems from functioning properly when they have been exposed to contaminants from water-damaged buildings. Instead of properly identifying and eliminating the foreign invader, those body defense mechanisms increase the problem. When viewed with a basic understanding of genetic distributions, this research made it clear that up to a quarter of the population (25%) is at increased risk from exposure to water-damaged buildings.“
This research is very significant because it demonstrates that up to 25% of the population has a genetic pre-disposition that makes them more susceptible to mold illness and the condition known as Chronic Inflammatory Response Syndrome (CIRS).
Because of this research, the scientific community and legal system is now taking much greater notice because diagnostic tests, lab tests and treatment tools are being developed to help these patients.
37 Health Conditions Associated With CIRS!
37 Health Conditions Associated With CIRS!
Listed below are the 37 symptoms associated with CIRS.
“an accute and chronic, systemic inflammatory response syndrome acquired following exposure to the interior environment of a water-damaged building with resident toxigenic organisms, including, but not limited to fungi, bacteria, actinomycetes and mycobacteria as well as inflammagens such as endotoxins, beta glucans, hemolysins, proteinases, mannans, c-type lectins and possibly spirocyclic drimanes, plus volatile ogranic compounds.“
For 75% of the population, when exposed to biotoxins caused by mold, the individuals immune system responds by binding with the invading poison that allows its cells to filter the biotoxins through the liver, kidneys, and other organs. In contrast, 25% of the population that have the genetic susceptibility to mold illness get sick because their bodies immune system does not bind to the biotoxin, meaning it is not eliminated and therefore continues to circulate, causing the many symptoms, documented below.
The “C” in CIRS refers to the term “Chronic” because individuals that are exposed to poisons from mold are unable to eliminate the toxins from their body, resulting in on-going and escalating sickness, particularly if the person is continually exposed to mold. This is the primary reason that the first priority of medical practitioners treating mold sensitized patients is to begin the detox process which also must coincide with movement away from the building that is constantly exposing the person to the toxins.
The “I” in CIRS refers to the term “Inflammatory” because the constant exposure to the toxins creates a cycle of sickness, meaning the individual’s immune system is constantly trying to fight the toxins, leading to inflammation.
The “R” in CIRS refers to “Response” because the human body is designed to respond to invading toxins. In the case of patients suffering from mold sickness, the immune system is constantly trying to fight the toxins causing a stress on the complete immune system of the individual, which in turn leads to other health conditions.
As stated by Pinto, the “S” in CIRS refers to “Syndrome” because:
“The symptoms are a result of many factors, including external exposures and internal responses. The contaminants from water-damaged buildings should trigger the activation of an immune response, but some people’s genetic structure does not allow the proper recognition of the biotoxin. Since this combination of circumstances inhibits the clearance of the poison from the body, these harmful substances continue to circulate and create continual damage. With such individuals there is no linear dose/response relationship, meaning that even trivial exposures can create severe problems.“
Is CIRS Life Threatening?
Is CIRS Life Threatening?
The major problem that individuals with CIRS face is their bodies immune systems become severely compromised and weakened from the vicious cycle of invading poison, immune response, and inflammation.
The end result is many of their bodies systems are damaged leading to a wide range of health conditions, some life threatening.
For this reason, many mold survivors have reported that they have abandoned the primary residence that initially made them sick; instead, seeking shelter in trailer parks, and very dry areas, with desert like conditions where moisture is limited. These drastic measures were taken by these individuals because their bodies have become so sensitized to mold that even minor exposure triggers severe reactions.
The core problem with CIRS is the fact that there are so many symptoms associated with the condition.
Are you constantly seeking medical attention?
Have you been feeling sick for an extended period of time?
If you think you may be sick because of mold, review the mold sensitized interviews to gather more information.
The next step is to verify that you actually have a bio-toxin illness caused by mold, meaning you should get your home tested for mold.
Then seek out an environmental physician who can properly diagnose, determine if you have a genetic pre-disposition to mold illness, and most importantly begin treatment so your body can properly detox.
If you are diagnosed with mold illness, your physician may request that you leave your home for awhile during the detox process.
During this period, we advise that you get all the mold removed from your home, your contents cleaned, and a thorough cleaning of your HVAC system to prevent the spread of mold spores after the remediation is complete.
Over the years, we have removed mold from many crawl spaces. In addition to crawl space mold removal, the other area of a home that we specialize in is the basement. This is one of the core reasons we offer our basement finishing service.
This article provides you with ten tips to prevent mold in your basement.
Implement these tips to avoid future headaches and costly mold removal in the future.
Top 6 Mold Species You Will Find In Your Basement!
The infograpnhic below lists the top 6 mold species that could be growing in your basement.
To determine the species our staff will either gather the spore count in the air using our air quality testing equipment or take swab or tape samples of visible mold. The samples are then sent to an independent lab to verify the species and spore count.
Top 6 Mold Species You Will Find In Your Basement
Top 10 Tips To Prevent Basement Mold!
Top 10 Tips To Prevent Basement Mold!
Fix The Flooding Source!
The first step to preventing future flooding is to determine the cause and fix it. Most basements flood because of backed up drains, leaky pipes, human error (i.e. leaving a tap on), sewer back ups, the lack of a sump pump and/or a malfunctioning sump pump.
Start The Clean Up As Soon As Possible!
The onset of mold will begin within 24 to 48 hours, so it is essential that you begin the clean up immediately.
Hire Experienced Professionals!
If mold is not properly contained and cleaned properly, it can become airborne and contaminate even larger areas of the property.
You need to hire properly trained professionals, like Mold B Gone, who understand how to properly restore a water damaged property and prevent mold growth. Mold growth prevention is important because of the health impact it has and also because mold will impact the structural integrity of the property.
Remove All Wet and Contaminated Materials!
Most insurance companies will not recommend a complete gut for cost savings. Usually they recommend that it is necessary to only remove one foot of drywall above the flood line.
We do not because this could result in long term mold problems because moisture can creep up behind the surface. For this reason, we recommend a complete gut of the basement because the extra short term cost could result in significant long term cost savings.
The last thing you want to happen is for a reconstruction to occur only to find out six months later that you now have a mold problem.
Removal of all the drywall is not our only recommendation. We also suggest the removal of following: all flooring, including the sub-floor; insulation because it absorbs moisture; and finally, if the electrical panel was submerged under water, it should be replaced as well.
“Perhaps the most misunderstood aspect of bleach when proposed as a cleaner or sanitizing agent is that its effectiveness is greatly reduced in the presence of organic material. To be a successful sanitizer, bleach must be used on clean materials and surfaces. This is why bleach products are used in the laundry after the wash cycle or in a commercial kitchen as a component in the third sink after the dishes have been washed and rinsed. The efficacy of bleach as a sanitizer is also compromised by heat and light. Despite the fact that the chlorine odor may linger for some time after use, bleach loses strength so quickly that it is not considered to have a residual effect that would prevent future bacterial or fungal growth.”
Do Not Begin Any Rebuild Until the Basement Is Completely Dried Out!
We understand that a flooded basement disrupts your life and you want to resume your normal routine as soon as possible. However, patience is the key.
In addition, if the flood water was category 3, we recommend that swab tests be performed to ensure that the cleaning process was done effectively.
Only after it is verified that the basement is completely dry and sanitized and clearance testing verifies that the indoor air quality is healthy should the basement rebuild begin.
Properly Insulate Your Basement!
According to Mike Holmes, a respected contractor, insulation is one of the most important factors in preventing basement mold:
“When air, which is full of moisture, leaks into that insulation, it will inevitably lead to mould. Here’s why: Your basement, like every room in your home, has its own natural air convection. The air nearest the ceiling is warmer, and the air nearer the floor is cooler. The cold air at the bottom pushes the warm air up. As it rises, it comes into contact with the cooler exterior wall and releases the moisture it’s holding. It condensates. That air and moisture — if it’s able to get into the batt insulation through a gap in the seal — will wick into the insulation. Over time, it will soak that batt to the point that water can drip down the walls and pool on to the floor….You need a thermal break to stop hot from meeting cold….So, use closed cell spray foam insulation or rigid foam insulation, which will provide a thermal break and not trap any moisture. If you’re using foam insulation boards, make sure you Tuck Tape every seam, and spray-foam all corners and joints to create a 100% seal and a perfect thermal break. That way, you’ll know that anything you do inside your finished basement won’t have to be torn out in a few years because of mould.”
Cross-Ventilate!
If possible, open the windows on all sides of your basement in the evenings when the air is cooler to create a cross-ventilation air flow which will prevent excessive moisture and also ensure that a steady stream of fresh air is circulating throughout the basement.
Ensure Water Drains Away From Your Home’s Foundation!
One of the most effective ways to prevent water intrusion is to ensure that water is not sloping towards the foundation of your home but away from it. This is particularly important if your basement walls are porous and can trap moisture, which can lead to mold. To avoid this, ensure that the ground slopes away from the foundation walls of the home and your downspouts extend at least 6 feet away from the property.
Invest In A Dehumidifier!
To prevent excess moisture in your home, use a dehumidifier and consider waterproofing your basement by sealing cracks in the floor and walls with hydraulic cement and a concrete waterproofing sealer where the floor meets the walls.
Crawlspaces are the ideal environment for mold to thrive.
Most crawlspaces are dark, dirty, and humid. Bugs like to live in there. They’re vented to the outside air in the summer (and in the winter if you neglect to close your vents) which can be very humid and this defeats the purpose of venting.
Mold is a fungus that requires moisture and high humidity to grow and thrive.
Like plants, mold has cells. However, unlike a plant that has chlorophyll and able to makes it’s food through photosynthesis, mold can not feed without moisture.
Mold reproduces by releasing it’s spores, this is mold’s survival mechanism.
In addition to moisture, mold also requires the right temperature of 41 degrees fahrenheit up to 100 degrees fahrenheit, common in Atlanta, Georgia and the South.
The final ingredient mold needs to thrive is food: high cellulose materials such as paper and wood, drywall, wallpaper, carpet, ceiling tiles, dust, and dirt.
Now that you understand why mold grows in your crawlspace, the remainder of this article will list and explain the top three reasons why you have moisture in your crawlspace and what you can do to fix the humidity issues.
How To Measure The Relative Humidity Of Your Crawlspace?
The easiest way to determine the relative humidity of your crawlspace is to use a hygrometer or you could install a digital thermo-hygrometer with a remote sensor to track it.
If the relative humidity is greater than 50% this could cause moisture issues that leads to mold.
Mold will begin to grow at 50%, and will thrive when the humidity is greater than 70%.
The key to ensuring that your crawlspace does not become a source of mold is to figure out how to control the humidity.
Listed below are the top three reasons your crawlspace has high humidity.
#1 Water Accumulation
If your crawlspace has standing water, you probably have a drainage problem or a plumbing leak. This needs to be fixed immediately.
You do not want water to accumulate in your crawlspace because this will compound your potential mold problems, not to mention as mold grows it will impact the indoor air quality of your home and health.
#2 Moisture Evaporating from the Ground
When homes are built with crawl spaces, most builders neglect to cover the ground, meaning that the crawlspace is covered with dirt.
Dirt has moisture and as the moisture evaporates, it will increase the humidity in your crawlspace.
Unfortunately, this is a common problem in Atlanta, Georgia, and other southern states. To prevent moisture from evaporating from the ground, the easiest solution is to cover it up with a vapor barrier during crawlspace encapsulation.
#3 Outdoor Air Coming in through the Crawl Space Vents
The third reason your crawlspace could have moisture issues is through the vents.
When you bring outdoor air into the crawlspace, the relative humidity can increase.
Cool air cannot hold as much moisture as warm air, so the air that enters is now closer to its saturation point, referred to as the dew point.
It might be 60% relative humidity outside, relative to a temperature of 90 degrees fahrenheit, but when that air enters the crawlspace and cools down to 75 degrees fahrenheit, the relative humidity jumps up to 95%.
In the past, we were told that crawlspaces needed to be ventilated. Now, however, we are learning that crawlspaces need to be treated almost as if they were living spaces. In other words, areas that are in contact with your living space affect your living space.
Fixing Your Crawlspace Humidity and Mold Problems
If your crawlspace is vented and the relative humidity is high, you need to fix the problems. It is not as simple as installing a dehumidifier either.
If you have water accumulation, the source of the water must be addressed. If it is a plumbing issue, fix the leak. If the problem is caused by drainage, this must be fixed as well.
If the problem relates to moisture evaporating from the ground or outdoor air coming into your vents, this can be fixed with crawlspace encapsulation.
Mold-B-Gone Remediation, LLC specializes in drying out damp crawlspaces and turning them into dry, healthy foundations for your home.
Our dry-space crawlspace system includes the following:
Thorough cleaning of the crawlspace, including mold removal and prevention.
Installation of a wall-to-wall guide, durable, 14 mil vapor barrier.
Attachment of the vapor barrier over ground and up sidewalls to 6 inches below floor joists.
The end result is an energy efficient, healthy home.
Got Crawlspace Mold Questions?
If you are concerned about humidity in your crawlspace, call 678-697-6267 or send us an e-mail. We look forward to serving you! 🙂
Reports on the area and the extent of contamination will be used to determine the scope of the mold remediation.
Testing before the beginning of a remediation process is a very important aid to understanding the mold types in the home and the remediation process.
Testing for mold after the remediation is completed is a vital step to ensure that your home or business has been thoroughly remediated and safe for you and your family.
Mold-B-Gone Remediation has removed mold from thousands of homes and business’s over the years and we have never failed a test on any home or commercial building that we have cleaned. We have a perfect 100% clean rate since we opened our doors. We are very proud of our record and encourage anyone to speak with the company that test behind us about our reputation.
