How to Detect Black Mold: Your Complete 2025 Guide to Identification and Testing

Detecting black mold, specifically Stachybotrys chartarum, requires a combination of visual inspection, olfactory cues, professional expertise, and sometimes laboratory testing. Understanding how to identify potential mold growth and knowing when to seek professional assistance can protect your health and preserve your property value. Here are comprehensive steps to help identify and confirm the presence of black mold in your home or building.

Understanding Black Mold

Black mold, scientifically known as Stachybotrys chartarum, is a toxic mold species that thrives in environments with excessive moisture and organic materials. While not all dark-colored mold is Stachybotrys, this particular species releases mycotoxins that can pose serious health risks to occupants, especially those with respiratory conditions, allergies, or compromised immune systems.

Why Black Mold Detection Matters

Early identification of black mold is essential because:

• Exposure can cause significant health problems
• Mold spreads rapidly when conditions are favorable
• Structural damage increases over time
• Remediation costs escalate with delayed action
• Property values can be affected by mold history

Visual Inspection: What to Look For

Appearance Characteristics

Color and Texture: Black mold typically appears as dark greenish-black or black spots and patches. It often has a slimy, wet texture when actively growing in high-moisture environments. However, it can also appear dry and powdery if the mold colony has died out or if moisture levels have decreased.

Growth Patterns: Black mold tends to form circular or irregular patches that can spread across surfaces. The colonies may appear scattered initially but can merge into larger affected areas over time.

Common Problem Locations

Focus your inspection on areas with high humidity or moisture exposure:

Bathrooms:

• Shower walls and tile grout
• Around bathtubs and sinks
• Bathroom ceilings and exhaust fan areas
• Behind toilets and under vanities
• Bathroom windows and sills

Kitchens:

• Under sinks and around plumbing
• Behind refrigerators and dishwashers
• Around windows above sinks
• Near garbage disposals
• Inside cabinets with water exposure

Basements and Crawl Spaces:

• Foundation walls and corners
• Areas around sump pumps
• Near water heaters and HVAC systems
• Behind stored items against walls
• Around basement windows

Other High-Risk Areas:

• Attics with roof leaks or poor ventilation
• Around windows and door frames
• Behind drywall with water damage
• In and around HVAC ductwork
• Laundry rooms and utility areas

Water Damage Indicators

Visual Signs: Inspect for signs of water damage that often precede mold growth:

• Discoloration or staining on walls, ceilings, or floors
• Peeling or bubbling paint and wallpaper
• Warped or buckling floors
• Water rings or spots on surfaces
• Rust or corrosion on metal fixtures

Historical Damage: Even past water damage can harbor mold behind surfaces. Look for repaired areas, replaced sections, or documented water intrusion incidents.

Olfactory Cues: The Smell Test

Recognizing Mold Odors

Characteristic Smell: Black mold often emits a strong, distinctive musty or earthy odor. This smell is caused by microbial volatile organic compounds (MVOCs) released during mold growth. The odor is frequently described as:

• Musty or stale
• Earthy or soil-like
• Damp or moldy
• Similar to rotting wood or wet paper

Persistent Odors: If you notice such smells, especially in areas prone to dampness, it might indicate hidden mold growth behind walls, under flooring, or in other concealed spaces. Persistent musty odors that don’t resolve with regular cleaning warrant professional investigation.

Location-Specific Smell Checks

Pay particular attention to odors in:

• Enclosed spaces like closets and cabinets
• Areas that have been closed off for extended periods
• Rooms with poor air circulation
• Spaces adjacent to known water damage

Physical Health Symptoms

Health Issues Associated with Black Mold Exposure

Exposure to black mold can cause various health problems, particularly for sensitive individuals:

Respiratory Symptoms:

• Coughing and wheezing
• Difficulty breathing or shortness of breath
• Chest tightness
• Throat irritation
• Nasal congestion or runny nose

Allergic Reactions:

• Sneezing and watery eyes
• Skin rashes or irritation
• Itchy eyes, nose, or throat
• Worsening of asthma symptoms

General Symptoms:

• Headaches and migraines
• Fatigue and weakness
• Difficulty concentrating
• Dizziness
• Memory problems

Symptom Pattern Recognition

Location-Based Symptoms: If health symptoms are present and noticeably worsen in specific areas of the home or improve when you leave the property, mold could be the underlying cause. Keep a symptom diary to identify patterns.

Vulnerable Populations: Certain groups face higher risks from mold exposure:

• Infants and young children
• Elderly individuals
• People with existing respiratory conditions
• Individuals with compromised immune systems
• Those with mold allergies or sensitivities

Measuring Environmental Conditions

Monitoring Moisture and Humidity Levels

Check Indoor Humidity: Use a digital hygrometer to measure relative humidity levels in your home. Ideal indoor humidity should be maintained between 30-50%. Levels consistently above 60% create conditions favorable for mold growth.

Strategic Monitoring: Check humidity in multiple locations:

• Bathrooms after showers
• Basements and crawl spaces
• Kitchens during cooking
• Bedrooms and living spaces
• Areas with known moisture issues

Identifying Moisture Sources

Inspect for Leaks: Conduct thorough inspections of:

• Plumbing systems including pipes, faucets, and connections
• Roof areas, especially after storms
• Windows and door seals
• Foundation cracks or gaps
• HVAC condensation lines

Ventilation Assessment: Ensure areas prone to moisture have adequate ventilation:

• Bathroom exhaust fans that vent to the exterior
• Kitchen range hoods
• Dryer vents properly connected and maintained
• Attic ventilation systems
• Crawl space ventilation

Professional Testing and Inspection

Home Testing Kits

DIY Testing Options: Home mold testing kits are available at hardware stores and online. These kits typically allow you to:

• Collect air samples using settling plates or pump devices
• Take surface samples with swabs or tape lifts
• Send samples to a laboratory for analysis
• Receive results identifying mold types present

Limitations of Home Kits: While convenient, home testing kits have some drawbacks:

• May not capture the full extent of contamination
• Can be challenging to use correctly without training
• Results may be difficult to interpret
• Don’t provide comprehensive remediation guidance

Professional Mold Inspection Services

Comprehensive Assessment: For thorough and accurate detection, professional mold inspection offers significant advantages:

Advanced Testing Methods:

• Air quality testing to measure airborne mold spore concentrations
• Surface sampling using swabs, tape lifts, or bulk samples
• Moisture mapping with specialized detection equipment
• Thermal imaging to identify hidden moisture
• Laboratory analysis by accredited facilities

Expert Analysis:

• Identification of specific mold species present
• Determination of mold spore concentrations
• Assessment of contamination severity
• Source identification and moisture analysis
• Customized remediation recommendations

Documentation and Reporting:

• Detailed written reports with findings
• Photographic documentation
• Laboratory results and analysis
• Remediation scope and specifications
• Follow-up testing recommendations

Step-by-Step Detection Process

Systematic Approach to Mold Detection

1. Identify Areas of Concern: Begin by focusing on areas with known or suspected water damage, high humidity, persistent moisture, or musty odors. Review your home’s history for past water intrusion events.

2. Conduct Visual Inspection: Systematically examine all high-risk areas looking for black or dark green spots, patches, or discoloration. Use a flashlight to inspect dark corners, behind furniture, and in closets.

3. Perform the Smell Test: Note any persistent musty odors, especially in enclosed spaces or areas that worsen when disturbed. A strong odor may indicate hidden mold growth.

4. Test Humidity Levels: Use a hygrometer to check humidity in multiple rooms and at different times of day. Document readings above 60% as these indicate favorable mold conditions.

5. Monitor for Symptoms: Track any health symptoms experienced by household members, noting when and where symptoms occur or worsen.

6. Collect Samples (If Using Home Kits): If using a home test kit, carefully follow the manufacturer’s instructions to collect air or surface samples. Handle samples properly to avoid contamination.

7. Seek Professional Help: For accurate detection, species identification, and comprehensive remediation advice, contact a certified mold inspector. This is especially important if:

• Extensive mold growth is suspected
• Mold is in HVAC systems or behind walls
• Health symptoms are severe or persistent
• Property transactions require documentation
• Previous remediation has failed

Preventive Measures: Stopping Mold Before It Starts

Moisture Control Strategies

Control Indoor Humidity:

• Use dehumidifiers in damp areas like basements
• Maintain relative humidity between 30-50%
• Empty and clean dehumidifier reservoirs regularly
• Monitor humidity levels with hygrometers

Fix Leaks Promptly:

• Repair roof leaks immediately
• Fix plumbing leaks in walls, floors, and fixtures
• Address foundation cracks and seepage
• Replace damaged weather stripping on windows and doors
• Maintain gutters and downspouts to direct water away from the foundation

Ventilation and Air Circulation

Ensure Proper Ventilation:

• Use exhaust fans in bathrooms during and after showers
• Run kitchen exhaust fans when cooking
• Ensure all fans vent to the exterior, not into attics
• Open windows periodically to improve air circulation
• Install or upgrade attic and crawl space ventilation

Maintain HVAC Systems:

• Change air filters regularly (every 1-3 months)
• Schedule annual HVAC maintenance
• Clean air ducts if contamination is suspected
• Ensure condensate drain lines are clear and flowing
• Check for and repair any ductwork leaks

Regular Cleaning and Maintenance

Clean and Dry High-Risk Areas:

• Regularly clean and dry bathroom surfaces, especially showers and sinks
• Wipe down kitchen counters and around sinks daily
• Clean refrigerator drip pans and door seals
• Wash and dry bath mats and shower curtains frequently
• Address spills and leaks immediately, drying affected areas within 24-48 hours

Reduce Condensation:

• Insulate cold water pipes to prevent condensation
• Use insulated windows or storm windows in cold climates
• Improve insulation in attics and crawl spaces
• Cover pots when cooking to reduce moisture

Storage and Organization

Proper Storage Practices:

• Avoid storing items against exterior walls in basements
• Use plastic bins instead of cardboard boxes in damp areas
• Maintain clearance between stored items and walls for air circulation
• Regularly inspect stored items for signs of moisture or mold
• Store valuable items in climate-controlled areas

Why Choose AirMD for Black Mold Detection and Testing

AirMD is an environmental testing and consulting company specializing in indoor air quality and building assessments. Since operations began in 2008, AirMD has been providing comprehensive mold detection and air quality services throughout Florida and nationally.

Our Expertise and Commitment

Experienced Leadership: Founder and Scientific Director Simon Hahessy has headed operations since AirMD’s inception, bringing extensive expertise in environmental science and indoor air quality assessment.

Comprehensive Services:

• Professional mold inspections and testing
• Air quality assessments
• Moisture mapping and thermal imaging
• Laboratory analysis through accredited facilities
• Detailed reporting with remediation recommendations
• Post-remediation verification testing
• Indoor air quality consulting

Advanced Technology:

• State-of-the-art testing equipment
• Thermal imaging cameras for moisture detection
• Professional-grade air sampling devices
• Moisture meters and hygrometers
• Digital documentation and reporting systems

Certified Professionals:

• Licensed and certified mold assessors
• Trained in current industry standards and protocols
• Ongoing education in emerging technologies and methods
• Experienced with diverse property types and situations

Our Process

1. Initial Consultation: We discuss your concerns, review property history, and assess symptoms or conditions reported.

2. Comprehensive Inspection: Our certified professionals conduct thorough visual inspections of all accessible areas, identifying potential mold growth and moisture sources.

3. Strategic Testing: We collect air and surface samples from affected and unaffected areas for comparative analysis.

4. Laboratory Analysis: Samples are analyzed by accredited laboratories to identify mold species and quantify concentrations.

5. Detailed Reporting: You receive a comprehensive report including findings, laboratory results, photographs, and specific recommendations.

6. Remediation Guidance: We provide clear guidance on addressing identified issues, including remediation scope and preventive measures.

7. Follow-Up Support: We offer post-remediation testing to verify successful mold removal and improved air quality.

When to Contact a Professional

Situations Requiring Expert Assessment

Contact AirMD or another certified mold professional immediately if:

Extensive Growth:

• Visible mold covering more than 10 square feet
• Multiple areas affected throughout the property
• Mold growth in HVAC systems or ductwork

Hidden Contamination:

• Strong musty odors with no visible source
• Suspected mold behind walls, under flooring, or in ceilings
• Previous water damage that wasn’t properly dried

Health Concerns:

• Persistent health symptoms that worsen at home
• Multiple household members experiencing symptoms
• Vulnerable individuals (children, elderly, immunocompromised) in the home

Property Transactions:

• Pre-purchase inspections
• Pre-listing assessments
• Insurance claims documentation
• Legal or liability concerns

Complex Situations:

• Commercial properties or multi-unit buildings
• Healthcare facilities or schools
• Properties with recurring mold problems
• Situations requiring documentation for legal purposes

Taking Action: Protect Your Health and Property

Early detection and remediation of black mold are crucial for maintaining a healthy indoor environment and preventing both health issues and structural damage. The longer mold growth continues, the more extensive the contamination becomes and the more difficult and expensive remediation becomes.

Your Next Steps

Don’t wait to address suspected mold problems. Whether you’ve noticed visual signs, detected musty odors, or experienced unexplained health symptoms, taking action now can prevent serious complications.

Schedule Your Professional Mold Inspection Today:

Contact AirMD:

• Phone: Call us at 1-888-462-4763 (1-888-GO-AIRMD)
• Online: Visit our contact page to submit your questions or schedule an inspection
• Service Areas: Serving all of Florida and select locations nationally

What to Expect:

1. Prompt response to your inquiry
2. Flexible scheduling to accommodate your needs
3. Professional, thorough inspection by certified specialists
4. Comprehensive laboratory analysis
5. Detailed reporting within days
6. Clear, actionable recommendations
7. Ongoing support throughout the remediation process

Investment in Health and Safety

The cost of professional mold testing is minimal compared to:

• Potential long-term health effects
• Extensive structural damage from undetected mold
• Property value reduction
• Emergency remediation costs
• Legal liability exposure
• Lost time from work or school due to illness

Frequently Asked Questions

How quickly can black mold grow?

Under ideal conditions (adequate moisture, organic food source, and suitable temperature), mold can begin growing within 24-48 hours of water exposure. Visible colonies can develop within a week.

Can I test for mold myself?

While home testing kits are available, professional testing provides more accurate and comprehensive results. Professionals have the training to identify all affected areas, collect samples properly, and interpret results correctly.

Is all black-colored mold toxic?

Not all black-colored mold is Stachybotrys chartarum (toxic black mold). However, any mold growth should be addressed promptly, as all mold types can cause health issues and property damage.

How long does mold testing take?

On-site inspection typically takes 1-3 hours depending on property size. Laboratory analysis usually requires 3-7 business days. You’ll receive a comprehensive report shortly after results are available.

What’s the difference between mold inspection and mold testing?

Mold inspection involves visual assessment and moisture detection to identify mold growth and moisture problems. Mold testing includes laboratory analysis of collected samples to identify specific mold species and concentration levels. Most comprehensive assessments include both.

Will mold come back after remediation?

Properly conducted mold remediation combined with correction of the underlying moisture problem should permanently resolve the issue. However, new moisture problems can lead to new mold growth, which is why addressing the source is critical.

Conclusion: Prioritize Detection and Prevention

Black mold detection requires vigilance, knowledge, and often professional expertise. By understanding the signs of mold growth, monitoring environmental conditions, and taking preventive measures, you can protect your property and the health of its occupants.

Remember that early detection is key. Don’t ignore warning signs like musty odors, visible discoloration, water damage, or unexplained health symptoms. These indicators warrant immediate investigation.

Contact AirMD today for expert black mold detection and testing services:

• Call: 1-888-462-4763 (1-888-GO-AIRMD)
• Online: Submit your questions here

With our experienced team, advanced testing methods, and commitment to accuracy, AirMD provides the comprehensive assessment you need to address mold concerns effectively. Protect your health, your property, and your peace of mind with professional mold detection services from AirMD.

Since 2008, we’ve been helping property owners across Florida and beyond maintain healthy indoor environments through expert testing, analysis, and guidance. Let us put our experience to work for you.

The post Testing for Black Mold and Air Quality appeared first on Air Quality Testing by AirMD Since 2007.

Testing for mold typically involves a combination of visual inspection, air sampling, and surface sampling. Here’s an overview of the testing process:

1 – Visual Inspection

Begin by visually inspecting the property for signs of mold growth. Look for visible mold growth, water stains, discoloration, and musty odors. Pay close attention to areas prone to moisture, such as bathrooms, kitchens, basements, and around windows and pipes.

2 – Air Sampling

Air sampling is used to measure the concentration of mold spores in the air. This involves collecting air samples using specialized equipment such as a spore trap or a cassette sampler. Samples are typically collected from multiple indoor and outdoor locations to establish a baseline and compare indoor and outdoor spore levels.

3 – Surface Sampling

Surface sampling involves collecting samples of mold from surfaces suspected to be contaminated. This can be done using tape lifts, swabs, or bulk samples. Tape lifts and swabs are used to collect visible mold growth, while bulk samples involve cutting out a piece of material (e.g., drywall, carpet) with suspected mold growth.

4 – Moisture Testing

Moisture testing may also be conducted to identify areas of high moisture levels, which are conducive to mold growth. This can be done using moisture meters, thermal imaging cameras, or by visually inspecting for signs of water damage.

5 – Laboratory Analysis

Once samples are collected, they are sent to a certified laboratory for analysis. Air samples are analyzed to determine the types and concentrations of mold spores present in the air, while surface samples are examined under a microscope to identify the types of mold present and estimate the extent of contamination.

6 – Interpretation of Results

The laboratory will provide a report of the findings, including the types of mold identified, concentration levels, and any recommendations for remediation. Interpretation of the results should take into account factors such as the presence of moisture, the location of mold growth, and the health of occupants.

It’s important to note that mold testing may not always be necessary, especially if mold is visibly present and can be safely removed. In many cases, addressing underlying moisture issues and cleaning up mold growth using appropriate methods (e.g., HEPA vacuuming, damp wiping) is sufficient without the need for testing. However, if there are concerns about the extent of mold contamination or potential health risks, professional mold testing and inspection may be recommended.

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You don’t have to be an environmental air testing expert to know that something’s up. People are sniffling, sneezing and sporting red, itchy eyes. What could be causing their distress? Here’s a hint… the answer is blowing in the wind.

That’s right, it is allergy season, and the air is full of pollen.

From what we are hearing, this year’s allergy season is a nasty one. Trees, grass and ragweed pollen are all circulating in the air right about now. And if you have allergies, you know that there could also be mold and dust to contend with as well.

Improve Indoor Air Quality to Ease Allergies

According to the Asthma and Allergy Foundation of America (AAFA), “About 24 million Americans have hay fever, rhinitis, or nasal allergies (19.2 million adults and 5.2 million children)4” (You may have seen some of them at store, stocking up on tissue and antihistamines.)

If you or someone you love suffers from seasonal allergies, there are things you can do to improve your homes’ indoor air quality. The AAFA says there are things you can do to improve indoor air quality and create a healthier home environment.

Among their suggestions are:

• As we have learned with Covid-19, ventilation is important. If you leave interior doors open and run the exhaust fan in your bathrooms and kitchen, it will enhance air flow in your home.
• “Avoid harmful products (like bleach and other harsh cleaners) as much as possible,” the experts at the AAFA say. Why? They could release volatile organic compounds, or VOCs, into the air.
• The humidity level in your home are also important. “Keep it below 50%,” the AAFA recommends. “If you live in a wet climate, you may need a dehumidifier.”
• Close the windows when pollen levels are high.
• The AAFA also recommends that you, “Remove items with strong scents like candles.”

If you follow these and all the recommendations offered by the AAFA and are still having problems, it may be time to schedule professional Allergy Testing, which can include mold testing and VOC testing.

The post Welcome to National Allergy/Asthma Awareness Month appeared first on Air Quality Testing by AirMD Since 2007.

At AirMD, we are often called in to assess the indoor air quality in a company’s workplace. Depending on the setting and the industry, it may be important to test for VOCs, conduct mold testing or test for formaldehyde or asbestos. 

Now that so many people are working from home, the line between residential and commercial environmental testing is rapidly becoming blurred. 

From teachers to accountants, computer clerks to creative directors and editors to paralegals, countless people switched to working from home when the pandemic began. That involves not only finding space where you can be productive but also plugging in and powering up an array of equipment that might include a computer, printer/scanner and, perhaps an additional phone line. 

So, what does spending all that extra time at home mean for the quality of the air inside your home – and for your health? 

The U.S. Environmental Protection Agency’s report on indoor air quality reveals that the air inside your home may be 2 to 5 times more polluted than the air outside. Spending more time there could expose you to greater risk. 

If you invested in new furnishings for your home office or bought desks for your kids who were forced to attend classes virtually, you may have added to the problem. As the EPA explains, pressed-wood products can emit gasses that add to the indoor pollution.

There are certain health effects that you should watch for that, according to the EPA, might indicate the presence of indoor air pollutants, including:

• Irritation of the eyes, nose, and throat.
• Headaches, dizziness, and fatigue.
• Respiratory diseases, heart disease, and cancer.

If you or anyone in your family is exhibiting these symptoms, please feel free to contact us for more information about indoor air quality testing. 

Of course, not everyone has the option to work from home. Essential workers are showing up for work – and showing up for us – every day in hospitals and grocery stores. Our mail is still being delivered, packages are showing up on our doorsteps, and food processing plants are humming along. Teachers are returning to the classrooms, pharmacists are on duty at the drugstore and you can get the supplies you need to fix a toilet because the hardware stores and home supply stores are staffed
All of us at AirMD, a leading environmental testing company in South Florida, would like to express our gratitude to all the people doing the essential work in our communities. Thank you! Stay safe!

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When people find out that we specialize in science-based environmental testing, including indoor air quality assessments, mold testing and water quality tests, they automatically assume that we are all “left-brain” people, unlike artists, musicians and writers who are said to be guided by the  “right brain.”

In truth, however, science and creativity are often two sides of the same coin. Imagination and the ability to envision something new are essential to making any scientific breakthrough.

There are plenty of examples of scientists who also pursued artistic endeavors. Albert Einstein famously played the violin. Before inventing the single-wire telegraph, Samuel Morse studied painting at the Royal Academy of Arts in London and loved to create large-scale historical paintings. Queen’s legendary guitarist and songwriter, Brian May, is also an astrophysicist. And let’s not forget Leonardo da Vinci, who filled notebooks with his inventions and created great works of art that continue to speak to us.

Agar Art

One of the most interesting combinations of scientific study and artistic expression can be found in Alexander Fleming, who is credited with discovering penicillin’s life-saving properties. “In addition to working as a scientist, and well before his discovery of antibiotics, Fleming painted,” Smithsonian Magazine reports. “He was a member of the Chelsea Arts Club, where he created amateurish watercolors. Less well known is that he also painted in another medium, living organisms. Fleming painted ballerinas, houses, soldiers, mothers feeding children, stick figures fighting and other scenes using bacteria.”

Instead of buying paint, Fleming “grew” the colors he needed for his art. “He would fill a petri dish with agar, a gelatin-like substance, and then use a wire lab tool called a loop to inoculate sections of the plate with different species,” the magazine says. The work was technically demanding and its beauty fleeting. “These works existed only as long as it took one species to grow into the others.”

Fleming’s unique artform continues to be practiced. Every year, the American Society for Microbiology holds an Agar Art Contest. 

Despite all of that, you probably wouldn’t want to hear the technicians who work at our air quality company sing!

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Normally, the environmental testing experts at AirMD are focused on things like VOC testing, mold testing, indoor air quality testing and water quality testing. These days, however, like just about everyone else in the world, we are also concerned with taking the necessary steps to protect ourselves and our families from Covid-19 – and that starts with proper hand hygiene. 

With our scientific background, we have been having friends and family members ask us for advice ever since the pandemic began earlier this year. One of the most common questions we get is about the best type of soap to use when washing your hands. 

Hand Soaps and Sanitizers

When it comes to hand sanitizers, the Centers for Disease Control and Prevention (CDC) have a clear recommendation: you should use an alcohol-based hand sanitizer that contains at least 60 percent alcohol (which might be listed on the label as either ethanol or ethyl alcohol).

But nothing beats good old soap and water when it comes to cleaning your hands. That much is clear if you read the CDC guidelines. But, unlike with hand sanitizers, there are no recommendations regarding the specific type of soap that might be most effective against the coronavirus. 

There are a lot of people who think that using an antibacterial soap is the best way to go when it comes to keeping themselves and their families safe from Covid-19. For a number of reasons, however, we would advise against it: 

1. Covid-19 – and most of the other things you want to wash away – are viruses, not bacteria. 
2. Not all bacteria are bad. For optimum health, you need good bacteria.
3. The use of antibacterial soaps and cleaners seems to be contributing to the development of antibiotic-resistant bugs. 

“There is currently no evidence that consumer antiseptic wash products (also known as antibacterial soaps) are any more effective at preventing illness than washing with plain soap and water,” the U.S. Food and Drug Administration says. “In fact, some data suggests that antibacterial ingredients could do more harm than good.”

All of us here at AirMD, a leading national environmental testing company based in Boca Raton, Florida, wish you and your family the very best during these challenging times.

The post Should You Be Using Antibacterial Soap? appeared first on Air Quality Testing by AirMD Since 2007.

As the CDC says, “After natural disasters such as hurricanes, tornadoes, and floods, excess moisture and standing water contribute to the growth of mold in homes and other buildings. When returning to a home that has been flooded, be aware that mold may be present and may be a health risk for your family.”

Now is the time to start planning for this year’s hurricane season, which begins on June 1 and runs through November 30. You might know to stock up on bottled water and nonperishable food items and to make sure your car has a full tank of gas, but are you prepared to contend with the mold that might start growing in your home or office?

According to the weather experts at Colorado State University, we can expect 13 named storms this year – five of them hurricanes and two of them major hurricanes.

If you’ve ever had your TV on when a hurricane was approaching the coast of Florida, you would think the biggest threat from the storm might be the winds. The strength and speed of the winds determine whether a storm is a Category 1 storm or a Category 5. It’s not wind, however, but water that is the greatest threat.

If you live along the coast, the immediate and most dangerous threat comes from the storm surge and large waves produced by a hurricane. If you live inland, it is the torrential rains that can be associated with a storm that pose the biggest threat.

“If your home was flooded or exposed to even a minimal amount of water, you should assume mold is growing, even if you don’t see it or smell it,” says the Laborers’ Health & Safety Fund of North America. “In wet, humid conditions, mold can develop in as little as 24 hours.”

The CDC says, “The key to mold control is moisture control. It’s important to get your home dried out as soon as possible.”

To do that, they recommend that you:

• Use a wet vacuum to remove standing water and a dehumidifier to help remove moisture – if you have electrical power or a generator.
• Use fans and open all the windows.
• Remove water-damaged items, including furniture, carpet, appliances and drywall.

“The general rule of thumb,” according to the CDC, “is if the moldy area is less than 10 square feet (roughly a three foot by three foot section) you can handle the job yourself.”

We hope Mother Nature goes easy on all of us this year, but if you do need help cleaning up after a storm, AirMD’s experts are ready to assist you with services ranging from mold removal in Miami, FL to Houston mold testing. Let us know how we can help you!

The post Predictions for hurricane season include the need for mold testing appeared first on Air Quality Testing by AirMD Since 2007.

If you have concerns about the quality of the air inside your home or business, we would be happy to send one of AirMD’s specialists out to check out the situation. We can then determine if mold testing, VOC testing, formaldehyde testing or even allergy testing would be appropriate. But wouldn’t it be great if you didn’t need us?

There are proactive steps you can take to keep your interior environment safe and healthy. One simple – and attractive – way to do that is to bring houseplants into your home or office. All plants will clean the air, but some are better at removing unhealthy chemicals like carbon monoxide and formaldehyde.

According to HGTV, among the Top Plants for Cleaning Indoor Air are:

• English ivy, which they report, “is a classically elegant choice that is also excellent for removing harmful chemicals found in the home. It can grow in full shade to full sun, can be trained into shapes, and with proper care, it is likely to survive for several years.”
• Bamboo palm (also known as a reed palm), is a great choice they say, because it doesn’t like too much direct sun and it has “the added benefit of aiding in the removal of harmful elements such as benzene and formaldehyde.”
• The Dragon Tree has a cool name and HGTV says, “With a leaf color that ranges from green to purple, this plant would be a gorgeous addition indoors or outdoors. It would also fit right in at the office, as it can tolerate low light.”
• Mother-in-law’s tongue (also known as a snake plant) is a good choice according to HGTV, because it, “can survive in some of the toughest conditions, including a wide variety of temperatures and light conditions.” Just don’t overwater it, they caution.

As the experts at HGTV point out, “Since Americans spend most of their time indoors, healthy air quality should be a top priority.” The environmental testing and consulting services we offer at AirMD can ensure that the indoor air you breathe is safe. Our dedicated professionals are ready to assist you – whether you are concerned about the need for mold removal in Boca Raton, Fl or asbestos inspections in Jacksonville.

Call 1-888-462-4763 for more information.

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That’s why AirMD offers testing for mold, VOCs, and lead

When they first think of us, most people think of things like the VOC testing, asbestos inspections, mold testing and mold removal Boca Raton based AirMD performs. Yes, we are experts when it comes to mold testing in Orlando and mold removal in Tampa, but our science-based environmental testing and consulting services cover a broad range of health hazards – including lead contamination.

It hasn’t been long since headlines about the lead contamination in the water that families in Flint, Michigan had believed to be safe first caught the nation’s attention. Knowing what’s in the water you drink, use for bathing and cook with is important, but water isn’t the only possible source of lead contamination.

Lead Contamination

Lead poses serious health risks for children. But, as WebMD reports, “Many parents don’t know much about how to prevent lead poisoning. Lead isn’t only in paint chips. It can show up in surprising places — like dust on your windowsill, or in your vegetable garden, or in a playground.”

If you have questions regarding possible lead contamination, an experienced AirMD consultant can offer answers. In general, lead contamination is insidious. It can be ingested or inhaled. Depending on the level of exposure, a child exposed to lead may experience damage to his or her nervous system, headaches, high blood pressure, digestive problems and muscle or joint pain.

Despite the threat lead poses, WebMD reports that, “Many parents don’t know much about how to prevent lead poisoning. Lead isn’t only in paint chips. It can show up in surprising places — like dust on your windowsill, or in your vegetable garden, or in a playground.”

WebMD identified 5 Surprising Sources of Lead Exposure you should be aware of, including:

Lead Dust

“Although lead-based paint hasn’t been sold since 1978, plenty of older homes still have it,” WebMD explains. “Tiny fragments of lead paint can float through the air and accumulate on surfaces throughout your house. Babies can pick them up on their hands and get them into their mouths. They can also breathe them in directly. Contrary to what you might think, it doesn’t take much. Even at very low levels of exposure, lead dust can cause harm.”

Lead and Home Renovations

You may be careful to buy only safe products for your project, but if you have an older home, you could expose lead paint and send particles into the air in the process.

Lead in the Backyard or Playground

WebMD reports that, “Any structures built before 1978 — houses, schools, barns, sheds, fences, and playground equipment — might have once had lead paint on the exterior. As that paint breaks down, it can contaminate the soil beneath it.”

Lead in Children’s Toys

“Imported toys tainted with lead have made news recently. The lead can be both in the paint and in the plastic itself. Sucking or chewing on the toy — or getting lead on the hands — can be enough to poison a child.”

Lead in Water Pipes

“10%-20% of childhood lead poisoning is caused by contaminated drinking water. It might not surprise you that old plumbing — especially from 1930 or earlier — can contain lead,” WebMD says. “Here’s what is surprising: pipes in very new homes are potentially a greater risk for lead.”

If your home or office building is less than five years old, the EPA says you should assume your water is contaminated by lead.  An AirMD assessment can provide peace of mind. Call 1-888-462-4763 for more information on lead testing or on any of our other services, including asbestos inspections, VOC testing and mold removal. Boca Raton based AirMD is here for you.

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During the 1970s, business owners weren’t worrying about formaldehyde testing, VOC testing or mold testing. Fuel shortages saw drivers forming long lines at gas stations around the country. But it wasn’t just car engines that were dependent on the petroleum that was suddenly in short supply. As the energy crisis gripped the nation and energy prices soared, businesses looked for ways to save money. 

Unfortunately, some of the steps taken to reduce energy consumption had unexpected consequences. As WebMD, “In the 1970s, there was a movement amongst builders and regulatory authorities to button-up buildings to save on fuels for heating and air conditioning. Many buildings became virtually air-tight.”

Heating and air conditioning bills went down, but so too did the quality of the air in these buttoned-up buildings giving rise to what has commonly been dubbed “Sick-Building Syndrome.”  

Indoor Air Pollution

According to WebMD, which drew of information provided by the American Society of Heating, Refrigerating and Air-Conditioning Engineers, factors contributing to the pollution of the air circulating in such facilities include:

• Indoor combustion (heaters, ranges, smoking)
• Carbon monoxide buildup
• Volatile organic compounds (AirMD provides testing for these VOCs ) such as benzene, styrene, and other solvents
• Airborne-allergens and pathogens, such as viruses, bacteria, fungi, spores, and protozoans.
• New building materials (plywood, carpet glue) and fabrics (rugs, furniture) that “offgas” toxic fumes

The Centers for Disease Control adds to that list. “Indoor environments are highly complex and building occupants may be exposed to a variety of contaminants,” they say. Unhealthy gases and particles can be produced by a number of common items, including:

• Office machines
• Cleaning products
• Construction activities
• Carpets and furnishings
• Perfumes
• Water-damaged building materials
• Microbial growth (fungal, mold, and bacterial)
• Insects

But that’s still not everything. “Other factors such as indoor temperatures, relative humidity, and ventilation levels can also affect how individuals respond to the indoor environment,” the CDC says. “Understanding the sources of indoor environmental contaminants and controlling them can often help prevent or resolve building-related worker symptoms.”

Our experts have developed a system that allows businesses to effectively manage the indoor air quality of their facilities. The AirMD IAQ Environmental Management System is a comprehensive multi-disciplinary system that can help to prevent and/or minimize potential IAQ issues and also offer resources to assist with such problems in the event they do occur.

Eliminate the need to worry about scheduling asbestos testers one week and a mold inspection for your Florida-based business the next. AirMD’s comprehensive system will ensure the quality of your indoor environment, which may increase worker productivity and lower worker’s compensation costs.   

We also offer a variety of a la carte services, ranging from a mold inspection in Houston to mold remediation in Boca Raton, FL.

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