Category: Air Quality Testing

Benefits of Choosing a Mold Remediation Professional

benefits of choosing a mold remediation professional

The negative impacts of mold can be worrying and like many homeowners, you might be inclined to test for mold and remove it on your own. While that decision might seem financially feasible and convenient in the moment, you should reconsider. DIY mold testing kits aren’t always reliable, and neither is DIY mold removal. In addition, there are laws that require a licensed professional handle the process of mold removal. We understand if you’re not fully on board with the idea of a professional—to convince you, the RestoPros team has prepared a list of the benefits of choosing a mold remediation professional.

1. Professional Mold Assessment

If you think you have a mold problem because you smell a musty scent, have excess humidity or major leaks, it is best to contact a professional to inspect for mold. As we mentioned earlier, DIY mold testing is unreliable and unhelpful. According to Consumer Reports, mold test kits that can be found at home improvement stores have had major problems. While mold removal is incredibly important, it’s also important to have a trustworthy and safe method of testing for mold. With a mold remediation company, you will get professionals using their knowledge, experience and proper equipment to test for mold in your home. There will be lesser room for any mishaps.

2. Detailed Process of Removal

Following the assessment and testing, there will be a detailed and thorough process of removal. If you choose RestoPros, here is what the mold removal process will look like:

  • Initial Testing

A licensed mold assessment consultant will come to your home to perform an inspection and take any air quality samples. Based on what they discover, they will write instructions on how to remove the mold.

  • Removal

We will set up containment around your home to prevent mold spores from spreading to unaffected parts of your home. Then, any affected porous parts such as drywall, carpeting and insulation will be removed – and non-porous parts, such as tiles, will be disinfected.

  • Air Scrubbing

We will use our air scrubbers (tools used to filter the air and remove bacteria from it) for 24 hours inside the containment area.

  • Clearance Test

A professional mold removal consultant will ensure your home’s air quality is healthier. After about 72 hours, the consultant will issue clearance and sign a Certificate of Mold Damage Remediation.

3. Certified Expertise and Knowledge

If you’ve been following our blogs for a while, you’re most likely an informed homeowner who knows a lot about mold. However, licensed professionals bring certified expertise to the table and knowledge of, not just mold, but the best methods and tools to remove and prevent it. In addition, professionals will completely sanitize, deodorize and purify the air to ensure healthy air quality, following any mold removal services. They are also informed about insurance options and can even help you file a claim with your insurance company to cover any damage.

Choose RestoPros for Mold Removal Services!

If you are looking for a mold remediation company to test your home for mold, perform mold removal services or water damage restoration, look no further than the professionals at RestoPros! Call us today at 855-587-3786 or fill out a service request form online!

4 Ways to Improve Indoor Air Quality

ways to improve indoor air quality

Being indoors doesn’t necessarily mean you’re safe from allergens or that you’re surrounded by good air quality. You still might have to deal with a myriad of other indoor allergies caused by dust mites, animal dander and, of course, mold. If you’re allergic to any of these, your reactions might include sneezing, stuffiness, a runny nose or an itchy throat. These allergens can also cause a reaction in people with asthma. However, you can counter these allergies by bettering your indoor air quality. Here are some helpful ways to improve indoor air quality from the experts at RestoPros!

1. Clean Up

The most effective way you can improve the indoor air quality of your home is by cleaning up frequently. Here are some things to remember when trying to keep your home clean:

  • Vacuum Often

Chemicals, allergens and pollutants are bound to enter your home and accumulate in the dust. Take some time every weekend to vacuum everything up to get rid of dust, pet dander or other toxins and allergens that could cause problems.

  • Mop Up Too

Mopping up helps clear up any dander that the vacuum did not pick up. Instead of using chemical solutions or cleaners, use plain water.

  • Take off Your Shoes

Your shoes and boots bring in pollutants, pesticides and dirt. Don’t bring your shoes inside – or wear them on your carpet. Use a shoe rack to keep your shoes neatly stacked away to prevent dirt from sneaking its way into your home.

  • Change the Sheets

Sheets that have not been changed for long have dead skin, dust mites and allergens all over them. Remember to change and clean your sheets every two weeks.

2. Maintain Humidity

Keeping your home’s humidity at a reasonable level prevents mold from infesting your home. Mold is a fungus that needs moisture and damp environments to survive. One of the best ways to prevent mold (and other indoor allergens) is to control the moisture and humidity in your home. You can do this by investing in a dehumidifier, which removes excess humidity from your home. Keep your home’s humidity between 30-50 percent.

3. Improve Air Flow

Don’t block any return vents in your home and let fresh air in. Opening windows will ensure that any toxic chemicals and pollutants don’t accumulate in your home. However, if opening windows adds to the problem by bringing pollen in, keep your AC system well-filtered and well-functioning. Your AC filter should be changed every three months. If you have furry occupants in your home, you might have to change it more often.

4. Groom Your Pets Regularly

As much as we love our pets, they can sometimes create a mess in our home. They’re adorable but a little clumsy and bad at keeping themselves clean. If they spend a lot of time outside, they might often bring in mites, insects, mold spores and dirt into your home, in addition to bringing in excess fur. Pet dander is one of the most common causes of allergies so it’s best to groom them regularly to prevent allergies and bad indoor air quality. How often you clean your pet depends on several factors such as their breed, coat type and how dirty they are.

Keep Your Home Allergen and Mold-Free with RestoPros

If you want more tips to improve your indoor air quality and prevent allergens such as mold, get in touch with the experts at RestoPros. Our team serves the great DFW Metroplex as a leading mold and water remediation company – dedicated to making sure our customers are treated with professionalism and respect. Call us today at 855-587-3786 or schedule an appointment online!

Are Bio-aerosols Affecting Your Air Quality?

In today’s world, our indoor air can be just as saturated with harmful pollutants as our outdoor air. Some of the most hazardous indoor pollutants are called bio-aerosols. Not only do they have negative effects on your respiratory system, but they can cause disease and worsen allergy symptoms. Are bio-aerosols affecting your air quality? Find some answers with these expert tips from the team at RestoPros.

What Are Bio-aerosols?

Bio-aerosols are small airborne particles that come from a living organism, or are the living organism. Here are some common sources of bio-aerosols in the average household:

  • Pet Dander
  • Tree Pollen
  • Bacteria
  • Viruses
  • Mold
  • Mildew
  • Dust
  • Chemical Odors
  • Vapors

What Are the Health Risks of Exposure to Bioaerosols?

Bio-aerosols can pose some serious threats to your health. Some common health issues are respiratory problems, disease, aggravated asthma and allergy symptoms, and weakened immune systems.

How Do Bio-aerosols Get Inside Your Home?

First of all, you must understand that the term “bio-aerosol” is short for biological aerosols. To clarify, these particles either come from or consist of biological or living material. For instance, sources can include dirt on shoes, a sneeze, decomposed food in your garbage, or your pets’ fur. In addition to these sources, high levels of humidity can cause the growth of mold or mildew.

Are Bio-aerosols Affecting Your Air Quality?

While the same testing techniques are used for non-biological aerosols, the proper sampler must be used for accurate results. Therefore, you will need to do some research and consult with a professional to find the right sampler. Furthermore, it often takes a professional to know the proper routing methods for sample collection.

What Can You Do to Reduce the Number of Bio-aerosols in Your Home?

As we previously mentioned, most harmful bio-aerosols thrive in humid climates. Therefore, you can reduce the presence of bio-aerosols in your indoor air by maintaining humidity levels in your house. As a result, mold and mildew growth can be prevented, thereby preventing the increase of bio-aerosols.

Trust the RestoPros with Your Air

If you’re concerned about bio-aerosols affecting your air quality, the team at RestoPros has the experts you can trust to find the right solutions. With years of experience helping homeowners find real solutions, we are ready to help you find yours today! Call us at 855-587-3786 or schedule an appointment on our website.

5 Common Air Quality Problems in Your House: A Room to Room Guide

According to the Environmental Protection Agency (EPA), the top five air quality problems in the U.S. are with our indoor air. To help you counteract these pollutants, the experts at RestoPros are here to tell you about these 5 common air quality problems in your house with a room to room guide!

1. Excessive Moisture

First of all, we want to discuss the effects of excessive moisture on your home’s air quality. Although it is one of the most overlooked air quality problems, excessive moisture is also one of the most detrimental ones. As such, excessive moisture can lead to serious issues in the following rooms of your house:

  • Bathrooms

Even if you use your exhaust fans and keep your bathrooms well ventilated, moisture still tends to thrive in these areas. In bathrooms, moisture buildup occurs in towels, bath mats, shower curtains and linings, walls, floors, and ceilings. With this moisture comes mildew, mold, and dust mites, all of which pose serious threats to the air you and your family breathe.

  • Kitchen

Another area in your home that can be affected by excessive moisture is your kitchen. Because of the steam-releasing activities you do in your kitchen like running the dishwasher, cooking on the stove, and baking in the oven, the presence of moisture is a given. When these activities increase the humidity levels in the air, it facilitates off-gassing of toxins in furniture and cleaning products.

  • Laundry Room

As another area to monitor for excessive moisture, your laundry room can develop high humidity levels. Many times, laundry rooms are not as well-ventilated as they should be, allowing the heat from your dryer to meet the moist, cool air from your washer to create steam. Consequently, condensation can build up on your laundry room walls, cabinets, and windows, providing the ideal breeding ground for mold, mildew, and dust mites.

  • Basement

One of the most obvious rooms in your home that can have excessive moisture problems is the basement. As you probably know, water can be transported into your basement through leaks in the foundation, plumbing pipes, or cracks in the floor. Therefore, the air quality in your basement can easily become compromised by mold spores and mildew.

2. Volatile Organic Compounds (VOCs)

Next on the list of common indoor air quality problems are VOCs. Including a range of evaporated substances from formaldehyde, gasoline, pesticides, and cooking processes, these harmful compounds can infiltrate your air in many forms. Furthermore, certain body odors are VOCs that can also affect your indoor air quality. Here are some rooms of your house that are likely to contain VOCs:

  • Laundry Room

As the first room on our list, your laundry room can be a hotbed for VOCs. A little-known fact about dryer and softener sheets is that they contain high levels of formaldehyde. Because this is one of the most harmful VOCs to pollute indoor air, your laundry room is at the top of our list of areas in your home with VOC-related air quality problems.  

  • Garage

Another area of your house that is a magnet for VOCs is your garage. Considering the gasoline levels emitted from your cars, stored lawn mowers, and other motor-driven equipment, the air quality in your garage can be saturated with VOCs. Furthermore, this problem is exacerbated by trapping these VOCs behind closed and sealed garage doors. Particularly if the primary door used to enter and exit your home is through the garage, these VOCs can easily infiltrate your indoor air in other areas of your home.  

  • Living Room

Third on our list is your living room. Because formaldehyde can be emitted by building materials and furnishings, your furniture and carpets can be sources of VOCs in your indoor air.

  • Kitchen

As another room with VOCs, your kitchen can be a source of cooking processes and odor-related VOCs. While there are few things more enticing than the smell of freshly baked bread, the lingering aroma indicates the presence of VOCs in your air. Other smells like the pungent odor of onions can release major VOCs into your air, as well. Additionally, using any gas-powered cooking appliances releases gasoline VOCs into your air. Furthermore, that bowl of pesticide-covered fresh fruit or plump tomatoes could be releasing VOCs into your air.

  • Bedrooms

As we previously explained, many body odors are VOCs. Therefore, body odors that are trapped on your bedding, clothes, curtains, or carpeting can be released into your air, as well. Also, if you wash and dry your bedding and clothing with standard softener and dryer sheets, you could be introducing formaldehyde into your air.

  • Bathrooms

One horrifying reality is the presence of formaldehyde in many cosmetic and beauty products. From skincare to hair-care products, a shocking number of popular brands contain varying levels of this harmful VOC. Not only does your skin absorb the formaldehyde in these products, but your indoor air also absorbs it. Also, without getting into unpleasant details, the odors released when you answer nature’s call in the bathroom are VOCs that are emitted into your air.

3. Combustion Products

Third on our list of indoor air quality problems are combustion products. Some common pollutants produced by combustion products are carbon dioxide, carbon monoxide, nitrous oxides, and water vapor. Commonly emitted from gas-fired appliances like furnaces, water heaters, ranges, and dryers, these VOCs can be found in the air of many rooms in your house. Here are the rooms most likely to contain VOCs from combustion products:

  • Kitchen

Especially if you have gas-fired appliances or appliances that are not properly vented to the outside, the air in your kitchen can be a hub for carbon monoxide. Furthermore, if you have any unsealed gas appliances, negative air pressure can cause back drafting. Consequently, combustion pollutants can enter your house and infect your indoor air quality.

  • Laundry Room

Another room in your home that can have poorer air quality due to combustion products is your laundry room. If your dryer is gas-powered, it can produce carbon monoxide. Therefore, the air in your laundry room can become polluted with carbon monoxide if your gas dryer is not properly vented.

  • Garage and Driveway

For homes with attached garages, combustion-related VOCs can easily affect your indoor air. Because the exhaust fumes from vehicles are a major source of combustion products, your indoor air is that much more susceptible to these VOCs with an attached garage.

  • Any Space with Fireplaces, Wood Stoves, and Chimneys

Other sources of combustion products include fireplaces and chimneys. Releasing combustion gases and particles, pollutants from fireplaces or wood stoves can become back-drafted from the chimney into your living space.

  • Rooms with Unvented Kerosene and Gas Heaters

Along with your gas-powered kitchen appliances, your unvented kerosene and gas heaters can release carbon monoxide and nitrogen dioxide into the air. Furthermore, your indoor air can be contaminated by acid aerosols from unvented kerosene heaters.

4. Radon

Although radon is fourth on our list, this pollutant poses some of the most serious threats to your indoor air quality. Because it is virtually undetectable without formal testing, this radioactive gas is an often-overlooked problem. Entering your home through dirt floors, cracks in your walls and floors, or through floor drains and sumps, radon is commonly found in higher concentrations in lower-lying rooms. However, rooms with granite surfaces can also be sources of radon, as these rocks contain radium, uranium, and thorium. If these naturally-occurring radioactive elements decay, they can turn into radon, causing a negative impact on your indoor air. Therefore, here are some rooms that could contain radon:

  • Basement

As previously explained, the rooms in your house closer to your foundation are the most vulnerable to radon exposure. Especially if your basement has cracks in the floors, walls, or ceiling, or has a floor drain or sump, radon can easily seep into your home.

  • Kitchen and Bathrooms

Other rooms in your house that can contain levels of radon are your kitchen and bathrooms. Especially if you have granite counter tops, the presence of radon in these rooms is a likely possibility.

  • Crawlspaces

Like a basement, a crawlspace beneath your house is a prime spot for radon. Because of its proximity to the soil and rocks beneath your house, a crawlspace can contain higher levels of radon. If the floors above that crawlspace have any penetrable areas, radon can rise into your home.   

5. Tobacco Smoke

Like the rest of the world, you are probably aware of the harmful effects of secondhand smoke. However, the additional problem of third-hand smoke has been recently added to the many side-effects of smoking. In short, third-hand-smoke is the lingering presence of harmful tobacco toxins on furnishings, surfaces, and clothing in your home. Here are some rooms where the air is commonly affected by tobacco smoke:

  • Living Room

When a smoker enters a space after smoking, you can immediately smell smoke on their clothes, hair, and skin. Furthermore, their hands are usually stained with tobacco toxins from touching their cigarette or cigar. These toxins are transferred to any surface that smoker touches and can stay on those surfaces for years. Therefore, as the most actively used room in your house, your living room is vulnerable to third-hand smoke.

  • Bedrooms

Unfortunately, even the bedrooms of non-smokers are susceptible to tobacco smoke pollutants in the air. Because of third-hand smoke, the residual tobacco toxins you pick up from other surfaces can be transferred to your bedroom.

  • Closets

Considering how  tobacco toxins cling to fabrics, the closets in a home with a smoker are saturated with tobacco pollutants. Especially in coat closets, smoke can linger a long time on fabrics that are washed less frequently.  Consequently, this smoke is inevitably introduced into your air.  

 

Are You Ready to Tackle these Common Air Quality Problems in Your House?

Tackle these problems with the help of the RestoPros team! With years of helping residents and homeowners achieve clean air, the experts at RestoPros are the professionals you can trust. If you are ready to find the best clean air solutions for your home, call us today at 855-587-3786 or fill out a service request form on our website!

 

How to Test Your Home Air Quality

For seasonal allergy sufferers, it is usually easy to know when Spring is in the air, because of the pollen it brings with it. However, year-round allergies could point to problems with the air in your home. But how can you tell if your morning sneeze attacks are one of Spring’s cruel tricks or a consequence of poor air quality? Well, the team at RestoPros is here to tell you how to test your home air quality so you can find some answers!

Test for Radon

  • There are two types of tests to measure radon: short-term tests, which measure radon levels in your home over a period of 2-7 days, and long-term tests, which measure radon levels for a period of 90 days or more. Both tests can include kits using passive or active testing devices.

Passive Testing Devices:

These testing devices don’t require power to function. Here are the most commonly used passive testing devices:

  • Charcoal Canisters 

    A charcoal canister is a short-term test (from 2-7 days.) Place your canister in a dry area of your home for the best results. Each canister contains activated charcoal. Over the course of a few days, radon will be absorbed onto the charcoal and then measured at a lab with a sodium iodide detector.

 

  • Alpha Track 

    Contrary to a charcoal canister, this is a long-term test. An alpha track test measures your exposure to radon during different seasons. Considering the affects changing weather and ventilation habits have on radon levels, this test provides a more reliable estimate of actual risk. An alpha track testing kit is also simple to use.

 

  • Electret Ion Chamber 

    An Electret Ion Chamber device is another reliable long-term test option. After placing it in your testing area, an electrostatically charged Teflon disk inside the test chamber is struck by the ions produced from the decay of radon. This strike reduces the surface voltage, which is then measured in the lab to calculate the radon concentration.

 

Active Testing Devices:

These devices require power to function. The main active testing device for radon is a continuous monitor or continuous working level monitor. Here is how it works:

  • Continuous/Working Level Monitors 

    These portable devices are designed to measure radon levels in your home for 2 to 7 days, making it a short-term test. Testing can be done with this device during any season, as long as it’s done within closed building conditions. This testing device gives hour by hour measurements of the radon levels in your home. In addition to the levels, this device also measures movement and power interruptions.

 

Test for Lead Paint

  • LeadCheck Swab Kit

    – Lead screening can be done by purchasing a swab kit from LeadCheck. The EPA recognizes this kit for its accuracy in testing wood and metals containing alloy and iron. This kit recommends the following steps:

 

  1. Swab the surface you want to test.

 

  1. Wait 30 seconds; if the tip of the swab turns pick or red, the test is positive for lead.

 

  1. If the tip of the swab does not change in color, the tested surface is lead-free.

 

  • Klean-Strip D Kit 

    Another EPA-approved test for both hard (wood trim) and soft (drywall) materials, this testing kit uses color-change technology to provide easy-to-read results. However, unlike the previously mentioned LeadCheck swab kit that only offers a negative or positive reading for lead, a Klean-Strip D kit shows increments of lead amounts. Here are the steps involved in using this kit to test for lead paint:

 

  1. Select an area of your home with low traffic, such as the wall behind a door or inside a closet to test for lead. Wipe down the testing area and your testing tools with the wipes provided in the kit.

 

  1. Once the area is wiped down, attach the paint chip catch card that is included in your kit to the wall.

 

  1. Then, use your scoring tool to start the cut right above the catch card.

 

  1. Next, remove the paint chip from the wall with the razor blade from your kit. While completing this step, make sure to remove any layers below the surface paint, as the house may have been repainted with non-lead paint.

 

  1. Now, cut the paint chip into about four small pieces and drop them into solution number 1 from your kit. Then, shake solution 1 for 10 seconds; then, add 5 drops of solution number 2, and shake again for 10 seconds.

 

  1. After shaking the two solutions and paint chips together, the solution will change color. Measure the resulting color against a color-coded viewer that is on the bottle. If the solution is darker than the test color, your paint probably has some lead in it. For further verification, there is another strip included in the kit that you can drop into the solution.

Test for VOCs (Volatile Organic Compounds)

You can purchase test kits and different tools that will help you identify harmful compounds such as formaldehyde, tobacco smoke, and other VOCs. Here are a few options on the market:

  • Light-Aided Sensors 

    There are two main light-aided sensor options you can use:

  1. A Photo-ionization Detector, or PID

A PID blasts air samples with high-energy photons in the UV wavelength variety. During interaction with the UV light, VOCs take on this energy and release negatively charged electrons. This leaves them with a positive charge that is measured with the circuitry of the detector.

 

  1. A Nondispersive Infrared, or NDIR

    Similar to a PID, these sensors rely on gas molecules’ inclination to absorb light. After infrared light bombards the air sample, different gases absorb specific wavelengths of the light. The infrared sensor checks which wavelengths are missing after the light passes through the sample cavity. As a result, the NDIR device can tell which gases are present.

 

 

  • Semiconductor Sensors

Semiconductors are substances that conduct electricity under specific conditions. To assess air quality, they can be used in the following ways:

 

  • Gas-Sensitive Semiconductor, or GSS  

    Being sensitive to VOCs, a GSS will exhibit changes in its electrical conductivity in response to polluted air samples. The measurements of the differences in readings can determine the concentration of VOCs and ozone threats.

 

  • Metal-Oxide Semiconductor, or MOS  

    Operating similarly to a GSS, a MOS is sensitive to dangerous gases, such as ethylene glycol and carbon tetra-chloride. However, unlike a GSS, some MOS devices include heating elements that can increase the sensitivity to dangerous gases for a more measurable response.

 

  • Holographic Sensors  

    The holograms that make up these sensors contain specially selected materials that modify their refractive index when they interact with VOC molecules. Therefore, the VOC molecules are measured by the changes in the color of the reflection.

Check Your Home for Signs of Mold

Since mold is a common contributor to poor indoor air quality, it is a good idea to check your home for its presence. Here are some DIY tests to try:

  • Air Testing  

    With a petri dish from your mold testing kit, follow these steps to test your air for mold spores:

 

  1. Remove the petri dish from the plastic and place it on a level surface with the lid side up. Then, remove the lid and pour the mold growth medium (potato dextrose) into the dish.

 

  1. Next, put the lid back on the dish and gently swirl the potato dextrose until the bottom is completely covered. Once this is achieved, allow it to gel for one hour on a level surface.

 

  1. After the potato dextrose has gelled, place the petri dish on a level surface in the area you want to test. Remove the lid of the dish and leave it open to the environment for 1 hour.

 

  1. Once 1 hour has passed, replace the lid and let the sample incubate for 48 hours. When the 48-hour incubation period is over, examine the sample. If there is no presence of mold, re-check the sample at the 72-hour mark and the 96-hour mark to be sure you have not overlooked slow-growing mold. If mold growth is present, you can send the sample to the lab associated with your kit for further testing.

 

  • Surface Testing 

    You can purchase many different types of kits to test samples from household surfaces for mold. These kit tests can involve a swabbing or tape lifting Once you have followed the instructions from your testing kit to collect surface samples, you will send the sample in the provided return mailer to a lab for testing.

 

Call in The Professionals to Test Your Home Air Quality 

Although you now know how to test your home air quality on your own, it is always a smart move to let a professional air quality expert conduct a thorough inspection. With the vast array of factors that could be affecting your air quality, there is no better team to trust than the experts at RestoPros. Whether you need help with a mold problem or just want to improve your home’s air quality, call us today at 855-587-3786 or fill out a service request form on our website for quick and reliable service!