Decorating Tips to Improve Indoor Air Quality

Believe it or not, but decorating choices during a construction or a renovation project within your home could be compromising your indoor air quality.

Recent studies indicate that your decor choices could be negatively impacting the indoor air quality in your home, thus impacting the health and well being of your family.  There are, however, choices that can help to reduce any negative effects.

Things like the texture of materials you touch, materials used, and colour choices, can be harmful to your health. These potentially toxic products should be eliminated from your dream home design as much as possible.  Here are a few suggestions and decorating tips to improve indoor air quality and help create a safe, healthy space…. In addition to some things that should be avoided at all costs.

Countertops: When deciding on the countertops you wish to install in your kitchen and bathroom, consider using Quartz instead of Granite. Granite countertops have been known to contain Radon, a radioactive gas that is formed by the breakdown of uranium rock and water in the soil. Cambria quartz, which is mined in Canada, as well as other quartz is usually certified with Green Guard for clean indoor air quality. Natural quartz stone has twice the strength as Granit, making it virtually impossible to harbour bacteria, it is ultimately maintenance free, and is a safe choice when looking for something that won’t compromise your indoor air quality.

Paint: Paint can contain VOC’s, which are harmful chemicals that can turn to toxic vapours at room temperature. It is important to look for paints that do not contain VOC’s. Low VOC, or NO VOC are the best options.  An alternative could also be using water based paints which are easily cleaned up without using harmful chemicals.

Carpet: Carpeting throughout your home traps allergens. Many carpets contain an abundance of harmful chemicals. It is highly recommended that you use a non air quality impacting wood instead.

Flooring: Laminate and even some engineered and true hardwood can contain harmful chemicals that can emit gases throughout your living space.  Formaldehyde has also become a concern of late, particularly in laminate flooring.  Look for product labels and check with manufacturers to ensure the product has low VOC release and has not been a known formaldehyde culprit.

Cabinetry: The only way to ensure cabinets do not impact your indoor air qualtiy is to ensure you are using wood that not only contain a low VOC finish, but is also absent of formadehyde release.   According to the Canadian Lung Association, pressed wood cupboards contain the proven carcinogen formaldehyde and can off-gass pretty substantial levels into our indoor air.  Always look to ensure the cabinetry you are looking to install eco-friendly, and is certified for indoor air quality.

The post Decorating Tips to Improve Indoor Air Quality appeared first on Mold Inspections and Air Quality Testing by Informed Decisions.

Formaldehyde Exposure Risks & Your Health

The 12th report released by the National Toxicology Program featured a discussion on Formaldehyde as a Carcinogen that could be found in quiet annoying quantities in indoor spaces. As a potential carcinogen, it’s important to take note of formaldehyde exposure risks and how they may impact your health and well-being.

Formaldehyde is considered an organic chemical which is now very common in our environment. It is a colorless gas with a pungent odor, which can be very annoying to the lungs, eyes and nose. It could be traced to the aldehydes gas family and it can be used as a preservative in medical mortuaries and laboratories. It is a natural occurring gas that can be discharged into the air via off-gassing from a variety of items and products easily found within most homes and offices that contain formaldehyde in their formulas. Other sources that can facilitate the release of Formaldehyde into the air are cigarettes, automobiles, burning wood, natural gas and kerosene.

Should you be worried?

Exposure or long term exposure to Formaldehyde has been know to result in many symptoms and unfavorable health effects. These symptoms can include nose, eye, throat and skin irritation, wheezing, allergic reaction and coughing. Long term exposure to Formaldehyde has also been linked with an increased cancer risk. Formaldehyde exposure affects individuals very differently as some people are more sensitive to Formaldehyde exposure while others do not have these same sensitivities.

High levels of formaldehyde exposure has been known to trigger asthma attacks in children and in adult asthmatics, and a recent article in the Journal of Occcupational and Environmental Medicine has reported that fertility can also be affected by formaldehyde exposure. Studies showed that Formaldehyde levels are typically around 0.03 parts per million {ppm} in the air (indoor and outdoor air). In rural areas, outdoor levels have a lower concentration while that of urban areas have a higher concentration.

The level of Formaldehyde in indoor air depends on some influencing factors like humidity, air exchange rates and temperature levels. The level of Formaldehyde in indoor air can also change at any time. It can change day to night, day to day, and season to season, and levels could be low on a dry, breezy day, while quite high on a humid and hot day with breathing difficulties being experienced at elevated levels above 0.1 ppm.

Historical Sources of Formaldehyde in Indoor Air

The most common historical source of formaldehyde exposure is via Urea Formaldehyde Foam Insulation (UFFI).  UFFI was typically installed to save energy in homes and the levels of Formaldehyde within the home would increase right after the installation of this energy saver, until it has completed the off-gassing process. Durable press fabrics, coated paper and drapery products are also some historical sources of formaldehyde. Early 1960, allergic reactions to Formaldehyde exposure were also recorded. This was attributed to the use of Durable press fabrics, coated paper and drapery products within the space.

Major Sources of Formaldehyde in Indoor Air

Some products have been discovered to have the capability of trapping and releasing Formaldehyde within the home. These products are most likely to be the major contributor to Formaldehyde levels in indoor air.

• Wood floor finishes
• Pressed wood products: plywood, particle board, kitchen cabinetry, fiberboard, paneling
• Paints and wallpaper
• Combustion
• Paper products, glues & adhesives
• Stiffeners & water repellants

Other minor sources include shampoos, hair care paroducts (particularly hair smoothing products), baby wipes & soaps, nair polish, disinfectants, fabric dyes, deodorants, cosmetics, and plastic grocery bags just to name a few. Formaldehyde has also been observed to be formed in indoor air through the chemical reaction of the air and volatile organic compounds when computers, photocopiers and laser printers are put to use in the home.

Manufacturers have gotten very savy in hiding formaldehyde within their products.  Many have removed formaldehyde as an acutal ingredient (so it is not listed on the product) and replaced it with something called a formaldhyde releaser.  These formaldehyde releasers will break down and form formaldehyde after they are formulated.  So just because it’s not listed on your product doesn’t necessarily mean there aren’t any formaldehyde exposure risks.

Health Effects of Formaldehyde Exposure

Eye: the health effects on the eye can include stinging, itching and burning.

Throat and Nose: adverse health effects of being exposed to formaldehyde include burning, itching, and sore throat, sneezing, running nose, and an increased risk of cancer.

Respiratory System: the health effect of being exposed to formaldehyde on the respiratory system of the body includes chest tightness, asthma and wheezing.

Skin: flaky dry skin, rashes and contact dermatitis are some of the more common dermatological symptoms of exposure to formaldehyde

Neurological System: Some neurological health effects of formaldehyde exposure can include headache, nausea, insomnia, and impairments in memory and dexterity.

Individuals that have been exposed to formaldehyde for a long time will likely experience some of the symptoms noted above. If you are concerned or unsure of formaldehyde levels within your home, or if some family members have been experiencing health related symptoms typically associated with formaldehyde exposure risks, consider having an air quality inspection completed.  This will offer a great return on your testing investments and start the process to ensure your indoor levels of formaldehyde exposure is within recommended guidelines.

The post Formaldehyde Exposure Risks & Your Health appeared first on Mold Inspections and Air Quality Testing by Informed Decisions.

How To Prevent Bathroom Mold: 7 Easy Steps

The bathroom…just trying to keep it clean is enough of a burden.  As it is arguably the one room within your home that is continuously hit with high moisture levels, combating the mold monster, once it’s allowed to move in, is often a very difficult task.  It is always better to attack this annoying monster before it’s allowed to take up residence in your bathroom and prevent bathroom mold before it even starts. Eliminating bathroom dampness and moisture is the key to preventing mold growth from starting and more importantly, from spreading through your walls floors ceilings and air to other areas within your home, resulting in a more serious and costly cleanup.  Here are 7 easy tips to help combat the bathroom mold monster and prevent any contamination before it starts:

1. Ventilate, Ventilate, Ventilate!  This point can’t be stressed enough.  Retaining moisture in your bathroom will encourage mold growth and it’s best to get the dampness out as soon as possible.  Turn on your bathroom exhaust fan both during and after your shower!  This will allow the fan to help circulate the air and reduce steam, allowing the bathroom to dry faster when you are finished.  Just make sure that your fan is properly vented to the building exterior, and not just vented into the attic, so you are not simply moving the problem from one area to another.  Opening a window in the bathroom can also help.  Allowing fresh air in will also increase air flow and allow the bathroom to dry quicker.

2. Use that squeegee!  By using a squeegee on the shower walls and any glass surface (like your shower doors), you can eliminate at least ¾ of the moisture present after a shower.  Squeegee-ing the shower and doors can also help prevent hard water stains from forming and this makes bathroom cleanup much easier.

3. Seal your grout!  If you have a tiled shower, make sure you seal the grout lines once a year with a proper grout sealer to effectively waterproof your tiles and prevent moisture from seeping through the grout.  This prevents the mold monster from making an appearance behind your tiles and causing a much larger issue to deal with.

4. Let your shower curtain dry!  If you use a shower curtain, it’s important to stretch it out fully across the length of the shower rod once you have finished showering.  This simple task is effective in preventing mold from starting to grow in the folds of your shower curtain and will allow it to dry much faster.

5. Check for Leaks! Regularly check your bathroom for any signs of leaks or water intrusion.  Make it a point to feel around the pipes and seals in your bathroom.  Check under the sink for moisture or drips and feel around the toilet for any signs of leaks.  Doing a regular check of the plumbing in the bathroom will allow you to catch any problems before moisture is allowed to accumulate and any mold is allowed to develop.

6. Clean and dust your bathrooms regularly.  I know, it’s not fun, but cleaning your bathroom at least one a week will help keep the mold monster out!  Dust acts as a food source for mold and with the added moisture in a bathroom this becomes a mold growth super combination!  Clean your bathroom walls by spraying an all-purpose cleaner on them and then wiping the surface areas down with a sponge. This is great for all bathroom surfaces including the toilet, bathtub and sinks.  Just remember to allow the cleaning product to properly disinfect where you spray before wiping it away with a sponge or cloth. Washing your cloth shower curtain weekly is also a great idea.  Throw it in the wash machine while you soak the plastic liner in the tub, with a water/bleach or water/cleaner solution, for 30 minutes to remove any mold spores that may have already started to settle in.

7. Use proper paint!  When painting your bathroom, use proper kitchen/bathroom paint on the wall surfaces, or make sure to use a semi-gloss that is easy to wipe down.  Semi-gloss paints, and paints specifically designed for the kitchen and bathroom are easier to clean, more resistant to stains and create a surface on the walls that makes it harder for mold to start to grow.

These 7 simple steps will go a very long way in helping to prevent any mold growth from being allowed to take hold in your bathroom.  If you find that your bathroom is still retaining moisture after 5-10 minutes after your shower, your fan may be under specked for the size of the room.  Make sure you are using the right fan capacity for your bathroom.  If, after doing all these steps, you are still seeing regular signs of mold developing in your bathroom, or other areas within your home, you may want to consult the services of a specialized mold inspection and testing provider to help you determine the location and cause of any contaminations.

The post How To Prevent Bathroom Mold: 7 Easy Steps appeared first on Mold Inspections and Air Quality Testing by Informed Decisions.

The best way to keep mold out of bathrooms and showers is by providing good air circulation and frequent cleaning.

Step 1- Choose one of the following cleaning solutions

• Mixture of household detergent and water (recommended by the EPA)
• Commercial mold removal product (always follow manufacturer’s instructions on the label)
• Distilled Vinegar
• Baking Soda -Detergent Solution (1/2 cup baking soda, 1 cup water, 1 Tbsp mild liquid detergent)
• Borax Solution (1 gallon of water to 1 cup of borax, or 1 part borax to 16 parts water)
• Bleach-Water Solution (1 gallon of water to 1 cup of bleach, or 1 part bleach to 16 parts water)
  Warning: never mix bleach with a product that contains ammonia.  It will produce toxic fumes that can cause serious illness or death.

Special note on Bleach:  Bleach is an effective option for cleaning mold from showers and other bathroom areas.  However, because mold on surfaces like porcelain and tile is easy to remove with just a mild detergent, the EPA does not recommend using bleach.  Bleach can be effective, however, if the mold has left a stain on the surface.  It is also effective in restoring the white color to caulking around the edges of the shower and tub.

Step 2 – Put on Protective Clothing and Make Safety Precautions

Depending on the severity of the cleaning solution that you chose, you will need to take some safety measures in order to keep yourself free from harm.  Because you are working with mold, we recommend the following:

• A respirator, or air mask, that is adequate for blocking mold spores from entering your lungs.  The EPA recommends a N95 mask or equivalent.
• Rubber or Nitrile gloves.
• Safety goggles that do not have air vents in the sides.
• If you are moderately sensitive to mold exposure, we recommend wearing coveralls to protect your skin as much as possible.  If you are severely sensitive to mold exposure, we recommend getting somebody else to perform the task.

If you are using a product that has strong or dangerous fumes, also make sure your are working in a well ventilated room.

Learn more about how to prepare to remove mold.

Step 3 – Apply the Cleaning Solution and Scrub

Apply the cleaning solution that you have elected to use.  Start by testing the solution in a small area of the shower to make sure the solution does not cause any discoloring.  You can do this with a spray bottle, a lightly damp rag, or a low-abrasive brush or pad.  Do not use anything abrasive, such as a wire brush.

Apply the mold removal solution generously.Let the solution sit for a few minutes, then scrub the area in circular motion with your rag, brush, or a scrub pad.  Using a disposable towel, or a regular towel that you can disinfect with bleach later, wipe off the area and the excess.

Continue this process until the mold is removed from the surface. For more detailed instructions, read How to Properly Clean Mold.

Step 4 – Clean Up and Let Dry

After the mold is removed, clean up the area and either dispose anything that has had contact with the mold, or clean it with a proper detergent or fungicide.

If possible, let the shower dry by keeping it warm and dry with good ventilation.  If you live in an area with higher humidity, you may want to place it in a room with a dehumidifier.

Step 5 – Check for Signs of Mold

If mold begins to reappear in the next few weeks, it is probably because your shower doesn’t get enough air circulation.  Look for ways to improve air circulation, perhaps by opening a window or running a fan or dehumidifier.  If this isn’t possible, the only other prevention method is clean the shower and bathtub surface with a mild cleaner more frequently.  This will disrupt the mold growth process and prevent it from getting established.

If the mold reappears, repeat steps 1 through 5.

The post Removing Mold From Your Shower appeared first on Mold Inspections and Air Quality Testing by Informed Decisions.

Step 1- Choose a cleaning solution

There are many commercial products that are pre-mixed to tackle mold problems. To remove mold from wood, make sure the cleaning solution fits the situation. For example, if you are trying to remove mold from wood that is finished or painted, you can rely on more mild cleaning solutions because you don’t have to kill the mold, you can just remove it. If the mold is established below the surface of the wood, which often happens on unfinished wood, you will need a solution that will penetrate the surface and kill or inhibit the mold.  Here is a list of suggested solutions to choose from depending on the situation:

Remove mold from wood – finished or painted wood:

• Mixture of household detergent and water
• Commercial mold removal product (always follow manufacturer’s instructions on the label)
• Distilled Vinegar
• Baking Soda -Detergent Solution (1/2 cup baking soda, 1 cup water, 1 Tbsp mild liquid detergent)
• Borax Solution (1 gallon of water to 1 cup of borax, or 1 part borax to 16 parts water)

Remove mold from wood – unfinished wood:

• Rubbing Alcohol or Denatured Alcohol
• Commercial mold removal product (always follow manufacturer’s instructions on the label)
• Distilled Vinegar
• Borax Solution (1 gallon of water to 1 cup of borax, or 1 part borax to 16 parts water)
• Baking Soda -Detergent Solution (1/2 cup baking soda, 1 cup water, 1 Tbsp mild liquid detergent)
• Bleach-Detergent Solution (Recommended by the US Forest Products Labratory – 1 part household detergent, 10 parts bleach, and 20 parts water)

Warning: Never mix bleach with a product that contains ammonia.  It will produce toxic fumes that can cause serious illness or death.

Special note on Bleach:

When working with wood, you should be aware that bleach can only kill mold spores that are on the surface of the wood.  Mold in wood, however, tends to grow and establish roots below the surface and into the wood fibers.  Due to the chemical makeup of bleach, it does not absorb into the wood, and it is possible that you will see the mold re-establish itself after you have cleaned it with bleach.

To address this problem, several companies have produced mold removal products that include surfactants.  What the heck is a surfactant you ask?  To put it simply, a surfactant is an additive that allows the detergent or bleach to absorb deep into the wood fibers.  It does this by reducing the water surface tension, but that is something for another discussion. The detergent in the suggested mixture above helps to allow the bleach to get down to the roots of the mold.

So, the bottom line is you can elect to use bleach, but keep in mind that there are better products to remove mold from wood.  If using a commercial product, look for an EPA registered mold removal product (regular household bleach does not have such claim).

Step 2 – Put on Protective Clothing and Make Safety Precautions

Depending on the severity of the cleaning solution that you chose, you will need to take some safety measures in order to keep yourself free from harm.  Before you try to remove mold from wood, we recommend the following:

• A respirator, or air mask, that is adequate for blocking mold spores from entering your lungs.  The EPA recommends a N95 mask or equivalent.
• Rubber or Nitrile gloves.
• Safety goggles that do not have air vents in the sides.
• If you are moderately sensitive to mold exposure, we recommend wearing coveralls to protect your skin as much as possible.  If you are severely sensitive to mold exposure, we recommend getting somebody else to perform the task.

If you are using a product that has strong or dangerous fumes, also make sure your are working in a well ventilated room.

Step 3 – Apply the Cleaning Solution and Scrub

Apply the cleaning solution that you have elected to use.  Start by testing the solution in a small, hidden area of the wood to make sure the solution does not cause any discoloring.  You can do this with a spray bottle, a lightly damp rag, low-abrasive brush, or a scrub pad.  If you are working on finished or painted wood, we do not recommend using a brush unless you plan on re-finishing the surface.

The key is to apply the solution lightly, but enough to cover the mold.  Too much solution can actually add to the dampness of the wood, which is part of the problem in the first place.

Let the solution sit for a few minutes, then scrub the area in circular motion with your rag, brush, or a scrub pad.  Using a disposable towel, or a towel you can disinfect with bleach later, wipe of the area and the excess.

Continue this process until the mold is removed from the wood surface.

Step 4 – If Needed, Lightly Sand the area

If you are working with finished wood, then this step will require you to re-finish the area that you are sanding.

If the mold appears to be established deeper into the wood, you will likely need to lightly sand the area.  This helps to remove the mold roots on the surface, and gets you deeper into the wood fibers.  You should sand the area while it is still damp to discourage mold spores from spreading through the air.

After sanding, repeat step 3.

Step 5 – Clean Up and Let Dry

After you remove mold from wood, clean up the area and either dispose anything that has had contact with the mold, or clean it with a proper detergent or fungicide.

Let the wood dry by keeping in a warm, dry, sunny area with good ventilation.  If you live in an area with higher humidity, you may want to place it in a room with a dehumidifier.  Leave it until the wood looks and feels dry.

Step 6 – Check for Signs of Mold

After the wood has dried,  look to see if there is still mold and if the area smells moldy.  Sometimes the wood will be stained from the mold even though the mold is gone.

If the mold is still visible or the odor is still strong, repeat this process again.

Step 7 – If Needed, Re-apply Protective Wood Coating

If you have scrubbed or sanded finished wood, you will probably need to re-apply the polyurethane, lacquer, protective stain, or whatever finishing product that was on it.

The post Removing Mold from Wood appeared first on Mold Inspections and Air Quality Testing by Informed Decisions.

If your nose has picked up an earthy, musty scent, this is a good indication that mold is present. How to you confirm this smell though? Step outside.

It really is that simple. Leave the room or area of your home where you are picking up the musty scent and take a walk outside. Be sure to take in lots of deep, long breathes (through your nose) while you are out there. this will clear your pallet and get your nose ready for the follow up test.

Now that you are ready, step back in the room or area of your home where you suspected the mold presence and give it another smell. If you pick up the scent again, this is a sign that the mold is somewhere.

To take this test one step further, repeat the steps above but test your nose out in other areas of your room or home and compare the results. If you do find mold you will want to do two things as quickly as possible;

• find and control the moisture source
• kill and clean the mold

The post Detecting Mold With Your Nose appeared first on Mold Inspections and Air Quality Testing by Informed Decisions.

Before you attempt to clean mold using any of the products below, remember to prepare yourself with protective gloves, eye wear and an approved breathing mask.

[mt_one_half]Bleach

Borax

Vinegar

Hydrogen Peroxide[/mt_one_half] [mt_one_half_last]

Ammonia

Baking Soda

Tea Tree Oil

Grapefruit Seed Extract

[/mt_one_half_last]

Before  attempting removal with any of the products above, be sure to have the right protective gear and equipment so that you can avoid any mold related health issues.

The post Killing Mold with Household Products appeared first on Mold Inspections and Air Quality Testing by Informed Decisions.

Before you start any mold  removal project, be sure to pick up protective gear and equipment in order to avoid any mold related health problems.

Instructions

1. T o kill mold with borax, start by creating a borax-water solution that is approximately 1 part borax for 10 parts water.
2. Before spraying your solution, vacuum up any loose mold with a HEPA filtered vacuum cleaner. This keeps loose spores from becoming airborne and moving elsewhere in your home.
3. Spray your solution directly onto the mold and let it sit for a minute. DO NOT spray your solution onto a cloth or scrub. This only stirs up the mold spores when you begin cleaning and makes spores airborne. Once airborne, the spores can be inhaled or can rest in other places in your home where they can grow again.
4. Scrub the infected area lightly to work the solution in. Make sure to wear protective gloves, eye wear and an approved breathing mask before doing this.
5. Clean any excess moisture left behind by dabbing it with a sponge or cloth. You do not need to rinse the area you are cleaning as borax residue will help to prevent mold from growing.

Disclaimer: Mold is a very serious and can be very damaging to your health. Unless you are certain that the type of mold you are dealing with is non toxic, you should never attempt to remove it yourself. A certified mold inspector can tell you the type of mold you have.

The post How to Kill Mold with Borax appeared first on Mold Inspections and Air Quality Testing by Informed Decisions.

On the plus side, vinegar, unlike other household products like bleach, does not give off harmful off gases and is generally safe to use. It is still recommended to wear protective gloves and eye wear when using vinegar to kill mold as vinegar is an acidic product.

Before you start any mold  removal project, be sure to pick up protective gear and equipment in order to avoid any mold related health problems.

Instructions

1. Start by using distilled white vinegar that is mixed with water.
2. Spray the vinegar solution directly onto the moldy surface and leave it to sit for at least one hour so that the vinegar can saturate the mold. DO NOT spray the vinegar solution onto a cloth or sponge and wipe the mold. This will only send spores airborne allowing them to rest elsewhere in your home.
3. After the solution has sat for an appropriate amount of time, wipe the moldy surface clean with water. The surface should then be allowed to dry.
4. To get rid of the smell of vinegar, keep a window or door cracked to allow fresh air in.
5. Repeat this process every few days to prevent any mold spores from growing and reproducing.

Disclaimer: Mold is a very serious and can be very damaging to your health. Unless you are certain that the type of mold you are dealing with is non toxic, you should never attempt to remove it yourself. A certified mold inspector can tell you the type of mold you have.

The post How to Kill Mold with Vinegar appeared first on Mold Inspections and Air Quality Testing by Informed Decisions.

1. Bleach produces toxic fumes and residue so be sure to use it only in a well ventilated area. Open windows or doors if possible and wear protective gloves and glasses. Also be sure to use an approved breathing mask to avoid inhaling harmful off gases.
2. Bleach is only useful for killing mold on select surfaces. Anything that is a porous material such as wood or drywall should be handled by a certified mold remover. Non porous or solid surface materials like porcelain, tiles, glass or countertops can successfully be treated.

Before you start any mold  removal project, be sure to pick up protective gear and equipment in order to avoid any mold related health problems.

Instructions

1. Start by  diluting the bleach with water. You can use on cup of bleach per gallon of water (1 part bleach to 10 parts water).
2. Use a spray bottle or sponge to apply this mixture on the surface where the mold growth is present.Apply the solution to non-porous surfaces with mold growth either by using a spray bottle or by using a bucket and a sponge or cloth.
3. Scrub the surface using a cloth or sponge that can be thrown away afterwards.

Does Bleach Kill Mold?

Although the active ingredient in bleach is the same active ingredient in mold removal products bleach is sometimes not recommended. In fact, it can cause more problems. On materials like wood ,bleach does not reach deep into the pores where the mold hides but the water in your bleach-water solution does. This only gives the mold a moisture source that it needs to grow and reproduce.

When bleach does come into contact with mold it will kill the spores. This does not mean that you are risk free though as dead or dormant mold spores still impact your health when they come into contact.

Disclaimer: Mold is a very serious and can be very damaging to your health. Unless you are certain that the type of mold you are dealing with is non toxic, you should never attempt to remove it yourself. A certified mold inspector can tell you the type of mold you have.

The post How to Kill Mold with Bleach appeared first on Mold Inspections and Air Quality Testing by Informed Decisions.