14 Ways To Reduce Volatile Organic Compounds (VOCs) in Your Home

Pierre Van ZylNatural Home

Share www.GetCollagen.co.za
volatile oil compounds vocs

After 717 days of looking, my husband and I recently closed on a home. I can’t even describe how excited I am to organize my kitchen, hang my kids artwork, and set up my sauna, but it’s going to have to wait a little longer. Because although it’s awesome in so many ways (low EMF, no mold issues, and big kitchen window where I can grow herbs), it’s a newly constructed home that was built with conventional materials. 

Many renovation and building materials – paint and new flooring, for example – release volatile organic compounds (VOCs), so I’m taking steps to reduce levels before we move in. According to this European Commission report, improving indoor air quality is “one of the most profitable investments society can make,” and I completely agree. 

If you ask the parents in this school district I’ll bet they’d agree, too. After a gas leak, air filters were placed in every classroom, office and common room within a five mile radius. Testing showed that the leak had already dissipated by the time the filters were installed, which is why no one expected what happened next: test scores went up . . . a lot. (Interestingly, the air filter they used is the same one I have.) (1)

Understanding and addressing air quality issues can have a profound impact on health, so with that in mind this article will cover: 

  • Health effects of VOCs (and why not all VOCs are dangerous)
  • Common sources of VOCs such as cleaning supplies, scented candles and construction materials
  • How to reduce harmful VOCs in your home 
  • Why low and no-VOC paints can still contain harmful chemicals (and what to look for instead)
  • Tips for maintaining indoor air quality after reducing VOCs
What are volatile oil compounds? Photo of roses that contain VOCs

What are volatile organic compounds (VOCs)?

You know how “organic food” means natural and free of synthetic fertilizers, harmful pesticides, etc.? Yeah, that’s not at all what it means when we discuss organic compounds. Here’s how they’re defined: 

  • Organic compounds are generally any substance that contains carbon, which is the basis of organic life on earth. 
  • Volatile organic compounds are organic compounds that have a low boiling point. Because they boil at room temperature, they become gases and evaporate into the air easily.

VOCs can be natural or synthetic. For example: 

  • Plants create volatile organic compounds, which are responsible for the scent of freshly cut grass, roses, and pine. According to this article in Science Daily, “VOCs protect plants from stress, attract insects for pollination and seed dispersal, and even send warning signs to neighbor plants and animals that predators are attacking. VOCs essentially mediate relationships between plants and the organisms with which they interact.”
  • People create VOCs, too, usually by turning hydrocarbons into petrochemicals. (Hydrocarbons are organic matter deposits that have undergone transformation from intense pressure and heat.)

Health Effects of Volatile Organic Compounds

The important thing to remember about VOCs is that the one thing they all have in common is their boiling point. Other than that, each VOC has its own properties and health effects, which may be positive or negative. 

VOCs include a variety of chemicals, some of which may have short- and long-term adverse health effects.” Environmental Protection Agency (2)(emphasis mine) 

In other words, not all VOCs are dangerous, and some are actually considered therapeutic. In one study, four volatile organic compounds (trans-anethole, estragole, eugenol and isoeugenol) that are constituents in essential oils such as anise, fennel, clove, basil and ylang ylang were found to actually counteract some of the negative effects of indoor air pollution. (3

On the flipside, not all naturally occurring VOCs are safe – it really comes down to the actual compound. Think of it like this: Zinc is a metal that’s essential for the human immune system, but another metal – lead – is toxic and has no functional benefit whatsoever. Two metals, totally different impacts on the body.

That said, many of the VOCs found in our homes are air pollutants, and the most common source of exposure comes from synthetic sources. Some of the most common harmful ones are: 

  • Formaldehyde
  • Toluene
  • Benzene
  • Acetone 
  • Carbon Tetrachloride
  • Xylene
  • Vinyl chloride

Short-term exposure to these chemicals has been linked to headaches, difficulty concentrating, irritability, brain fog, depression, dizziness, nausea, allergies, asthma, and irritated skin, eyes, nose, and throat. (4)

According to the EPA, long-term exposure is linked to liver, kidney and central nervous system damage, along with some types of cancer. (2) 

According to the Minnesota Department of Health, “People with respiratory problems such as asthma, young children, the elderly and people with heightened sensitivity to chemicals may be more susceptible to irritation and illness from VOCs.” (5) People with an impaired ability to detoxify, such as those with MTHFR genetic mutations, may also be more likely to react to VOCs. 

Sources of Volatile Organic Compounds

Here are some of the most common sources of VOCs in the home: 

Building Materials

  • Paint and paint strippers
  • Varnishes and finishes
  • Glues and adhesives
  • Carpet and other types of flooring
  • Engineered wood products (particle board and plywood)

Home and Personal Care Products: 

  • Furniture
  • Cleaning supplies and disinfectants 
  • Air fresheners and scented candles
  • Perfume, nail polish remover and other personal care items
  • Stored gasoline and automotive products

Other Sources: 

  • Dry-cleaned clothing
  • Tobacco smoke
  • Computers and office printers
  • Moth repellents

What are SVOCs and how are they different?

The upside to VOCs (especially the beneficial ones) is that you can smell them when they’re present. Once an item has aired out and lost it’s odor, it’s a pretty good indicator that most of the VOCs have evaporated. However, there’s a another subtype of VOCs that are odorless and therefore more difficult to detect. (6

Semi-volatile organic compounds (SVOCs) have a higher boiling point than VOCs and therefore don’t evaporate easily. However, they can escape from products on dust particles, and then settle on surfaces that increase our exposure. Because they’re heavier and don’t evaporate, SVOCs can accumulate over time. The best way to address this is to manually remove dust and opt for low-SVOC products when possible. 

14 Ways To Reduce VOCs & SVOCs In Your Home 

Of course, the best way to keep VOCs low in your indoor environment is to avoid or limit the use of products that contain them. Fortunately, even when they’re unavoidable, there are ways to reduce their impact on human health. Here are some of the best ways to do that: 

cleaning vinegar

1. Use Natural Cleaning Products

According to a new study, regular use of cleaning sprays can have as much of an impact on health as smoking a pack of cigarettes a day. Natural cleaning products are a much better option. Below are some of my favorite recipes, and here are my top recommendations for what to buy if you don’t want to DIY

2. Sleep On A Non-Toxic Mattress

Your face is right next to the sleeping surface of your mattress for approximately 1/3 of the day, making it a significant source of potential exposure. Many mattresses offgas compounds like chlorinated tris –  which is currently being used in increasing amounts due to PDBE’s being phased out. Chlorinated tris is a semi-volatile organic compound that was removed from children’s pajamas more than thirty years ago after it was found to cause cancer in test animals. (7) (8)

I love my non-toxic mattress and highly recommend it. However, if a new mattress is not an option, you can wrap your current mattress in a low density polyethylene cover. It’s fairly inexpensive, and polyethylene is considered an inert plastic that does not contain phthalates or unsafe plasticizers. (9)

3. Opt for Solid Wood Furniture When Possible

Pressed-wood products like particle wood and plywood contain formaldehyde and other VOCs, so opt for solid-wood furniture with non-toxic finishes when possible. 

4. Upcycle And Reuse Furniture

When solid wood furniture is not possible due to budget or availability constraints, another good option is to buy used furniture that has already off-gassed. If desired, refinish it with non-toxic paint.

5. “Bake” A New Home

The home my husband and I recently bought was not part of our original plan. Our Plan A was a home that had already off-gassed for a couple of years when we put an offer on it, and our Plan B was to build a home with non-toxic materials (which didn’t work out due to our budget). As I mentioned earlier, the home we bought is wonderful in so many ways, but it was built with conventional building materials that contain VOCs. 

For that reason, I’m using this method to accelerate the off-gassing process. It’s called a “bake-out,” and it basically involves heating the house for five days (or more) to get it to release VOCs. During the heating period, windows are opened 2-3 times per day to prevent the VOCs from being reabsorbed. 

During the last few days of the bake-out, I’m renting a commercial air scrubber to get the air as pristine as I can. I’ll be using an optional carbon filter that will specifically deal with VOCs. 

6. Use A Quality Air Filter

Even though a “bake-out” will accelerate the off-gassing process, more VOCs and SVOCs will slowly be released over time. That’s why I invested in a good air purifier that will continue to clean the air as more stuff is released.

It has a medical-grade HEPA filter that helps with allergen particulates, and its activated carbon is infused with a special blend of potassium iodide for additional adsorption of VOC chemicals, including formaldehyde.

two homemade beeswax candles on a counter

7. Avoid Conventional Scented Candles & Air Fresheners

Unlike paraffin candles – which release carcinogens like toluene and benzene into the air– beeswax candles burn clean and bright while releasing a faint honey scent. This candle is handmade with 100% beeswax and will burn for up to 45 hours, and you can make beeswax candles, too. (It’s easy!)

For scent, I use diffused essential oils and homemade air freshener instead of conventional options. 

8. Choose Non-Toxic Paint & Building Materials (Low-VOC Doesn’t Mean Toxin-Free)

Unfortunately, low-VOC and no-VOC paints are often misleadingly labeled. When it created its definition of VOCs, the Environmental Protection Agency specifically focused on compounds that create smog when mixed with nitrogen oxides and sunlight. Some VOCs, which have negative impacts on human health but don’t contribute to smog, are therefore exempt from classification as a VOC by the EPA. 

To make matters even more confusing, many manufacturers of low or zero VOC paint have just replaced VOCs with SVOCs, which take much longer to offgas. With that in mind, based on my research my top choice for non-toxic paint is AFM Safecoat. I’ll add more options as I find them. 

For building materials, there are sometimes issues of misleading labeling similar to paint, but this is a good place to start

9. Air Out New Furniture & Household Items Before Bringing Them Inside

If non-toxic materials are not available (or not in your budget), let new carpet or other materials offgas outside before bringing them indoors. 

how to reduce volatile oil compounds vocs

10. Open Your Windows

According to the Consumer Product Safety Commission, a house that is well-sealed for energy efficiency “may have higher pollutant levels than other homes.”

If too little outdoor air enters a home, pollutants can accumulate to levels that can pose health and comfort problems. Unless they are built with special mechanical means of ventilation, homes that are designed and constructed to minimize the amount of outdoor air that can ‘leak’ into and out of the home may have higher pollutant levels than other homes.” (Consumer Product Safety Commission)

Fortunately, one inexpensive way to improve indoor air quality is open up the windows as often as possible. If there isn’t much wind outside, make sure to turn on fans to circulate the indoor/outdoor air better.

Also, keep in mind that if you’re sensitive to pollen it would be a good idea to wait until pollen counts are low. If you live in a high-humidity area you will want to run a dehumidifier after you close the windows, too. (This inhibits mold, which can negatively impact indoor air quality.)

11. Take Advantage of Warmer Months

Try to plan painting and renovations for warmer months so you can open the windows frequently and air out your home. 

12. Use a Dehumidifier

When my husband and I were house hunting, we had a mold remediation specialist evaluate a house we were considering. We opted not to buy that house due to mold concerns, but we learned a lot about preventing it in the process. One takeaway was the importance of using dehumidifiers in our area, which is near the ocean. (Translation: Super humid.) 

As I continued to research, I also discovered that high levels of humidity increase the rate of VOC off-gassing while reducing the ability of carbon filters to clean the air. (https://www.ncbi.nlm.nih.gov/pubmed/25345920) 

I’m currently researching dehumidifiers and will be purchasing one this week. 

13. Avoid Flame Retardants

Although legislation no longer requires the use of chemical flame retardants in furniture, many couches and other pieces of furniture are still manufactured with SVOC-containing flame retardants. I’m currently researching safer sofa and furniture options and will share my findings soon. 🙂

14. Don’t Feed The Dust Bunnies

Another weird thing I learned from the mold remediator is that mold feeds on dust – who knew? Dust is also a source of SVOCs, so I’ve been paying a lot more attention to my cleaning routine lately. 

One of the items on my wish list is a HEPA vacuum. Unlike regular vacuums that recirculate dust into the air, HEPA vacuum cleaners capture the small particles that SVOCs attach themselves to. 

More Ideas for Improving Indoor Air Quality

Of course, we haven’t even talked about the benefits of houseplants or using a doormat yet. Check out this post to get more tips for improving indoor air quality naturally. 

Also, if you have a tip for reducing VOCs in the home, please tell me about it in the comments!

Source. 

1. AustinAir (2016) A Special “Thank You” To Our Dealers

2. Environmental Protection Agency. Indoor Air Quality (IAQ)

3. Kfoury, Miriana et. al. (2016) Essential Oil Components Reduce Pulmonary And Hepatic Cells Inflammation Induced By Air Pollution Particulate Matter

4. Sumedha, Joshi (2008) The Sick Building Syndrome

5. MInnesota Department of Health. Volatile Organic Compounds In Your Home.

6. Toxicological Risks of Selected Flame-Retardant Chemicals. Tris (1,3-dichloropropyl-2) Phosphate 

7. https://iaqscience.lbl.gov/about

8. Haberman, Clyde (2015) A Flame Retardant That Came With Its Own Threat To Health

9. International Journal of Toxicology. Final Report On The Safety Assessment of Polyethelyne.

Continue reading 14 Ways To Reduce Volatile Organic Compounds (VOCs) in Your Home

14 Ways To Reduce Volatile Organic Compounds (VOCs) in Your Home

Pierre Van ZylNatural Home

Share www.GetCollagen.co.za
volatile oil compounds vocs

After 717 days of looking, my husband and I recently closed on a home. I can’t even describe how excited I am to organize my kitchen, hang my kids artwork, and set up my sauna, but it’s going to have to wait a little longer. Because although it’s awesome in so many ways (low EMF, no mold issues, and big kitchen window where I can grow herbs), it’s a newly constructed home that was built with conventional materials. 

Many renovation and building materials – paint and new flooring, for example – release volatile organic compounds (VOCs), so I’m taking steps to reduce levels before we move in. According to this European Commission report, improving indoor air quality is “one of the most profitable investments society can make,” and I completely agree. 

If you ask the parents in this school district I’ll bet they’d agree, too. After a gas leak, air filters were placed in every classroom, office and common room within a five mile radius. Testing showed that the leak had already dissipated by the time the filters were installed, which is why no one expected what happened next: test scores went up . . . a lot. (Interestingly, the air filter they used is the same one I have.) (1)

Understanding and addressing air quality issues can have a profound impact on health, so with that in mind this article will cover: 

  • Health effects of VOCs (and why not all VOCs are dangerous)
  • Common sources of VOCs such as cleaning supplies, scented candles and construction materials
  • How to reduce harmful VOCs in your home 
  • Why low and no-VOC paints can still contain harmful chemicals (and what to look for instead)
  • Tips for maintaining indoor air quality after reducing VOCs
What are volatile oil compounds? Photo of roses that contain VOCs

What are volatile organic compounds (VOCs)?

You know how “organic food” means natural and free of synthetic fertilizers, harmful pesticides, etc.? Yeah, that’s not at all what it means when we discuss organic compounds. Here’s how they’re defined: 

  • Organic compounds are generally any substance that contains carbon, which is the basis of organic life on earth. 
  • Volatile organic compounds are organic compounds that have a low boiling point. Because they boil at room temperature, they become gases and evaporate into the air easily.

VOCs can be natural or synthetic. For example: 

  • Plants create volatile organic compounds, which are responsible for the scent of freshly cut grass, roses, and pine. According to this article in Science Daily, “VOCs protect plants from stress, attract insects for pollination and seed dispersal, and even send warning signs to neighbor plants and animals that predators are attacking. VOCs essentially mediate relationships between plants and the organisms with which they interact.”
  • People create VOCs, too, usually by turning hydrocarbons into petrochemicals. (Hydrocarbons are organic matter deposits that have undergone transformation from intense pressure and heat.)

Health Effects of Volatile Organic Compounds

The important thing to remember about VOCs is that the one thing they all have in common is their boiling point. Other than that, each VOC has its own properties and health effects, which may be positive or negative. 

VOCs include a variety of chemicals, some of which may have short- and long-term adverse health effects.” Environmental Protection Agency (2)(emphasis mine) 

In other words, not all VOCs are dangerous, and some are actually considered therapeutic. In one study, four volatile organic compounds (trans-anethole, estragole, eugenol and isoeugenol) that are constituents in essential oils such as anise, fennel, clove, basil and ylang ylang were found to actually counteract some of the negative effects of indoor air pollution. (3

On the flipside, not all naturally occurring VOCs are safe – it really comes down to the actual compound. Think of it like this: Zinc is a metal that’s essential for the human immune system, but another metal – lead – is toxic and has no functional benefit whatsoever. Two metals, totally different impacts on the body.

That said, many of the VOCs found in our homes are air pollutants, and the most common source of exposure comes from synthetic sources. Some of the most common harmful ones are: 

  • Formaldehyde
  • Toluene
  • Benzene
  • Acetone 
  • Carbon Tetrachloride
  • Xylene
  • Vinyl chloride

Short-term exposure to these chemicals has been linked to headaches, difficulty concentrating, irritability, brain fog, depression, dizziness, nausea, allergies, asthma, and irritated skin, eyes, nose, and throat. (4)

According to the EPA, long-term exposure is linked to liver, kidney and central nervous system damage, along with some types of cancer. (2) 

According to the Minnesota Department of Health, “People with respiratory problems such as asthma, young children, the elderly and people with heightened sensitivity to chemicals may be more susceptible to irritation and illness from VOCs.” (5) People with an impaired ability to detoxify, such as those with MTHFR genetic mutations, may also be more likely to react to VOCs. 

Sources of Volatile Organic Compounds

Here are some of the most common sources of VOCs in the home: 

Building Materials

  • Paint and paint strippers
  • Varnishes and finishes
  • Glues and adhesives
  • Carpet and other types of flooring
  • Engineered wood products (particle board and plywood)

Home and Personal Care Products: 

  • Furniture
  • Cleaning supplies and disinfectants 
  • Air fresheners and scented candles
  • Perfume, nail polish remover and other personal care items
  • Stored gasoline and automotive products

Other Sources: 

  • Dry-cleaned clothing
  • Tobacco smoke
  • Computers and office printers
  • Moth repellents

What are SVOCs and how are they different?

The upside to VOCs (especially the beneficial ones) is that you can smell them when they’re present. Once an item has aired out and lost it’s odor, it’s a pretty good indicator that most of the VOCs have evaporated. However, there’s a another subtype of VOCs that are odorless and therefore more difficult to detect. (6

Semi-volatile organic compounds (SVOCs) have a higher boiling point than VOCs and therefore don’t evaporate easily. However, they can escape from products on dust particles, and then settle on surfaces that increase our exposure. Because they’re heavier and don’t evaporate, SVOCs can accumulate over time. The best way to address this is to manually remove dust and opt for low-SVOC products when possible. 

14 Ways To Reduce VOCs & SVOCs In Your Home 

Of course, the best way to keep VOCs low in your indoor environment is to avoid or limit the use of products that contain them. Fortunately, even when they’re unavoidable, there are ways to reduce their impact on human health. Here are some of the best ways to do that: 

cleaning vinegar

1. Use Natural Cleaning Products

According to a new study, regular use of cleaning sprays can have as much of an impact on health as smoking a pack of cigarettes a day. Natural cleaning products are a much better option. Below are some of my favorite recipes, and here are my top recommendations for what to buy if you don’t want to DIY

2. Sleep On A Non-Toxic Mattress

Your face is right next to the sleeping surface of your mattress for approximately 1/3 of the day, making it a significant source of potential exposure. Many mattresses offgas compounds like chlorinated tris –  which is currently being used in increasing amounts due to PDBE’s being phased out. Chlorinated tris is a semi-volatile organic compound that was removed from children’s pajamas more than thirty years ago after it was found to cause cancer in test animals. (7) (8)

I love my non-toxic mattress and highly recommend it. However, if a new mattress is not an option, you can wrap your current mattress in a low density polyethylene cover. It’s fairly inexpensive, and polyethylene is considered an inert plastic that does not contain phthalates or unsafe plasticizers. (9)

3. Opt for Solid Wood Furniture When Possible

Pressed-wood products like particle wood and plywood contain formaldehyde and other VOCs, so opt for solid-wood furniture with non-toxic finishes when possible. 

4. Upcycle And Reuse Furniture

When solid wood furniture is not possible due to budget or availability constraints, another good option is to buy used furniture that has already off-gassed. If desired, refinish it with non-toxic paint.

5. “Bake” A New Home

The home my husband and I recently bought was not part of our original plan. Our Plan A was a home that had already off-gassed for a couple of years when we put an offer on it, and our Plan B was to build a home with non-toxic materials (which didn’t work out due to our budget). As I mentioned earlier, the home we bought is wonderful in so many ways, but it was built with conventional building materials that contain VOCs. 

For that reason, I’m using this method to accelerate the off-gassing process. It’s called a “bake-out,” and it basically involves heating the house for five days (or more) to get it to release VOCs. During the heating period, windows are opened 2-3 times per day to prevent the VOCs from being reabsorbed. 

During the last few days of the bake-out, I’m renting a commercial air scrubber to get the air as pristine as I can. I’ll be using an optional carbon filter that will specifically deal with VOCs. 

6. Use A Quality Air Filter

Even though a “bake-out” will accelerate the off-gassing process, more VOCs and SVOCs will slowly be released over time. That’s why I invested in a good air purifier that will continue to clean the air as more stuff is released.

It has a medical-grade HEPA filter that helps with allergen particulates, and its activated carbon is infused with a special blend of potassium iodide for additional adsorption of VOC chemicals, including formaldehyde.

two homemade beeswax candles on a counter

7. Avoid Conventional Scented Candles & Air Fresheners

Unlike paraffin candles – which release carcinogens like toluene and benzene into the air– beeswax candles burn clean and bright while releasing a faint honey scent. This candle is handmade with 100% beeswax and will burn for up to 45 hours, and you can make beeswax candles, too. (It’s easy!)

For scent, I use diffused essential oils and homemade air freshener instead of conventional options. 

8. Choose Non-Toxic Paint & Building Materials (Low-VOC Doesn’t Mean Toxin-Free)

Unfortunately, low-VOC and no-VOC paints are often misleadingly labeled. When it created its definition of VOCs, the Environmental Protection Agency specifically focused on compounds that create smog when mixed with nitrogen oxides and sunlight. Some VOCs, which have negative impacts on human health but don’t contribute to smog, are therefore exempt from classification as a VOC by the EPA. 

To make matters even more confusing, many manufacturers of low or zero VOC paint have just replaced VOCs with SVOCs, which take much longer to offgas. With that in mind, based on my research my top choice for non-toxic paint is AFM Safecoat. I’ll add more options as I find them. 

For building materials, there are sometimes issues of misleading labeling similar to paint, but this is a good place to start

9. Air Out New Furniture & Household Items Before Bringing Them Inside

If non-toxic materials are not available (or not in your budget), let new carpet or other materials offgas outside before bringing them indoors. 

how to reduce volatile oil compounds vocs

10. Open Your Windows

According to the Consumer Product Safety Commission, a house that is well-sealed for energy efficiency “may have higher pollutant levels than other homes.”

If too little outdoor air enters a home, pollutants can accumulate to levels that can pose health and comfort problems. Unless they are built with special mechanical means of ventilation, homes that are designed and constructed to minimize the amount of outdoor air that can ‘leak’ into and out of the home may have higher pollutant levels than other homes.” (Consumer Product Safety Commission)

Fortunately, one inexpensive way to improve indoor air quality is open up the windows as often as possible. If there isn’t much wind outside, make sure to turn on fans to circulate the indoor/outdoor air better.

Also, keep in mind that if you’re sensitive to pollen it would be a good idea to wait until pollen counts are low. If you live in a high-humidity area you will want to run a dehumidifier after you close the windows, too. (This inhibits mold, which can negatively impact indoor air quality.)

11. Take Advantage of Warmer Months

Try to plan painting and renovations for warmer months so you can open the windows frequently and air out your home. 

12. Use a Dehumidifier

When my husband and I were house hunting, we had a mold remediation specialist evaluate a house we were considering. We opted not to buy that house due to mold concerns, but we learned a lot about preventing it in the process. One takeaway was the importance of using dehumidifiers in our area, which is near the ocean. (Translation: Super humid.) 

As I continued to research, I also discovered that high levels of humidity increase the rate of VOC off-gassing while reducing the ability of carbon filters to clean the air. (https://www.ncbi.nlm.nih.gov/pubmed/25345920) 

I’m currently researching dehumidifiers and will be purchasing one this week. 

13. Avoid Flame Retardants

Although legislation no longer requires the use of chemical flame retardants in furniture, many couches and other pieces of furniture are still manufactured with SVOC-containing flame retardants. I’m currently researching safer sofa and furniture options and will share my findings soon. 🙂

14. Don’t Feed The Dust Bunnies

Another weird thing I learned from the mold remediator is that mold feeds on dust – who knew? Dust is also a source of SVOCs, so I’ve been paying a lot more attention to my cleaning routine lately. 

One of the items on my wish list is a HEPA vacuum. Unlike regular vacuums that recirculate dust into the air, HEPA vacuum cleaners capture the small particles that SVOCs attach themselves to. 

More Ideas for Improving Indoor Air Quality

Of course, we haven’t even talked about the benefits of houseplants or using a doormat yet. Check out this post to get more tips for improving indoor air quality naturally. 

Also, if you have a tip for reducing VOCs in the home, please tell me about it in the comments!

Source. 

1. AustinAir (2016) A Special “Thank You” To Our Dealers

2. Environmental Protection Agency. Indoor Air Quality (IAQ)

3. Kfoury, Miriana et. al. (2016) Essential Oil Components Reduce Pulmonary And Hepatic Cells Inflammation Induced By Air Pollution Particulate Matter

4. Sumedha, Joshi (2008) The Sick Building Syndrome

5. MInnesota Department of Health. Volatile Organic Compounds In Your Home.

6. Toxicological Risks of Selected Flame-Retardant Chemicals. Tris (1,3-dichloropropyl-2) Phosphate 

7. https://iaqscience.lbl.gov/about

8. Haberman, Clyde (2015) A Flame Retardant That Came With Its Own Threat To Health

9. International Journal of Toxicology. Final Report On The Safety Assessment of Polyethelyne.

Continue reading 14 Ways To Reduce Volatile Organic Compounds (VOCs) in Your Home