Basement Ventilation: The Foundation Link to Healthy Home

Basement Ventilation

Human beings breathe – inhale and exhale – 10,000 to 70,000 times every day just to sustain life. Not really surprising, but, we don’t really pay that much attention to the air we are breathing. We as North American’s spend countless hours and billions of dollars deciding on the food we eat, beverages we drink, the lotions we put on our skin and the effects they have on our health and well-being. However, when was the last time you heard someone actually discussing the quality of the air they breathe?

basement ventilation

If we are inhaling air into our lungs 10,000 to 70,000 times a day, doesn’t it make sense to at least consider the quality of air we breathe?

So, let’s take a moment to consider what IS in the air we breathe. How is the air I am breathing effecting my home and health?

What is Indoor Air Quality (IAQ)? Term to describe “the physical and chemical characteristics of air inside buildings including airborne constituents with special concerns for the impact on occupant health and comfort” Airborne constituents include:

Temperature – Humidity – VOCs – Allergens – Particle Counts – Bacteria – Building Materials – Type of Construction – Exchange Rates – Occupants – HVAC – Insulation – etc.

The U.S. Environmental Protection Agency, EPA, tells us that “The air in the average American home is a minimum of 5 times (and can be as much as 100 times) more polluted than outdoor air.” There are quite a few reasons for this…from the off gassing of toxins we use in building our homes such as glues, epoxies, resins, varnishes, upholstery, carpets, paint fumes, formaldehyde, and other VOCs to the type of foundations our homes are built on, basements and crawlspaces, add in our quest for insulation and energy efficient upgrades to the mix and we’ve got quite a toxic cocktail of indoor air quality!

For homes with basements, indoor toxins are greater than for those homes without basements. Unfinished and finished basements both create risks for toxic exposure throughout the whole home. A recent study indicated that foundation walls, due to their porous nature absorb 10-15 gallons of water vapor per day, which is responsible for up to 80% of the home’s indoor moisture, and can accelerate the growth of bacteria, mold and mildew as well as attract bugs, spiders and pests.

basement ventilation

We can all agree that it is important to control water leaks and water entry, from the basement into the rest of the house. Additionally, controlling mold is important as this toxin, will place your family at significant health risk. The humidity and condensation in the basement is what most often creates a mold risk.

Adding the “Stack Effect” (the movement of air into and out of home) to this dynamic exaggerates the introduction of toxins from the basement into the home.

The rising warm air draws air in through either open doors, windows, or other openings and up from basement.

“Stack Effect in homes with Basements”

Actively drawing dirty basement air into the living environment above is detrimental to providing a healthy indoor environment.

For homes with crawlspaces, indoor toxins are greater than for those homes without crawlspaces. The average home built on a crawlspace has 80 square inches of air communication between the crawlspace and the living environment creating higher risks for toxic exposure throughout the whole home. Much like basements, these spaces are also built into the earth and surrounded by soil on all four sides and oftentimes have dirt floors as well. The water in the soil makes its way into these spaces in its vapor form (humidity) due to the laws of physics, ‘Wet Moves to Dry’. A recent study indicated that crawlspaces, due to their porous nature absorb up to 20 gallons of water vapor per day, which again, is responsible for up to 80% of the home’s indoor moisture. This process contributes to the acceleration of foundation decay, bacteria growth, mold and mildew as well as attracts bugs, spiders and pests.

basement ventilation

Once again, adding the “Stack Effect” (the movement of air into and out of home) to this dynamic exaggerates the introduction of toxins from the crawlspace into the home.

The rising warm air draws air in through either open doors, windows, or other openings and up from crawlspace.

Actively drawing dirty crawlspace air into the living environment above makes indoor air quality even worse.

Crawlspace Vents? Many crawlspaces were initially built with passive vents to the outside to allow the crawlspace to be “vented”. These passive vents are dependent on the wind and weather to be effective. Building code across North America are now changing as passive vents to the outside, are actually contributing to a dirty crawlspace by introducing more moisture into an already damp space.

“From a psychometric standpoint, venting a crawl space to remove moisture works only when the outside air is dryer than the crawl space air.” – RLC Engineering, LLC., The Fallacies of Venting Crawl Spaces

Whether it be a basement foundation, crawlspace foundation or a combination of the two, they are contaminant sources contributing the poor indoor air quality in the home. Add to that a whole host of other pollutants that we build our homes with, clean our homes with and bring into our homes on a daily basis. The reality is that every day our families are breathing basement and/or crawlspace air that has been mixed with contaminated house air.

Most recent stat coming from the National Center for Healthy Housing tells us “40% of the air we breathe in our living spaces is air that was once below grade and has risen up from the basement/crawlspace.”

One of the more obvious symptoms of this growing epidemic of poor indoor air quality is the substantial rise in allergies and asthma in recent generations.  According to the Asthma and Allergy Foundation of America we have seen “a 700% increase in people suffering from asthma and allergies in the past 20 years, leading to a staggering 50% of North American’s reporting allergy symptoms”. A fairly recent condition labeled “Sick Home Syndrome”, may be to blame.

How EZ Breathe Ventilation can help…

The good news is homeowners can do something to combat this growing health concern. Even better news is that it does not include major home renovations or serious lifestyle changes…by simply increasing the home’s air exchanges YOU can make a difference.

Helping to reduce the natural stack effect (tendency for basement/crawlspace air to rise up into the living space) YOU can improve your indoor quality. This will also provide a path of escape for the bad air to exit which will further prevent polluted indoor air from accumulating to unhealthy levels and entering the living environment. By exhausting that bad air out and increasing air exchanges you can dramatically improve the indoor air quality…and the health of the occupants!

basement ventilation

It’s really a very simply solution to a complex problem. By increasing the ventilation rates in the home sourced at the lowest part of the foundation, you will see a reduction in indoor allergens, humidity levels, trapped gasses and pollutants, as well as all of those nasty chemicals we introduce into our indoor environment every day.

Create a fresher, cleaner, drier indoor air environment naturally, without expensive air filters, air cleaners, scrubbers, etc. When you increase basement ventilation there is no need for any harmful air fresheners, sprays, plug-ins, candles, chemical masking agents or fragrances. These synthetic compounds do nothing to improve the air quality and oftentimes add dangerous chemicals further polluting an already compromised air quality.

If we need to breath up to 70,000 times per day just to sustain us, it’s probably a good idea to be sure that the air we are inhaling is the healthiest it can be to support us in being the healthiest we can be!

To Learn more about how the EZ Breathe Ventilation System And CrawlSpace Conditioner System can:

  • Improve indoor Air Quality
  • Reduce allergens
  • Monitor humidity levels
  • Remove pollutants
  • Reverse natural stack effect
  • Prevent Ice damming
  • Protect your home and health
  • Create a healthy and happy home!

Contact us at www.ezbreathe.com or call us at 1.866.8227328

Your Favorite Housewares Are Spewing Poison Dust Inside Your Home

Spewing Poison Dust Inside Your Home

People buy the nicest homes they can afford. They spend years—sometimes decades—pouring money into nest-feathering by stocking up on creature comforts. It’s no wonder we spend 90 percent of our lives indoors. Like George Carlin said, it’s where all our stuff is.

Furniture. Shower curtains. Electronics from TVs to computers to games. Carpeting, cosmetics, and even air-fresheners and soap. It’s all there to make life easier, tasteful, and more playful. And yet, many of those pleasant symbols of your hard-earned income carry a hidden price: They may be slowly killing you.

Nobody ever said plastics and industrial chemicals were good for healthy living. It turns out some are really quite hazardous, which is a shame because they’re all over the place, according to a comprehensive review in Environmental Science and Technology by seven researchers from three universities and two environmental groups. They reviewed the science and identified 45 substances—phthalates, phenols, flame retardants, fragrances, and fluorinated chemicals—that most commonly leach out of products and become a part of household air and dust. Those toxins, when floating inside your home or apartment, are linked to endocrinal, reproductive, developmental, neurological, and immunological hazards. And probably cancer.

Once in dust form, “they can enter your body,” said Ami Zota, assistant professor at the Milken Institute School of Public Heath at George Washington University and a co-author of the study. “We know these chemicals even at low levels can have negative health effects.”

Children and pregnant women are often the most sensitive. In tiny bodies, a little bit goes a longer way. Children can have many times more of a chemical in their bodies than their mothers do, according to research released in July by the Environmental Working Group and Duke University.

Chemicals sound opaque and terrifying on a good day. Consider dihydrogen monoxide, which can kill people within minutes if it floods their respiratory system, but it’s just another name for water. The chemicals found most frequently in people’s homes are even more chemical-sounding.

– TCEP, also known as Tris(2-chloroethyl)phosphate, a flame-retardant common to furniture, including kids’ mattresses. These chemicals don’t bind to foam, leaving them free to get all over kids’s hands, which inevitably end up in their mouths. Some areas have begun to ban TCEP.
– DEHP, also known as Di(2-ethylhexyl)phthalate, the most abundant toxin that turned up in homes, belongs to a class of chemicals that’s received a lot of attention over the last few years. Phthalates are linked to developmental and reproductive risks, particularly in males. DEHP can turn up in wiring and cables, vinyl flooring, vinyl blinds, and even medical devices.
– HHCP, also known as galaxolide, is commonly used in fragrance and suspected of being an endocrine disruptor, according to Zota. “There is essentially very little known of the health hazards of this fragrance and many others that are commonly used,” she said.

The team reviewed relatively new research, published since 2000, to ensure they were identifying chemicals in current use.

While high tech solutions would be valuable, “green chemistry” has made only limited inroads. Two years ago, California allowed furniture makers to exclude flame retardants from foam. Americans can choose from among hundreds of flame-retardant-free couches today, according to Tasha Stoiber, senior scientist at the Environmental Working Group. But we’re far from living in a non-toxic chemical environment.

“Consumers can’t shop their way around chemical exposures,” Stoiber warned. “There are too many chemical ingredients used in almost every consumer product.”

The easiest things to do are the simplest. A 2014 journal study found that the crud left on hand-wipes after use carried levels of flame-retardant that matched dust levels in each household. In other words, kids, wash your hands. And preferably do it with non-antibiotic soap devoid of fragrance, which may contain chemicals that are part of the problem. The new study also recommends keeping dust at bay with damp cloths or mops, and out of the air with HEPA filters. The Silent Spring Institute, which participated in the research, offers a free app to help people detox their homes. Research released in March showed that reading ingredient labels on cosmetics can lead to smarter purchasing and reduced exposure.

With limited tools in the household quiver, the frustrating truth is industrial chemicals have become unavoidable. Just ask Zota, who has a young child, and must therefore deal with a feedback loop known to anyone who’s ever had, met, or been a kid. Telling one not to put hands in mouth (and thus delivering a potential micro-dose of toxins) usually causes them to promptly do it again. No cure for that yet, either.

Read Your Favorite Housewares Are Spewing Poison Dust Inside Your Home on bloomberg.com

Popular Science Radio with EZ Breathe

Popular Science Radio with EZ Breathe Popular Science Radio with Alan Taylor and EZ Breathe with Erika Lacroix

The stuffy air in your house could be killing you! Find out how EZ Breathe can help you breathe easy with their home ventilation system.

 

Breathe Easy – Six out of every ten homes are hazardous to live in due to airborne pollutants. EZ Breathe President, Erika Lecroix, has made it her mission to improve the indoor air quality in homes all across America, and is here to tell us how!

For related information on the EZ Breathe Ventilation System, click here.

Ventilation is Key – The most important tool in your arsenal in your fight against hazardous indoor air is ventilation! Erika Lecroix explains how EZ Breathe’s stand alone unit provides an escape for all the nasty stuff in your building at the lowest level.

Important Information for YOU from the Indoor Air Quality Association Annual Meeting

Good Information on UV Light and Air Quality
From the 18th Annual Indoor Air Quality Association Meeting

March 17, 2015

At EZ Breathe we often get questions from our customers, and the public, about specific technologies in the areas of ventilation, air quality, and healthy homes. We encourage those questions, and we constantly attend conferences to learn, as well as to teach others. One of the things we want to accomplish with our blogs is to inform and educate you on what we are learning!

I’m sure many of you have heard about UV Light being used for air purification. You may have even seen it at a home and garden show, or in a magazine, or on TV.

For some time, we at EZ Breathe have been watching UV light being used in commercial, medical, and residential buildings for the purposes of increased air quality. It is a fascinating subject, with a lot of promise, and there are several sessions at the conference.

In fact, I just attended a session “The NADCA White Paper: Ultraviolet Lighting Applications in HVAC Systems”. Thanks for enlightening me Dan Stradford, presenter!

What a bowl of alphabet soup! Here is a quick preface to the acronyms I’ll be referencing:
NADCA = National Air Duct Cleaning Association

HVAC = Heating Ventilation and Air Conditioning (I could jump on my soap box about the “missing V in most residential HVAC companies”, but that is for another day.)

UVC = The type of ultraviolet light that is used in these type of systems

UVGI = When UVC is used for germicidal purposes

Quick facts:

1. UVGI deactivates or kills microorganisms by disrupting their DNA. This includes bacteria, molds, etc.
2. I was amazed to learn that UV light has been used to reduce microorganisms all the way back to around 1900!
3. UVGI is used to make drinking water safe in much of the world.
4. In HVAC systems, it is primarily used in two ways:
a. On coils and drip pans to kill microorganisms on surfaces
b. In duct work to kill the same on surfaces in the duct work, but primarily to kill them as they pass through the air stream when the blower is operating.

UVGI can be effective, the following will determine how effective it will be:

1. Temperature
2. Humidity
3. Particulate in the air stream
4. Cleanliness of the lamps themselves
5. Age of the lamps
6. Proper placement of lamps
7. Reflectiveness of the surfaces
8. Speed of air flow
9. Number of lamps
10. The microorganism’s ability to withstand the UVGI
11. Intensity of the lamp
One thing that was stressed was the importance of the training of the people who install, and maintain these UVGI systems. This is not something that should be done by untrained people. Bad installation or maintenance can actually do harm to your HVAC system components, and can cause at least short term harm to human skin or eyes if improperly installed or maintained. If you inspect or replace your own bulbs, you really need to be properly trained.

In conclusion, we at EZ Breathe are going to continue to stay abreast of UVGI. It is being used widely in commercial, and hospital/medical facilities. There are residential applications available, and they are worth considering. If you want to talk about YOUR indoor air quality needs, please give us a call.

Off to another session!

Tim Chapin, HHS, CRMI
EZ Breathe Ventilation Systems
866-822-7328

For more information on EZ Breathe’s Balanced Air Ventilation System, click here.