We all know to be healthy we should eat plenty of fruits and vegetables, exercise and get the proper amount of sleep. Many of us are meticulous about our diets and exercise routines. We do everything in our power to maintain our health, yet we are not taking simple steps to protect the air we breathe in our own homes. You probably know that the air outside can be very unhealthy and polluted, but you may not be aware that the indoor air quality (IAQ) of your homes can be 2 to 5 times worse. In fact, indoor air quality(IAQ) is rated by the EPA as one of the top five environmental hazards.
Let’s face it even if you are only home when you sleep, you are still probably spending a third of your life in your home. When we talk about the air we breathe, often we are talking about particles so small we can’t even see them. As you know just because you cannot see something, doesn’t mean it’s not dangerous. Bacteria, dust, virus, pet dander and mold spores are just a few of the invisible intruders floating around in the air in our homes. How small are they? I am talking microns. What is a micron? It is a unit of length equal to one millionth of a meter. A human hair is about 40 to 50 micron.The limit of what we can see is about 10 to 40 microns.
These are gases emitted from common household products cleaner paints and toxic chemicals in our homes.
“Volatile organic compounds (VOCs) are emitted as gases from certain solids or liquids. VOCs include a variety of chemicals, some of which may have short- and long-term adverse health effects. Concentrations of many VOCs are consistently higher indoors (up to ten times higher) than outdoors. VOCs are emitted by a wide array of products numbering in the thousands.
Organic chemicals are widely used as ingredients in household products. Paints, varnishes and wax all contain organic solvents, as do many cleaning, disinfecting, cosmetic, degreasing and hobby products. Fuels are made up of organic chemicals. All of these products can release organic compounds while you are using them, and, to some degree, when they are stored.
Remove unused paints, cleaners and other house hold supplies. Consider switching to organic or green solutions. For instance, boric acid is one of several organic pest control solution. Below is a list of common household supplies to consider removing or replacing.
Sources of VOCs
Keep the house clean. Vacuum and Dust, wash the sheets regularly and the family pet. Other items that may contain VOC's are carpet(formaldehyde) and furniture. Use mats at all the door in your home and consider removing your shoes at the door. Many of the particles in our home are tracked in on our shoes.
Better technology and building materials are great for keeping our homes warm in winter and cool in summer, but it doesn’t allow fresh air in, and we have trapped the contaminants in our homes. Wall to wall carpeting can contain toxins like formaldehyde. It can also trap dirt, pollen, dust, dust-mites and lead.Consider hardwood floors or tile, and try to use furniture made of real wood.
Let the Fresh Air in Your Home. This is a preference, either control the sources or ventilate. According to the American Lung Association ventilation in your home is essential. If you want to save on the utility bill,depending on your climate, focus on the removing the sources of particulates and VOC's. Especially when cleaning or cooking, use local bathroom or kitchen fans that send exhaust outdoors remove contaminants directly from the room where the fan is located and also increase the outdoor air ventilation.
Newer homes are starting to use mechanical systems that bring outdoor air into the home. These designs can include energy-efficient heat recovery ventilators (also known as air-to-air heat exchangers).
When combined with proper cleaning technique mentioned earlier the right air filter can make a dramatic improvement in the indoor air quality of your home. The problem is many people are only using the lowest quality filters available. Often its not even your choice, the filters is replaced by the AC repair company maintaining your system. In many instances they use a cheap filter that does not even have a MERV rating.
The easiest way to evaluate an air filter is by its MERV rating. The Simplified explanation is the higher the MERV Rating the more efficient the filter gets at removing smaller and smaller particle from the air. Some filters are so poor they do not even have a MERV rating.
Flat or panel air filters with a MERV of 1 to 4 are commonly used in residential furnaces and air conditioners. For the most part, such filters are used to protect the HVAC equipment from the buildup of unwanted materials on the surfaces such as fan motors and heating or cooling coils, and not for direct indoor air quality reasons.
Medium efficiency filters with a MERV of 5 to 13 are reasonably efficient at removing small to large airborne particles. Filters with a MERV between 7 and 13 are likely to be nearly as effective as true HEPA filters at controlling most airborne indoor particles.
MERV 1-6 filters are primarily for protecting your HVAC equipment from getting damages by the largest particle.
When it come to protecting your family homes air quality you should use the highest rated MERV your HVAC system will allow. For most new homes, the best choice is usually MERV 13 rated air filter.
I hope these 3 solutions controlling the sources of contaminates, ventilating, and filtering the air in your home with the proper MERV rated air filter help you to make a safer home for your family.
If you have addition ideas about detoxifying and making your home safer, I would love to hear them. Please leave a comment.
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Many furnace filters are can easily be replaced with another brand and you may be able to get equal quality air filtration at a significantly lower price. But just because a filter has the same size printed on it as your current filter does not mean it is a suitable replacement. The Nominal size the filters may have printed on the filter and found in the title of the product is often different from the actual size of the filter. This Totaline P102-1625 has a nominal size of 16x25x1 but the printing on the filter also shows the actual size as "Size". This filter also lists compatible model numbers: M1-1056, AMP-M1-1056, P102-1625 and 918395.
Many furnace filters are can easily be replaced with another brand and you may be able to get equal quality air filtration at a significantly lower price. But just because a filter has the same size printed on it as your current filter does not mean it is a suitable replacement. To Find the correct replacement furnace filter it is important to make sure the actual size(measured dimensions of the air filter) of the filter being replaced are the same as the filter being purchased. The Nominal size printed on the filter is often a rounded size and actual sizes vary by brand. The Actual Size of the M1-1056 is 15-3/8 X 25-1/2 X 5-1/4.
To Find the correct replacement furnace filter it is important to make sure the actual size(measured dimensions of the air filter) of the filter being replaced are the same as the filter being purchased. The Nominal size printed on the filter is often a rounded size and actual sizes vary by brand. The Actual Size of the Goodman M1-1056 is 15-3/8 X 25-1/2 X 5-1/4.
When you are buying your air filter online most important thing to know is Air Filters have two sizes that you need to understand the Nominal size and the Actual Size. Not understanding these numbers often leads to consumers purchasing a filter that does not fit their Furnace or HVAC system.
Not understanding the Nominal Filter Size is the primary culprit for incorrectly purchased filters.The Nominal Size is the usually the dimensions used to Label the filter. For instance 16x20x1. These dimensions are a rounded value on the filters actual measurements. The actual measurements on this filter may be 15.5x19.5x.75, but that could vary by brand and manufacturer. So in order to make sure you have the correct size filter, especially if you are replacing with a different brand it is important to confirm the actual size on the filter. When purchasing filters on the internet the Nominal size is usually found in the product title.
The actual size as you might have guessed are the actual dimensions of the filter by length, width and thickness. This size is often on the filter right below the Nominal size and is usually labeled as the actual size. When you are buying a filter online the actual size is sometime in the product bullet point or the product description. If your filter does not have actual dimensions on the outside of the filter, you can measure you filter to get the correct dimensions. Some brands have a foam gasket on the outside of the filter, in this case, you will want to make sure you have a compatible actual size and that it also has the foam to ensure a snug fit.
|Size||Example 1||Example 2|
Furnace filters should fit securely but should not have to be forced into position. If you have to force the filter into its slot, then it is probably too big. Forcing an improper filter size in a filter can cause it to buckle, damaging the filter or reducing its ability to function properly. Filters are a smaller than their slot to allow for easy replacement. Some HVAC units may need a filter with dimensions that are unique or uncommon. In these cases, a custom filter needs to be ordered.