Fellowes Air Purifiers can help reduce allergies. An estimated 1 in 5 Americans suffer from allergies.6 Allergy is the 5th leading chronic disease in the U.S. among all ages.6 Viruses, Germs, & Bacteria Fellowes Air Purifiers can help reduce viruses and germs.Germs can live in the air for 3-4 hours, and airborne germs can travel in excess of 10-15 Feet.3 On average, 37.5 million US residents catch the flu every year.4 Fellowes Air Purifiers can help reduce dust.One ounce of dust contains nearly 42,000 living dust mites. Each mite is expelling 20 fecal pellets every day into the air you breathe. Fellowes Air Purifiers can help reduce carpet pollutants.Carpet can hold 8 times its weight in dirt, pesticides and other toxins (such as automotive fluids from parking lots and lawn pesticides) brought in on shoes and even bare feet. When dry, these toxins become undetectable airborne particles. Fellowes Air Purifiers can help reduce pollutants from furniture.

Dust particles on upholstered furniture can contain textile fibers, decomposing insect parts, pet dander and the flakes of human skin - all of which are released into the air anytime anyone sits down.5 Fellowes Air Purifiers can help reduce pet dander.100% of U.S. households have detectable levels of dog and cat dander.6 Short-haired or hairless animals contribute dander and allergens to indoor air pollution just as effectively as longhaired animals do. There is no such thing as a non-allergenic dog or cat.7 Cigarette Smoke and General Household Odors Fellowes Air Purifiers can help reduce cigarette smoke.Both women and men exposed to heavy indoor smoke are 2-3 times more likely to develop chronic obstructive pulmonary disease.8The work that goes into the choosing of an air purifier at Home Air Guides can seem complicated, but there is an air purifier out there that will work out well in your home and you can find that if you remember what you should look for in such a thing.

If you remember just what you need to get from the air purifier that you choose, then you can find one that is good for your home and that will bring about good results in regard to the air there. Make sure that the air purifier that you choose is one that clears all kinds of things from the air. Look for an air purifier that clears smoke from the air, one that clears allergens from the air. Choose an air purifier that is going to help with dust issues in the home and one that will help to clear everything bad from the air in your home. When you are picking out an air purifier, you need to find one that will work for the space where you are going to put it. If you are going to put the air purifier in a bedroom, then you need to find one that is going to work out well for that sized space. Make sure that the one that you pick out will work for a large room or small room, depending on where you will be putting it. As you are choosing an air purifier, look for one that runs quietly.

You would like to have the air purifier working without it making a lot of noise and interrupting your life. mass air flow sensor cleaner directionsLook for the air purifier that will run in a way that is quiet and good. natural air purifier plantsChoose one that works well without making a lot of noise.clean room hvac design Consider your options when you are choosing an air purifier, and pick out one that is going to work out the best for your home.If you've ever turned on the tap and wondered about the quality of the water coming out, you can be reasonably confident it's been thoroughly tested before it reaches your tap, but is it good enough to drink? Safe drinking water requires additives you can often smell or taste, such as chlorine, a disinfectant widely used by Australian water suppliers.

Your water supplier's website more than likely carries regular reports on its water quality. Filtering the water at the tap is one way of removing the taste of additives. But first you must decide what you want to filter out, what filtering device to use and how much the different options cost. And you need to be confident the one you choose actually does the job. CHOICE looks at the pros and cons of purchasing a water filter. Tap water is one of our most important basic necessities. And generally, most Australians don't have to worry about getting sick from the water they're supplied with. The Australian Drinking Water Guidelines specify that water "should contain no harmful concentrations of chemicals or pathogenic micro-organisms, and ideally it should be aesthetically pleasing in regard to appearance, taste and odour". Water authorities use settling, coagulation, filtering and disinfecting to ensure the safety of our drinking water, using sufficient disinfectant to stop the re-growth of microorganisms as the water travels through the pipe system to your home.

The downside of ensuring safe drinking water is the lingering taste and smell of disinfectant. If you fill up a jug with tap water and leave it to sit for a couple of hours, the disinfectant smell and taste will gradually dissipate, but many people opt for a water filtering system. When you turn on your tap, you should see clear, uncloudy water. If not, or it tastes strange, then there are ways to find out why. Australians spend more than half a billion dollars a year on bottled water, and more negative light has been shone on the product with regard to its life cycle. It takes so much energy to obtain the water from the source and produce the bottles that the water is transported in, plus its transport energy, refrigeration energy and recycling that adds to that energy footprint - though only 35 percent actually gets recycled. Most bottles end up in the landfill. Recently councils in some areas have made the decision to discourage the use of bottled water. As the negative aspects of bottled water accrue, the convenience of buying bottled water is becoming less important than taking a few minutes to prepare your own re-usable bottle from the tap or filtered source.

If there's a health concern, it shouldn't be up to individual households to fix it. In a water treatment plant, there are engineers, chemists and other experts who make water safe to drink. Talk to your neighbours and your water supplier to find a solution that tackles the source - the treatment plant, the distribution pipes or your home's plumbing. However, that may not always be possible - for example, if your supplier doesn't fix the problem, if you get your water from a small supplier without the resources to do so, or if you have your own supply. In these cases, installing a filter may be your only feasible option. Choose the system that's best suited for your specific problem. And look for a model that's certified according to a relevant performance standard. There may be models that claim to meet these performance standards but aren't certified (certification costs money, which can be an obstacle for smaller businesses). However, how can you be sure? If you're treating a potential health threat you have to be able to rely on the filter's performance, and certification is the best available guarantee.

If you're not happy with the aesthetics of your tap water (its taste, look or smell), looking for a certified product is still a good idea, but may not be as important. In any case, be aware that a filter can make your water's quality worse if you don't use it properly. Tap water can contain many impurities, both natural and artificial. Some are harmless, or only affect what the water looks, tastes or smells like. Others can give you an immediate infection or slowly damage your health over a long period of time. Some chemicals (such as chlorine and fluoride) are added to your water in the treatment plant. There are ongoing discussions over potential health risks as a result of this. But the benefits of using the chemicals are still thought to outweigh any potential risk. Supplying water that's free from pathogenic micro-organisms (those that can make you sick) is the most important task for water authorities. Except for micro-organisms and lead, most of these contaminants are an aesthetic rather than a health problem, as long as they don't occur in very high concentrations.

The basic pros and cons of each type of filtering system are included below, as well as a rough estimate of initial costs. Ongoing costs can be determined by checking the volume or time it claims to filter before requiring replacement. Be sure to factor in the cost of replacement filter cartridges and always replace as instructed, as spent cartridges can themselves harbour micro-organisms. What each cartridge can filter varies even within the different types of dispensers. You can also buy shower filters or ones built into fridge ice and water systems. These are generally carbon filters. There is also an option to fit out the entire house, but they're expensive and generally only justified in quite specific situations (for example, if you have a poor-quality water supply). All the filter systems above can have different types or combinations of filter mediums. Your choice depends on what you want to filter out. How can you be sure these filters do what they say, without proof?

One thing to look for is certification. The NSF International provides a range of certifications for products that involve initial and periodic testing: The Australian standard AS/NZS4348 covers a wide range of contaminants, such as taste, odour and microbiological and chemical impurities. There are also standards for water softeners (cation exchangers: (NSF 44), reverse-osmosis (NSF 58) and distillation (NSF 62) systems. If you're not connected to town water, but use rain or bore water, it's important to protect your supply from contamination — particularly with bore water — and inspect it regularly. For example, an animal carcass close to your bore can be a serious health threat, and herbicides or fertilisers may over time leach into your water supply. A dirty roof, peeling paint or bird droppings can affect the quality of collected rain water. Many water authorities or your local health department will have brochures on what to look for, and how to maintain a storage tank.