Top 10 Selling Tips The Selling Process Cleaning & Organization Preparing Your House Potential buyers will be evaluating your home with all their senses, including their sense of smell. Does your house smell aromatic and clean? Or does it harbor musty odors, or those from pets or smoking? To freshen your home prior to sale, use an air purifier to help remove any unwanted scents. Be sure to choose a purifier that operates quietly, so that potential buyers are not distracted by the noise. Odor Removal Products Air Purifiers and Filters Previous Article Next ArticleA small solution to big problems I have been through tons of reviews getting to know the health industry and its manufacturers better. It’s the little things that get me excited. It could be the filter technology behind one purifier, but then it could be the sharp-looking design on another unit, it all depends. I’ve even noticed a tendency for people to get excited over low noise levels. It may be the first time I set my eyes on this purifier, but I couldn’t help but notice how small and cute it looked.

And yes, it really does look kind of cute! A company by the name of GreenTech Environmental has now created the GT50 ionic air purifier. What’s so special about this air purifier and whether it’s really worth the excitement is something you’re about to find out. 3m brake cleaner msds sheetI’m talking about the GT50 Professional-Grade air purifier which is destined (in my opinion) to be very popular indeed. honeywell air purifier searsSo, without further ado let’s find out why.air duct cleaning gaithersburg md What I like most about this well-known manufacturer is their ability to produce products that give fresh, quality air so you don’t have to constantly clean or replace filters. For me, this is not only a hassle but a cost.

Another option of having clean air would be to use harsh chemicals which is even worse, and not exactly good for your health. Some companies are using filter technology to make the quality of the air better whilst other companies employ different techniques in order to make the air purifying process even easier for customers. But this one is a little bit different. So, how does the GT50 work? Well, it operates by generating activated ozone (oxygen). Many users (me included) are worried about ozone production, but it is safely produced in this case at user-controlled levels plus it isn’t meant as a permanent solution. After all, the idea of the GT50 is to use it in small areas where you don’t spend a lot of time. After the ozone generator has done its part of the job, the ionizer is there to produce negative ions and in combination these two work wonders. The ionizer purifies the air, making sure that it’s fresh and free from harmful particles. The activated oxygen masks odors, temporarily captures airborne pollutants, and permanently destroys mould and mildew.

It also eliminates E-coli, Listeria, Staph, Candida, Salmonella, and Legionella by neutralizing them. If you’ve ever utilized chlorine in your home to kill E-coli, do away with it because the GT50 air purifier is 3,000 times faster! Our homes are filled with potentially harmful dust particles and germs that lurk in difficult to reach places like plumbing joints and under trashcans, and this is why it’s important to get into all the nook and crannies. The GT50 restores air quality and goes beyond what you can actually see and smell. This is one special characteristic that I’ve found not many other air purifiers have. The small and compact design is yet another special feature I like because it can basically fit anywhere from your bathroom, to the office or a hotel room. Because it belongs to the smallest group of air purifiers on the market, I wasn’t surprised to find that it’s truly portable. Plus, the controls are adjustable allowing for more control over the level of deodorization you want.

Apart from being lightweight and easy to transfer, it’s also energy efficient. This professionally graded air purifier consumes less than 7 watts of power. If you don’t know exactly how much that is, it’s less than the usage of a night light bulb. After all, if you can save a few pennies whilst at the same time, breathing in fresh, eco-friendly air why not. I wouldn’t turn the opportunity down! When I was done reading the reviews, overall I was impressed with this little gadget. The GT50 Professional-Grade air purifier is adaptable to different conditions, and from what I hear they are highly successful in eliminating germs and odors. This small device puts you in control of the level of air cleaning you desire and with ease! In my opinion, if you’re looking for good quality dust and germ free air, this purifier is the perfect choice. If you would like to find out more, feel free to take a look on Amazon. I know they often have great deals and discounts on all of their products and this one is no exception!

More from Ionizers, UV and Electrostatic Air Cleaner ReviewsLike what you’re reading? Get FREE updates sent to your inbox.Email* I want to improve my...I want to improve my...WeightEnergyDigestionBrainOverall HealthAll of the AboveI hate spam too. Your email is safe with me.By Krishna Reddy, PhD, DABT Sodium hypochlorite, or common bleach, is one of the most widely available disinfectants on the market today, and is seeing a resurgence in popularity within healthcare settings, with the advent of harder-to-kill pathogens such as C. difficile spores and methicillin-resistant Staphylococcus aureus (MRSA). Some facilities are reluctant to use bleach-based disinfectants because of a misperception that bleach can cause respiratory issues in patients and staff. In the interest of informed decisions, we have gathered some information to help dispel this and other myths about bleach. This way, the next time you are evaluating disinfecting products for your facility, you can be appropriately informed.

Current uses of bleach (containing sodium hypochlorite at the concentration levels in most bleach-based disinfecting products) and bleach based disinfectants in healthcare settings, following the guidelines of use recommended by CDC, have an established history of effectiveness. The Environmental Protection Agency (EPA) has registered bleach for use in a variety of healthcare settings, from patient rooms and neonatal nurseries to respiratory therapy rooms when used as directed. The real bleach: sodium hypochlorite bleach has been used since 1913 for disinfecting needs everywhere from hospitals and nursing homes to daycares and households. Most concerns about bleach actually stem from a misperception that bleach contains free standing chlorine. In fact the term “chlorine bleach” is a misnomer because sodium hypochlorite bleach (common bleach) has a unique chemistry that is derived from sodium chloride -- common table salt. Furthermore, use of bleach as a disinfectant does not form dioxins.

In its manufacturing process, hypochlorite bleach begins as salt and water. After use, the compound breaks down mainly into salt and water during or quickly after use. As an EPA-registered disinfectant, bleach classification as a "pesticide" and related language can sometimes cause further misperception when bleach is actually one of the world’s most widely available and used disinfectants. Bleach and respiratory effects: The characteristic smell of bleach is indicative of a disinfected environment, but should not be a cause for concern for any adverse health effects. This is because the sensory threshold levels for chlorine species is well below any levels recognized to cause potential respiratory irritation, or overt health effects, and is reflected in the current occupational limits. It is unlikely that typical recommended uses of these disinfectants, used in accordance with the label directions, will exceed the occupational exposure limits for chlorine. In fact, the odor threshold for chlorine (when the scent is noticeable) is listed at 0.002 ppm in air and 0.31 ppm in water (EPA 1994b, 1999).

Perceivable sensory irritation, however, occurs at 1.0 ppm in air, 500 times that of the odor threshold (EPA 1999. Cited from “Toxicology Profile for Chlorine”, ASTDR, USDHHS, September 2007). Odor complaints for bleach are not unlike complaints received for any other chemical with a noticeable smell. Investigation by Paustenbauch and Gaffney (Intl. Occup Env. 79: 339-342, 2006) found that for some odorous chemicals, even when one maintains airborne concentrations below a particular OEL (Occupational Exposure Limit), this level of exposure may not be adequate to prevent all persons from reporting an appreciable adverse response. In some cases, workers’ pre-existing belief system about the source of an odor may be sufficient to create anxiety when exposed to any detectable concentration. This is why proper education is key: dispelling the fear of bleach odor through real facts and information can drastically reduce concerns and complaints. Ways to minimize the odor: It is important to recognize that the distinct chlorine odor is an integral part of the usage of bleach disinfectants.

The odor that is noticeable is actually caused by the chemical reaction that occurs when bleach begins to break down proteins, such as those that make up HAI-causing pathogens. The more frequently that surfaces are disinfected with bleach, the fewer proteins will be on the surface for the next disinfection. Essentially, the more frequent the surface is disinfected, the lower the odor should be. End users of bleach products should be made aware that the exposure to the smell of bleach should not be a cause for concern. Even still, areas in which these disinfectants are being used should be kept well ventilated to ensure that the odors do not build up. In cases where bleach smell seems to linger or is particularly strong after cleaning has taken place, check to ensure the area is well ventilated and the product is not being overused. If using a bleach-based spray, consider choosing a foam option instead of a spray on the trigger nozzle, if such an option exists. The foam has a narrower trajectory and is designed to cause the bleach to cling onto the surface instead of misting in the air.

Note: As is standard industry practice (and required by Occupational Safety and Health Administration best practices interpretations), always follow the product label instructions and always refer to MSDS and the appropriate instructions. Why use bleach for disinfecting: A combination of education and usage experience over time can help dispel fears about bleach usage. Let's face it, with hospital-acquired infections leading to 90,000 deaths and $4.5 billion in excess health care costs each year*—and increasing regulations by states to make HAI statistics publicly available—bleach can be an effective tool to improve patient experience. It is an effective disinfectant that is recognized by the CDC and other agencies for killing C. diff spores, MRSA, Mycobacterium bovis (TB) and many other hospital-acquired pathogens. Its smell of clean can be a powerful, recognizable, and reassuring cue for patients and staff that they are in a clean and disinfected environment. * CDC estimates: http://www.cdc.gov/media/pressrel/r060504.htm?s_cid=mediarel_r060504_x