Using a fogger is an excellent way to apply Nok-Out or SNiPER very efficiently. It is especially useful when you want to apply over large areas – such as your basement, or the whole of your house. A fogger is simply an electric sprayer. A good one will be adjustable and you can dial the droplet size up or down. Using the smallest setting, the droplets are around 15 microns across and are nearly invisible they are so small. At this size, the airborne droplets can float around on the air currents in a room. When dialing in the larger droplet size, the volume of spray is increased and so it sprays out much greater quantity of liquid. The larger size droplets will not ‘float’ in the air as long as the smaller size droplets. Foggers are tools used by professionals because they allow you to be efficient and they are fast. Many consumers use them also, for the same reasons.
If your basement has a tendency to get a little damp at times, a fogger is a great way to spread a very thin coat of Nok-Out or SNiPER very evenly over large areas. It is quick and takes only a few minutes to ‘fog’ large areas. Being able to spray such a thin coat makes it efficient, because you don’t use much of the spray, so it can help you be efficient as well as effective.
How to use a fogger
You can ‘paint’ the walls and other surfaces you would like to spray, treating the fogger as if it were a ‘paint sprayer’. A larger droplet size makes this very quick. Or you can spray the air until the atmosphere becomes saturated with moisture. At this point, the excess moisture will begin to condense onto literally every surface in the room. When you start spraying the air, the little droplets will also come in contact with mold spores, dust and dander and will fall to the ground where they can be vacuumed up easily. In this way, you can lay down an extremely thin layer of Nok-Out or SNiPER onto literally every surface of a room. This is perfect for some things, such as when you are trying to get rid of smoke odor, which, as you know, get’s onto every surface in a room. Fogging a smokers room is the perfect way to get Nok-Out or SNiPER to come into direct contact with residue from smoke, whether it is fire or tobacco.
When ‘painting’ surfaces using a fogger, the idea is to spray enough that the surface gets wet. But not so much that the liquid begins to run down the wall, or that puddles form on horizontal surfaces. In this way, you can be most efficient in your use of Nok-Out or SNiPER. This efficiency and ease is what using a fogger is all about.
|Buy a Gallon of SNiPER Disinfectant & Odor Eliminator
|Buy a Gallon of Nok-Out Odor Eliminator
Uses for a Fogger
- sanitize a locker room or sports facility using SNiPER disinfectant and odor eliminator
- get rid of cooking odors with Nok-Out
- remove smoke odor (tobacco or fire) using Nok-Out
- treat large areas using SNiPER for mold, mildew or fungal infestations (SNiPER)
- hotel smoking rooms (Nok-Out)
- remove smoke odor or musty odors from upholstered furniture (Nok-Out)
- remove smoke odor from cars (Nok-Out)
- basement odors (SNiPER for microbial related odors, Nok-Out for non-biological odors)
- sanitize or disinfect a kennel (SNiPER)
- sanitize or disinfect a day care center, or elder care center (SNiPER)
- hospital or clinic settings (SNiPER)
- micro-sanitizing of mouse droppings (SNiPER)
At Nokout.com, we like the ‘Fogmaster Jr’ and keep them in stock. It is available here: https://www.nokout.com/Fogmaster-Jr.html. A more professional fogger is the RL Flo Master 1035B. Foggers are very nice tools, but they are expensive. Maybe you only have a one-off need for this type of application. In this case, you could consider using a ‘vaporizer’ or room humidifier or a pump up atomizing sprayer, etc., which will be much slower, but can also put Nok-Out or SNiPER in vapor form into the air. It is really slow though, and if time is an issue, may not be a good alternative. See: https://www.nokout.com/Vaporizer-How-to-use.html to see if this may be right for you.
If you decide you need a fogger, be sure that the one you get is NOT a ‘thermal’ fogger because the high heat will damage and reduce the effectiveness of Nok-Out or SNiPER.
It’s that HOT time of year again, when we button up our homes tightly, to keep the cool air in, and the hot humid air out. This is great for keeping your electric bills from skyrocketing, but it also has an effect on our indoor air quality. Here is how that works – when your home is buttoned up tightly, there is little outside ventilation available. That ventilation ordinarily would dilute any accumulation of toxic chemicals released as by-products from the use of some cleansers. And that is the problem – tightly sealed homes trap indoor air. Since we spend so much time indoors during these HOT months, it become extra important to pay attention to maintaining the quality of your indoor environment and a healthy home.
Principles of a Healthy Home
The Department of Housing and Urban Development is promoting 8 “Principles of a Healthy Home” that they hope will help you keep your indoor environment as healthy as it can be. We are happy to share this with you here.
1. Keep your home Dry Mold and moisture increase allergens and asthma triggers, and can cause deterioration of your home.
2. Keep your home Clean Clean homes help reduce pest infestations, dust, and exposure to contaminants.
3. Keep your home Pest-Free Many pest treatments pose risks for families with health problems or expose young children and pets to poisonous residue. Non-pesticide treatments are best for a first line of defense.
4. Keep your home Safe A majority of injuries among children occur in the home. Falls are the most frequent cause of residential injuries to children, followed by injuries from objects in the home, burns, and poisonings.
5. Keep your home Contaminant-Free Chemical exposures include lead, radon, pesticides, and environmental tobacco smoke. Exposures to radon gas, carbon monoxide, and second-hand tobacco smoke are far higher indoors than outside.
6. Keep your home Ventilated Studies show that increasing the fresh air supply in a home improves respiratory health. Air filters in HVAC units collect and protect families from many particulates found in the air.
7. Keep your home Maintained Poorly-maintained homes increase the risk for deteriorated lead-based paint in older housing which is the primary cause of lead poisoning in children less than 6 years of age.
8. Keep your home Temperature Controlled Houses that do not maintain adequate temperatures may place the safety of residents at increased risk from exposure to extreme cold or heat.
|Buy a Gallon of SNiPER Disinfectant & Odor Eliminator
|Buy a Gallon of Nok-Out Odor Eliminator
Other ideas to maintain the highest standards for indoor air quality
- Use an extra air filter if you have pets because pets release ‘dander’ and shed hair. You can tape a 20 x 20 air filter to the back of a 20 inch box fan to make a very effective DIY air filter. They work great and can reduce the load on the filtration in your AC unit.
- Clean your carpets regularly. Carpets act like a filter and catch dust, dander, hair, dust mites, cockroach and mice allergens as well as other particulates. Cleaning this accumulation helps keep your indoor environment its cleanest.
- Avoid the use of hazardous cleaning chemicals. Use Nok-Out instead! It is a multi-purpose cleaner that can be used all around the house. See: http://blog.nokout.com/replace-your-toxic-household-cleaning-chemicals-for-a-safer-home-environment/ for more on this idea.
Links to more information regarding Indoor Air Quality
Modern buildings are amazingly energy efficient and are awesome at keeping your HVAC bills low. But for some buildings, there is a decidedly negative side effect. These homes and buildings are so tightly sealed that in some cases, the ventilation does not allow noxious substances to escape. These toxic substances can build up and accumulate and over time, this build-up can result in what has become known as “Sick Building Syndrome”. SBS symptoms first began to be reported in the 1970’s when some people – not all – experienced allergy-like reactions, headaches and other symptoms from non-specific causes that disappeared when they left the building. Symptoms include nausea, dizziness, irritation of the nose, throat and mucous membranes. SBS is a result of indoor air pollution, but this problem can be remedied.
Since the symptoms disappeared upon leaving the building, the issue became know as Sick Building Syndrome.
Sick Building Syndrome
According to the “home air purifier expert” there are four main sources of indoor air pollution that contribute to SBS:
- Biological air pollutants
- Volatile Organic Compounds (VOC’s)
- Combustion pollutants
- Heavy Metals
Biological Air Pollutants are, as the name suggests, come from biological growths and are a frequent source of allergens. If you suffer from allergies, it is likely that this is a source of much misery. This category can include the toxic black mold which grows when there is moisture damage or high indoor humidity.
But this category includes much more than just mold, mildew and fungal infections. There are also other biological sources including dust mites, pet and people dander (skin cells that have been sloughed off), pollen, viruses, and bacteria. A reputedly potent source of indoor allergens is insect body parts. Yech!
Biologicals may be the most common household sources of toxicosis (from black molds), infections of body tissues, and can result in a hypersensitivities.
Volatile Organic Compounds
These are ‘organic chemicals’ that release vapors at ordinary room temperatures. Wikipedia tells us that, “VOCs are numerous, varied, and ubiquitous. They include both human-made and naturally occurring chemical compounds.” Some sources of information on VOC’s assert that there are more than 400 different chemicals in this category. The EPA has prepared a list of hazardous air pollutants here: https://www3.epa.gov/airtoxics/187polls.html. There is another list that is perhaps easier to read here: http://www.home-air-purifier-expert.com/household-products.html.
VOC sources can include newly manufactured products such as a new mattress, a stove, painted items. But there are MANY other sources including household cleaning chemicals, personal hygiene products such as nail polish and nail polish remover, glues, furniture polishes, paints. Even the fragrances in the products we enjoy are often not safe. Tobacco smoke has an astonishing list of VOC’s and is a potent source of indoor air pollution. This list could go on and on and on.
Lesser- known pollutants
Combustion pollutants include Carbon monoxide, sulphur dioxide and nitrogen dioxide. These gasses are the byproducts resulting from combustion in heaters or gas fired appliances that are not then vented outside properly or sufficiently.
Heavy Metals are not as common an indoor pollutant as they used to be. Lead in paint, for example, has mostly been discontinued. It is not commonly known, but paint also used to contain mercury. Other sources of mercury are fluorescent tubes – which contain a small amount and nowadays, CFL bulbs.
In this day and age, we have clearly mastered our world. We enjoy a standard of living that would have astonished our ancestors of a mere 200 years ago and we enjoy a comfort level that was unattainable even a few generations ago. But with this high living standard, we have also brought a concentration of toxins into our homes that also would not have been possible in our yester-years.
For most of us, this level of toxicity in our home environment is unlikely to result in sickness and the cleanliness of our homes does result in a healthier environment that allows us to live longer and more happily. But some people develop more or less vague sickness as accumulations of toxins build up in our tissues and this can result in chemical sensitivities that can really affect lives. These people may suffer from “Multiple chemical sensitivity (MCS). For more information on this, see https://en.wikipedia.org/wiki/Multiple_chemical_sensitivities.
The next installment of this topic will begin to address what we can do to protect ourselves.
Online resources for more information