Smoke Purification Equipment
Smoke purification equipment can be used to remove cigarette and cigar smoke from the air in rooms. We offer portable home air purifiers and commercial smoke eaters for bars, lounges and bingo halls.
Smoke is made up of two different kinds of pollution: particulates and gaseous toxic compounds known as volatile organic compounds or VOCs. Particulate pollutants can be removed with most air filters, but the VOCs are problematic.
MERV 15 Media Filters
MERV ratings measure how well a filter can capture particles in the 0.3 to 10 micron range. This is an international standard that allows you to compare different filters on a level playing field. The higher the MERV rating, the more efficient it is at removing fine dust particles. This can make it more difficult for bacteria and viruses to grow in your facility.
The lowest MERV ratings are those with a value between 1-6. These are usually mesh and aluminum filters that are cheap and don’t provide much filtration. Filters with a MERV value of 1-6 typically catch up to 30% of particles 3.0-10.0 microns in size, which can include spray paint dust, carpet fibers, and pollen.
Filters with a MERV value between 8-13 are often considered the best choice for homes and most businesses. These filters can remove mold spores, cooking dust, flour, lead dust, hair spray, auto fumes, furniture polish, welding fumes, and cigarette smoke. They can also reduce the amount of dust and pollen in the air by up to 85%.
These types of MERV filters are also very effective at reducing odors. This makes them an Smoke purification equipment ideal option for facilities that produce or handle food, beverages, or chemicals. Kimberly-Clark Professional manufactures COFORM and POWERLOFT liquid filtration media that can be used in these types of applications. These media are made using de-bonded cellulose and microfiber polypropylene meltblown fibers in a chemical-free binder system.
HEPA filters (High Efficiency Particulate Air) are made up of one or more outer layers that act like sieves to stop larger particles. Inside these, there’s a concertina – or a tight weave of fiberglass fibers that captures tiny airborne particles. These can include germs, volatile organic compounds and allergens, such as pollen, mold spores and pet dander. The smaller the particles, the more likely they are to cling to the filter fibers and get trapped in this way.
Hepa filters are also capable of removing odours, although they do not have the power to remove harmful chemicals or gases, which are usually too small to be caught by the Hepa filter. For these types of odours, a carbon filter is needed that is placed directly behind the Hepa filter.
Whether you’re a smoker or someone who suffers from allergies, an air purifier is the best way to keep your indoor environment free of harmful airborne particles. If your family has pets, a HEPA air purifier with a carbon filter is essential to keep your home free of pet odours and allergies as well. A HEPA air purifier is especially helpful for new parents, preventing their newborns from experiencing lung irritation and respiratory problems. It can also help those who struggle with asthma by keeping the air in their homes clean and free of allergens and irritants.
Ultraviolet light (UV) sterilizes contaminants in the air or on surfaces. UV rays are separated into three categories, UVA, UVB and UVC, based on the wavelength of their emissions. The high-energy portion of UVC radiation kills mold and bacteria, as well as inactivates most viruses.
UV lights also work well on gaseous contaminants in the air like carbon monoxide, hydrocarbons and odors. These devices are especially useful Smoke purification equipment for people with allergies, asthma or compound sensitivities. They don’t produce harmful byproducts like ozone and are easy to maintain.
Unlike traditional filtration systems, which require filter replacements often, UV-C bulbs typically only need to be replaced once a year. These are easily installed in your HVAC system, and they begin killing contaminants as soon as the light is turned on.
New research has shown that far-UVC light can safely kill airborne viruses and microorganisms like mold, fungus and bacteria in occupied rooms. These results validate the effectiveness of this technology for reducing the spread of respiratory infections in homes, offices and commercial buildings. Researchers from Ninewells Hospital, Dundee, the University of Leeds and Columbia University used a room-sized chamber to test the effect of filtered far-UVC light on airborne virus particles. The results showed that the virus DNA was altered by far-UVC light in a way that makes the microorganisms unable to replicate.
If you’re worried about volatile organic compounds (VOCs) in your house from cleaning products, pet odors or other chemicals and smoke from smoking, carbon filters can help. These filters work through a process of adsorption, where gas molecules stick to the activated carbon and are then trapped inside the filter, rather than released back into the air.
Activated carbon is basically regular charcoal that has been processed to increase its surface area. This gives it an enormous amount of pores, allowing it to capture a large number of gases and odors. These filters are often referred to as carbon molecular traps, and they’re used in a wide range of applications including reducing VOCs, removing odors, and eliminating harmful microorganisms like viruses and bacteria.
The best carbon filters will have a thick bed of carbon with enough surface area to adsorb as many pollutants as possible. They also need to have a high dwell time, which means that the air passes through the carbon for as long as possible before leaving.
Carbon filters can be used with any type of smoke extraction equipment to remove odors, but they’re particularly well suited for vaporizers because they eliminate the tar and other dangerous chemicals that are produced in the combustion process. They can also be used to reduce the odors caused by cooking and can even improve the indoor environment for potted plants.