According to scientific research, Coronavirus particles (fancy scientific name “virions”) are spheres with diameters of approximately 0.125 microns (125 nm). The smallest particles are 0.06 microns, and the largest is 0.14 microns.
The best filter technology currently available, HEPA ” High-Efficiency Particulate Air” (filter) captures up to 99.97% on particles as small as 0.3 microns, and ULPA “Ultra Low Particulate Air (filter)” captures up to 99.9995% on particles as small as 0.12 microns but cannot completely remove the coronavirus independently.
New Needlepoint Bipolar Ionization technology uses an electronic charge to create a plasma field filled with a high concentration of + and – ions that replicate those commonly found in nature. As these ions travel by the airstream, they attach to particles, pathogens, and gases/odors and increase their mass and size, making them larger and more easily captured through filtration.
*An ion is a molecule or atom that is positively or negatively charged, meaning that it has electrons to give or needs electrons to become uncharged, thus becoming stable.
Particles – As the ions attach to airborne particles (including fine, sub-micron particles), they are then attracted to each other. This effectively increases their mass and size, making the particles larger and more easily filterable, thus increasing the capture efficiency of your air filtration system.
Pathogens – The ions attack and kill viruses, mold spores, and bacteria by stealing away life-sustaining hydrogen from the pathogens, leaving them to die and leaving you with clean and healthy indoor air.
Gases/Odors – The ions cause chemical, cleaning, and other gases/odors to break down into basic harmless compounds like O2, CO2, N2, and H2O, leaving the indoor air fresh smelling and free of harmful odor-causing VOCs.
According to a study published on June 2, 2020, by Innovative Bioanalysis, positively charged hydrogen ions generated from NPBI technology and binding to the COVID-19 virus can render 99.4% of viral particles inactivated on a surface after 30 minutes.
To learn more, visit the following American Chemistry Council blog: CBC Answers your questions about COVID-19.
Viruses are much smaller than cells. In fact, viruses are basically just capsules that contain genetic material. To reproduce, viruses invade cells in your body, hijacking the machinery that makes cells work. Host cells are often eventually destroyed during this process.
Viruses are responsible for causing many diseases, including:
Antibiotics designed for bacteria have no effect on viruses.
Bacteria are one-celled organisms that can be seen only with a microscope. They’re so small that if you lined up a thousand of them end to end, they could fit across the end of a pencil eraser.
Not all bacteria are harmful, and some bacteria that live in your body are helpful. For instance, Lactobacillus acidophilus — a harmless bacterium that resides in your intestines — helps you digest food, destroys some disease-causing organisms and provides nutrients.
Many disease-causing bacteria produce toxins — powerful chemicals that damage cells and make you ill. Other bacteria can directly invade and damage tissues. Some infections caused by bacteria include: