The design of Activated Carbon Filters shows the microstructures of how activated carbon filters whisker function in a limited deposition period. At the same time, a number of pebble shaped deposits and a whisker can be observed on the filtering substrate. It is thought that this is the initial stage in which nucleation takes place. In the case of one Activated Carbon Filters mechanism, it takes 8 min to complete nucleation stage without any doubt. This is faster as long as we know how activated carbon filter works. We guess that metal catalyst can be used to activate the reaction of Activated Carbon Filters. On the other hand, the axial growth of Activated Carbon Filters can be deposited since the diameter and length has been increased. Another carbon filter similarly can be protected by particle filters r in the airstream after 7 years of continuous operation. In a recent laboratory study of a scaled-down Activated Carbon Filters has removed close to 100 % of the ozone over a period of 5 months.
However, this evaluation is conducted at a decreased airflow since we are familiar with how activated Carbon Filter works. In subsequent evaluations, the air quality is perceived to be significantly better since we have the carbon containing bag filter. To be more specific, the standard bag filter can completely remove the particles from the air stream with the help of Activated Carbon Filters. What is more, if particles are collected by a filter media, it is important to somehow remove the collected particles on the filter surface in the end. Otherwise, the service life of Activated Carbon Filters will be shortened. This is because emissions from used filters must be minimized if we use the available technology. The objective of how activated carbon filter is to find one or more combinations of the commercially available system of Activated Carbon Filters.
Also, the use of a fabric substrate can decrease the likelihood of a brittle fracture inside the filtering system. In fact, this is one of the problems with conventional filters. Therefore, we expect that these carbon fabric filters can be applied to various filter applications, including ionic air purifiers. As a matter of fact, tips on how activated Carbon filter product works have become increasingly used for the purpose of aerosol removal. Many studies about Activated Carbon Filters have investigated ionization for removal of airborne particles. At the same time, they can also deal with airborne microorganisms from indoor air in various settings. However, in most of these studies the experiments are based on one fiber material only so we need to make comparison among different Activated Carbon Filters and materials.
