What is one of the primary contaminants that air scrubbers are designed to remove?

Air scrubbers play a crucial role in cleaning the air by removing various contaminants, one of which is microbial spores. These spores can be found in mold, fungi, and other biological materials that can cause health issues and unpleasant odors. Air scrubbers utilize high-efficiency particulate air (HEPA) filters or other filtering technologies to effectively capture these microscopic particles from the air. By filtering out microbial spores, air scrubbers help improve indoor air quality and create a healthier living environment, especially in areas that have suffered water damage or mold growth.

Other options, such as carbon monoxide, water vapor, and oxides of nitrogen, are not the main focus of air scrubbers. Primarily, carbon monoxide poses health risks but is generally addressed by ventilation and carbon monoxide detectors, rather than scrubbing technologies. Water vapor is a natural part of the atmosphere and not typically seen as a contaminant that requires removal by air scrubbers. Oxides of nitrogen are pollutants related to combustion processes, often addressed by specific filtration and ventilation systems rather than standard air scrubbing methods. Thus, the ability of air scrubbers to target and eliminate microbial spores underscores their importance in odor control and maintaining air quality.