The Coarse filter stands as the first step in the filtration of outdoor pollutants. With a strategically engineered, larger pore size, it adeptly ensnares and detains the substantial particulate matter accompanying livestock emissions—ranging from dust to minute coarse fractions. 

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The active Carbon filter is used for its chemical adsorption. This filter deploys activated carbon, endowed with a profusion of pores, to target the gaseous components of livestock emissions—volatile organic compounds (VOCs), carbon dioxide (CO2), and odorous particles. 

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EPA 13 filter, a pinnacle of mechanical filtration precision. Distinguished by its High-Efficiency Particulate Air (HEPA) rating, it boasts the ability to apprehend particles as minuscule as 0.3 micrometers, with a minimum efficacy of 99.95%. Its advanced design, characterized by pleated fibers and optimized pleat spacing, enhances minimal pressure drop with maximal particle retention.

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The EPA 13 filter’s design ensures the purification of even the most elusive pollutants—the microscopic fraction of vehicular emissions, allergens, and fine particulate matter. It affirms its commitment to pristine indoor air quality.

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Bio Filter: fabricated through the compression of laminated composites of filamentous algae sheets, fungal mycelium, and dried sponge gourd sheets, it offers a unique and sustainable approach to air purification of gas molecules. 

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This biofiltration harnesses the metabolic activities of filamentous algae and fungi to break down organic compounds present in vehicular emissions. Additionally, the sponge gourd sheets act as a physical filtration medium. This technique grants the Biofilters the ability to mitigate VOCs, NOx, and CO with remarkable efficiency.

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The Coarse filter, a mechanical gatekeeper, preserves downstream filters. The Active Carbon filter, a chemical sorcerer, captures VOCs and odorous agents. The EPA 13 filter, a precision purifier, tackles ultrafine particulates. The Bio filter metabolically degrades organic compounds while filtrating gases.