Many indoor playgrounds and recreational centers use recreational centers since it doesn't require watering or mowing. Yet, the impact it has on the air we breathe remains underappreciated. Natural grass differs from artificial turf is composed of petrochemical-based fabrics and tire-derived infill, capable of off-gassing harmful airborne chemicals under elevated temperatures. When ventilation is limited, toxins concentrate, reducing the quality of the air people breathe.

The tire-based infill is under growing public and scientific review. Studies have identified dangerous chemicals like neurotoxic elements and trace metals that slowly off-gas. When these particles become airborne, they are breathed in by athletes who train or play for hours daily. People suffering from respiratory conditions may experience aggravated symptoms as a result of chronic inhalation.

Synthetic surfaces absorb and trap heat, resulting in localized warming, which promotes the release of VOCs.

Routine cleaning of artificial turf introduce additional airborne threats. Disinfectants and sanitizers may harbor 熊本 人工芝 施工 persistent odorants that linger as vapors. With repeated applications, result in residual contamination of pollutants on surfaces.

The appeal of artificial turf lies in low maintenance and longevity, installing it in enclosed spaces without effective exhaust systems can significantly compromise the overall safety of the space. Organizations relying on artificial surfaces should prioritize mechanical air exchange solutions combined with low-VOC materials and consider substitutes like cork, coconut fibers, or organic granules.

Scheduled indoor air assessments provide early warnings before damage occurs. The bottom line, the perceived benefits of artificial turf must be balanced against the cumulative impact on occupants’ respiratory health.