New Study Highlights Effectiveness of Splashblocker in Reducing Harmful Hospital Aerosols

Splashblocker

YARDLEY, PA — Groundbreaking research published in the Journal of Occupational and Environmental Hygiene reveals a 99.98% reduction in harmful toilet plume aerosols (TPAs) using the Splashblocker toilet cover. This innovative cover, developed by oncology nurse Linda Dick, is designed to fit under the seat of hospital toilets, preventing the escape of TPAs during flushing.

Conducted across 15 hospitals in nine U.S. states, including seven National Cancer Institute-designated centers, the study underscores the critical need for protective measures in clinical environments. TPAs, which can carry pathogens like SARS-CoV-2 and C. difficile, pose significant risks as they can linger in the air and settle on surfaces.

“Research has consistently shown that TPAs from high velocity hospital toilets are a real concern for nurses and other healthcare providers,” said lead investigator Seth Eisenberg RN OCN BMTCN. “Our study shows that the Splashblocker is a viable solution for protecting our staff, patients, and visitors.”

Tom Connor, PhD, former NIOSH researcher, highlighted the ongoing challenge of occupational exposure to hazardous drugs, noting, “We know that personal protective equipment does not prevent environmental contamination.”

Shaunté C. Walton, System Director at UCLA Health, added, “This study provides so much insight on risks associated with current facility designs as it relates to uncovered toilets. Most importantly, to mitigate risk to employees and patients lies in the use of this very simple solution.”

The study demonstrates that addressing TPAs at their source with the Splashblocker can significantly enhance safety for healthcare workers and patients alike.

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