New Ambulance Cleaning Method Developed

September 9, 2021

Like health care facilities, ambulances have many surfaces that need regular cleaning to remove harmful pathogens. Researchers at the University of Edinburgh in Scotland have developed a new microwave sterilization technique they claim dramatically speeds up the process of ambulance cleaning, the European Cleaning Journal reports. The method uses electromagnetic waves, antennae, sensor beacons, and a liquid layer to rapidly heat up and sterilize surfaces from a safe distance.

Cleaning an ambulance with conventional chemical products takes around 30 to 40 minutes, keeping emergency services vehicles out of action for long periods. In a pilot test of the sterilization process, the research team was able to deactivate the SARS-CoV-2 virus in just under 30 seconds.

The scientists believe the sterilization technology could also be used in operating rooms, restaurant tables, and in surfaces on trains and airplanes.

Researchers have experimented with other ambulance cleaning techniques, including peroxide aerosols, ultraviolet (UV) light irradiation, and infrared radiation. However, these methods have various downsides including potential damage to ambulance surfaces.

Latest Articles

Look Beyond Off-the-Shelf Cleaning Solutions
November 12, 2025 Barbara Laible

Look Beyond Off-the-Shelf Cleaning Solutions

November 10, 2025 Kathleen Misovic

Working 6 to 2

November 6, 2025 Jeff Cross

A New Era at ISSA: Kim Althoff on Leadership, Legacy, and the Road Ahead

Sponsored Articles

Stop Leaks Before They Drain Your Budget
November 4, 2025

Stop Leaks Before They Drain Your Budget

October 29, 2025

Predictive Intelligence in Smart Buildings—Transforming Restroom Management

October 27, 2025 Sponsored by SPARTAN CHEMICAL CO.

CASE STUDY: Revolutionizing Commercial Cleaning Operations

Recent News

ISSA Innovation Awards 2025

ISSA Show North America Names Innovative Leaders Award 2025 Winners

Minority- and Women-Owned Business Certification Process Is Worth the Challenges

Kim Althoff Shares New, Bold, Inclusive Future of ISSA