Using light to disinfect mobile devices

A researcher at the University at Buffalo is using existing technology to create a device that uses light to kill germs on mobile devices


A researcher at the University at Buffalo is using existing technology to create a device that uses light to kill germs on mobile devices, according to an article on the WBFO website.

UB Professor Edward Furlani is a professor of Electrical Engineering as well as Chemical and Biological Engineering. 

Furlani is working with CleanSlate UV's sanitizing technology and Grantwood Technologies out of Rochester, using an efficient LED light inside a special case for cleaning. 

"It's already being placed in environments like hospitals and food service, where these kind of issues are more important," he said in the article.

Furlani expects the process to be available within 12-18 months. 

Read the article.

 

 



November 6, 2017


Topic Area: Infection Control


Recent Posts

Cooling Towers at NYC Health + Hospitals/Lincoln Test Positive for Legionella

Hospital among the positive tests at 10 cooling towers in South Bronx.


Prefabricated Wall Panels Accelerate UCF Lake Nona Medical Center Construction

Case study: StoPanel exterior wall systems helped Wal-Mark Contracting meet strict Florida wind-load requirements and complete 136 panels in just 11 days.


University of Rhode Island Adds Clinical Space

Space dedicated to training students in counseling-related programs doubles in size.


How Retail Design Principles Can Improve Healthcare Wayfinding

Healthcare facilities are adopting retail-inspired design strategies to make spaces easier to navigate and more comfortable for patients.


Flexible Design Strategies Help OhioHealth Maximize Clinical Space

Doing more with less was key to the renovated facility’s design.


 
 


FREE Newsletter Signup Form

News & Updates | Webcast Alerts
Building Technologies | & More!

 
 
 


All fields are required. This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.