From FacilitiesNet.com

Emergency planning helps Michigan healthcare facility in flood aftermath

Storm brought up to 8 inches of storm water into the hospital's emergency department, the kitchen, radiation oncology, radiology, the in-patient pharmacy, and medical supply storage


Michigan's Oakwood Hospital-Dearborn, a 632-bed facility with 1.2 million square feet, sustained heavy damage to its emergency department when an August 2014 thunderstorm dumped 6 inches of rain on the region in two hours.

The lower level of the hospital flooded with up to 8 inches of storm water, which affected about 250,000 square feet of space, including the hospital's emergency department, the kitchen, radiation oncology, radiology, the in-patient pharmacy, and medical supply storage, according to an article on the FacilitiesNet website.

The facility's first step in responding to the flooding was to initiate its internal disaster response plan that had been developed by its emergency management team.

The plan also outlines an essential role for the environmental services staff.

Read the article.

 



April 21, 2015


Topic Area: Sustainable Operations


Recent Posts

Disinfectant Contact Time: The Case for Biofilm Disruption

Contact time, while essential for compliance, does not reliably predict microbial reduction on actual healthcare surfaces.


Texas HHSC Reaches Construction Milestone for Panhandle State Hospital in Amarillo

Construction is expected to be completed in fall 2027.


Mon General Succumbs to Phishing Cyberattack

Its investigation ultimately determined that an unauthorized party gained access to certain Mon General email mailboxes on May 6, 2026.


The HVAC Dilemma: To Repair or Replace?

Healthcare facilities that keep repairing and optimizing aging systems past their useful life spend money on a problem they cannot solve without capital investment.


Department of Veterans Affairs Signs Lease for Community-Based Outpatient Clinic in Kentucky

Construction and facility preparation are expected to be completed by the winter of 2027, and the first patient should be seen by spring 2028.


 
 


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.