Environmental Design and Construction Magazine
  Home
  Subscribe to ED+C
  Online Collections
  Enviro-Blog
  Digital Edition
  ED+C eNews
  Web Exclusive Editorial
  EDU+cast Webinars
  White Papers
  Case Studies
  Videos
  Current Issue
  Cover Story
  Features
  Columns
  Industry News
  Products
  Resources
  ED+C Archives
  Career Center
  AEC Store, Books + Videos
  Calendar of Events
  Classifieds + Marketplace
  GREEN Book
  Industry Links
  Product Info (FREE)
  Radiant Flooring Guide
  Market Research
  ED+C Information
  Special Sections
  Sustainable Home
  LEED Guide
  Cool Roofing
  Sustainable Flooring
  Concrete
  Indoor Air Quality/ GREENGUARD
Search in: EditorialProductsCompanies
Hospital Eyes Sustainable Firsts

July 30, 2008

ARTICLE TOOLS
EmailEmailPrintPrintReprintsReprintsshareShare

Rendering of the Embassy Medical Center in Colombo, Sri Lanka.


Colombo, Sri Lanka — The soon-to-be-built Embassy Medical Center in Colombo, Sri Lanka, which is being designed by the Minneapolis office of Perkins+Will, is looking to achieve a number of sustainable firsts with the first Medical Bio-Anaerobic incinerator, the first community energy resource, the first modern use of open air terraces off patient rooms and the first incorporation of eight stories of open air water cooling waterfall. The goal is create the “model” LEED/GGHC medical center and to achieve “living building” status.

Additionally, the 500,000-square-foot facility is designed for catastrophic events such as hurricanes, Tsunami and earthquakes. This facility is designed to provide service and shelter during and following a natural disaster — in fact, the facility hopes to sustain itself and the community in times of natural disaster. For the immediate community, this facility will be the supplier of energy and a collector of waste products. In addition, the community will be encouraged to use the hospital as a civic building rather than just a place to come during health issues.

It is being designed to handle 85 to 98 percent of its waste on-site; to use 30 to 50 percent less energy to operate than similar sized facilities; to collect or process 100 percent of all water needs on-site; to reduce water usage 40 to 60 percent versus similar sized hospitals; and produce on-site 100 percent of the natural gas and electricity needed to operate the hospital. Visit www.perkinswill.com for more information.



Did you enjoy this article? Click here to subscribe to the magazine.
BNP Media
© 2008 BNP Media. All rights reserved. | Privacy Policy