
Sharmila Anandasabapathy, director of Baylor Global Initiatives and the Baylor Global Innovation Center emphasized both the time and cost efficiency of the ESP.
“Compared to a stand-alone hospital, you’re talking two weeks [for it to be deployed] as opposed to potentially nine to 12 months,” Anandasabapathy said. “For cost, I think it would be between 1/10th and 1/20th the cost, depending on the facility.”
Each ESP medical unit will be equipped with eight beds, an air filtration system, air conditioning and a contained waste management system. It will also come with a set of clinical training apps that would show how to properly use the ESP. Once a request to deploy an ESP comes in, a team could have it in the field and operating in two weeks.
“Like Legos, you can put multiple containers together so you can go from an eight-bed unit to a 16-bed unit very quickly,” Anandasabapthy said. ‘You can develop individual units for waste management that can be attached to larger units, but we hope that at full scale, we could build a 100-bed hospital in a month.”
via USAID funds Ebola ‘smart pod’ project.
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