The plans for Rice University’s ApolloBVM, an open-source emergency ventilator design that could help patients in treatment for COVID-19, are now online and freely available to everyone in the world. The project first developed by students as a senior design project in 2019 has been brought up to medical grade by Rice engineers and one student, with the help of Texas Medical Center doctors. The device costs less than $300 in parts and can squeeze a common bag valve mask for hours on end.
Visitors to the ApolloBVM website will be asked to register before they can download the do-it-yourself plans so they can be kept up to date as the project progresses. With the novel coronavirus gaining steam and a shortage of ventilators not only in the United States but around the world, ApolloBVM could help COVID-19 patients who are less-critically ill while they await availability of a standard hospital ventilator, Rice University officials say.
“This is going to make a difference in hospitals that run out of ventilators,” says Rohith Malya, MD, adviser to the Rice engineering team in Houston. “Those that have relationships with a production facility that can quickly produce them should seek FDA emergency use authorization. We’re working locally to get that done.”
“I want to emphasize that this is for use only when there is no ventilator available,” he adds. “We don’t intend for this to be the primary device. We are still working toward the exact clinical use scenario as the situation demands it, nationally and globally.”
Rice University has released open-source plans for ApolloBVM, a bag valve mask automation device meant for emergency use when patients, including those with COVID-19, need assistance to breathe.
Rice announced the team’s completion of a new prototype on March 27, and interest from clinicians, engineers, manufacturers, and do-it-yourselfers was immediate. More than 500 people from more than 50 countries have requested information about the project through the ApolloBVM website. At the same time, more than a quarter-million people have now viewed the original “Take A Breather” and the current ApolloBVM videos on YouTube.
In lab tests with an artificial lung this week, the latest prototype delivered nonstop air for 24 hours, until the device was turned off. “We have been working long hours, but if we are able to make at least one COVID-19 patient more comfortable, it will be all worth it,” says Amy Kavalewitz, executive director of Rice’ Oshman Engineering Design Kitchen, where prototypes are being built using the facility’s 3D printers and laser cutters.
The next steps are testing with human patients and manufacturing. Tests with a Texas Medical Center partner are imminent, according to the team. Rice is also working with manufacturers seeking to ramp up production of a hospital-grade device as soon as possible to address current needs.
