• Home
  • Journal
  • Public Companies
  • Stewart & Stevenson Signs Exclusive License Agreement with Rice University for ApolloBVM Ventilator Production

Stewart & Stevenson Signs Exclusive License Agreement with Rice University for ApolloBVM Ventilator Production

HOUSTON, April 22, 2020 (GLOBE NEWSWIRE) — Stewart & Stevenson (“S&S”), a subsidiary of Kirby Corporation (“Kirby”) (NYSE: KEX), and Rice University announced today the signing of an exclusive licensing agreement to produce an advanced version of the ApolloBVM ventilator.
The ApolloBVM ventilator is an emergency device intended to help patients breathe during first response situations or when traditional, more complex ventilators are not available. The programmable device is designed to operate a common bag valve mask for extended periods of time while patients await the availability of a traditional ventilator.Joe Reniers, President of Kirby Distribution and Services commented, “We are pleased to announce the exclusive license agreement for an advanced version of the ApolloBVM ventilator. This agreement combines the strengths of S&S’s engineering, high-volume manufacturing and global distribution capabilities with the outstanding work by the ventilator development team at Rice’s Oshman Engineering Design Kitchen (OEDK). It is our expectation that the ApolloBVM ventilator advancements that have been jointly developed will not only respond to the critical health care device needs associated with the COVID-19 pandemic but will also provide a sturdy and portable system that can be rapidly deployed to the frontlines during other emergency response situations.”S&S has applied for an emergency use authorization for the device from the United States Food and Drug Administration.  “I am thrilled that the hard work by the OEDK team, in the midst of the COVID-19 pandemic, has resulted in this agreement with S&S,” said OEDK Director Maria Oden, also a teaching professor of bioengineering and co-director of the Rice 360˚ Institute for Global Health. “They have the ability to produce the ApolloBVM at scale, providing emergency ventilation needs during this crisis and beyond.”S&S, a subsidiary of Houston-based Kirby Corporation and founded in 1902, is focused on manufacturing, power generation, rental solutions and aftermarket support for global oil and gas, marine, construction, transportation, government, mining, health care and agricultural markets. S&S, composed of Manufacturing Technologies, Power Products, Atlantic Detroit Diesel-Allison, Florida Detroit Diesel-Allison, S&S Colombia, Healthcare Technologies and Power Rental, serves customers worldwide from 43 U.S. and international locations.Contact:
Chad Joost
281-345-5151
info@sshealthcaretechnologies.com

Disclaimer & Cookie Notice

Welcome to GOLDEA services for Professionals

Before you continue, please confirm the following:

Professional advisers only

I am a professional adviser and would like to visit the GOLDEA CAPITAL for Professionals website.

Cookie Notice

We use cookies to improve your experience on our website

Information we collect about your use of Goldea Capital website

Goldea Capital website collects personal data about visitors to its website.

When someone visits our websites, we use a third party service, Google Analytics, to collect standard internet log information (such as IP address and type of browser they’re using) and details of visitor behavior patterns. We do this to allow us to keep track of the number of visitors to the various parts of the sites and understand how our website is used. We do not make any attempt to find out the identities or nature of those visiting our websites. We won’t share your information with any other organizations for marketing, market research or commercial purposes and we don’t pass on your details to other websites.

Use of cookies
Cookies are small text files that are placed on your computer or other device by websites that you visit. They are widely used to make websites work, or work more efficiently, as well as to provide information to the owners of the site.