Michigan Technological University and REL, Inc., a Calumet-based technology company, have been awarded a $2.1-million, three-year investment from Southwestern Energy Company (SWN) of Houston, Texas. The grant charges an interdisciplinary team of Michigan Tech researchers and REL engineers with designing, fabricating and testing a conformable, CNG tank for use in light-duty trucks.
These new tanks will further expand the benefits of using natural gas as a source of fuel for motorized vehicles. The practice of using CNG tanks to supplement traditional gasoline or diesel is already common, but current designs come with challenges. “We want to get the tank under the bed. Tanks today sit in the bed and take up a lot of the space, which is a drawback to the consumer,” said John Gargani, SWN vice president and general manager of strategy, performance and innovation.
In order to free up space in the truck’s bed, engineers from Michigan Tech and REL have been tasked with designing a tank that fits around existing vehicle components, can withstand the pressure of CNG and can be easily—and inexpensively—fabricated. Then, research will shift to optimizing the material used for the tank. If existing materials do not have sufficient properties, new aluminum alloys may be developed.
“There will be mechanical engineering and materials science students and faculty working together at Tech. Once the tank is fabricated, REL will give it back to us and we’ll test it—put it on a pickup truck, mount it, drive it around. REL and Michigan Tech are positioned ideally to develop this tank,” said Greg Odegard, the Richard and Eliabeth Henes Professor of Computational Mechanics in Michigan Tech’s Department of Mechanical Engineering-Engineering Mechanics.
“Natural gas is gaining a lot of attention in the heavy trucking industry. It’s a cleaner-burning fuel than diesel or gasoline. If we can use natural gas in our vehicles, it would be a great way to get away from foreign sources of oil. It’s crucial that we have an entity like SWN to help take this technology from research to a commercially viable product,” added Adam Loukus, vice president of REL, a Tech alumnus and principal investigator on the project.
Source: Michigan Technological University
