The Love’s Family of Companies, and Cummins Inc. (NYSE: CMI) recently agreed to work together to help customers use alternative fuel and zero emission technologies. Trillium, a leading provider of renewable and alternative fueling solutions, will take the driver’s seat at Love’s in the development and deployment of strategies to support this initiative.
“Together Trillium and Love’s provide customers a variety of fueling options across the country. This new relationship will make it easier for customers wanting to make the switch to zero- and near-zero emission vehicles,” said Ryan Erickson, vice president of Trillium. “With Trillium’s clean fueling options and Cummins’ powertrain expertise, we’re convinced together we can help our customers meet their ESG goals.”
Trillium and Cummins will collaborate to assist customers who want to integrate alternative fuel technologies into their fleets by providing information, technology and infrastructure needed to save them time and money.
“Our customers have ambitious sustainability goals, and some have aggressive timelines to reach them. Bringing others to the table is a key piece of our strategy to remove barriers and enable the adoption of lower carbon power solutions,” said Amy Boerger, vice president of North American Engine Business at Cummins Inc. “In Love’s and Trillium we have found partners who are committed to investing in fueling and charging infrastructure that will give our customers choices so we can meet them no matter where they are in their sustainability journey.”
Currently, Trillium offers renewable natural gas (RNG), compressed natural gas (CNG), electric vehicle charging (EV) and hydrogen fueling options for light and heavy-duty vehicles at over 200 locations across the country, including Trillium-branded stations and Love’s Travel Stops. Cummins’ broad portfolio of power solutions for commercial vehicles include diesel, natural gas, and hydrogen internal combustion engine-based powertrains as well as battery electric and fuel cell electric powertrains.
Related Article 
