Breaking: Nebraska Agriculture Students Get Hands-On with World’s First Methane-Powered Tractors
Lincoln, Neb. — The University of Nebraska–Lincoln is accelerating the future of sustainable farming with the introduction of two cutting-edge New Holland methane-powered tractors, sparking innovation in agriculture technology across the United States right now.
The New Holland T6.180 model is the world’s first 100% methane-powered production tractor, a milestone in clean farming technology designed to slash emissions while boosting farm productivity. Each tractor carries a retail price tag of $287,240, symbolizing a major investment in eco-friendly agricultural solutions.
First Use on Research Farm in Nebraska’s Heartland
Funded through a donation by CNH Industrial facilitated by Andy Dozler, manufacturing engineering manager at CNH’s Grand Island plant, these tractors will get their first use at the Eastern Nebraska Research, Extension and Education Center (ENREEC) near Mead. ENREEC serves as both a working farm and a commercial-scale lab, providing an immersive education and research platform.
“This donation is an incredible addition… It highlights the strong partnership we’re grateful to share with CNH,” said Doug Zalesky, director of ENREEC.
Powered initially with compressed natural gas, these state-of-the-art tractors can run on biomethane produced on farms equipped with biodigesters — systems that convert plant waste and livestock manure into clean fuel. This breakthrough enables farmers to harness renewable energy created on-site, reducing reliance on fossil fuels and lowering greenhouse gas emissions.
Local Innovation with Global Impact
The tractors were manufactured at CNH’s plant in Basildon, England, while CNH’s Grand Island facility, which recently celebrated 60 years of operation, employs over 600 people, including a team of 10 engineers who are alumni of Nebraska. Andy Dozler, a 2004 graduate of Nebraska’s mechanized systems management program and an active advisory board member, revealed that placing these tractors in educational hands aims to prepare the next generation of farmers and innovators.
“The goal was to place this advanced equipment in the hands of students for real-world use, helping prepare the next generation of farmers while demonstrating the viability of alternative-powered machinery,” Dozler said.
Why This Matters for California and Beyond
California’s agriculture sector, one of the largest in the US, is also pushing aggressively toward green energy and reduced emissions in farming. Nebraska’s latest leap in methane-powered equipment shines a spotlight on the potential of alternative fuels nationwide and might inspire accelerated adoption in California’s vineyards, orchards, and farms grappling with climate targets and sustainability goals.
With methane-powered solutions demonstrating practical effectiveness and profitability in Nebraska, a state vital to America’s food supply chain, the technology sets a precedent that could reshape farming operations coast to coast. Californians and US agricultural communities stand to benefit from cleaner farming equipment reducing their carbon footprint without compromising yield.
What’s Next
The UNL tractors will not only aid in advancing methane fuel technology but also serve as an educational linchpin for students, faculty, and local producers. Testing and research outcomes at ENREEC will influence policy, inform farming best practices, and potentially lead to broader use of methane-powered machinery across American agriculture.
CNH Industrial’s donation is part of “Only in Nebraska: A Campaign for Our University’s Future,” a $3 billion fundraising initiative supporting innovative education and research. Nebraska’s investment now positions the university as a national leader in sustainable agricultural technology training.
As America seeks urgent solutions to climate change, Nebraska’s pioneering move with methane-powered tractors emerges as a beacon for the future of farming.
