New Way Trucks and Hyzon are leading the way in revolutionizing waste management by introducing hydrogen-powered refuse vehicles to the North American market. Through their collaboration, they recently unveiled the first hydrogen fuel cell-powered electric refuse vehicle at Waste Expo in Las Vegas. This groundbreaking initiative aims to demonstrate the viability and performance of hydrogen fuel cell electric vehicles in the waste and recycling industry. Hyzon's hydrogen fuel cell systems have been designed to offer consistent power, with a range of at least 125 miles and the capability to lift 1,200 carts per trip, effectively addressing range issues and payload limitations that traditional heavy-duty diesel engines face. The joint effort between New Way Trucks, a prominent manufacturer of refuse truck bodies, and Hyzon, a U.S.-based developer of hydrogen fuel cell systems, highlights the potential of hydrogen-powered vehicles to transform the waste management sector. The companies have scheduled trials and customer demonstrations in key locations like the San Francisco Bay Area, California, and Canada, to showcase the advantages of hydrogen technology in waste collection. The positive sentiment towards hydrogen fuel cells is emphasized by Eric Evans, Chief Product Officer for New Way, who praises the technology for providing a lighter vehicle with comparable range and performance to diesel and CNG trucks. The success of similar tests in Australia has paved the way for these North American trials, proving that hydrogen fuel cell technology is a feasible alternative to traditional diesel engines. Hyzon's Chief Executive Officer, Parker Meeks, is optimistic about the momentum and interest in their high-performance hydrogen fuel cells, expressing confidence that these vehicles offer zero-emission power capable of meeting the demanding requirements of refuse trucks. The ongoing trials and demonstrations by New Way and Hyzon aim to solidify hydrogen-powered refuse trucks as a sustainable and powerful reality for the future of waste management, aligning with broader efforts to promote hydrogen as a clean energy source.