Ballard Power Systems has announced a significant order for 200 fuel cell engines from New Flyer, a leading bus manufacturer. This order represents a major step forward in the adoption of hydrogen fuel cell technology for zero-emission transportation.
Results for: Zero Emission
TALKE, a leading logistics provider for the chemical industry, successfully concluded a two-week trial of Hyzon’s Class 8 200kW Fuel Cell Electric Vehicle (FCEV) truck in Houston. This trial is a key step in TALKE’s pursuit of zero-emission transportation and aligns with its commitment to sustainability. The truck’s impressive performance and driver feedback highlight the potential of FCEVs for heavy-duty applications, further solidifying TALKE’s position as a leader in green logistics. This trial also signifies Hyzon’s growing confidence in its technology as it prepares for commercial deployment.
HNO International (HNOI) has signed an offtake agreement to supply hydrogen generated from its SHEP platform to a Texas-based leader in zero-emission transportation. This partnership will see HNOI’s clean hydrogen fuel Class 8 fuel cell electric vehicles (FCEVs), marking a significant step towards cleaner transportation in the trucking industry.
The Shyft Group has secured crucial certifications for its Blue Arc Class 4 EV truck, allowing it to be sold nationwide and making it eligible for significant financial incentives. These certifications underscore Shyft’s commitment to sustainable transportation solutions and accelerate the adoption of electric trucks.
The Shyft Group has announced that its Blue Arc Class 4 EV truck has received certifications allowing it to be sold nationwide. The truck is also eligible for financial incentives under the HVIP program, promoting the adoption of cleaner commercial vehicles. This expansion provides customers with access to cutting-edge EV solutions and significant cost savings.
The Center for Green Market Activation (GMA) has announced key milestones for its zero-emission trucking program, GMA Trucking, aimed at scaling the adoption of zero-emission heavy-duty trucks. The program utilizes a proven book-and-claim model to overcome traditional decarbonization hurdles and encourage investment in zero-emission transportation services.
Sirius Aviation AG, a leading aviation innovator, has partnered with Marathon Group Australia, a renewable energy leader, to create zero-emission airports and advance hydrogen technologies in Australia, aiming to position the country as a global leader in sustainable aviation.
GreenPower Motor Company, a leader in electric vehicle manufacturing, announces the delivery of five Type D BEAST all-electric school buses to two California school districts. These deliveries highlight the growing demand for sustainable transportation solutions in the education sector, with GreenPower’s purpose-built buses offering zero-emission, safe, and efficient transportation for students. The company plans to deliver additional buses to California and Oregon schools in the coming weeks and months, demonstrating its commitment to expanding electric transportation across the nation.
New Way Trucks and Hyzon are leading the charge in sustainable waste management by partnering to develop and test hydrogen fuel cell electric refuse vehicles (FCEVs). These trucks are proving to be a viable and efficient alternative to traditional diesel-powered trucks, offering longer ranges, higher payloads, and zero emissions. With ongoing trials in North America and Australia, this innovative technology is poised to revolutionize the refuse industry.
The Canadian government has announced a $76 million investment in York Region’s electric bus fleet, aiming to reduce emissions and enhance public transportation accessibility. The project includes the acquisition of 180 zero-emission buses, charging infrastructure, and solar power upgrades at transit facilities. This initiative aligns with Canada’s goal of reaching net-zero emissions by 2050 and emphasizes the importance of sustainable and affordable public transit for a thriving future.