Decarbonizing the Trucking Industry: DOE Funds Essential Freight Corridor Projects
Recently, the U.S. Department of Energy made an exciting announcement for the hydrogen fuel industry. On February 15, the DOE announced plans to fund projects aimed at accelerating the adoption of electric and fuel cell-powered medium- and heavy-duty trucks This announcement is a significant step towards achieving a cleaner transportation sector in the United States. […]
Texas Paves the Way for a Regional Hydrogen Hub
Texas is well known for being a leader in oil and natural gas, but according to a report by Rice University’s Baker Institute for Public Policy, the state has the potential to lead the way in hydrogen fuel as well. This would be a natural fit due to the existing geology and infrastructure in Texas, […]
Revolutionizing Energy: OneH2’s Cost-Effective Hydrogen Solutions
Hydrogen fuel has the potential to revolutionize the way we power our businesses and vehicles. However, there are two main barriers that prevent businesses from embracing it as a viable energy source: a lack of infrastructure and high costs. At OneH2, we are committed to breaking down these barriers and making hydrogen fuel more accessible […]
Honda: Driving the Future of Hydrogen Power
The Honda Civic automaker is not only expanding its electric fleet, but it’s also set on increasing the use of hydrogen energy. Hydrogen fuel cells are a viable clean energy solution, producing electricity without carbon dioxide emissions through a chemical reaction between oxygen and hydrogen across an electrochemical cell, much like a battery. Next-Generation Fuel […]
Emmanual Ewaleifoh Receives Emerging Leader in Technology Award
This month, OneH2’s General Manager for Service Operations, Emmanuel Ewaleifoh received our Emerging Leader in Technology Award. The award was presented in recognition of his contributions to advancing OneH2 as a leader in the hydrogen technology industry. Emmanuel joined our team in August 2020 as a Process Engineer. Since then, his hard work and innovative […]
Hydrogen Patents on the Rise: EU and Japan in the Lead
According to a recent study of patents by the International Energy Agency (IEA) and the European Patent Office (EPO), the European Union and Japan are leading the global patenting in hydrogen. The study measured international patent families (IPFs) filed during the 2011-2020 period and found that the EU accounts for 28% of all hydrogen patents […]
Hydrogen Fuel in Hawaii: A Path towards a Sustainable Future
The Hawaii Pacific Hydrogen Hub, a consortium of nearly two dozen companies and institutions, is crafting a proposal for $1 billion in funding for hydrogen fuel development in Hawaii. The consortium is competing for federal Department of Energy grants totaling $7 billion to build hydrogen fuel production facilities across the U.S. Hawaii is one of […]
Hydrogen-Diesel Hybrid Engines: Revolutionizing Heavy Industries
Engineers at the University of New South Wales (UNSW) in Sydney, Australia, have successfully modified a conventional diesel engine to run on a mix of hydrogen and a small amount of diesel, claiming their patented technology has cut carbon dioxide (CO2) emissions by more than 85%. Professor Shawn Kook and his team in the School […]
Hydrogen Station Deployments Soar Worldwide, But U.S. Lags Behind
The global number of hydrogen stations deployed has recently passed the 1,000 mark, according to a Global Market for Hydrogen Fueling Stations study. China represents roughly one-third of global deployments, with Japan having the second-highest number of deployments, followed closely by Korea. Other countries, such as Australia, New Zealand, and India, also have aggressive plans […]
Hydrogen Buses in Edmonton and Los Angeles: A Step Towards a Net-Zero Future for North America
Canada is expected to start two new hydrogen bus pilots, with one pilot taking place in the Albertan city of Edmonton and another in Strathcona County. While the hydrogen public transportation buses look and feel like typical city buses, they use fuel cells that utilize oxygen and hydrogen to generate power rather than requiring gasoline […]
