New hydrogen production record set by NREL

New Hydrogen Production Record - Bullseye

National laboratory sets a new production record Researchers from the National Renewable Energy Laboratory (NREL) in the United States have set a new record with a novel hydrogen production process. This process was developed more than a decade ago and involves converting sunlight into hydrogen. This hydrogen can then be used by a fuel cell system to generate electricity. In 1998, NREL set a record in converting sunlight into hydrogen using this process. Now, scientists have revisited the process in order to improve it, setting a new efficiency record. Technological…

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DOE to invest $15.8 million in support for projects focused on fuel cells

Fuel Cells Investment

Federal agency aims to support 30 new projects that seek to improve fuel cells The U.S. Department of Energy has announced some $15.8 million in investments for 30 new projects throughout the country. These projects will be focused on fuel cell technology, hydrogen production, and storage. The federal agency is still in the process of selecting projects that will receive funding. Selected projects will be able to take advantage of a coalition of the country’s national laboratory, which was brought together through the agency’s Energy Materials Network. Projects will take…

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Research team develops a new way to produce hydrogen fuel while cleaning the air

Hydrogen Fuel - Research involving test tubes

New device aims to generate hydrogen fuel from the air Researchers from the University of Antwerp and the University of Lueven have developed a new way to clear air pollution while also generating hydrogen fuel. The research team has created a new device that leverages the process of heterogeneous photocatalysis. This process makes use of light and a special catalyst in order to produce a chemical reaction. Heterogeneous photocatalysis is often used to produce hydrogen from water, which produces no harmful emissions during the production process. Device is designed clear…

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NREL develops method to improve renewable hydrogen fuel production

Hydrogen Fuel Production - Renewable Energy

Researchers have found a way to improve the longevity of photocathodes Researchers from the U.S. National Renewable Energy Laboratory (NREL) have developed a new method that is meant to enhance the longevity of photocathodes in photoelectrochemical (PEC) water-splitting devices. These devices are often used to generate hydrogen fuel through the use of solar power. A PEC device could be a promising way to produce renewable hydrogen fuel, as it is reliant on solar power rather than natural gas. The relatively short longevity of the photocathodes used by these devices has…

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Researchers develop artificial leaf capable of producing hydrogen fuel

Hydrogen Fuel Research

Artificial leaf harvests sunlight in order to produce hydrogen fuel An international team of researchers working with the Ulsan National Institute of Science and Technology have developed a new artificial leaf, which is capable of producing hydrogen fuel. The leaf is meant to mimic photosynthesis, gathering sunlight and generating the electricity needed for the hydrogen production process. For years, researchers throughout the world have been looking for ways to harness renewable power in order to produce hydrogen. Using clean energy to produce hydrogen fuel has been a priority for research…

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Hydrogenics to bolster hydrogen fuel production in Thailand

Company has been chosen to help build new hydrogen production and storage system Hydrogenics, a leading developer of hybrid hydrogen fuel production technology, has been awarded a role in helping develop Southeast Asia’s first renewable hydrogen fuel storage system and power plant. The project is being headed by Pharam 2 Civil Engineering and is backed by the Electricity Generation Authority of Thailand. This project will seek to generate hydrogen through the use of renewable energy. This hydrogen will then be used to generate electrical power through fuel cells. Hydrogenics to…

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Firms Shifting Focus from Fossil Fuels to Hydrogen

Since the Industrial Revolution, fossil fuels have powered global economies, and up until now they are the primary sources for energy. Growing concerns for the environment led the industry to search for alternative solutions, including solar, wind, hydroelectric, geothermal, and biomass energy. However, the accessibility of oil, gas, and coal still plays a pertinent role in everyday operations. World Watch Institute reported that the total global fossil fuel consumption in 2012 was 87 percent and predicted that coal consumption would surpass oil by 2017. But given the current situation of…

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Report highlights the growth in demand for hydrogen fuel

Hydrogen production is getting better and the demand for this energy is growing Freedonia, an industry market research firm, has released its new World Hydrogen Market report. The report identifies several trends that have emerged in the clean energy space, focusing on the hydrogen market. Hydrogen is quickly becoming a more popular alternative to conventional energy sources and the demand for fuel cell systems is growing. The report notes that growth is being driven by advances made in hydrogen production methods and technology. Hydrogen production expected to increase by 3.5%…

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Mercedes-Benz provides insight to the future of clean transportation

Automaker creates a concept vehicle that combines hydrogen, solar, and wind power German automaker Mercedes-Benz has begun showing off its new concept car, the Vision G-Code. Concept cars are often incredible, as engineers have free reign over what they can make. While most concepts do not make it to the production stage, these vehicles can shed some light on the future of transportation. Mercedes-Benz’ new vehicle is equipped with new technology that could help make transportation more environmentally friendly, harnessing both solar and wind power. High-tech paint job allows vehicle…

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Scientists make energy storage breakthrough

Rice University scientists make molybdenum disulfide discovery. A research team from Rice University has managed to transform the two dimensional form of molybdenum disulfide into a nanoporous film that can be used for energy storage or can catalyze hydrogen production. Developing flexible films of the material could be cost-effective for fuel cells. Molybdenum disulfide (MoS2) is a semiconductor that is made up of a layer of sulfur atoms that are situated between two layers of molybdenum, a brittle transition metal. From above, the material looks like graphene, but when turned…

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Will commuters pay more for a hydrogen fuel cell car than a traditional electric?

HydrogenFuelNews.com has released the results of its latest survey concerning fuel cell vehicles. The survey asked the site’s readers if they believed fuel cell vehicles would be as popular as traditional electric vehicles and whether or not they would pay more for a fuel cell vehicle than a hybrid car. The results suggests that the majority of respondents do not believe that fuel cell vehicles will become popular any time soon, but the survey also suggests that respondents would be willing to pay more for these vehicles. Fuel cell vehicles…

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Researchers devise new method of producing hydrogen fuel

Scottish researchers discover a new way to produce hydrogen from water Researchers from the Glasgow University in Scotland have devised a new way to produce hydrogen fuel from water. The method could serve as a major breakthrough in chemical energy storage, allowing hydrogen to serve as an efficient storage medium for solar and wind power. The research team claims that their method of hydrogen production is as much as thirty times faster than other, more conventional methods of production. It may also be less expensive than modern production methods. New…

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Study highlights the potential of using solar power to generate hydrogen fuel

Solar energy and hydrogen are becoming more closely mingled A new study from the Joint Center for Artificial Photosynthesis aims to shed some light on the issue of photoelectrochemical hydrogen production. This process involves the use of solar energy to produce hydrogen, which can be used by fuel cells to generate electrical power. Current hydrogen production methods are energy intensive, consuming a significant amount of fossil-fuels that produce harmful emissions. By using solar power, the hydrogen production process can be make more environmentally friendly and efficient. The problem is, however,…

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FuelCell Energy to develop hydrogen fuel production system in the US

DOE provides funding for the development of an on-site hydrogen production system The U.S. Department of Energy has announced that FuelCell Energy, a leading developer of hydrogen fuel cells, has been awarded $900,000 for its development of an on-site hydrogen production system. This funding comes as part of the agency’s recently unveiled initiative to support the development of hydrogen fuel production and deployment technologies. These technologies are needed to support the growing prominence of clean transportation and will help fuel cells play a more integral role to the country’s energy…

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HyperSolar extends agreement concerning hydrogen fuel production research

HyperSolar announces the extension of its research agreement with University of California HyperSolar, developers of innovative hydrogen fuel production technology, has announced that it has extended its research agreement with the University of California, Santa Barbara. The agreement will now run through December 31, 2014, and will allow the two organizations to continue working together on promising projects. The agreement between the two parties has birthed an ambitious research project that aims to make advances in hydrogen production powered by solar energy. Hybrid technology may be the solution to the…

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Artificial leaf breakthrough could lead to efficient hydrogen fuel production

Researchers find a way to improve their artificial leaf Researchers from the Arizona State University and the Argonne National Laboratory have made a major breakthrough in artificial photosynthesis. The breakthrough may have enabled researchers to overcome serious limitations in their initial design of a functioning artificial leaf. This leaf has been heralded as a major accomplishment throughout the science world. It is able to harness the power of sunlight and generate hydrogen in an efficient manner that is comparable to the natural photosynthesis process. Artificial photosynthesis could be an ideal…

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