Multiquip, a company specializing in producing and distributing high-quality products, has launched a new hydrogen fuel cell powered light tower that can be used for indoor applications.
A recent study by the researchers from Switzerland and USA has resulted in the introduction of a machine that can ape a plant in utilizing solar energy to generate fuels, which can be used in an assorted number of applications.
With regard to Renewable energy sources, the spotlight is always on the sun, as wind, biomass and other sources are derived from the sun. But, solar energy faces a unique set of problems as it is converted into electricity, which cannot be stored or transported.
Ballard Power Systems declared that they would sell 1.25 MW of the 1300 fuel cell generators to Real Time Engineering (RTE), which is a System Integrator company, based in Singapore.
Energy Technologies announced that its technological advancements in the process of water electrolysis proved successful. Earlier, the electrolysis of water was considered expensive, as high amount of electricity was required and also because of expensive transportation and storage issues. Now the company has discovered a cost-effective method to produce hydrogen fuel.
Ballard Power Systems has declared that the company has manufactured its one-millionth MEA (membrane electrode assembly), which is the key component of Ballard Hydrogen fuel cells.
Energy Quest (EQI) has proclaimed that it is setting in motion the preliminary work for a modular biomass power plant that would produce 6.4 MW bioenergy to be sold back to the utility in Georgia’s Lee County.
The Tata group endeavors to bring in low-cost solar gadgets to power the homes of poor people in India and in other developing countries. The company has recently announced its intentions to invest $9.5 million in Sun Catalytix, a company launched by Professor Daniel Nocera of Massachusetts Institute of Technology (MIT) and engaged in energy storage and renewable fuels research.
Hydrogen-powered fuel-cell cars are set to play a key role in reducing the emissions of road transport as we move forward. That is the conclusion of an unprecedented European study conducted to date on the prospects of various power-train solutions for personal mobility.
Ohio University has welcomed its fourth eminent scholar, Sunggyu K.B. Lee. Lee is the Russ-Ohio Research Scholar in Coal Syngas Utilization in the Fritz J. and Dolores H. Russ College of Engineering and Technology’s Department of Chemical and Biomolecular Engineering and Ohio Coal Research Center.
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