A partnership between FirstEnergy Generation Corp and Ballard Power Systems will facilitate the latter to activate the CLEARgen, the largest hydrogen fuel cell generator in the world.
BIOREM Inc, a leading company in the clean technology industry that specializes in designing and supplying biological-based high-efficiency air emissions control systems, has received an important new order from China’s Sinopec at a value of CAD$520,000.
A team of researchers affiliated to Lawrence Berkeley National Laboratory in Berkeley, California, tried with an attempt of implanting selenium in zinc oxide another known inexpensive element to find out the potential of the compound in utilizing sun’s energy.
United Natural Foods Inc. has successfully implemented its hydrogen fuel cell project in Sarasota, Florida.
Gijs van Elzakker, a Ph.D scholar from TU Delft, working in Inventux and his team have increased the energy yield of cheap solar panels from 7% to 9% using amorphous silicon as a very thin layer of silicon is sufficient to produce thin film solar cells unlike the more conventional crystalline silicon.
The novel catalyst - the Stackable Structural Reactor (SSR®) from Catacel Corporation - has, as of today, achieved 17,500 hours problem-free operation in a European hydrogen plant; performance remains indistinguishable from new.
Engineers at Oregon State University have made a significant advance toward producing electricity from sewage, by the use of new coatings on the anodes of microbial electrochemical cells that increased the electricity production about 20 times.
Solimpeks Corp., a solar company based in Karatay, Turkey, has released the Volther hybrid solar collector, which produces electricity and hot water simultaneously. The hybrid modules produced by Solimpeks Corp. allow extra module heat to be absorbed to produce hot water, thus optimizing efficiency, the company says.
Emerson Process Management is in the process of expanding its energy management portfolio through new services and technologies that go on to help municipalities and companies in converting low cost wastes as well as biomass into renewable energies more reliably and efficiently through lower carbon emissions.
Purdue University chemical engineers have developed a new method for the processing of biomass and agricultural wastes into biofuels. They are also working on creating proposed mobile processing plants for the purpose of roving around Midwest for fuel production.
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