Researchers from Aalto University have discovered the ALD method for the manufacture of fuel cells, which needs 60% less of the expensive catalyst when compared to present methods.
The Conference, the world's largest annual laboratory science conference and exposition, will have an estimated 1,000 exhibitors, 2,000 presentations, attendees from more than 90 countries and the attention of the world as new discoveries are unveiled.
Afton Chemical, a manufacturer and developer of petroleum additives, has recently opened a research and development laboratory in Suzhou, China for enhancing its lubricant and fuel support to the customers in the Asia Pacific.
CellEra, which develops low-cost, platinum-free membrane fuel cells, has declared a funding round worth $9.2 million headed by Vodafone Group’s capital arm, Voadfone Ventures, and Carmel Ventures, a top-tier venture capital firm based in Israel.
Mascoma, a developer of renewable fuels, has entered into a cooperative agreement with the US Department of Energy (DOE) to financially support the design, building and functioning of a business-scale hardwood cellulosic ethanol plant in Kinross, Michigan.
According to a report titled, “Fuel Cells for Military Applications” released by the cleantech market intelligence company, Pike Research, military fuel cell shipments are likely to increase from 1,200 in 2011 to 272,000 in 2017. This in turn will generate military fuel cells revenues of $1.2 billion from $9 million in 2011.
According to Pike Research’s latest report titled, ‘Stationary Fuel Cells,’ the global stationary fuel cell market will attain a value of $9.5 billion in 2017, exceeding 1.2 million systems shipped per year.
Dantherm Power, a company of Ballard Power Systems offering backup power systems, will deliver a 150 kW fuel cell generator and related engineering services to Anglo American Platinum, a part of the Anglo American plc Group and the largest primary manufacturer of platinum in the world.
Researchers at the Karlsruhe Institute of Technology have come up with a new method to fill the electrodes that are present in lithium ion batteries. Electrodes in batteries are filled with pores measuring the size of a micrometer.
In order to extend the use of its cathode materials, namely, nickel, manganese and cobalt in lithium ion batteries, Umicore and 3M have signed a second technology license contract.
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