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New photocatalytic system converts carbon dioxide to valuable fuel more efficiently than natural photosynthesis

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The new system mimics a natural chloroplast to convert carbon dioxide in water into methane, very efficiently using light. Photo credit: (left) Professor Ye Ruquan’s research group / City University of Hong Kong and (right) Biophysical Journal, 99:67-75, 2010.

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U Kentucky CAER receives $1M for carbon fiber research

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Department of Energy (DOE) grant to continue their research in developing low-cost, high-strength carbon fiber. The center’s Carbon Materials Technologies Group received the award for a project titled “Precursor Processing Development for Low Cost, High Strength Carbon Fiber for Composite Overwrapped Pressure Vessel Applications.”

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Air Liquide inaugurates HyBalance pilot site in Denmark for production of carbon-free hydrogen

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In Denmark, Air Liquide inaugurated HyBalance, a pilot site for the production of carbon-free hydrogen. As part of this project, Air Liquide developed, built, and is operating the facility that produces hydrogen from water electrolysis as well as the filling center for its customers delivered by trailers.

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Veolia launches largest project to produce bio-methanol from pulp mill waste

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Metsä Fibre, part of Metsä Group, and Veolia recently signed a long-term partnership agreement on the refining of crude methanol generated in pulp production at the Äänekoski bioproduct mill into commercial biomethanol. The €50-million investment is supported by a grant from the Finnish ministry of economy and employment.

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USC study shows promising potential for giant-kelp-based biofuel with depth-cycling approach

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physically moving the macroalgae between deep nutrient-rich water at night and shallow depths within the photic zone during the day to optimize growth. 13 C values suggesting that the depth-cycled kelp were not nitrogen-deficient and assimilated nutrients from deep water. The researchers used a depth-cycling approach—i.e.,

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Swedish Energy Agency grants PowerCell $1.4M loan for the development of next-generation fuel cell APU system

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The reactants are then converted into hydrogen, carbon dioxide, steam and carbon monoxide, with a reaction temperature of more than 400 ?C. Downstream, sulfur is trapped and carbon monoxide is cleaned up while the hydrogen content is enriched. To create an efficient reactor, the catalyst is distributed over a porous support.

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STEAG and thyssenkrupp planning joint green hydrogen project

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In a first step, this hydrogen is to substitute part of the carbon in the existing blast furnaces, later on it is to be used in new direct reduction plants. The water electrolysis system will be installed by thyssenkrupp Uhde Chlorine Engineers’ product division Green Hydrogen and consists of pre-fabricated standard modules.

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