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technology that will enable a driving range of greater than 480 km (300 miles), within packaging and cost constraints.
## Abstract **Cocktail reception**: Biohydrogen is produced in high yield from cellulosic materials and water in a oneβpot process catalyzed by up to 14 enzymes and one coenzyme. This assembly of enzymes results in nonβnatural catabolic pathways. These spontaneous reactions are conducted under mode
Shokubai will build and run a pilot plant in FY 2010 to validate a technology for producing acrylic acid using raw materials from plants. The manufacture of acrylic acid-based superabsorbent polymers for disposable diapers is one of Nippon Shokubai's major businesses, and the use of carbon-neutral a
acid technology will be employed in both units for the conversion of hydrogen sulfide to sulfuric acid. The first plant will be constructed for Yukos at the company's refinery complex in Angarsk, Russia, by end of 2006. The Angarsk unit will have a 180 tonne/day sulfuric acid capacity. Haldor will c