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organometallic methods. A test was conducted where a mixture of methane and propane was converted to ethane at 250Β°, with almost 100% selectivity. The results indicated that methane can replace hydrogen to cleave carbon-carbon bonds, saving costs and providing environmental benefits. The new catalyst may impart a process for the converting methane to more valuable products.
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80 patents are pending relating to the process. Researchers have been able to make the ethanol yield as much as 60 gallon/litre concentration during fermentation. In addition, the process consumes less enzymes. The technology can be adapted to local feedstocks such as bagasse, straw, or bran. Althou
Aqueous-phase reforming (APR) of real biomass was studied for production of hydrogen gas. Wheat straw, an abundant by-product from wheat production was used as representative lignocellulosic biomass. Wheat straw was hydrolyzed in an environmentally benign-sub critical water condition. APR experiment