This paper aims to evaluate the potential for electricity and ethanol production in Central America using sweet sorghum …

experimental results in the shaking flasks showed that the order of influence on improving ethanol yield was (NH4)2SO4>MgSO4>K2HPO4 … and ethanol content were 5h and 6.2% (v/v), respectively, and ethanol yield was 91.61%, which was increased by 9.73% than … determined optimum inorganic salts supplement dose could be used as a guide for commercial ethanol production. The fluidized bed …

system consists of the following processes: sweet sorghum cultivation, crude ethanol production, ethanol refining and by …-product utilization. The plant capacities of crude ethanol and pure ethanol, in different fractions of useful land, are optimized …. Assuming a minimum cost of investment, transport, operation and so on, the optimum capacity of the pure ethanol factory is 50 …

cost-effective conversion of fermentable sugars in sweet sorghum stems into ethanol with advanced solid-state fermentation … substrate is less than 30h, and the ethanol yield reaches 90.5% of the theoretical yield. A total of 16ton of sweet sorghum … stems (with 13.5% sugar content and 70% moisture) are used to produce 1ton of ethanol (99.5%, v/v). The cost of fuel ethanol …

For a commercial breakthrough of ethanol production from lignocelluloses, one main challenge still exists in achieving … high ethanol concentrations during fermentation. Using sweet sorghum as a feedstock for ethanol production has the …=4.0, 190°C) to a water-insoluble solids content of 7.5%, 53g/L ethanol was achieved after 168h of fermentation. The …

Technological process of a pilot plant of solid substrate fermentation of refining ethanol from sweet sorghum stalk was … ethanol yield was 90% and the spent residue of fermentation can be converted to forage. In addition, Net Present Value (at … feasible. The ethanol price had highest effect on the changes of Internal Return Rate of the project. And annual operation cost …