the same medium by 2-l fermentation for 192 h, cell mass, lipid content, residual reducing sugar and residual total sugar …

is observed in practice. The bioethanol conversion process is mostly based on simultaneous saccharification and co-fermentation …

Ethanol is produced in large scale from sugarcane in Brazil by fermentation of sugars and distillation. This is … fermentation systems employed in the industry require low substrate concentration, which must be distilled, consequently with high … energy consumption. In this study, alternatives to the conventional fermentation processes are assessed, through computer …

China launched an important production of fuel-ethanol by fermentation of non-grain feedstock, with cassava mostly used … fermentation broth is important for the efficient operation: this broth is a non-Newtonian suspension with viscosity around 0 …

fruit and flower stalk of banana tree, palm oil, and glucose syrups. Results of process simulation, taking into account …

considered with the optimum fermentation time of 15 h and ethanol yield of 0.48 g/g sucrose. The need for mixing and temperature … retention time to produce bioethanol than at 30 °C with mixing. This will reduce the fermentation investment cost by 26% for an … with 1300 m³ of the textile bioreactor in this plant will reduce the fermentation investment cost by 19%. …

, generating a higher concentration carbohydrate stream for separate hydrolysis and fermentation (SHF). In a second scenario, non …

amounts of inhibitory compounds, ultimately lowering fermentation performances. In this work we studied ethanol production … from spruce performing the whole process, from pretreatment to hydrolysis and fermentation, at 30% dry matter (equivalent … to ∼20% WIS). Hydrolysis and fermentation was performed in a horizontal free fall mixing reactor enabling efficient …