Bioethanol Articles

  • Bioethanol mixing is the movable mechanism of fuel consumption

    Bioethanol mixing is applied in automotive industry; it is enough to add 10% of ethanol in gasoline considerably to increase car power and fuel efficiency. Small concentration of ethanol in fuel (to 10%) is not significantly influences on operation of the engine, but with increase of concentration to 85% be required power supply system alteration. Considering that biofuel comes to everyday life ...

  • Bioethanol Dispersing as World Challenge

    Bioethanol dispersing finds broad application in a national economy as solvent, also it is applied in production of a butadiene, as fuel for rocket engines, car engines, antifreeze, etc., it is an important intermediate product of organic synthesis (in production of esters, celluloid, artificial silk, ethyl aldehyde, acetic acid, chloroform, ethyl oxide and other products). Ethanol contains ...

  • Engine detonation with bioethanol cavitation

    Bioethanol is an alcohol of an organic origin which receives from a sugar ferment reaction. In the process of ethanol formation, starch from grains of plants turns in simple sugar in reaction with enzymes. Natural sugar ferments with yeast and form a mix of alcohol, water and unfermented remains. Alcohol is separated from a mix in distillation capacities and additionally clears in rectifying ...

  • Engine detonation with bioethanol cavitation

    Bioethanol is an alcohol of an organic origin which receives from a sugar ferment reaction. In the process of ethanol formation, starch from grains of plants turns in simple sugar in reaction with enzymes. Natural sugar ferments with yeast and form a mix of alcohol, water and unfermented remains. Alcohol is separated from a mix in distillation capacities and additionally clears in rectifying ...

  • Bioethanol dispersing – world challenge

    Bioethanol dispersing finds broad application in a national economy as solvent, also it is applied in production of a butadiene, as fuel for rocket engines, car engines, antifreeze, etc., it is an important intermediate product of organic synthesis (in production of esters, celluloid, artificial silk, ethyl aldehyde, acetic acid, chloroform, ethyl oxide and other products). Ethanol contains ...

  • Bioethanol mixing is the movable mechanism of fuel consumption

    Bioethanol mixing is applied in automotive industry; it is enough to add 10% of ethanol in gasoline considerably to increase car power. Small concentration of ethanol in fuel (to 10%) is not significantly influences on operation of the engine, but with increase of concentration to 85% be required power supply system alteration. Considering that biofuel comes to everyday life more strongly, the ...

  • Partial equilibrium analysis of the EC bioethanol blend mandate policy: its potential implications for EU transport sector

    The aim of this study is to set up an EU27 bioethanol partial equilibrium model under a binding blend mandate and to determine the bioethanol market clearing conditions' implications on EU transport sector. Bioethanol supply is derived from EU27 bioethanol crops while its demand is a derived from that of transport fuel in the region. Results show that equilibrium bioethanol quantities at 70% tax ...


    By Inderscience Publishers

  • Anaerobic digestion of stillage fractions – estimation of the potential for energy recovery in bioethanol plants

    Stillage processing can require more than one third of the thermal energy demand of a dry-grind bioethanol production plant. Therefore, for every stillage fraction occurring in stillage processing the potential of energy recovery by anaerobic digestion (AD) was estimated. In the case of whole stillage up to 128% of the thermal energy demand in the process can be provided, so even an ...


    By IWA Publishing

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