过程工程学报
過程工程學報
과정공정학보
The Chinese Journal of Process Engineering
2009年
2期
333-337
,共5页
张素平%Francois Maréchal%Martin Gassner%任铮伟%颜涌捷%Daniel Favrat
張素平%Francois Maréchal%Martin Gassner%任錚偉%顏湧捷%Daniel Favrat
장소평%Francois Maréchal%Martin Gassner%임쟁위%안용첩%Daniel Favrat
lignocellulosic biomass%fuel ethanol%energy integration
Models for hydrolysis, fermentation and concentration process, production and utilization of biogas as well as lignin gasification are developed to calculate the heat demand of ethanol production process and the amounts of heat and power generated from residues and wastewater of the process. For the energy analysis, all relevant information about the process streams, physical properties, and mass and energy balances are considered. Energy integration is investigated for establishing a network of facilities for heat and power generation from wastewater and residues treatment aiming at the increase of energy efficiency. Feeding the lignin to an IGCC process, the electric efficiency is increased by 4.4% compared with combustion, which leads to an overall energy efficiency of 53.8%. A detailed sensitivity analysis on energy efficiency is also carried out.
