In this study, dilute sulfuric acid pretreatment was performed to improve the sugars recovery
from Korean Miscanthus straw. The effect of pretreatment conditions on solubilized xylose …

The purpose of this study was to enhance the economic efficiency of producing bioethanol.
Pretreatment solution recycling is expected to increase economic efficiency by reducing the …

A high-efficiency, integrated bioethanol production process was developed in this study,
using Miscanthus as lignocellulosic biomass. The continuous process involved a twin-screw …

Current ethanol production processes using crops such as corn and sugar cane have been
well established. However, the utilization of cheaper biomasses such as lignocellulose …

The effects of wet and dry processing of miscanthus on bioethanol production using
simultaneous saccharification and fermentation (SSF) process were investigated, with wet …

Miscanthus is a high yielding bioenergy crop. In this study we used acid presoaking, wet
explosion, and enzymatic hydrolysis to evaluate the combination of the different pre …

Pretreatment is extremely required in lignocellulosic bioethanol production to improve
enzymatic digestibility of biomass by disrupting lignin structure, reducing cellulose …

Highlights•Bioethanol production from Miscanthus was tested in a bench-scale plant.•By-
product recovery reduced production costs from $1.76/L to $1.31/L.•The recovered solvent …

This study investigated the production of bioethanol from Miscanthus using a specially
designed twin-screw extruder (designated CHEMET) with sodium hydroxide. Pretreatment …

The members of the genus Miscanthus are potential feedstocks for biofuels because of the
promising high yields of biomass per unit of planted area. This review addresses species …