Biogas production from the agriculture waste biomass is a sustainable approach to
managing the energy demand in the future. To do so, pretreatment is needed to remove …

Among lignocellulosic materials from the agricultural sector, straw is considered to have the
biggest potential as a biofuel and therefore also represents a big potential for biogas …

In this work, the effects of corn straw pretreatments using Fungus Pleurotus florida and
chemicals such as NaOH, ammonia, and urea on the biogasification performance by …

In order to explore the effect of pretreatment on corn straw degradation and biogas
production, corn straw was pretreated with mixed microbes and composting at 30° C for 14 …

Improper disposal of lignocellulosic wastes may produce a large quantity of greenhouse
gases and pollute the environment. Through anaerobic digestion processes, lignocellulosic …

This study carried out for the first time a comparison among ligninolytic (white-rot) and
cellulosolytic or xylanolytic (Trichoderma) pre-treated wheat straw, for biogas production …

A biological pretreatment with new complex microbial agents was used to pretreat corn
straw at ambient temperature (about 20° C) to improve its biodegradability and anaerobic …

The product of degraded lignocellulose is sugar which can be utilized by microbial
consortium for biogas production. However, the hydrolysis of lignocellulose to produce …

Anaerobic digestion of lignocellulosic biomass is one of the most efficient ways to produce
renewable energy. However, lignin contained in this biomass is difficult to hydrolyse …

Eleven white-rot fungi were examined for their potency to degrade lignin and to improve the
rumen fermentability of wheat straw. The straw was inoculated with the fungi and incubated …