Anaerobic digestion is considered a competitive source for the production of renewable
energy as far as efficiency and cost are concerned. To evaluate the anaerobic …

Grassland biomass is suitable in numerous ways for producing energy. It is well established
as feedstock for biogas production. The aim of this review is to summarize current …

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 …

Effects of the ensiling process, storage periods of up to 1year and several chemical and
biological silage additives on biomethanation were assessed for maize, sorghum, forage rye …

Silage processing has a crucial positive impact on the methane yield of anaerobic treated
substrates. Changes in the characteristics of switchgrass after ensiling with different …

Ensiling has been developed as mainstream technologies to preserve lignocellulose
biomass for biogas production. However, the lack of general evaluation methods and …

In order to meet the legislative demands of new energy policy, investment in anaerobic
digestion and biogas production has increased in recent years, making it a versatile and …

Growth in anaerobic digestion (AD) has expanded the use of silage to preserve crops
intended for renewable energy generation. Preservation of seasonal crops and their …

Several biological ensilage additives were tested on maize substrate for their effect on
biogas production and preservation of ODM content. In general, the addition of some …

The effects of air stress during storage, exposure to air at feed-out, and treatment with silage
additives to enhance aerobic stability on methane production from maize silage were …