Role of biogas in the circular bioeconomy

The fermentor (Fermentor 4) which contains 10 percent waste of alcohol (fruit marc) considering the produced biogas though shows significant differences compared to the production

Our results showed that the thermal, combined acid thermal and acidic microwave pre-treatments had also significant effect on biogas production of concentrate and

In our work the effect of microwave and ozone pre-treatment on biogas production and biodegradability of canned maize production sludge were examined and the energy balance of

Co-fermentation of the microbial biomass and maize silage improved the biogas production: The metagenomic results indicated that pronounced changes took place in the domain

Efficiency o f anaerobic digestion (AD) was characterized by the specific biogas yield, expressed in biogas production per total solid (TS) content o f digested

saccharolyticus DNA in the reactors aer various times when a high organic loading rate was applied, that is, 8 g total organic solids L −1 day −1.. PCR was carried out with the

Beside that microwave irradiation is generally suitable to increase the methane content in produced biogas, it can be noticed, that despite of higher biogas yield and

Bioaugmentation of biogas production from mechanically pre- treated corn stover using the pure cultures of the most abundant four strains was successful.. Nevertheless, the mixture