The anaerobic digestion process used for methane production has been studied for
decades but most studies focused on the optimisation of physico-chemical operating …

We observe that, regardless of the C/N ratio of tested samples, the Gompertz productivity,
expressed in terms of bio-methane volume fraction, is always larger than 54%. A slightly …

The two-stage hythane fermentation of cassava residue low in protein, rich in iron, and
deficient in nickel and cobalt, resulted in failure after long-term operation, showing a radical …

Manure from lactating and non-lactating water buffaloes was separately collected from a
single dairy farm and anaerobically digested under mesophilic conditions in batch mode to …

The anaerobic co-digestion of the most abundant organic wastes was investigated for
enhancing biogas production rate and quality. The used feedstock was composed of fruit …

Buffalo dung is a low-cost substrate with plenty of carbohydrates, an optimal carbon/nitrogen
ratio, and a rich microbial flora, and could become a valuable source of biogas. Therefore, in …

In recent years, power generation based on renewable resources has grown increasingly
significant as well as ecologically beneficial. This paper analyzed the viability of a hybrid …

To individuate the most suitable conditions for H2 production, a manure thermal pre-
treatment, used to isolate the H2-producing bacteria, was investigated. Preliminary results …

Animal manure is a low cost substrate suitable for biofuels production, such as hydrogen
and methane, via anaerobic fermentation (Kyazze et al., 2007). Previous studies attributed …

Minerals are ubiquitous and found in two forms “macronutrients and micronutrients” in soil.
To meet out their requirements to crops. Cow dung is high in organic materials rich in …