STUDIES ON THE METHANE FERMENTATION: V BIOCHEMICAL PDF pdf?md5=da9cc52cd4e83b0ea8ccfc8bf454bb7e&pid=1-s2.0-S0021925818729864-main.pdf

between the ethanol oxidized and acetic acid formed cannot be due to a production of carbon dioxide, since if this occurred the net disappearance of carbon

initial concentration of undissociated acetic acid on methane production, we used initial concentrations of total acetic acid of 10 to 130 mM from pH 6 0 to pH 7 5

Microbial acetate conversion to methane: kinetics, yields and

process to methane and carbon dioxide by mixed cultures of microorganisms Acetate, a product of acidogenic and acetogenic bacteria and the main substrate

STUDIES ON THE METHANE FERMENTATION: V BIOCHEMICAL

between the ethanol oxidized and acetic acid formed cannot be due to a production of carbon dioxide, since if this occurred the net disappearance of carbon

[PDF] Methane Production from Acidic Effluent Obtained from Hydrogen

Parameter Total chemical oxygen demand (tCOD) Butyric acid Acetic acid Propionic acid Lactic acid Ethanol Concentration (mg/L) 23,000 3105 9 2293 2

The effect of pH on ruminal methanogenesis

ruminal bacteria from the forage-fed cow converted CO, and H, to methane, but the ruminal fluid The influence of acetate on the rate of methane production

[PDF] STUDIES ON THE METHANE FERMENTATION: V BIOCHEMICAL

Kinetics of the Methanogenic Fermentation of Acetate - Applied and

Microbial acetate conversion to methane: kinetics, yields and

STUDIES ON THE METHANE FERMENTATION: V BIOCHEMICAL

[PDF] Methane Production from Acidic Effluent Obtained from Hydrogen

The effect of pH on ruminal methanogenesis