Volatile fatty acid intoxication (acidosis), a common process failure recorded in anaerobic reactors, leads to drastic losses in methane production.
Much of the argument relies on a process called metabolic acidosis.
After feeding stop, adjustment of TE concentrations, process recovery and re-continued operation, secondary acidosis and process breakdown due to sodium deficiency occurred.
The drug, sold as Glucophage, can cause lactic acidosis, a buildup of lactic acid in the blood that is fatal in about half the cases.
At about 60 μg Co per kg fresh matter (FM) first and at about 30 μg Co · kgFM-1, severe acidosis symptoms with process breakdown were seen [30, 31].
The impact of increasing OLR of sugar beet pulp, acidosis and finally process recovery on microbial community richness and diversity in three mesophilic CSTR reactors (R1 R3) were compared with a cautiously fed reactor (CR).
A major contribution of the autonomic regulation to the negative inotropic effect is, therefore, unlikely, and a direct effect of acidosis on the processes of excitation-contraction coupling must be further scrutinized.
When protracted, brain tissue acidosis accelerates catalytic processes that lead to neuronal, glial and microvessels destruction [37] [42] [43] [44].
First, current deficiencies in our understanding of the effects of acidosis on a wide range of cellular processes have led to controversy in the way in which patients are managed in a variety of clinical settings.
As such, lactic acidosis is a final common feature of a variety of processes that engender hypoperfusion, including diabetic ketoacidosis, septic shock, cardiogenic shock, and a variety of intoxications.
