Under anaerobic conditions, primarily through the fermentation of glucose, organic acids, and anaerobic micro-environment in the presence of methanogenic bacteria and sulfate-reducing bacteria under the action of microorganisms produce methane and hydrogen sulfide gases; under aerobic conditions, gl

In the application of anaerobic conditions, glucose mainly through fermentation of organic acid, and then in the application of anaerobic micro-environment of existence and sulfate-reducing bacteria producing methane bacteria such as the role of micro-organisms generate methane and hydrogen sulfide

In tires of under the oxygen condition, the glucose mainly produces each kind of organic acid through the fermentation, then in tires of the oxygen micro environment existence to produce microorganism's under and so on methane fungus and sulfate return to original state fungus functions produces the

In anaerobic conditions, glucose mainly generated by the fermentation of organic acids, methanogens and anaerobic micro-environment and the action of sulfate-reducing bacteria and other microorganisms generated methane and hydrogen sulfide; in aerobic conditions, the glucose through Glycolysis gener

Under anaerobic conditions, primarily through the fermentation of glucose, organic acids, and anaerobic micro-environment in the presence of methanogenic bacteria and sulfate-reducing bacteria under the action of microorganisms produce methane and hydrogen sulfide gases; under aerobic conditions, gl