Et urbana et rusticaDomesticis Sewage curatio apparatu fabricaEst modularis et efficiens purgat biologicum curatio apparatu, quod est a purgamento biologicum curatio ratio cum Biofilm sicut pelagus purificatio corpus. Hoc plene utilitas in characteres Biofilm reactors ut anaerobic biofilters et contactus oxidatio stratoria, ut altum biologicas densitatem, fortis pollutio resistentia, humilis potentia consummatio, firmum operationem et facilis et promotionem.
Et concentration ruris habitant non est alta ut urbium et intensionem domesticis herba productio est inferior quam urbium. Ruris financial opibus infirmis et agricolae reditus est humilis. Ideo necessarium est ad adoptionem diversificatur domesticis purgamentum technologiae technologiae quod sunt frugi, simplex, simplex, et quantum fieri potest combined cum loci agriculturae productio ad consequi innocens curatio et resource utendo ad consequi innoxium curatio et resource utendo ad consequi innoxium curatio et resource utendo in innocens.
Remotionem organicum pollutants et ammoniaci NITROGENIUM per urbana et rusticaDomesticis Sewage curatio apparatuMaxime innititur in AO biological curatio processus in apparatu. Quod opus principium in-gradu cisternina est, quod debitum ad excelsum concentration organici materia in purgamentorum, in microorganisms in statu hypoxia. In hoc tempore, in microorganisms sunt facultative microorganisms. Therefore, the A-level tank not only has a certain function of removing organic matter, reducing the organic load of the subsequent aerobic tank, and reducing the concentration of organic matter, but there is still a certain amount of organic matter and high NH3-N. Ut porro oxidize et decompose organics et nitrification potest ferri ex aequaliter sub carbonization, aerobic biologicum contactus oxidatio cisternina cum inferioris organicum onus est set in Level C. in O-Level et Autotrophic Bacteria (Nitrophic Bacteria). Aerobic microorganism decomposes organics into CO2 and H2O: autotrophic bacteria (nitrifying bacteria) use inorganic carbon generated from organic decomposition or CO2 in the air as the nutrient source to convert NH3-N in sewage into NO-2-N, NO-3-N, and the effluent part of O level pool returns to A level pool to provide electronic acceptor for A Level stagnum et tandem eliminate NITROGENIUM pollutio per denitrificationem.
Post tempus: May-20-2023