(maximum flow - 4500 m3/day). For this plant there are three main stages: mechanical or pre-treatment, biological treatment, and sludge treatment. In this work we will focus on the biological treatment, the most complex process used in WWTPs. The typical procedure for this treatment, is ...
Formulating appropriate biotechnological models or tools to optimize the performance of the biological process in the wastewater treatment plant for quality recovery of both energy, nutrient and chemical components of relevance in the environment is a major dependable determinant [2,78,79]. Table 1. ...
Such a water treatment device is provided with a waste water inlet pipe and a discharge pipe, and by increasing the contact area of the waste water and bubbles by partitioning the reaction tank into which the waste water and air are introduced into the inside by an air diffuser, and the ...
Dimitrov1,*, Detmer Sipkema1,*, Kelly Hamonts2,*, Leo Lahti1,4, Farai Maphosa1, Thomas Kruse1, Edoardo Saccenti5, Dirk Springael3, Winnie Dejonghe2 & Hauke Smidt1 The impact of the installation of a technologically advanced wastewater treatment plant (WWTP) on ...
Process and wastewater treatment plant for the biological treatment of dye- containing wastewaters from the textile and leatherindustry 2.1. To treat dye-containing wastewaters, chemical and physical treatment methods have been used virt... B Diering,A Diering,P Metzen,... 被引量: 0发表: 1997...
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treatment method.Fenton reagent and Biological Contact Oxidation Process had been used to treat the wastewater.Applying results in engineering showed that the treatment process not only had significant and highly efficient removal performance,but the treated wastewater was better than the A criterion of ...
AO2 technology is used to process, the organic combination of traditional biochemical treatment process, water quality purification was achieved by step unit operation, cover an area of an area small, small tank, comprehensive water is better ...
Rhodocyclales is an abundant bacterial order in wastewater treatment systems and putatively plays key roles in multiple functions. Its phylogenomics, prevalence of denitrifying genes in sub-lineages and distribution in wastewater treatment plants (WWTPs)
treatment process, as found in other studies, reflecting the increased number of niches27. In contrast, it decreased with high industrial loads, presumably because industrial wastewater often is less complex and therefore promotes the growth of fewer specialised species7. The effect of continents is ...