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(00417)Use of the microalgae Chlorella Sorokiniana for municipal wastewater treatment: batch experiments

机译:(00417)使用Microalgae chlarella sorokiniana进行市政废水处理:批量实验

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Batch experiments were conducted in order to investigate the use of microalgae Chlorella sorokiniana for the treatment of different types of municipal wastewater (raw sewage, anaerobically treated wastewater, aerobically treated wastewater)and investigate the role of light and addition of ammonium on its growth. All experiments were conducted in triplicates and lasted for 7 days. Several parameters were monitored during the experiments in order to check the experimental conditions (pH, temperature, DO), the growth of biomass and the removal of major pollutants (COD, NH_4-N, PO_4-P, NO_3-N)from wastewater. According to the results, the target microalgae can be sufficiently developed in raw and anaerobically treated sewage, while it can remove an important part of the major pollutants found in raw sewage, reaching up to 94%, for COD, 99% for PO_4-P and 94% for NO_3-N. The addition of NH_4-N in aerobically treated does not enhance growth of biomass, while the application of mixotrophic conditions (16h light/8h dark)enhanced microalgae growth and major pollutants' removal.
机译:进行了分类实验,以研究微血糖小鼠索洛替尼亚纳治疗不同类型的城市废水(生污水,厌氧处理的废水,有氧处理的废水),并研究光和添加铵对其生长的作用。所有实验均以三重次数进行并持续7天。在实验期间监测了几个参数,以检查实验条件(pH,温度,DO),生物质的生长和从废水中去除主要污染物(COD,NH_4-N,PO_4-P,NO_3-N)。根据结果​​,靶微血脂可以在原始和厌氧处理的污水中充分发育,而它可以去除原始污水中的主要污染物的重要组成部分,达到94%,对于COD,99%用于PO_4-P. NO_3-N的94%。在有氧治疗中加入NH_4-N不会增强生物质的生长,而混合营养条件(16h光/ 8h暗)的应用增强了微藻生长和主要污染物的去除。

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