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Preliminary Evaluation of a Newly Isolated Microalga Scenedesmus sp. CHX1 for Treating Landfill Leachate

机译:新孤立的微藻肌肌肌初步评价。 CHX1治疗垃圾填埋场渗滤液

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This study aims to evaluate the feasibility of landfill leach ate treatment using micro algae. The growth and nutrients removal efficiency of a newly isolated micro alga Scenedesmus sp. CHX1 were monitored when the strain grew in landfill leach ate at higher dilution, including 2%, 5% and 10% treatments, and 20% treatment. Results showed that better growth curves were observed in treatments at higher dilution in comparison with that in modified BG-11 medium, and the average biomass productivity was 37.5 mg l-1 d-1, whereas significant inhibition was observed in 20% treatment. Maximum removal efficiency was measured at 70%, 72%, 95% and 16% for total nitrogen, ammonia nitrogen, total phosphorus and COD by the end of 20-day cultivation period, respectively. Accumulation into biomass might be responsible for the main nitrogen and phosphorus removal mechanism. The preliminary results demonstrated the feasibility of using micro algae for landfill leach ate treatment, but appropriate dilution in pre-treatment might be necessary.
机译:本研究旨在使用微藻评估垃圾填埋液浸渍治疗的可行性。新孤立的微藻肌肌肌的增长和营养效率去除效率。当在较高稀释的垃圾填埋场浸渍剂中造成菌株时,监测CHX1,包括2%,5%和10%的处理和20%的处理。结果表明,与改性的BG-11培养基相比,在更高稀释的处理中观察到更好的生长曲线,并且平均生物质生产率为37.5mg L-1 D-1,而在20%的处理中观察到显着的抑制作用。在20天培养期结束时,分别以70%,72%,95%和16%的70%,72%,95%和16%测量。积聚成生物量可能负责主要的氮和磷去除机制。初步结果证明了使用微藻进行垃圾填埋液浸渍治疗的可行性,但可能需要适当的稀释性可能是必要的。

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