废水
螺旋藻(膳食补充剂)
营养物
废物管理
污水处理
生理盐水
制浆造纸工业
环境科学
化学
食品科学
环境工程
生物
原材料
工程类
内分泌学
有机化学
作者
Weizhi Zhou,Yating Li,Yizhan Gao,Haixia Zhao
标识
DOI:10.1016/j.biortech.2017.08.160
摘要
As an important alternative to alleviate the pressure of fresh water shortage, seawater application is facing a great challenge on the wastewater treatment due to the salinity brought from seawater. Spirulina platensis originated from salty lake was used to treat mixed synthetic toilet flushing wastewater of seawater with washing wastewater of freshwater. It was showed that 79.96% of TN (to 15.69 mg/L), 93.35% of TP (to 1.03 mg/L) and 90.02% of CODCr (to 90.24 mg/L) were removed with 0.76 g/L of biomass production in the optimal ratio 7:3 of the above mixed synthetic wastewater. The performance was better than that of current strategy of seawater toilet flushing treatment. With the evaluation of nutrients uptake, biomass composition and microalgal aggregation, a model of nutrients recovery and metabolism of Spirulina platensis in saline wastewater treatment was proposed. It is provided a promising strategy for saline wastewater treatment with valuable biomass yield.
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