葡萄藻生物膜贴壁培养处理含钴工业废水与烃类生产的耦合  

Coupling of Hydrocarbon Accumulation and Cobalt Removal During Treatment of Cobalt Enriched Industrial Wastewater with Botryococcus braunii Biofilm Attached Cultivation

作　　者：程鹏飞[1,2] 王艳[3] 杨期勇[1,2] 汤明[1,2] 刘天中[4] 

机构地区：[1]九江学院鄱阳湖生态经济研究中心,九江332005 [2]九江市流域管理与生态保护重点实验室(九江学院),九江332005 [3]九江学院电子商务学院,九江332005 [4]中国科学院青岛生物能源与过程研究所,青岛266101

出　　处：《环境科学》2016年第7期2666-2672,共7页Environmental Science

基　　金：国家自然科学基金项目(31560724)

摘　　要：工业废水污染日趋严重,水体中重金属钴污染因难处理、高危害等问题成为废水净化的关键.传统治理重金属工业废水的方法难以应用.为寻求处理工业废水"绿色生态"可行性路径,本文以葡萄藻Botryococcus braunii SAG 807-1为研究对象,应用贴壁培养技术对含钴工业废水进行处理研究.结果表明,葡萄藻贴壁培养可处理工业废水,4.5 mg·L^(-1)Co^(2+)对葡萄藻生长影响不大,却可以促进长链烃类的合成,提高烃产量.葡萄藻贴壁培养去除Co2+的能力为1 473.9μmol·g^(-1),远高于报道的微藻P.littoralis.本研究为绿色高能燃料烃类的生产与工业废水处理耦合提供理论基础.Industrial wastewater pollution is an increasing problem. The wastewater infiltrated cobalt is a key to purify wastewater because it is seriously hazardous and hard to treat. Traditional management method of heavy metals in industrial wastewater is difficult to apply. To seek for ＂ green ecological ＂ feasible approaches of industrial wastewater treatment,this paper studied the effect of industrial wastewater containing cobalt on the growth and hydrocarbon accumulation of Botryococcus braunii SAG 807-1 with biofilm attached cultivation. The research results obtained were as follows： B. braunii with biofilm attached cultivation could treat industrial wastewater,and 4. 5 mg·L^（-1）cobalt could accelerate the accumulation of hydrocarbon while having little influence on the growth of B.braunii,the ability of B. braunii with biofilm attached cultivation to remove Co^（2＋） from industrial wastewater was 1 473. 9 μmol·g^（-1）,which was much higher than the report of P. littoralis culture. Through the study in this paper,the theoretical basis for the coupling of production of green high energy fuel hydrocarbon and industrial wastewater treatment was established.

关 键 词：葡萄藻 贴壁培养 烃类 含钴工业废水 耦合 

分 类 号：X703.1[环境科学与工程—环境工程]