生物学杂志
生物學雜誌
생물학잡지
JOURNAL OF BIOLOGY
2014年
6期
55-59
,共5页
陆海波%胡慧慧%徐年军%孙雪
陸海波%鬍慧慧%徐年軍%孫雪
륙해파%호혜혜%서년군%손설
小球藻%废水处理%氨氮%硝氮%磷酸盐
小毬藻%廢水處理%氨氮%硝氮%燐痠鹽
소구조%폐수처리%안담%초담%린산염
Chlorella%wastewater%ammonium%nitrate%phosphate
以小球藻Chlorella pyrenoidsa F-9和C.vulgaris HYS-2为材料,研究小球藻在鱼糜加工废水中的生长速率、脂类积累规律和对氮磷营养的消除效果。结果表明,2种小球藻在鱼糜加工废水中快速生长,最高生物量达到0.293 g/L和0.276 g/L,分别是f/2对照培养基的2.4和1.6倍。小球藻HYS-2在鱼糜加工废水中油脂百分含量最高达到36.22%,为对照培养基的1.27倍,小球藻F-9在鱼糜加工废水中的油脂含量达到17.89%,为f/2培养基中的0.89倍。培养15 d后,2种小球藻对鱼糜加工废水中氮磷去除率均达90%以上。以上研究表明,用未经任何化学处理的鱼糜加工废水养殖小球藻在生长速率上远远大于f/2培养基,说明其具有较好地发展潜力,可以实现微藻的低成本养殖。
以小毬藻Chlorella pyrenoidsa F-9和C.vulgaris HYS-2為材料,研究小毬藻在魚糜加工廢水中的生長速率、脂類積纍規律和對氮燐營養的消除效果。結果錶明,2種小毬藻在魚糜加工廢水中快速生長,最高生物量達到0.293 g/L和0.276 g/L,分彆是f/2對照培養基的2.4和1.6倍。小毬藻HYS-2在魚糜加工廢水中油脂百分含量最高達到36.22%,為對照培養基的1.27倍,小毬藻F-9在魚糜加工廢水中的油脂含量達到17.89%,為f/2培養基中的0.89倍。培養15 d後,2種小毬藻對魚糜加工廢水中氮燐去除率均達90%以上。以上研究錶明,用未經任何化學處理的魚糜加工廢水養殖小毬藻在生長速率上遠遠大于f/2培養基,說明其具有較好地髮展潛力,可以實現微藻的低成本養殖。
이소구조Chlorella pyrenoidsa F-9화C.vulgaris HYS-2위재료,연구소구조재어미가공폐수중적생장속솔、지류적루규률화대담린영양적소제효과。결과표명,2충소구조재어미가공폐수중쾌속생장,최고생물량체도0.293 g/L화0.276 g/L,분별시f/2대조배양기적2.4화1.6배。소구조HYS-2재어미가공폐수중유지백분함량최고체도36.22%,위대조배양기적1.27배,소구조F-9재어미가공폐수중적유지함량체도17.89%,위f/2배양기중적0.89배。배양15 d후,2충소구조대어미가공폐수중담린거제솔균체90%이상。이상연구표명,용미경임하화학처리적어미가공폐수양식소구조재생장속솔상원원대우f/2배양기,설명기구유교호지발전잠력,가이실현미조적저성본양식。
The growth, lipid content, and the removal effects of nitrogen and phosphorus of Chlorella pyrenoidsa F-9 and C.vulgaris HYS-2 grown in surimi wastewater were studied .Results showed both Chlorella could grow rapidly in the surimi processing wastewater and the highest biomass were 0.293 g/L and 0.276 g/L respectively , 2.4 and 1.6 fold higher than that of the control group of f /2 me-dium.The highest total lipid contents of HYS -2 and F-9 in surimi processing wastewater were 36.22%and 17.89%, respectively, 1.27 times and 0.89 times of that in f/2 medium, correspordingly.After 15 days′culture, the nitrogen and phosphorus removal effi-ciencies of two species of Chlorella were more than 90%.Chlorella cultured in surimi processing wastewater showed comprehensive growth rate which was far greater than that in f/2 medium.It indicated that it has good potential development , and could make the low cost of microalgae culture .